vol.9 appendices to environmental impact assessment and resettlement aspects
TRANSCRIPT
National Engineering Services Pakistan(Pvt) Limited (NESPAK)Associated Consulting Engineers-ACE (Pvt) LimitedMontgomery Watson Harza Energy & Infrastructure Inc. USAColenco Power Engineering Limited, Switzerland
February 2009
PAKISTAN WATER AND POWER DEVELOPMENT AUTHORITY
DASU HYDROPOWER PROJECT
In Association with:Binnie & Partners (Overseas) Limited
FEASIBILITY REPORT
VOLUME 9
APPENDICES TO
ENVIRONMENTAL IMPACT ASSESSMENT AND
RESETTLEMENT ASPECTS
DASU HYDROPOWER PROJECT
FEASIBILITY REPORT
ENVIRONMENTAL IMPACT ASSESSMENT
AND RESETTLEMENT ASPECTS
VOLUME 9
APPENDICES
APPENDIX A: SOCIO-ECONOMIC ENVIROMNETAL STUDY
APPENDIX B: PROJECT IMPACTS, RESETTLEMENT AND
MITIGATION MEASURES
APPENDIX C: AQUATIC ECOLOGY
APPENDIX D: TERRESTRIAL ECOLOGY
APPENDIX E: ACCESS REPLACEMENT AND UPGRADATION
APPENDIX F: PETROGLYPHS IN THE PROJECT AREA
APPENDIX G: WATER, AIR AND NOISE QUALITY DATA
APPENDIX A
SOCIO – ECONOMIC
ENVIRONMENTAL STUDY
Dasu Hydropower Project – Feasibility Report Volume 9
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DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX A - SOCIOECONOMIC ENVIRONMENT STUDY
TABLE OF CONTENTS
SUMMARY S-1
1. GENERAL A-1
2. STUDY AREA A-2
2.1 General A-2
2.2 Reservoir Area Villages A-2
2.2.1 Segal A-2
2.2.2 Logro A-2
2.2.3 Barseen A-3
2.2.4 Kai Doga A-3
2.2.5 Maliyar Doga A-3
2.2.6 Gul-e-Bagh / Madan A-3
2.2.7 Kaigah A-4
2.2.8 Pani Bah A-4
2.2.9 Gayal A-4
2.2.10 Gummo A-4
2.2.11 Sazin A-4
2.2.12 Shatial A-5
2.2.13 Seglo A-5
2.3 Lower Raprian Area A-5
2.3.1 Seo A-5
2.3.2 Dasu A-5
2.3.3 Kumila A-6
2.3.4 Jalkot A-6
3. SOCIAL SURVEYS AND FINDINGS A-7
3.1 Data Sources and Methodology A-7
3.2 Population Size and Household/Commercial Activities A-7
3.3 Sampling Techniques and Analysis A-8
3.3.1 Tools for Data Collection A-9
3.3.2 Household Sample Survey A-9
3.3.3 Commercial Activities Sample Survey A-9
3.3.4 Village Profile A-9
3.3.5 Women Sample Survey A-9
3.3.6 Scoping Sessions A-9
3.3.7 Interviews with the Head of the Departments/Institutions A-10
3.4 Pre-Testing and Finalizing the Data Collection Tools A-10
3.5 Data Collection, Analysis and Interpretation A-10
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4. RESERVOIR AREA - FINDINGS A-11
4.1 Household Sample Survey A-11
4.2 Characteristics of the Heads of the House Hold A-11
4.3 Household Details A-12
4.4 Housing Characteristics A-13
4.5 Agriculture A-15
4.6 Livestock A-15
4.7 Borrowing A-16
4.8 Dependence on Other Side of the River Indus A-16
4.9 Resettlement Concerns A-16
4.9.1 Preferential Resettlement Localities A-16
4.9.2 Mode of Compensation A-16
4.9.3 Knowledge about Construction of Dam A-16
4.10 Commercial Activities A-16
4.10.1 Characteristics of the Owners of Shops/Driver Hotels A-17
4.10.2 Salient Findings - Shops/Driver Hotels A-17
4.10.3 Residential Hotel A-18
4.11 Village Profile A-18
4.11.1 Characteristics of Respondents A-19
4.11.2 Characteristics of Villages A-19
5. LOWER RIPARIAN AREA A-21
5.1 Household Sample Survey A-21
5.1.1 Characteristics of the Heads of the Household A-21
5.1.2 Household Details A-21
5.1.3 Housing Characteristics A-23
5.2 Agriculture A-24
5.3 Livestock A-25
5.4 Borrowing A-25
5.5 Commercial Activities - Shops A-26
5.5.1 Characteristics of the Owners of Shops A-26
5.5.2 Shops - Findings A-26
5.6 Commercial Activities - Residential Hotels A-27
5.6.1 Characteristics of the Owners of Hotels A-27
5.6.2 Hotel - Findings A-27
5.7 Village Profile A-29
5.7.1 Characteristics of Respondents A-29
5.7.2 Characteristics of Villages A-29
5.8 Public Health A-31
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6. GENERAL FINDINGS A-32
6.1 Role of Women A-32
6.2 Indigenous People and Women Headed Households A-32
6.3 Tourism A-32
6.4 Archaeological, Historical and Religious Sites A-32
6.5 Relocation Concern A-33
7. ANTICIPATED SOCIO – ECONIMIC IMPACTS A-34
7.1 During Construction Stage A-34
7.2 During Operational Stage A-34
8. GROUP DISCUSSIONS AND SCOPING SESSIONS A-36
8.1 Methodology A-36
8.2 Scoping Session With the Community A-36
8.3 Pressing Needs A-41
9. MITIGATION MEASURES A-42
9.1 Construction Stage A-42
9.2 Operational Stage A-42
10. CONCLUSIONS AND RECOMMENDATIONS A-44
PHOTOLOG
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DASU HYDROPOWER PROJECT
SOCIO – ECONOMIC ENVIRONMENT REPORT
Summary
Pakistan Water and Power Development Authority (WAPDA) have prepared a twenty
five (25) years development plan captioned as “Water Resource and Hydropower
Development – Vision 2025 Program”. The projects included in this vision are grouped
into three phases i.e. Short Term Projects, Medium Term Projects and Long Term
Projects with implementation period of 2001 to 2006, 2006 to 2011 and 2011 to 2025
respectively. The main objective of the envisaged program is to assist in the revival of
country’s economy, improve hydropower generation capacity and above all meet the
future water needs of Indus Basin Irrigation System. Dasu Hydropower Project (DHP) is
included in the Medium Term Projects of the Vision 2025 Programme. This Project is
proposed to generate electricity and transmit the demand centers in the country.
Dasu Hydropower Project is proposed to be located over Indus river near Dasu town in
Kohistan district. Its reservoir area extends upto Harban Das located just downstream of
the Diamer Basha Dam site. Most of the project area lies within North West Frontier
Province (NWFP) province however; some part of the reservoir area touches the Diamer
district, Northern Areas boundary at right bank of Indus river.
As per Pakistan Environmental Protection Act, 1997 and EPA, Regulation, 2000 the
Dasu project falls under the category of energy projects. As per Schedule-II of EPA
Regulations, 2000, Environmental Impact Assessment (EIA) is required for hydroelectric
power generation projects with generation capacity of more than 50 MW to obtain No
Objection Certificate (NOC) from the concerned EPA.
The implementation of the project would include construction of about 230m high Roller
Compacted Concrete (RCC) gravity dam on Indus river at a site about 8 km upstream of
Dasu bridge. Impoundment of the dam will create a reservoir about 74 km long with an
average width of 290m and having a surface area of about 21.5 km2 at conservation
reservoir level of 950m. The maximum flood level will be 957m. The Project is planned
to have an installed generating capacity of 4,280 MW without any loss of downstream
flow in the Indus river. An elevation of 957m has been adopted as the limit of reservoir
submergence for potential impacts.
As per Terms of Reference (TOR) and based on the applicable laws and regulations, the
scope of work of the present study is to carry out the Environmental Impact Assessment
(EIA) of the Dasu Hydropower Project as a part of feasibility study.
As a part of the Feasibility Study, socio-economic aspects have been studied with a view
to appraise the existing and planned development activities in the project area, which
directly or indirectly exert influences on the proposed project. The project area is
extremely backward and lacks the basic amenities such as assured drinking water
supplies, basic health services, educational facilities and electricity. The transportation
and communication facilities too are very poorly developed and people face great
hardship in traveling warranted by emergent situations.
The socio-economic studies focus mainly on demography, occupation, education,
housing, health, family income and expenditure, basic amenities, land use, livestock,
resettlement concerns, industry, archeology, tourism, land values, role of women etc. for
which various tools were developed and tested and data has been collected and
analysed.
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The major villages in the project reservoir area are: Segal, Logro, Barseen, Kai Doga,
Maliyar Doga, Gul-e-Bagh/Madan, Kaigh, Pani Bah, Gayal, Gummo, Sazin, Shatial and
Seglo, Seo, Kumila, Dasu and Jalkot villages are in the Low Riparian Area. A brief
description of all the villages is given in this report.
Population size and number of households of the localities and commercial activities
falling in the reservoir and low riparian area were estimated by using the following
secondary sources of information i.e. Population Census Organization, Ministry of
Economics and Statistics, Government of Pakistan, District Census Report of Kohistan
District 1998, Maps from Survey of Pakistan and Satellite Imagery, Quick Bird Xs 2.8m &
Pan 0.6m Merged, 10th October 2005.
A representative sample size of the population under study necessitates the randomness
of the samples to be selected. Data was collected from 262 heads of the sampled
households. A significant majority 96.9 % of the respondents were married males.
Remaining 3.1 % was un-married. Traditionally people prefer marriages at an early age.
Educational distribution of the respondents 11.1% have primary level education, 1.9 %
have middle level education, 15.3% have secondary level education, 5.0% have
intermediate level education. 3.1 %,1.9 %, 1.9 % and 0.4 % were educated up to
graduation, post graduation, deeni uloom (religious knowledge) and professional
graduate respectively. A good proportion (59.5 %) of the respondents had never been to
school.
By virtue of their local tribal origin 86.6 % tribes are considered as the owners of the land
and natural resources and 13.4% constituted of non-owner tribe.
About 29.4 % of the residents were farmers, 24.4 % in trade/business,22.5 % serving
different government / private offices,3.8 % in cattle farming, 8% labors and rest of them
were in miscellaneous occupations .
Kohistani is the most common spoken language (42.4 %) Shina by 28.6 % and 26.0 %
speak both languages i.e. Shina and Kohistani. Pushto is spoken by 3.1 %.
According to 1998 census the total population of Kohistan district was 472,570, whereas
in the 1981 census the population was 465,237. The average annual growth rate was
0.09 percent during this period. The male population was 261,942 and female population
was 210,628. Based on 1998 census sex ratio i.e. number of males for every 100
females were 124. Based on the sample survey and information gathered through
interviewing the notables of the area, the population by sex and different age groups has
been estimated and sex ratio worked out as 105 number of males for every 100 female.
Size of the family ranged from 5 or less to 21 and more members, and large families are
supposedly joint families. 45.4 % have family members between 6 to 10. Generally
nuclear family system (73.3 %) and exogamy (57.3 %) was prevalent in the project area.
The oldest male member is the head of the family. Other groupings include the father,
son and their families. In decision making, the oldest member determines the family’s
interests and makes decisions with regard to the family. Regarding the child births within
the households, 39.3 %, 5.0 % and 1.1 % reported one, two and more than two child
births, whereas, no child births were reported by 54.6%. No deaths were reported within
the households majority 96.5 % by of the respondents, whereas, 3.5 % reported one
death.
Aspired technical/vocational training in skills for the female members was
tailoring/embroidery. Male members desired be trained as tailors, vehicle driver,
mechanic, electrician, computer operator.
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Agriculture provides income and work for 21.8 % of the households of the reservoir area.
Other major sources are agriculture and trade 18.7 %, agriculture and service 15.6 %,
agriculture and labor 9.5 %, agriculture/service and trade 8.8 %, trade 6.9 %, service 5.7
% and others.
Almost all the houses were self – owned and 52.3%, 35.5% and 12.2% of the houses are
katcha, semi-pacca and pacca respectively.
The land and houses ranged from Rs.100, 000 to Rs.500, 000 and per housing unit.
Whereas 36.6% had no such facilities i.e. Main sources of water for drinking were public
water supply through springs (40.1 %), channel (26 %), nullah (22.1 %).
Land ownership records are not available for the area. Only the principal of natural
successions prevails for 97% cases. The competent authority testifies the ownership on
the basis of personal evidence and length of period of possession.
Tenancy status indicated that majority (62.2 %) of the residents of the reservoir area
were owner operator. Whereas, 16.8% were owner-cum-tenants, only 5% were tenants
and 16% have no agricultural land. Animals traction is main source for agricultural farm
operations.
About 43% of the residents of the reservoir area had some sort of dependence on the
resources and residents on the other side of the Indus river.
36.3% of the residents of the reservoir area desired to move to any place down to the
country (Abbottabad, Islamabad, Lahore etc.). Those who wished to be resettled within
the Kohistan district were 21.4%, whereas 13% of them preferred to be resettled at
Dasu. 25.6% did not show any preference.
Significant majority (93.5 %) of the residents of the area desired that the payments for
compensations against land/houses and other property should be in cash. Alternative
land for land (0.8 %) and alternative land and building was demanded say (5.3 %) only.
The women have no formal role in the authority structure of the villages in the Study
Area. There are no maternity homes or trained lady health visitors (LHVs) in the villages.
This is the reason for infant and mother mortality. They travel outside the home/village
only when they are in a serious condition and need to get urgent medical treatment from
the hospitals in Dasu, Mansehra and Abbotabad or to attend weddings of relatives.
Pardah (veil) is observed by all the women. The role of women will assume greater
importance due to the increased activity in all the socio-economic and socio-cultural
fields in the Study Area after the completion of the Project.
During the social field survey, it was revealed that “Indigenous People” as per World
Bank (WB) Operation Directive (OD) 4.20 were not existing in the Project area.
DHP is located in NWFP on way to Northern Area along Karakoram Highway which has
been the fabulous silk route for thousands of years along which trade between China,
Middle East and Europe took place. Chinese pilgrims Fahyan and Haven Tsany also
used this route to visit Buddhist University at Taxila, other seats of religions learning and
relics of Buddha. With the creation of a big / reservoir at Dasu the place will become a
cherished site for tourists on their journey.
The Project area having 278 housing units, 30 shops/driver hotels, 15 mosques, 3
schools and 84 acres of agriculture land and 27 km section of KKH will be submerged.
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The people residing in those houses and involved in commercial activities will be
compensated and relocated.
Blasting may create an accidental risk for the local residents particularly their children.
The Project Area is sensitive from the law and order point of view and security of
Contractor and Consultant staff will have to be ensured.
During the construction period, local workers will get opportunity to work on semi-skilled
and labor work jobs and share and enrich their experiences. Local people will find
themselves in a new era of prosperity. The Project will have major positive impact on
local economy, employment and income.
Agricultural development by introduction of adequate irrigation supply would give
impetus to agro-based, small scale and cottage industries, dairy and poultry
development, health and educational facilities, rise in the economic activities, rise in
living standards of the general public and several other aspects of socio-economic
development. Health facilities will get a big boost in the post project era to cater for the
increased population needs.
Consultation with the stakeholders/public were made to ascertain their perceptions in the
Study Area. During the scoping session, people were informed about the Project
objectives; in particular, apprehensions of the locals regarding the proposed project were
shared and discussed.
During public consultations/scoping sessions, the basic requirements of the Study Area
people were identified, which included employment / labor opportunities, hospital/basic
health units (BHUs), schools for girls, college for boys, metalled road, water for drinking
and irrigation and electricity supplies on cheaper rate.
In general terms, the people affected will be compensated for the loss of their properties,
land and trees, and assisted financially to restore their affected structures/assets and
livelihoods, at least to pre-project levels. Households headed by women and other
vulnerable households if available will be eligible for further cash assistance for
relocation and house or structure reconstruction. Plans for these resettlement will be
based on a full census and detailed valuation surveys which will provide a complete list
of all those affected together with the type and size of losses, along with the amount of
compensation and/or financial assistance assessed for each person affected. This
process should be done at the time of relocation which should be done at pre-
construction stage of the project. The stretch of KKH which will be submerged in Dasu
reservoir should be relocated to higher level prior to the filing of the reservoir. It is very
important to prefer local community for employment on the Project. In order to raise the
educational level of the people, it is essential to build schools in the Study Area. For
improving awareness, it is necessary to take the services of a Social Development
Officer during the construction and operation stages of the Project and Health facilities
are provided clean drinking water.
It is necessary to give employment opportunities and involve the local labor force during
the operational stage of the Project.
The need of a suitable/alternative to the existing suspension bridges is essential during
operational stage for the local communities residing on right bank of the river Indus for
easy access to KKH.
Rarely women are exposed to outside environment of the village, except in medical or
Other emergencies or attending wedding function. Adequate educational and health
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facilities are not available to women. Vocational and technical training institutions like
stitching, embroidery, home making, prenatal and pediatric care etc. be set up especially
for women. Schools and higher educational institutions too need to be set up. Lately
there has been a realization for such needs and skills. Women trained in various skills
will not only cater the demand for skilled workers but with increased income their
standard of living will improve and their housekeeping techniques will improve. They will
become self-confident and self-reliant useful members of society in addition to
contributing to national reconstructions. Community Development Organizations of
women and children is another mitigation measure for betterment of women’s lot.
The implementation of the proposed project will generate a few adverse impacts,
especially during the construction stage, but these impacts are only temporary. However,
resettlement, compensation and submergence of the suspension bridges are the
adverse impacts that need effective mitigation measures.
A Resettlement Action Plan (RAP) should be prepared immediately upon completion and
approval of feasibility studies. It should include Focus Census Survey of Project Affected
Person, Valuation of Assets, Compensation Policy and Framework, Implementation
Schedule and Grievances & Redressal Mechanism would be required.
Based on the data available and with the implementation of proposed mitigation
measures, it can be safely concluded that Dasu Hydropower Project will bring
economical improvement for the locals and other parts of the country and its construction
is urgently required.
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DASU HYDROPOWER PROJECT
SOCIO – ECONOMIC ENVIRONMENT STUDY
1. GENERAL
As a part of the feasibility study, Socio-economic aspects have been studied with a view
to appraise the existing and planned development activities in the project area, which
directly or indirectly exert influences on the proposed Dasu Hydropower project. The
proposed project area is extremely backward and lacks the basic amenities such as
assured drinking water supplies, basic health services, educational facilities and
electricity. The transportation and communication facilities too are very poorly developed
and people face great hardship in traveling warranted by emergent situations.
Identification of the environmental impacts on the economy resulting from any
development project depends on the significance of a particular impact, while this is
determined by the fact that:
- How many people will be affected?
- How much resources would be degraded, eliminated or conserved depending on
the action taken? and
- How much land is affected?
The proposed hydropower project when completed would have direct impact on
the country as a whole, as well as settlements falling in the Study Area. Socio-economic,
cultural pattern and attitudes of people residing in the Study Area would definitely be
influenced by the proposed project. Purpose of the socio-economic study is to examine
the existing situation and to assess the impacts of the proposed project on the people
living in the Project and Study Area. The study also intends to provide an overview of
existing and planned development activities in the area.
The socio-economic studies focus mainly on demography, occupation, education,
housing, health, family income and expenditure, basic amenities, land use, livestock,
resettlement concerns, industry, archeology, tourism, land values, role of women etc.
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2. STUDY AREA
2.1 General
For an Environmental Assessment Study, the Study Area has been defined as the area
within which the impacts of the project must be considered. In the light of this, Study
Area comprises project area, the reservoir and the area, lower riparian area.
The Study Area largely lies in the Kohistan district but some part of it also lies in Diamer
District of Northern Area. Figure A-1 shows the location map of the Study Area.
The major villages in the Study Area divided into Reservoir Area and Lower Riparian
Area are listed below:
Reservoir Area Villages
1 Segal 8 Pani Bah
2 Logro 9 Gayal
3 Barseen 10 Gummo
4 Kai Doga 11 Sazin
5 Maliyar Doga 12 Shatial
6 Gul-e-Bagh/Madan 13 Seglo
7 Kaigah
Lower Riparian Area Villages
1 Seo 3 Dasu
2 Kumila 4 Jal Kot
A brief description of the above villages is given below.
2.2 Reservoir Area Villages
2.2.1 Segal
Segal is located on the left side of Indus River in the Project Area. About 13 houses lie
within the Project Area. Shamat Khail, Chalees Khail and Shalkan Khail are the main
tribes of this village. Their mother language is Kohistani. Most of the people of this village
are farmers and laborers. The village has an aggregate population of 350. The village
has only one primary school for both boys and girls. Village lacks in all the basic
amenities and infrastructural facilities. The major source of water in the village is a
nullah. Residents are prone to diseases like Diarrhoea, Typhoid, TB, and Goiter. The
people migrate to higher elevations in summer season due to hot weather. Major
problems of the area are construction of road, electricity, safe drinking water, basic
health unit and a middle school.
2.2.2 Logro
Logro village is located on the left bank of the Indus River along KKH in the project area.
Kohistani is the main language in the village. The village comprises a population of about
250 people. About 15 houses lie within the Project Area which will be submerged.
Farming is the main occupation of residents. Ushar Khail, Eiska Khail and Shalkan Khail
are the main tribes of this village. As in other cases, the village lacks in institutional and
basic amenities. There is no school for boys and girls in this village. The major source of
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water in the village is a spring. The people migrate to higher elevations in summer
season due to hot weather. Major needs of the area are safe drinking water, construction
of road and school both for boys and girls.
2.2.3 Barseen
Barseen is located on the left bank of Indus River along KKH in the Project Area. About 9
houses lie within the Project Area. Boot Khail and Bohi Khail are the main tribes.
Language spoken in the village is Kohistani and Shina. Most of the people of this village
are farmers and business men. The village has an aggregate population of 300. The
village has only one Primary School for both boys and girls, but there is no proper
building. There is one PTDC Motel, FWO Station and three shops/driver hotels which will
be submerged. Village lacks in all the basic amenities and infrastructural facilities. The
major source of water in the village is a channel. Major diseases in the village are
Typhoid, TB, and Dysentery. The people migrate to higher elevations in summer season
due to hot weather. Major needs of the area are proper electricity supplies, safe drinking
water, basic health unit and proper building for school.
2.2.4 Kai Doga
This village is located in the Project Area on the right bank of the Indus River. The
population is about 100 persons. About 17 houses will be submerged. Sirkhan khail and
Sheeda Khail are the main tribes of this village. Shina, Kohistani and Pashto are the
languages spoken by them. Educational, institutional and civic facilities are not available.
There is only one hospital. The major source of water in the village is tap water from a
spring. Major diseases in the village are Diahorrea and Malaria. The people migrate to
higher elevations in summer season due to hot weather. Major needs of the area are
proper electricity supplies, a suspension bridge, road and school both for boys and girls.
2.2.5 Maliyar Doga
This village is located on the right bank of the Indus River in the Project Area. The
population is about 150-200 persons. About 24 houses will be submerged. Shukar khail
is the main tribe of this village. Shina and Kohistani are the languages spoken by them.
Educational, institutional and civic facilities are non existent. The major source of water
in the village is a channel. Major diseases are Typhoid, TB and Malaria. The people
migrate to higher elevations in summer season due to hot weather. Major needs of the
area are construction of a suspension bridge, road, basic health unit, safe drinking water,
proper electricity supplies and school both for boys and girls.
2.2.6 Gul-e-Bagh / Madan
Gul-e-Bagh / Madan village is located on the left bank of the Indus River along KKH in
the Project Area. A few houses lie near the river bed. Kohistani and Shina are the main
languages in the village. The village comprises a population of about 300. About 21
houses lie within the Project Area which will be submerged. Farming, business and
service are the main occupation of residents. Chalees Khail and Nasir Khail are the main
tribes of this village. Like other places, this village also lacks in institutional and other
basic amenities. There is no school for boys and girls. The major source of water in the
village is a nullah and river. The people migrate to higher elevations in summer season.
Major problems of the area are safe drinking water, construction of road, basic health
unit, electricity and school both for boys and girls.
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2.2.7 Kaigah
This village lies in the Project Area on the left bank of the Indus River. The population is
about 400-500 persons. About 46 houses lie within the Project Area, which will be
submerged. Khirza Khail, Jalken Khail and Chalees Khail are the main tribes of this
village. Kohistani is the main language spoken. Institutional and civic facilities are not
available in the village. There are only two Schools one each for boys and girls in the
village. The major source of water is a nullah. Major diseases in the village are Typhoid,
TB, Malaria and Hepatitis. The people migrate to higher elevations in summer season.
Major needs of the area are proper electricity supplies, basic health unit and safe
drinking water.
2.2.8 Pani Bagh
This village is located on the left bank of the Indus River in the Project Area. This village
has a population of about 250. About 25 houses will be submerged. Shamat Khail, Bohi
Khail and Gujar are the main tribes of this village. Shina, Kohistani and Pashto are the
languages spoken by them. Educational, institutional and civic facilities are not available
in the village. The major source of water in the village is a channel. Major diseases in the
village are Diahorrea, Typhoid, TB and some cases of Hepatitis. The people migrate to
higher elevations in summer season to escape heat. Major needs of the area are
electricity, road, safe drinking water, basic health unit and school both for boys and girls.
2.2.9 Gayal
Gayal is located on the right bank of Indus river in the Project Area. About 30 houses lie
within the Project Area which will submerge. Torey Khail is the main tribe. Language
spoken in the village is Kohistani and Shina. Most of the people are farmers and
business men. The village has an aggregate population of 200. Village lacks in all the
basic amenities and infrastructural facilities. The major source of water is a spring and
Nullah. Major diseases in the village are Common Cold, Diahorrea and Typhoid. The
access of the village to KKH is by a dolly. The people migrate to higher elevations in
summer season. Major needs of the area are a bridge over Indus river, electricity, safe
drinking water, basic health unit and school for boys and girls.
2.2.10 Gummo
Gummo is located on the right bank of Indus river in the Project Area. About 15 houses
lie within the Project Area. Torey Khail is the main tribe. Language spoken in the village
is Kohistani and Shina. Most of the people of this village are farmers and business men.
The village has an aggregate population of 200. Village lacks in all the basic amenities
and infrastructural facilities. The major source of water in the village is a spring and
nullah. Major diseases in the village are Common Cold, Diahorrea and Typhoid. The
access of the village to KKH is by a dolly. The people migrate to higher elevations in
summer season due to hot weather. Major needs of the area are bridge over Indus river,
electricity, safe drinking water, basic health unit and school for boys and girls.
2.2.11 Sazin
This village is located in the Project Area on the left bank of the Indus River. It has a
population of about 109. About 17 houses and 7 shops/hotels will be submerged. Sheen
is the main tribe of this village. Shina and Kohistani are the languages spoken by them.
Institutional and civic facilities are not available in the village. There is only one primary
school for boys. The major source of water is a Nullah. Major diseases in the village are
Common Cold, Typhoid and Goiter. The people migrate to higher elevations in summer
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season to escape heat. Major needs of the area are lack of electricity, road, safe drinking
water, basic health unit and school for boys and girls.
2.2.12 Shatial
Shatial is located on the right bank with some part on the left bank of the Indus river.
Both parts are located in the Project Area. This village has a population of about 1200.
About 11 houses and 4 shops/hotels which lie within the Project Area will submerge.
Kamin Khail is the main tribe of this village. Shina, Kohistani and Pashto are the
languages spoken by them. Some institutional and some civic facilities are available in
the village except drainage, street light and recreational. There is one hospital and one
basic health unit in the village. There is one primary school each for boys and girls and
one high school in this village. The major source of water in the village is tap water from
spring. Major diseases in the village are Diahorrea, Typhoid, TB, Malaria and Goiter.
There is some cases of Kala Azar disease due to sand fly bite which is a common vector
in this belt. Major needs of the area are proper electricity supplies, male/female doctors,
school for girls, road and safe drinking water.
2.2.13 Seglo
Seglo is located on the right bank of the Indus river, one kilometer downstream of dam
site. Village is located in the Project Area. It has a population of about 200. About 16
houses will be acquired due to construction of dam structures. Narang Khail is the main
tribes of this village. Shina and Kohistani are the languages spoken by them.
Educational, institutional and civic facilities are not available in the village. The main
source of water in the village is a channel. Major diseases in the village are Typhoid, TB
and Goiter. The people migrate to higher elevations in summer season due to hot
weather. Major needs of the area are better electricity supplies, road, safe drinking
water, basic health unit and schools both for boys and girls.
2.3 Lower Raprian Area Villages
2.3.1 Seo
This village is located on the right bank of the Indus river in the low or riparian area of
Dasu Hydropower Project. This village has a population of about 4000. A 400 years old
graveyard and a beautiful wooden mosque with old wooden pillars and beams which are
decorated by carving Quranic verses and flowers are situated in this village. These
features are of archeological and historic importance. Sheda Khail, Shukar Khail and
Shamat Khail are the main tribes. Shina and Kohistani are the main languages spoken
by them. The distance of this village is about 7 kilometers from KKH. The road is
unmettaled. There are three schools i.e. a primary, a middle and high for boys and one
primary school for girls. Vocational centre, deeni madrassa (religious school) are also
available in Seo. Institutional facilities except bank are available. Civic facilities like
drainage, street light and recreational are not available. The major source of water in the
village is tap water from spring and nullah. Major diseases in the village are Common
Cold, Diahorrea, Typhoid, TB, Malaria, Hepatitis and Goiter. The people migrate to
beautiful valley of Razka at higher elevation in summer season due to hot weather. Major
needs of the area are proper electricity supplies, road, telephone, lining of irrigation
channel, male/female doctors, and safe drinking water.
2.3.2 Dasu
Dasu is located on KKH on the left bank of Indus river in the lower riparian area of the
Project. This town has a population of about 2000. This town is district headquarter of
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Kohistan. All Government offices of different departments including Administration and
District Courts are situated in this town. Shamat Khail, Boot Khail, Boi Khail and Chalees
Khail are the main tribes of this settlement. Shina and Kohistani are the main languages
spoken by them. Educational facilities are available in the town. Institutional and civic
facilities except lined drainage system and street lights are available in the town. The
major source of water in the village is tap water from spring. Major diseases in the area
are Common Cold, Diahorrea, Typhoid, TB, Malaria, Hepatitis and Goiter. Majority of the
people migrate to higher elevations in summer season due to hot weather. Major needs
of the area are proper electricity supplies, college and general hospital with modern
facilities.
2.3.3 Kumila
Kumila is located on the KKH on the right bank of Indus river in the lower riparian area of
the Project. KKH shifts from right bank to left bank of Indus river at this place. This town
has a population of about 6000. This is major market of district. Shukar Khail, Chalees
Khail, Boot Khail, Pattan and Jalkoti are the main tribes of this settlement. Shina,
Kohistani, Pashto and Hindko are the languages spoken by them. Educational facilities
are available in the area. Institutional and civic facilities except lined drainage system
and street lights are available in the town. The major source of water in the village is tap
water from spring. Major diseases in the area are Common Cold, Diahorrea, Typhoid,
TB, Malaria and Hepatitis. People migrate to higher elevations in summer season to
escape heat. Major needs of the area are proper electricity supplies, safe drinking water,
college and general hospital.
2.3.4 Jalkot
Jalkot is located 3 kilometer downstream of Dasu Bridge on KKH on the left bank of the
Indus river in the lower riparian area of the Project. This village has a population of about
3500. A district jail is situated in this area. Shina is the languages spoken and Jalkoti is
the main tribe of this settlement. There are only two schools i.e. a primary and middle for
boys and a primary for girls. Institutional facilities like basic health unit, post office and
mosque are available and civic facilities like electricity, telephone and graveyard also
exist here. The major source of water in the village is tap water from spring, nullah and
through spring. Major diseases in the area are Common Cold, TB and Malaria. The
people migrate to higher elevations in summer season due to hot weather. Major needs
of the area are proper electricity supplies, safe drinking water, road and hospital with
medicines and other facilities.
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3. SOCIAL SURVEYS
Based on initial surveys the Consultants devised methodology for conducting detailed
socio-economic survey of the Project area. The field experiences of the initial survey
sensitized the Consultants to take care of the possible and potential irritant factors that
might be detrimental to the objectives and operations of the detailed field survey.
Investigations regarding socio-economic conditions and cultural aspects were made by
holding interviews with notables and stakeholders residing in the villages/settlements of
the relevant area.
3.1 Data Sources and Methodology
The basic objective of socio-economic survey is to identify the socio-economic
characteristics of the people of the area and to assess the possible impacts of the project
on the population. Following steps were undertaken prior to carrying out field survey:
i) Geographic boundaries of the Study Area (Reservoir and Low Riparian area)
were defined by identifying the existing villages/settlements.
ii) Size of population and number of households and commercial activities falling
within the Study Area.
iii) Sampling procedure was decided to draw a representative sample size of the
target population.
The tools developed for data collection included questionnaires for household sample
survey, village profile, commercial activities sample survey, check list for scoping
sessions and women sample survey. Using these tools the field survey was initiated and
in the light of initial surveys, necessary changes were made in the tools.
3.2 Population Size and Household/Commercial Activities
Population size and number of households of the localities and commercial activities
falling in the reservoir and lower riparian area were estimated by using the following
secondary sources of information.
- Population Census Organization, Ministry of Economics and Statistics,
Government of Pakistan, District Census Report of Kohistan District 1998.
- Maps from Survey of Pakistan.
- Satellite Imagery, Quick Bird Xs 2.8m & Pan 0.6m Merged, 10th October 2005.
The projected population size, total number of households, commercial activities falling
in the Reservoir Area and Lower Riparian area as on 2007 were estimated by
extrapolating the figures of housing units established through satellite imagery dated
October 2005 and Census 1998. Population growth rate in Dasu tehsil was 0.15 percent
per annum. Detail of population is given below.
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Population and Housing Units in Study Area
Data Based on 1998 Census Projected Data as on 2007
Name of
Settlements/Villages Population
Housing
unit
Average
Family Size Population
Housing
Units
Reservoir Area* N.A N.A 8.5 3370 278
Low Riparian Area**
Seo 2996 447 6.7 3036 453
Jalkot 2992 490 6.1 3033 497
Kumila 5423 730 7.4 5497 740
Dasu 1569 257 6.1 1590 260
Total 12650 1924 6.6 13156 1950
* Data based on Satellite Imagery dated October 2005.
** Using average annual growth rate used 0.15 % (1981-1998) Dasu tehsil.
3.3 Sampling Techniques and Analysis
A representative sample size of the population under study necessitates the randomness
of the samples to be selected. One of the primary requirements was to have a finite size
of population. Since every head of household (HH) in the Study Area was considered as
a unit of analysis, therefore, total number of households was needed to draw a randomly
selected adequate sample size. Being the scattered and hilly area, the
villages/settlements had no complete record of all the households. Therefore, sampling
method was adopted on the basis of cluster. This method was also applied for
commercial activities and other field surveys. The calculated sample size is given below.
Socio-Economic Sample Size
Categories
Number of
Housing
Units
Average
Families
Number of
Households/
Shops
Sample
Size Percentage
House holds
Reservoir Area 278 1.5 417 01 48 %
Lower Riparian
Area 1950 1.5 2925 40 12 %
Commercial Activities
Reservoir Area - - 30 21 70 %
Lower Riparian
Area - - 250 152 61 %
House Hold (HH)
A house hold means a group of persons living together who have collective arrangement
for eating. A person living alone was also considered to constitute a house hold. The
distinguishing characteristic of house hold is its common cooking arrangement. Based on
field survey average family size was taken as 1.5 families in one housing unit.
Housing Unit
A housing unit means a separate and independent place of abode, inhabited by one
house hold and, if vacant, meant for habitation by one house hold. It does not
necessarily mean a separate building. Any place not intended for habitation but occupied
by a house hold at the time of socio-economic survey was also treated as a housing unit.
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3.3.1 Tools for Data Collection
In order to get comprehensive and detailed information, the following tools/
questionnaires of data collection were used.
- Household Sample Survey
- Commercial Activities Sample Survey
- Village Profile
- Women Sample Survey
- Scoping Sessions
- Interviews with the Heads of the Departments
3.3.2 Household Sample Survey
By adopting proportionate random sampling procedure, out of 414 households in the
reservoir area which were likely to be submerged, a sample of 201 households was
selected at 95 percent of confidence level and +/-5 percent sample error. Heads of the
households of the above sample size (262) number were interviewed by using a
structured questionnaire (Annexure A-1.1). In low riparian area a sample of 340
households was selected out of 1950 households. Preference was given to the heads of
the families to ensure the quality and accuracy of information to be collected. In case of
non availability of the head of the household, any of the male adult family members
available on the spot and capable to provide the required information was interviewed for
collecting the required information.
3.3.3 Commercial Activities Sample Survey
In view of the fact that some part of KKH will be submerged in the reservoir area, the
economic activities along the affected stretch of KKH are expected to be affected. For
this purpose, a detailed census of all the shops, hotels etc were carried out. By adopting
purposive quota sampling procedure 21 out of 30 business centers were selected for
sample survey. In Lower Riparian area, 152 business activities out of 250 were selected.
Separate interview schedules were structured for different business activities (Annexure
A-1.2 & A-1.3).
3.3.4 Village Profile
A comprehensive village profile was prepared to document the socio-economic and
demographic data of each village that was likely to be submerged due to the proposed
construction of dam. Total 13 questionnaires were filled in by interviewing by
notable/elder of these villages of reservoir area and 5 questionnaires were filled in for
low riparian area. A separate structured questionnaire was devised for collecting
information (Annexure A-1.4).
3.3.5 Women Sample Survey
Keeping in view the conservative approach of the local population of the Study Area and
their sensitivity about the women issues, the consultants had meetings with District
Planning Officer (DPO) and District Nazim before conducting field survey. Both the
officials did not allow conducting women survey due to religious and sensitive approach
of the local population. However Consultants also prepared a structured questionnaire
(Annexure A-1.5).
3.3.6 Scoping Sessions
In order to get spontaneous and frank responses, five scoping sessions in reservoir area
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and three scoping sessions in different selected villages/settlements were conducted.
Scoping sessions helped to extract qualitative information about the perceptions, myths,
apprehensions and reactions of the local population. Checklist for scoping sessions is
given in (Annexure A-1.6).
3.3.7 Interviews with the Head of the Departments
Heads of different departments/institutions in the Study Area were interviewed to:
- Appraise them to the salient features of the Dasu Hydropower Project.
- Gather their conventional and popular understanding about the Project and
- Identify and assess the assets of the departments which will be affected by the
Project.
3.4 Pre-Testing and Finalizing the Data Collection Tools
Consultants tested tools for data collection by conducting field surveys at initial stage.
According to the observations and experiences of pre-testing, changes were made to
improve the workability of the questionnaires. Some parts of the questions were
restructured for simplifying the questions to make them more explicit. All the
questionnaires were translated into Urdu with specific and clear wording to maintain
standard interpretation of the English version of the questionnaires.
3.5 Data Collection, Analysis and Interpretation
A team of three local junior sociologists under the supervision of senior socio-economist
collected the data. After compilation of field survey, all the questionnaires were
scrutinized and edited properly. Data were processed and analyzed on (Statistical
Package for Social Science (SPSS). This computerized format of data analysis is an
appropriate statistical technique for the studies falling in the domain of social sciences
particularly for socio-economic surveys. By using this computerized format of data
analysis, the Consultants were able to analyze a large and diversified data in possible
minimum time. It has an additional advantage of classifying data with tabulation options
enabling to see the mutual effects of multiple effects of multiple variables explaining the
socio-economic characteristics of the population under study.
The socioeconomic survey for the Project is intended to:
- Get basic understanding and information about the socio-economic and
demographic conditions as well as ethnic composition of the local population;
- Document the perceptions of the local population about the Project;
- Know their apprehensions about the possible adverse impacts of the Project;
- Identify any involuntary resettlement, loss of property, livelihood and other issues.
- Understand their views about the magnitude of any perceived losses in the
reservoir area; and
- Record their perceptions for the compensation of the various types of losses
likely to occur in the reservoir area.
In-depth interviews and scoping sessions were also conducted with local population and
notables of the Study Area in order to carryout public consultation about the proposed
Project. Primary and secondary data was collected from the field and from the relevant
departments/offices. In order to get some published data, all relevant departments were
visited in Tehsil Dasu of Kohistan District. Collected field data is summarized in Table A-
3.1, Annexure A-3.
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4. RESERVOIR AREA – FINDINGS
4.1 Household Sample Survey
The Information was collected from 262 heads of the sampled households. Inventory of
the respondent’s names (household sample survey) is given Table A-2.1, Annexure A-2.
Distribution and average family size with regard to villages/settlements has been shown
in Table A-3.2 at Annexure A-3. The results of the studies and findings on the relevant
aspects are discussed in the following sub-sections.
4.2 Characteristics of the Heads of the House Hold
Age
Age is an important factor in forming one’s attitudes. It fixes a man’s status or authority
on others and command of respect. 27.9 percent of the heads of house holds were
between age group 21 to less than 30 years, whereas, 33.2 percent of them were
between age group 31 to less than 40 years and 36.2 percent of them were above forty
one years. In case of non-availability of the head of the household, any of the male
family members was interviewed. The number of such households was only 7 out of 262
(Table A-3.3, Annexure A-3).
Marital Status
A significant majority (96.9 %) of the respondent were married males. Remaining few
(3.1 %) were un-married. Traditionally people prefer marriages at early age (Table A-3.4,
Annexure A-3).
Education
Educational distribution of the respondents is shown in Table A-3.5, Annexure A-3 which
indicates that among 262 respondents, 11.1% have primary level education, 1.9 % have
middle level education, 15.3% have secondary level education, 5.0% have intermediate
level education. 3.1 %, 1.9 %, 1.9 % and 0.4 % were educated up to graduation, post
graduation, religion studies (deeni uloom) and professional graduate level respectively. A
good proportion (59.5 %) of the respondents had never been to school.
Tribes
By virtue of their local tribal origin 86.6 % tribes considered themselves as the owners of
the land and natural resources like minerals, jungles and cattle rearing of the mountains
in the Project Area. Being non-locals by tribal origin, Soniwal, Gujars and Pattans are
non-owner tribes. These tribes are without any right to purchase land of the mountains
and to have share in the natural resources. Non-owner tribes constituted 13.4 % (Table
A-3.6, Annexure A-3).
Occupational Status
29.4 % of the residents were in the category of farmers, 24.4 % were in trade/business,
22.5 % were serving different government /private offices and 3.8 % were engaged in
cattle farming. General labors were 8.0% and the rest of them were in other
miscellaneous occupations (Table A-3.7, Annexure A-3).
Language Spoken
Kohistani was the most common language spoken by 42.4% the respondents of the
area. Shina was spoken by 28.6 %. Both the languages i.e. Shina and Kohistani were
spoken by 26%. Pushtoo was spoken by 3.1 %. (Table A-3.8 Annexure A-3).
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4.3 Household Details
Population and its distribution
According to 1998 census the total population of Kohistan District was 472,570, whereas
in 1981 census the population was 465,237. The average annual growth rate was 0.09
percent during this period. The male population was 261,942 and female population was
2, 10,628. Based on 1998 census sex ratio i.e. number of males for every 100 females
were 124. Based on the sample survey conducted by the Consultants in 2007 and
information gathered through interviewing the notables of the area, the population by sex
and different age groups has been estimated and sex ratio worked out as number of
males for every 100 female was 105 (Table A-3.9 Annexure A-3).
Family Size
Size of the family ranged from 5 or less and 21 and more members. Large families are
supposedly joint families. 45.4 % have family members between 6 and 10. Details are
given in (Table A-3.10 Annexure A-3).
Family Structure
Generally nuclear family system (73.3 %) and exogamy (57.3 %) was prevalent in the
Study Area. The oldest male member is the head of the family. Other groupings include
the father, son and their families. In decision making, the oldest member determines the
family’s interests and makes decisions with regard to the family (Table A-3.11 Annexure
A-3).
Child Births
Regarding the child births within the households, 39.3 %,5.0 % and 1.1 % reported one,
two and more than two child births, respectively, whereas, 54.6% had reported no
childbirth (Table A-3.12 Annexure A-3)
Deaths
No deaths were reported within the households by majority (96.5 %) of the respondents,
whereas, 3.5 % reported almost one death (Table A-3.13 Annexure A-3).
Causes of Deaths
Different causes of deaths were reported by the respondents. Different diseases
occurred in the area were Typhoid Malaria, Diahorea, Tuberculoses etc. Other causes of
death included murder and accident. (Table A-3.14 Annexure A-3)
School Going Children
Out of the male children of school going age in the households 55.7% were going to
school, whereas, only 30.5% of the females were reportedly attending any school in the
Reservoir Area. There seems to be differential attitude of the residents of the area
towards female education (Table A-3.15 and A-3.16, Annexure A-3)
Vocational / Technical Skills
Majority (96.9 %) of the males of the sampled households did not have any specific
vocational skill, while others were trained as vehicle driver, carpenters, electrician and
tailors. The only mentioned skill for the females of the sampled households was
tailoring/embroidery (41.2 %)(Table A-3.17 Annexure A-3)
Aspired Vocational / Technical Skills for Family Members
Technical/vocational training enhances the employability of the workforce. The only
aspired vocational skill for the female members was Tailoring/Embroidery (32.8 %). Most
(88.9 %) of the respondents did not prefer any vocational skill for their male members,
whereas rest of percentage desired that the male members should be trained as tailors,
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vehicle driver, mechanic, electrician, computer operator and gold collection (Table A-
3.18 Annexure A-3)
Sources of Income
The income sources were agriculture 21.8 %, trade 6.9% and service 5.7% of the
households of the reservoir area. Other major sources were composite including
agriculture and trade 18.7 %, agriculture and service 15.6 %, agriculture and labor 9.5 %,
agriculture/service and trade 8.8 %, and others (Table A-3.19 Annexure A-3)
Monthly Family Income
Monthly income of 4.6% of the households was less than Rs. 3000, whereas,16.0% were
earning between Rs.3001 and Rs.5000,17.6% were between Rs.5001 and 7000, 14.5%
between Rs. 7001 and Rs 9000,17.6% between Rs.9001 and Rs.11000, 8.0% were
between Rs.11001 and 13000 and 21.0% were Rs.13001 and above (Table A-3.20
Annexure A-3)
Monthly Family Expenditure
About 5.3% of the households were spending less than Rs. 3000, whereas, the monthly
expenditure of 17.6% were between Rs.3001 and Rs.5000, 24.8% were between
Rs.5001 and 7000, 16.4% between Rs. 7001 and Rs. 9000, 17.9% between Rs.9001
and Rs.11000 and 17.1% spend Rs.11001 and above (Table A-3.21 Annexure A-3)
Modes of Payments
71.4 % of the households were purchasing their monthly household items in cash,
whereas 28.6% were purchasing on credit/deferred payment (Table A-3.22 Annexure A-
3).
4.4 Housing Characteristics
Ownership of House
During the field visit of the Reservoir Area it was observed that among 262 respondents
interviewed 99.2% houses were living in self owned (Table A-3.23 Annexure A-3).
Nature of Houses
52.3% of the houses were reported to be mud (katcha) houses, 35.5% were semi-pacca
and 12.2% were pacca respectively (Table A-3.24 Annexure A-3).
Number of Rooms
The housing units having one room was 22.9%, whereas, 27.1% had two rooms, 22.1%
had three rooms, 14.5% had four rooms and 13.4%t had five and more than five rooms
(Table A-3.25 Annexure A-3).
Number of Bathrooms / Latrines
The housing units having one bathroom/latrine were 44.7%, whereas, 21.0%, 9.9% had
two and 6.1% had three and more than three bathrooms/latrines respectively. 18.3%
were without this facility (Table A-3.26 Annexure A-3).
Housing Area
The total area of the housing unit varied from one marla to 20 marlas. 8% housing units
were constructed on less than 5 marlas, 3.1%, on 5-10 marlas and 1.1% on 10-20
marlas (Table A-3.27 Annnexure A-3).
Age of Housing Units
Newly constructed (less than 5 years) housing units were 20.6%. The old houses (10.9
%) were constructed more than twenty years ago, whereas, construction age of majority
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(69.1 %) of the housing units was between 5 and 20 years(Table A-3.28 Annexure A-3).
Estimated Value of Housing Units
Almost all the residents were living in self-owned houses. The cost including the cost of
land and construction of the housing units in the Project Area. It varied between less
than Rs.100,000 and Rs.500,000 and above per housing unit. The reported cost seems
to be exaggerated and desired one (Table A-3.29 Annexure A-3).
Separate Rooms for Animals
Generally, a house was divided into two parts; residential area and animal rooms. A
large majority (80 %) of the households had separate animal room and were mostly
(81.3 %) katcha (constructed in mud) (Tables 3.1.30 and Table A-3.31, Annexure-A-3).
Facilities Available in the Housing Units
Electricity and water supply (through springs) was available to 60.7% of the households.
Electricity, water supply and telephone facilities were available in only 2.7% of the
households, whereas, 36.6% household had no such facilities (Table A-3.32, Annexure
A-3).
Fuel Use for Illumination, Lighting, Heating and Cooking
Electricity was available to 62% of the households in the Project Area which was mainly
used for illumination purpose. Wood was the most commonly used material for cooking
of food and heating (100 %) during winter season. Kerosene oil was used for illumination
purpose in 34% of the households. The percentage for each source is obtained on the
total number of respondents i.e. 262. The details are given in (Table A-3.33, Annexure A-
3).
Estimated Cost of Fuel
About 16.8% of the families had to spend up to Rupees 10000 per year for fuel. Whereas
65.7% of the families consumed fuel costing more than Rs 10000. The remaining 17.6%
were collecting firewood free of cost from the nearby jungles (Table A-3.34, Annexure A-
3).
Material Possessions in the Households
Material possession is an important indicator of one’s standard of living. A household
may have only one item costing high price (car, motor cycles, power generator etc) and
also other items costing low price like fan, iron. (Table A-3.35, Annexure A-3) contains
information about different material possessions.
Sources of Water
Main sources of water for drinking were public water supply through springs (40.1 %),
channel (26 %), nullah (22.1 %). Whereas, the sources of water for washing and bathing
being used by 38.6 % was public water supply through springs, 28.6% through channel
and 20.6 % through nullah. More than one source of water is available for agriculture and
livestock (Tables A-3.36 through A-3.38, Annexure A-3).
Evidence of Sale/Purchase of Property
No proper land ownership records are available for the area. Only the principal of natural
successions prevails. The competent authority testifies the ownership on the basis of
personal evidence and length of period of possession. During field visit 96.9% residents
of the area have personal evidence of sale/purchase of land (as recorded), whereas in
only 2.3% cases judicial stamp paper was also used for ownership deed at the time of
sale/purchase of land or property (Tables A-3.39 and A-3.40 , Annexure A-3).
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4.5 Agriculture
Tenancy Status
Majority (62.2 %) of the residents of the reservoir area were owner operator. Whereas,
16.8% were owner-cum-tenants, only 5% were tenants and 16% had no agricultural land
(Table A-3.41, Annexure A-3).
Size of Holdings
Only 34.4% of the farming communities owned more than 10 kanal whereas, majority
49.6% owned land less than 10 kanal (Table A-3.42, Annexure A-3).
Agricultural Implements
Subsistence farming with primitive implements was being carried out in the Reservoir
Area. Oxen were mostly used for farming operations. This is why plough for oxen was
the most commonly (71%) owned and used agricultural implement.16% farmers had no
farming implements (Table A-3.43, Annexure A-3).
Major Crops
Wheat, maize and vegetables were the main (67.6 %) crops grown in the Reservoir
Area. There were two harvests in the area, classified into Kharif (summer) and Rabi
(winter). The most important Kharif crop is maize, whereas, wheat was the major Rabi
crop. Other crops were sown according to season. The percentage for each crop is given
in (Table A-3.44, Annexure A-3).
Cost of Agriculture Land
About 2% of the farmers reported that their agriculture land was worth Rs.100,000 per
kanal. Whereas, majority of the farmers (54.2 %) reported cost ranging between Rs.
150,000 to Rs.200,000 per kanal (Table A-3.45, Annexure A-3).
Estimated Yearly Cost of Seed
Seed of different crops was purchased by 54.2% of the farmers. About 19.5% of them
had to spend up to Rs 1000 per year. Whereas those who spent Rs.1001 to Rs.2000
were 24.8%, while only 9.9% purchased seed costing more than Rs.2000. Own farm
produce seed was used by 29.8%(Table A-3.46, Annexure A-3).
Estimated Yearly Cost of Fertilizer
Significant majority (80.5 %) of the farmers applied chemical fertilizer to their crops.
Those who spent Rs.1000 and less on fertilizer purchase were 16.1%. Whereas, 19.8%
were spending Rs.1001 to Rs.2000 and 44.7% more than Rs.2000 per annum. Farm
yard manure obtained from livestock is also used (Table A-3.47, Annexure A-3).
4.6 Livestock
Animals Holdings
Livestock is an important component of agricultural development because it provides
traction power for agricultural operations. It is also a major source of income. As per
information gathered in the sample survey of the Reservoir Area, livestock population
and its percentage are given in (Table A-3.48, Annexure A-3).
Estimated Yearly Cost of Fodder for Livestock
Source of fodder for about 34.7% of the residents of the area was their own farm
produce, whereas 30.2% and 15.6% of them had to spend up to Rs 6000 and 15.6%
between Rs 6001 and Rs 10,000 per annum. The remaining19.5% spend more than Rs
10000 per year (Table A-3.49, Annexure A-3).
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4.7 Borrowing
Amount Borrowed
Majority (84.7 %) of the residents of the Reservoir Area did not borrow any money during
the preceding year. Money borrowed ranged between less than Rs 25000 to Rs.400000.
Table shows different percentages of the amount borrowed (Table A-3.50, Annexure A-
3).
Sources of Borrowing Money
Among those who borrowed, preferred sources like relatives, (12.6 %) and friends (2.3
%). Only one household got loan from a bank(Table A-3.51, Annexure A-3).
Usages of Borrowed Money
The money borrowed by the residents of the Reservoir Area was mainly (7.3 %) used for
meeting the household needs, while 2.7% got loan for medical treatment (Table A-3.52,
Annexure A-3).
4.8 Dependence on Other Side of the River Indus
About 42.7% of the residents of the Reservoir Area had some sort of dependence on the
resources and residents of the other side of Indus river (Table A-3.53, Annexure A-3).
Table A-3.54, Annexure A-3 shows that 21.8% people had access to KKH, 3.4% had
their family relation there, 16% had to visit the business/trade centers and only 1.5%
was visiting the other side of Indus river for religious, educational and health facilities.
4.9 Resettlement Concerns
4.9.1 Preferential Resettlement Localities
36.3% of the residents of the Reservoir Area desired to move to any place down to the
country (Abbottabad, Islamabad, Lahore etc). Those who wished to be resettled within
the Kohistan District were 21.4%, whereas 13% of them preferred to be resettled at
Dasu. 25.6% did not show any preference (Table A-3.55, Annexure A-3).
4.9.2 Mode of Compensation
Significant majority (93.5 %) of the residents of the area desired that the payments for
compensations against land/houses and other property should be in cash. Alternative
land for land was demanded by (0.8 %) and alternative land and building were
demanded by 5.3 % (Table A-3.56 Annexure A-3).
4.9.3 Knowledge about Construction of Dam
A large majority 84% of the residents of the Reservoir Area had knowledge about the
construction of Dasu Hydropower Project (Table A-3.57, Annexure A-3).
4.10 Commercial Activities
In view of the fact that Dasu Hydropower Project will have an ultimate impact on the
entire economic activity within the Study Area, it was necessary to capture the nature
and volume of the commercial activities to be affected. For that purpose, a detailed
census of all the shops and hotels and other business activities to be affected was
carried out. The profession/business wise inventory has been depicted in (Table A-2.2,
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Annexure A-2). In this regard, out of 30 business holders of the commercial activities,
likely to be affected by the proposed project, 20 were interviewed.
4.10.1 Characteristics of the Owners of Shops/Driver Hotels
Age
About 85% of the shopkeepers were less than 50 years old. Only two respondents (10
%) were above 50 years. One of the shopkeepers was below 20 years (Table A-3.58,
Annexure A-3).
Education
The illiterate respondents were 50%. Educated up to secondary level were 25%,
whereas 5% higher secondary, 10% graduates and post graduates and Deeni Uloom
(Religious Knowledge) were 5% each (Table A-3.59, Annexure A-3).
Tribes
Businessmen belonging to Shamat Khail, Sheen and Sheeda Khail were 35% , 30% and
15% respectively. Belonging to the other tribes were 5% each (Table A-3.60, Annexure
A-3).
4.10.2 Salient Findings - Shops/Driver Hotels
Ownership of the Shops/Driver Hotels
Ownership status of affected commercial activities of the Reservoir Area as shown in
(Table A-3.61, Annexure A-3) indicates that 45% of the affectees had self owned
structures and rest of the 55 percent were running their business in rented shops.
Occupancy Status
Occupancy status of affected commercial activities of the area as shown in Table 3.2.5
indicates that 80% of affectees had one shop each, 15% had two shops and one
respondent had more than three shops (Table A-3.62, Annexure A-3).
Nature of Business
Different kinds of commercial activities were observed in the area but only affected
commercial points were visited to conduct the survey. The classification of affected
business points is given in (Table A-3.63, Annexure A-3) which reflects that 40% of the
affected shops are general stores/grocery shops while 55% of the affected points are
driver hotels.
Sizes of Shops
55% of the shops were constructed on an area upto 250 sft, whereas, 30% of the shops
were constructed on 251 to 500 sft area. Size between 501 sft to 1000 sft accounted for
15 (Table A-3.64, Annexure A-3).
Nature of Construction
Most of the shops (45 %) were constructed of wood and are katcha, whereas, semi-
pacca, and pucca shops were 10 %, 40 % and 5 % respectively (Table A-3.65, Annexure
A-3).
Estimated value of the Shops/Driver Hotels
The estimated cost of 5% of the shops as reported was up to Rs 100,000. Whereas, the
cost of 35% of the shops was Rs 100,001 to Rs 200,000 and same percentage of the
shops was Rs 500,001 and above (Table A-3.66, Annexure A-3).
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Business Experience
The businessmen who had established their business in the year preceding data
collection were 5%. Whereas, 10%, 45% and 40% of the businessmen had established
their business since 2–5 years,6-10 years and more than 10 years earlier respectively
(Table A-3.67, Annexure A-3).
Estimated Value of Present Stock
The estimated value of the merchandise stock at the time of data collection varied from
less than Rs 100,000 to Rs 500,000. 45% of the affected shops/business points
possessed present stock of less than Rs 100,000 value, 35% shops had stock value
from Rs 100,001 to Rs 200,000. The values ranging between Rs 200,001 to Rs 300,000
and Rs 300,001 to Rs 400,000 were 10 % and 5 % respectively. While stock of value
ranging from Rs 400,001 to Rs 500,000 belonged to only 5 percent businessmen/shop
holders. Details are given in the (Table A-3.68, Annexure A-3).
Loss of Livelihood
Expected loss/disturbance of livelihood of the commercial manpower has been
measured through survey by counting actual number of workers for all affected
businesses in the Reservoir Area which is shown in (Table A-3.69, Annexure A-3). The
number of persons working on shops varied from 1 to 6 and more. The total number of
workers is 63 as only 20 business points are affected resulting in loss of their livelihood.
Modes of Payments
About 70 % of the businessmen sold their merchandise in cash while 30 % were
practicing both cash and credit modes (Table A-3.70, Annexure A-3).
Average Daily Sales of Goods/Services
The volume of average daily sales ranged between less than Rs 500 and Rs 5000 and
above. The majority (45 %) of daily sales were Rs 5000 and above. Details are given in
(Table A-3.71, Annexure A-3).
Average Daily Profit Earned
Daily profit of 65 percent of the businessmen was up to Rs 1000 per day. Whereas, 10%,
15 % and 10 % of the business men were earning profit / per day between Rs 1001 and
Rs1500, Rs1501 and Rs 2000 and Rs 2001 and above respectively. The detail is given
in (Table A-3.72, Annexure A-3).
4.10.3 Residential Hotel
In Reservoir Area only one residential hotel is running business, which will be
submerged during the construction of dam. This hotel building (PTDC Barseen) has
been rented out to a private party for the period of one year by Pakistan Tourism
Development Corporation.
4.11 Village Profile
An interviewing schedule was structured to prepare a comprehensive profile of major
villages that were likely to be submerged due to the proposed construction of dam. There
were also small villages/settlements where the houses were scattered. Total 13
questionnaires were filled in by interviewing notable/elder of each out of 25
villages/settlements of the Reservoir Area. List of respondent’s names (Village Profile) is
given in Table (Table A-2.3, Annexure A-3).
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4.11.1 Characteristics of Respondents
Age
30.8% of the respondents were in the age group of 36 to 40 years. Only 15.4% of the
respondents were more than 50 years of age (Table A-3.73, Annexure A-3).
Education
Significant majority (61.5%) of respondents were illiterate. Educational level of remaining
individuals was in different proportions as shown in (Table A-3.74, Annexure A-3).
4.11.2 Characteristics of Villages
Tribes
Affiliation of the respondents residing in the villages in the area was with the owner tribes
i.e. Bohi Khail, Chalees Khail, Shamat Khail, Sheen, Shalkan Khail, Eiska Khail and
Shukur Khail. As regards non-owner tribes, small number of Soniwal and Gujars were
residing in these villages.
Languages Spoken
Kohistani was the main language spoken in all the villages. Shina, Pashtoo and Urdu
were the other languages spoken in different proportions (Table A-3.75, Annexure A-3).
Accessibility
There were different kinds of accessibilities to villages from KKH. The people of eight
villages (61.5 %) use track, 7.7 %, 23.1 % and 7.7 % use un-metalled road, dolly and
suspension bridge respectively (Table A-3.76, Annexure A-3).
Population of Villages
The population of villages varied from less than 100 to 2000 individuals. The villages
having less than 100 persons were 15.4 %. Whereas remaining 30.8 % of the villages
were populated with 101-200 and 201-300 persons each. Population of village with 301-
400 were 15.4%. Only one village (7.7 %) had population between 1001-2000 persons
(Table A-3.77 Annexure A-3).
Housing Units in the Villages
Number of housing units in the villages varied from 10 to 100. Villages with housing units
up to 50 were 92.3%. Whereas, only one village (7.7 %) was with housing units between
51-100 (Table A-3.78 Annexure A-3).
Educational Facilities
In the social sector, educational facilities are the most important requirement. Given the
level of development in the area, most of the areas are without such facilities.
Government primary schools for boys had been established in 4 villages (30.8 %) of the
area. There was only one Government high School and Deeni Madrassa (Religious
School) for boys in the area. Whereas, there were only three primary schools for girls in
the area. Prejudice exists against female education and most of the respondents were
not in favour of educating the girls (Table A-3.79 and A-3.80, Annexure A-3).
Institutional Facilities
Hospital and basic health unit had been set up only in one village each. Mosques had
been constructed on self help basis and were being maintained by the communities at 12
villages. Banks and post office were non-existing in the villages and were available only
in Dasu (Table A-3.81, Annexure A-3).
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Civic Facilities
Grocery shops selling items of daily household consumption had been set up in the
(23.1 %) of the villages by the villagers. Medical store existed only in one village, Lined
drainage, street light and telephone facilities were not available in any village. Electricity
was available in 76.9% of the villages. Graveyards were being maintained in 69.2% of
the villages (Table A-3.82, Annexure A-3).
Sources of Water
Channels/nullah water was the major source (61.6 %) in the villages. Water supply
system through springs had been set up in 23.1% villages, whereas, spring water was
being used by 15.4% of the residents of the villages in Reservoir area (Table A-3.83,
Annexure A-3).
Common Diseases
Majority of the diseases that commonly occurred in the Reservoir Area were infectious
and water born occurring mainly because of the non availability of safe drinking water,
high habitation density and low quality housing. The diseases like Diahorea, Typhoid,
Goiter, TB and Hepatitis were reported by the respondents.
Child Birth Attendant
Most of the child births took place at homes attended by elderly ladies, who had little or
no formal training. The facility of a trained birth attendant was not available in any of the
villages (Table A-3.84, Annexure A-3).
Ownership Rights
Owner tribes had the full rights to sell/purchase the land/property in the area as reported
by 92.3% of the respondents (Table A-3.85, Annexure A-3).
Influential Persons
Tribal heads were considered influential in the area by 92.3% of the respondents
(Table A-3.86, Annexure A-3).
Dispute Resolution
The disputes relating to property, control of natural resources and other domestic
disputes were mostly (84.6 %) settled by Jirgah. Head of tribes were also involved 15.4
% while resolving these disputes (Table A-3.87, Annexure A-3).
Migrations by Locals
The majority of people of the villages migrated to higher elevations due to hot weather.
They migrate along with animals in the months of May-June and come back in the end of
October (Table A-3.88 and A-3.89, Annexure A-3).
Grains and Livestock Markets
Proper grain and livestock markets were not available in the villages of the area. In
majority (61.5 %) of the cases, the villagers had to go to nearby villages for sale and
purchase of grains/livestock. Different market places are given in (Table A-3.90,
Annexure A-3).
Pressing Needs of Locals
Health, education, safe drinking water, proper electricity, roads, supply of irrigation
water, suspension bridges and sewerage system were the major needs of the area.
Historical Monuments
46 numbers of Rock Carving (Petroglyphs) were existing only in Shatyial. Historical ruins
were non-existent in all the villages of Reservoir Area.
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5. LOWER RIPARIAN AREA-FINDINGS
5.1 Household Sample Survey
The information was collected from 341 heads of the sampled households. Inventory of
the respondent’s names (household sample survey) is given (Table A-2.4, Annexure-A-
2). The results of the studies and findings on the relevant aspects are discussed in the
following sub-sections. Distribution and average family size with regard to
villages/settlements is given in (Table A-4.1, Annexure A-4).
5.1.1 Characteristics of the Heads of the Household
Age
22.9% of the heads of household were in age group of 21 to 30 years. Whereas, 34.6%
of them were in age group of 31 to 40 years and 40.5% were above 40 years age. Only
small percentage (2.1 %) was less than 20 years of age (Table A-4.2, Annexure A-4).
Marital Status
A significant majority (97.9 %) of the respondent were married males. Remaining few
(1.8 %) were un-married and one was widow. Traditionally people are married at an early
age (Table A-4.3, Annexure A-4).
Education
Educational distribution of the respondents is shown in (Table A-4.4, Annexure A-
4).which indicates that among 341 respondents, 9.4% have primary level education,
4.7% have middle level education, 24.3% have secondary level education, 7.6% have
intermediate level education. 3.5 %, 0.6 %, 2.6 % and 1.5 % were educated up to
graduation, post graduation, Deeni Uloom (religious knowledge) and professional
graduate respectively. A good proportion (45.7 %) of the respondents had never been to
school.
Tribes
By virtue of their local tribal origin 94.6 % tribes are considered as the owners of the land
and natural resources like minerals, jungles and cattle rearing of the mountains in the
Project Area. Being non-locals by tribal origin, Pattan, Lohar, Awan and Syed are non
owner tribes. These tribes are without any right to purchase land of the mountains and to
have share in the natural resources. Non-owner tribes constituted 5.4 % (Table A-4.5,
Annexure A-4).
Occupational Status
About (15.0%) of the responses were in the category of farmers,32.8 % were in
trade/business, 34.3 % were serving in different government /private offices and 1.2 %
were engaged in cattle farming. General labors were 7.0% and rest of them were in other
miscellaneous occupations (Table A-4.6, Annexure A-4).
Language Spoken
Kohistani and Shina both were spoken by 74.5 % of the respondents of the area, Only
Kohistani was spoken by 10.6 % and Shina by 15.0 % (Table A-4.7, Annexure A-4).
5.1.2 Household Details
Population and its distribution
Based on the sample survey and information gathered through interviewing the notables
of the area, the population by sex and different age groups has been estimated and sex
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ratio worked out as number of males for every 100 female was 102 (Table A-4.8,
Annexure A-4).
Family Size
Size of the family ranged from between 5 or less and 31 and more members. Large
families are supposedly joint families. 57.8 % have family members between 6 to 10.
Details are given in (Table A-4.9, Annexure A-4).
Family Structure
Generally Nuclear family system (61.0 %) and exogamy (60.4 %) was prevalent in the
lower riparian area. The oldest male member is the head of the family. Other groupings
include the father, son and their families. In decision making, the oldest member
determines the family’s interests and makes decisions with regard to the family (Table A-
4.10, Annexure A-4).
Child Births
Regarding the child births within the households, 41.1 %, 5.9 % and 3.2 % reported one,
two and more than two child births, respectively, whereas, no child births were reported
by 49.9 % (Table A-4.11, Annexure A-4).
Deaths
No deaths were reported within the households by majority 93.3 % of the respondents,
whereas only one death (5.0 %) was reported (Table A-4.12, Annexure A-4).
Causes of Deaths
Different causes of deaths were reported by the respondents. Different diseases which
occurred in the area were Typhoid, during delivery and others (Table A-4.13, Annexure
A-4).
School Going Children
Out of the male children of school going age in the households 75.7% were going to
school, whereas, 56% of the females were reportedly attending school in the lower
riparian area (Tables A-4.14 and A-4, 15, Annexure A-4).
Vocational / Technical Skills
Majority (92.7%) of the males of the sampled households did not have any specific
vocational skill, while others were trained as vehicle driver, carpenter, mason, computer
operator, electrician and tailors (Table A-4.16, Annexure A-4).
Aspired Vocational Skills for Family Members
The only aspired vocational skill for the female members was tailoring/embroidery (31.1
%). Most (92.4 %) of the respondents did not prefer any vocational skill for their male
members, whereas the rest desired that the male members should be trained as tailors,
vehicle driver, mechanic, medical and electrician(Table A-4.17, Annexure A-4).
Sources of Income
Agriculture provides income and work for (36.9 %) of the households of the lower
riparian area. Other major sources were trade (15.5 %), service (22.0 %), labor (7.0 %)
and others (Table A-4.18, Annexure A-4).
Monthly Family Income
Monthly income of 3.2% of the households was less than Rs. 3000, whereas,
9.7% were earning between Rs.3001 and Rs.5000, 19.4% were between Rs.5001 and
7000, 19.1% between Rs. 7001 and Rs. 9000,18.5%t between Rs.9001 and
Rs.11000,(5.3 %) were between Rs.11001 and 13000 and 25% were earning Rs.13001
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and above (Table A-4.19, Annexure A-4).
Monthly Family Expenditure
2.9% of the households were spending less than Rs. 3000, whereas, the monthly
expenditure of 12.9% were between Rs.3001 and Rs.5000, 23.5% were between
Rs.5001 and 7000, 20.2% between Rs. 7001 and Rs. 9000, 16.1% between Rs.9001
and Rs.11000 and 24.4% spend Rs.11001 and above (Table A-4.20, Annexure A-4).
Modes of Payments
67.4 % of the households were purchasing their monthly household items in cash,
whereas 32.6% were purchasing on credit/deferred payment (Table A-4.21, Annexure A-
4).
5.1.3 Housing Characteristics
Ownership of House
During the field visit of the lower riparian area it was observed that among 341
respondents interviewed 98.2% houses were self owned (Table A-4.22, Annexure A-4).
Nature of Houses
33.7% of the houses were reported to be katcha (mud), whereas, 18.8% of the houses
were semi-pacca and 47.5% were pacca (Table A-4.23., Annexure A-4).
Number of Rooms
The housing units having one room were 15.0%, whereas, 33.4% were having two
rooms, 20.5% having three rooms, 15.0% having four rooms and 16.1% having five and
more than five rooms(Table A-4.24, Annexure A-4).
Number of Bathrooms / Latrines
The housing units having one bathroom/latrine were 35.8%, whereas, 37.8% have two
10.3% have three and 11.7% have more than three bathrooms/latrines. 4.4% are without
this facility (Table A-25., Annexure A-4).
Housing Area
The total area of the housing unit varied from one marla to 20 marlas. 1.5% housing
units were constructed on less than 5 marlas, whereas, 0.9% housing units were on 5-10
marlas and 0.9% were on 10-20 marlas (Table A-4.26, Annexure A-4).
Age of Housing Units
Newly constructed (less than 5 years) housing units were 19.1%. The old houses (10.6
%) were constructed more than twenty years ago, whereas, construction age of majority
(70.4 %) of the housing units was from 5 to less than 20 years (Table A-4.27, Annexure
A-4).
Estimated Value of Housing Units
Almost all the residents were living in self-owned houses. The total cost including the
cost of land and construction of the housing units in the lower riprian area as reported
are given in the table. It varied from less than Rs.100, 000 to Rs.500, 000 and above per
housing unit (Table A-4.28, Annexure A-4).
Separate rooms for Animals
Generally, a house was divided into two parts; residential area and animal room. A large
majority (75 %) of the households had separate animal room and were mostly (74.2 %)
katcha (mud) rooms (Table A-4.29 and A-4-30, Annexure A-4).
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Facilities Available in the Housing Units
Electricity and water supply (through springs) was available in 84.7% of the households.
Electricity, water supply and telephone facilities were available in only 12.3% of the
households in the area, whereas, 2.9% had no such facilities (Table A-4.31, Annexure A-
4).
Fuel Use for Illumination, Lighting, Heating and Cooking
Electricity was available in 96.5% of the households in the lower riparian area which was
mainly used for illumination purpose. Wood was the most commonly used material for
cooking of food and heating during winter season. The details are given in (Table A-4.32,
Annexure A-4).
Estimated Cost of Fuel
3.8% of the families had to spend up to Rupees 10000 per year for fuel. Where as 96.2%
of the families consumed fuel costing more than Rupees 10000 (Table A-4.33, Annexure
A-4).
Material Possessions of the Households
Material possession is an important indicator of one’s standard of living. A household
may have only one item costing high price (car, motor cycles, power generator etc) and
also other items like fan, iron costing low price. (Table A-4.34, Annexure A-4) contains
information about different material possessions.
Sources of Water
Main sources of water for drinking were public water supply through spring (84.8 %),
spring (10.9 %),channel (2.1 %) and nullah (1.5 %), Whereas, the sources of water for
washing and bathing being used by (84.8 %) was public water supply through springs,
(2.6%) channel and (1.5 %) through nullah. Major source of water for agriculture and
livestock was channel (53.4 %) (Tables A-4.35 through A-4.37, Annexure A-4).
Evidence of Sale/Purchase of Property
No proper land ownership records are available for the area. During field visit 75.1%
residents of the area have personal evidence of sale/purchase of land was recorded,
whereas only 16.4% cases judicial stamp paper was also used for recording a deed at
the time of sale/purchase of land or property (Tables A-4.38 and A-4.39, Annexure A-4).
5.2 Agriculture
Tenancy Status
Majority (42.8 %) of the residents of the lower riparian area were owner operator.
Whereas, 10.9% were owner-cum-tenants, only 12.9% were tenants and 33.1% had no
agricultural land (Table A-4.40, Annexure A-4).
Size of Holdings
Only 30.5% of the farming communities owned more than 10 kanal whereas, majority
36.8% owned land less than 10 kanal of land (Table A-4.41, Annexure A-4).
Agricultural Implements
Subsistence farming with primitive implements was being practiced in the lower riparian
area. Oxen were mostly used for farming operations. This is why plough for oxen was
the most commonly (39.3%) owned and used as agricultural implement.17% farmers had
no implements (Table A-4.42, Annexure A-4).
Major Crops
Wheat, Maize and Vegetable were the main (58.9 %) crops grown in the lower riparian
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area. There are also two harvests in the area, classified into Kharif (summer) and Rabi
(winter). The most important kharif crop is maize, whereas, wheat is the major Rabi crop.
Other crops are sown according to season (Table A-4.43, Annexure A-4).
Cost of Agriculture Land
Only one percent of the farmers reported their agriculture land was worth Rs.100,000 per
kanal. Whereas,11.4 % of the farmers reported cost ranging between Rs. 100,000 and
Rs.200, 000 and 54.6% between Rs 200,001 and Rs. 350,000 (Table A-4.44, Annexure
A-4).
Estimated Yearly Cost of Seed
Seed of different crops was purchased by 56.0% of the farmers. 9.7% of them had to
spend up to Rs 1000 per year. Whereas those who spent Rs.1001 to Rs.2000 were
12.6%, while only 14.7% purchased seed costing more than Rs.2000. Own farm produce
seed was used by 29.9% (Table A-4.45, Annexure A-4).
Estimated Yearly Cost of Fertilizer
Significant majority (56 %) of the farmers applied chemical fertilizer to their crops. Those
who spent Rs.1000 and less on fertilizer purchase were 11.4% .Whereas, 15.2% were
spending Rs.1001 and Rs.2000 and 29.3% more than Rs.2000 (Table A-4.46, Annexure
A-4).
5.3 Livestock
Animals Holdings
As per information gathered in the sample survey of the lower riparian area, livestock
population and its percentage are given in (Table A-4.47, Annexure A-4).
Estimated Yearly Cost of Fodder for Livestock
Source of fodder for about 26.4% of the residents of the area was their own farm
produce, whereas 14.4% and 14.7% of them had to spend up to Rs 6000 and 14.7% had
to spend between Rs 6001 and Rs 10000 respectively. While the remaining 44.6 %
spend more than Rs 10000 (Table A-4.48, Annexure A-4).
5.4 Borrowing
Amount Borrowed
Majority (90.6 %) of the residents of the lower riparian area did not borrow any money
during the preceding year. Money borrowrd ranged between less than Rs 25000 to
Rs.400000 and above. Table shows the different percentages of the amount borrowed
(Table A-4.49, Annexure A-4).
Source of Borrowing Money
Among those who borrowed, preferred sources like relatives (5.9 %) and friends (2.1 %).
Only four household got loan from a bank (Table A-4.50, Annexure A-4).
Usages of Borrowed Money
The money borrowed by the residents of the area was mainly (4.7 %) used for meeting
the household needs, while 1.8% got loan for medical treatment (Table A-4.51, Annexure
A-4).
Knowledge about Construction of Dasu Project
A large majority 92% of the residents of the lower Riparian area had know about the
construction of Dasu Hydropower Project (Table A-4.52, Annexure A-4).
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5.5 Commercial Activities - Shops
A sample survey of commercial activities was carried out in the lower riparian area. The
inventory is given in (Table A-2.5, Annexure A-2) and general findings are given below.
5.5.1 Characteristics of the Owners of Shops
Age
91% of the shopkeepers were less than 50 years old. Only thirteen respondents 9 %
were above 50 years (Table A-4.53, Annexure A-4).
Education
The illiterate respondents were 35.3%. Educated up to secondary level were 35.3 %,
whereas, 17.6% were graduates (Table A-5.4., Annexure A-4).
Tribes
Businessmen belonging to Shamat Khail, Sheen and Sheeda Khail were 24.4% Other
tribes in the business are given in (Table A-4.55, Annexure A-4).
5.5.2 Shops - Findings
Ownership of the Shops
Ownership status of commercial activities of the lower riparian area as shown in (Table
A-4.56, Annexure A-4) indicates that 21% were having self owned structures and rest of
the 79% were running their business in rented shops.
Occupancy Status
Occupancy status of commercial activities of the area as shown in (Table A-4.57,
Annexure A-4) indicates that 65.5% were having one shop each, 16.9 percent have two
shops and 17.6 % respondents had three and more than three shops.
Nature of Business
Different kinds of commercial activities were observed in the area. The classification of
business points given in (Table A-4.58, Annexure A-4) reflects that 34.5% of the shops
are general stores/grocery shops. While 65.5% of business points are of different nature.
Sizes of Shops
72% of the shops were constructed on an area 250 sft and less, whereas, 20% of the
shops were constructed on 251 to 500 sft area. Size between 501 sft and 1000 sft
accounted for 5 % of the shops (Table A-4.59, Annexure A-4).
Nature of Construction
Most of the shops 77.7 % were pucca, whereas, semi-pucca, katcha and constructed
with wood were 5.4 %, 3.4 % and 13.5 % respectively (Table A-4.60, Annexure A-4).
Estimated Value of the Shops
The estimated cost of 9.5% of the business activities as reported was up to Rs 100,000.
Whereas , the cost of 6.1% of the shops was Rs 100,001 and Rs 200,000 and 25.1% of
the shops was between Rs 200,001, Rs 500,000, 59.5% were Rs 500,001 and
above(Table A-4.61, Annexure A-4).
Business Experience
The businessmen who had established their business in the year preceding data
collection were 3.4%. Whereas, 29.1%, 25.0% and 41.2% of the businessmen had
established their business since 1–5 years,6-10 years and more than 10 years
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respectively (Table A-4.62, Annexure A-4).
Estimated Value of Present Stock
The estimated value of the merchandise stock at the time of data collection varied from
less than Rs 100,000 to Rs 500,000 and above. 31.8% of the shops/business points
possessed present stock of less than Rs 100,000 value, 27% shops had stock value
from Rs 100,001 to Rs 200,000. The values ranging between Rs 200,001 and Rs
300,000 and Rs 300,001 and Rs 400,000 were 4.7 % and 12.8 % respectively. While
stock value ranging from Rs 400,001 to Rs Rs 500,000 were 6.8% and 16.2%
businessmen/shop holders were above Rs 500,000. Details are given in the (Table A-
4.63, Annexure A-4).
Number of Persons Working on Business Activities
Commercial manpower has been estimated through survey by counting actual number of
workers in the lower riparian area which is shown in (Table A-4.64, Annexure A-4). The
number of persons working on shops varied from 1 to 6 and above.
Modes of Payments
70% of the businessmen sold their merchandise in cash while 39.9 % were practicing
both cash and credit modes (Table A-4.65, Annexure A-4).
Average Daily Sales of Goods/Services
The volume of average daily sales ranged between less than Rs 500 to Rs 5000 and
above. The majority 26.4 % of daily sales were Rs 5000 and above. Details are given in
(Table A-4.66, Annexure A-4).
Average Daily Profit Earned
Average daily profit of 61.5% of the businessmen was up to Rs 1000. Whereas, 7.4%,
5.4 % and 8.1 % of the business men were earning profit / per day between Rs 1001 to
Rs1500, Rs1501 and Rs 2000 and Rs 2001 and above respectively. The detail is given
in (Table A-4.67, Annexure A-4).
5.6 Commercial Activities - Residential Hotels
For the purpose, a detailed census of residential hotels and a sample survey was carried
out. The inventory is given in (Table A-2.6, Annexure A-2).
5.6.1 Characteristics of the Owners of Hotels
Age
88.2% of the shopkeepers were less than 50 years old. Only two respondents 12 % were
above 50 years (Table A-4.68, Annexure A-4).
Education
The illiterate respondents accounted for 35.3%. Educated up to secondary level 47.1%,
whereas 17.6% were graduates (Table A-4.69, Annexure A-4).
Tribes
Businessmen belonging to Shamat Khail were 41.2%. Details for other tribes are given in
(Table A-4.70, Annexure A-4).
5.6.2 Hotels - Findings
Number of Rooms
Number of rooms available in the hotels is given in (Table A-4.71, Annexure A-4) which
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indicates that majority of hotels 41.2% were having 11-15 rooms.
Sizes of Hotels
35% of the hotels were constructed on an area of one kanal or less, whereas, 23.5 % of
the hotels were constructed on 1 to 2 kanals. Other details are given in (Table A-4.72,
Annexure A-4).
Numbers of Floors
Most of the hotels 70.6 % were having double floor, whereas, single floor hotels were
29.4% (Table A-4.73, Annexure A-4).
Estimated value of Plots of the Hotels
The estimated cost of 17.6% of the plots of hotel as reported, ranged between Rs
500,001 and Rs 1,000,000 whereas, the cost of 5.9% of the land was Rs 1,500,001 to
Rs 2,000,000 while 76.5% of the hotels land valued Rs 2,500,001 and above(Table A-
4.74, Annexure A-4).
Estimated value of Building of the Hotels
The estimated cost of 11.8% of the buildings of hotels as reported ranged between Rs
500, 000 and less whereas, the cost of 17.6% of the building was Rs 500,001 to Rs
1,000,000 building cost of and 47.1% of the hotels was Rs 5,000,001 and above (Table
A-4.75, Annexure A-4).
Estimated value of Fixtures in the Hotels
The estimated cost of the fixtures in17.6% hotels was Rs 200,000 and less. Whereas ,
the cost of 23.5% was Rs 200,001 to Rs 400,000 and cost of the fixtures of 41.2%
hotels was Rs 400,001 to 600,000 while the cost of 17.6% was Rs 600,001 and above
(Table A-4.76, Annexure A-4).
Estimated value of Other Items in the Hotels
The estimated cost of other items in 11.8% of the hotels was Rs 100,000 and less.
Whereas, the cost of 5.9% was Rs 100,001 to Rs 200,000 while 82.4% had no such
items (Table A-4.77, Annexure A-4).
Components Available in the Hotels
The number of components i.e. kitchen, dining hall, restaurant, reception etc available in
hotel business was assessed. As per information gathered from sample survey, only
5.9% had components like reception, dinning hall, kitchen and provision of shops in the
hotels, whereas three hotels 17.6 % had only kitchen (Table A-4.78, Annexure A-4).
Facilities Available in the Rooms of the Hotels
A survey about different facilities available i.e. attached bath, fans, air cooler, hot water,
telephone etc available in the rooms of the hotels was conducted. The majority of hotels
47.1 % had attached baths, telephone, hot water and electric facilities available with the
rooms (Table A-4.79, Annexure A-4).
Number of Clients
Numbers of clients who avail the room facilities in winter and summer seasons were
recorded during the field visit and recorded in (Table A-4.80 and A-4.81, Annexure A-4).
Room Rent per Day in the Hotels
Different slabs of room rent were charged for single bed room and double bed room by
hotel management. Room rents per day in rupees are given in(Table A-4.82 and A-4.83,
Annexure A-4).
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Business Experience
The businessmen who had established their business in the year preceding data
collection were 5.9%. Whereas, 47.1%, 11.8% and 35.3% of the businessmen had
established their business since 1–5 years,6-10 years and more than 10 years
respectively (Table A-4.84, Annexure A-4).
Number of Persons Working on Business Activities
Manpower working on business activities was estimated through survey by counting
actual number of workers in the lower riparian area which is shown in (Table A-4.85,
Annexure A-4). The number of persons working with hotels varied from 1 to 16 and
above.
Average Monthly Profit Earned
Average monthly profit of 35.4% of the businessmen was up to Rs 50,000 per month.
Whereas, 23.5%, 41.2% of the owners of the hotels were earning profit / per month
Rs 50,001 to Rs75, 000 and Rs 75,001 and above respectively. The detail is given in
(Table A-4.86, Annexure A-4).
5.7 Village Profile
Questionnaires given in Table 5 were filled in by interviewing one respondent each of the
5 out of 7 villages/settlements of the lower riparian area. A list of respondent’s names
(Village Profile) is given in Table A-2.7, Annexure A-2.
5.7.1 Characteristics of Respondents
Age
About 20% each of the respondents were of the age group of 31 to 35 and 36 to 40
years. Majority 60 percent of the respondents were 41 to 45 years of age (Table A-4.87,
Annexure A-4).
Education
All respondents were educated and not less than secondary level. The education level
was in different proportions as shown in (Table A-4.88, Annexure A-4).
5.7.2 Characteristics of Villages
Tribes
Affiliation of the respondents residing in the villages in the area was with the owner tribes
i.e. Eiskal, Shamat Khail, Boot Khail and Jalkoti. As regards non-owner tribes, small
number of Pattans were residing in these villages.
Languages Spoken
Kohistani and Shina were the main languages spoken almost in all the villages. Pashtoo
and Urdu were the other languages spoken in different proportions (Table A-4.89,
Annexure A-4).
Accessibility
There were different kinds of accessibilities to village from KKH. The people of two
villages 20% used track. Whereas 20 % and 40% were used un-metalled and metalled
roads (Table A-4.90, Annexure A-4).
Population of Villages
The population of villages varied from less than 200 to 5000 and above individuals. The
villages having population between 201 to 300 persons were 20 %.Whereas 20 % of the
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villages were populated with 1001-2000 and 40 % with 3001 to 4000 persons. One
village 20% has population above 5000 persons (Table A-4.91, Annexure A-4).
Housing Units in the Villages
Number of housing units in the villages varied from 30 to 1000. Villages with housing
units up to 500 were 80%. Whereas, only one village 20% was with housing units
between 501-1000 (Table A-4.92, Annexure A-4).
Educational Facilities
Government primary schools for boys had been established in all the 5 villages of the
area. There were three government high schools and one middle school for boys in the
area. Whereas, there were three primary and high schools for girls in the area and two
villages had no educational facilities (Table A-4.93 and A-4.94, Annexure A-4).
Institutional Facilities
All institutional facilities i.e. hospital, basic health unit, bank, post office etc had been set
up only in one village. Village wise facilities available and given in (Table A-4.95,
Annexure A-4).
Civic Facilities
Grocery shops selling items of daily household consumption, electricity and graveyard
had been set up in all the villages. Lined drainage and street light facilities were not
available in any of the five villages. Medical store is available in 40 percent of the
villages/settlements. Telephone facilities were available in 60% villages/settlements
(Table A-4.96, Annexure A-4).
Sources of Water
Water supply system through springs was the major sources 60% in the
villages.Whereas, spring water and nullah was being used by 20% each of the residents
of the villages in lower riparian area (Table A-4.97, Annexure A-4).
Common Diseases
Majority of the diseases that commonly occurred in the lower riparian area i.e. Common
Cold, Malaria, Diahorea, Typhoid, TB and Hepatitis were reported by the respondents.
Child Birth Attendant
Most of the child births took place at homes attended by elderly ladies, who had little or
no formal training. The facility of a trained birth attendant was not available in any of the
villages (Table A-4.98 and A-4.99, Annexure A-4).
NGO’s
In three villages/settlements there were small numbers of NGO’s working on different
projects (Table A-4.100, Annexure A-4).
Historical Places
There is only one old village Seo 20 % located in lower riparian area where there is one
grave yard which is about 400 years old and one beautiful old mosque built with wooden
pillars and beams with carving and floral motif on these. No religious and historical site
shrines temples etc were observed in the rest 80% of the villages(Table A-4.101,
Annexure A-4).
Ownership Rights
Owner tribes had the full rights to sell/purchase the land/property in the area as reported
by the respondents.
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Influential Persons
Tribal heads were considered influential in the area under study.
Dispute Resolution
The disputes relating to property, control of natural resources and other domestic
matters were mostly settled by Jirgah. Head of tribes were also involved in resolving
these disputes.
Grains and Livestock Markets
Formal grain and livestock markets were not available in the villages of the area. In
majority 80 % of the cases the villagers had to go to nearby settlement (Komila) for sale
and purchase of grains/livestock (Table A-4.102, Annexure A-4).
5.8 Public Health
The people in the lower riparian area have a tendency to get treatment from traditional /
faith– healers due to lack of suitable and sufficient health facilities. Bad sanitary
conditions, insufficient medical facilities and meager parental care, contribute to the
prevalence of poor health and mortality in the area.
There are 41 health units in Kohistan District given below.
Rural Health Unit 3
Basic Health Unit 34
Leprosy Centre 2
T .B. Centre 1
Civil Dispensary 1
Total 41
There are only seven doctors and three lady health visitors working in whole of the
district. Respondents in the area informed that there is no lady doctor in the area and
female patients are facing problems to go to male doctor for medical treatment due to the
observance of pardah (veil) system.
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6. GENERAL FINDINGS
6.1 Role of Women
The women have no formal role in the authority structure of the villages in the Study
Area. There are no maternity homes or trained lady health visitors (LHVs) in the villages.
This is the main reason of infant and maternal mortality. Most of the women stay at
home. They travel outside the home/village only when they are in a serious condition and
need to get urgent treatment from the hospitals in Dasu, Mansehra and Abbottabad city
or to attend weddings of relatives. Women in the Study Area are responsible for food
preparation and to look after the children and family which keeps them fully occupied for
14-16 hours a day. Pardah (veil) is observed by all the families. The role of women will
assume greater importance due to the increased activity in all the socio-economic and
socio-cultural fields in the Study Area after completion of the Project. On the whole, the
local culture has allocated lower status to women as compared to men. This is reflected
in placing little value to the education of females and giving them little role in decision
making particularly in respect of issues that relate to their own life.
6.2 Indigenous People and Women Headed Households
During the social field survey of the Project, efforts were made to identify the indigenous
and women headed households along the Project corridor but no such group of people
was identified which comes under the definition of “Indigenous People” as per W.B.O.P.
4.20.
6.3 Tourism
Dasu Hydropower Project area in NWFP is located on way to Northern Area along Kara
Koram Highway. With the creation of a big reservoir at Dasu the place will become a
cherished site for tourists on their journey to northern areas.
Northern Pakistan has the greatest concentration of highest peaks. It has 5 peaks over
8000 m including worlds second highest K-2, 29 peaks over 7500 m and 121 over 7000
m. These are challenging to Mountaineers and Climbers all over the world. Karakoram
Highway passing through project area is the famous centuries old Silk Route used for
trade and pilgrimage between China, Subcontinent, Middle East and West. Two of the
famous religions i.e. Islam and Buddhism traveled and spread in China through this
route. There are several archeological sites all over the route between Mansehra and
Gilgit. Dasu Project area too has its share in the form of clusters of ancient stone carving
(Petro Ghlyphs) near Shatyal at upstream end of Dasu reservoir. The project area can
be turned into a favourite staging/stoppage point for thousands of tourists on their way
provided suitable facilities and infrastructure for comfortable stay are developed.
Facilities such as good hotels, motels, water sports, fishing/angling etc are required for
the purpose. The tourism will have a positive effect on socio-economy, create
employment opportunities, and help boost business and trade.
6.4 Archaeological, Historical and Religious Sites
Dasu Hydropower Project lies along Karakoram Highway which has been the fabulous
Silk Route for thousands of years along which trade between China, Middle East and
Europe took place. Chinese pilgrims Fahyan and Haven Tsany also used this route to
visit Buddhist University at Taxila, other seats of religions learning and relics of Buddha.
(During their journey preachers priests and etched images of activities and sayings of
Buddha on the rocks and boulders all along the road from Swat to Gilgit and beyond).
The 73 km long stretch of the proposed Dasu reservoir along KKH has its own share of
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ancient pictographs. There is a cluster of about 46 numbers carvings along road near
Shatial on left bank of the Indus river. These depict Buddha spreading knowledge and
wisdom among his disciples and locals during his stay and sermons in this area. These
are sites of archeological importance in the proposed reservoir area dating back from 6th
to 7th century A.D. Fifteen mosques also exist in Project area which will be submerged
due to the proposed project. No other historical or religious sites like shrines, temples
etc. exist in the Project area.
6.5 Relocation Concern
The area, which will be directly affected by the construction of the Dasu Project, is
reservoir area. About 278 housing units, 30 shops/driver hotels, 15 mosques, 3 schools
and 84 acres of agriculture land and 27 km section of KKH road will be submerged. The
people residing in those houses and commercial activities will be relocated. A
resettlement policy framework and entitlements have to be established to compensate
the affectees. Proper compensation will be given to the affectees in a judicious manner.
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7. Anticipated Socio-Economic Impacts
7.1 Construction Stage Impacts
This section describes the impacts of the proposed Project on local communities,
construction workers, indigenous and vulnerable people as well as on structures or sites
of cultural and religious significance.
Mobility of Locals
During the construction phase the general mobility of the local residents and their
livestock in and around the Project Area will be hindered. This will have adverse impact
on the locals.
Cultural Issues
Induction of outside workers in the Contractors labor may cause cultural issues related to
social and gender due to their unawareness of local customs and norms, of the local
community. This issue may also affect the construction stage of the project adversely.
Loss of Livelihood
Main asset and livelihood of people i.e. agriculture will be greatly affected during
construction stage of the Project in the reservoir area.30 numbers of commercial
activities will also be affected, as land acquisition will start prior to the construction stage.
Security and Accidental Risks
Unmonitored construction activities, e.g. blasting may create an accidental risk for the
local residents particularly their children.
The Project Area is sensitive from the law and order point of view and security of
Contractor and Consultant staff will need to be ensured.
Job Opportunities
During the construction period, local workers will get opportunity to work on semi-skilled
and labor work jobs; hence they will get experience of construction works resulting in
human resource development for future uplift activities. The Project will greatly affect the
lifestyle of the people. Local people will find themselves in a new era of prosperity. The
Project will have major effects on local economy, employment and income. These will be
positive impacts. Such developmental activities will bring more business to the area
boosting its economy. The income level of the local residents will increase providing
relief to the local residents and elevating poverty.
Socio-economic analysis is essential for assessment of the impacts of the Project on
people and communities in the vicinity. During construction stage employment
opportunities would increase resulting into increased per capita income and many other
facilities. During the field investigations some of the locals expressed that mostly
beneficial impacts of the project will occur.
7.2 Operational Stage Impacts
Socio-economic analysis for the impact assessment is more important in the operational
stage of the proposed Project, some of which are given below:
Socio-economic Uplift
The socio-economic impacts like business activities, employment, education, living
standard and cultural uplift are the direct benefits during this stage for the people of the
Study Area. Hence direct and indirect benefits will be occurring to local people through
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increased activity as a result of this Project.
Employment Activities
The Project would create a lot of employment opportunities for the local population
during its construction spreading over a considerable number of years and thereafter as
well. Locals will be hired for different jobs and other facilities like commodity market and
medical facilities.
Development of Skilled Labor
Human resources will be developed at local level for future development activities in the
area.
Mobility of Locals
During the operational stage the general mobility of the local residents and their livestock
of right and left bank of the river Indus already using five suspension bridges in the
reservoir area will be greatly affected. This will have a negative impact on the locals.
Availability of Institutional Activities
The institutional facilities like electricity, roads, dispensaries, proper drainage and
sewerage will help improve the lot of the people.
Agriculture
Agricultural development by generation of demand for fruits, vegetables and poultry will
occur during construction or post construction stage. It would give impetus to agro-
based, small scale and cottage industries, dairy and poultry development, rise in the
economic activities, rise in living standards of the general public and several other
aspects of socio-economic development.
Health Facilities
Health facilities will get a big boost in the Post project era to cater for the increased
population needs. It is expected that with the general development of the Project Area,
the need for educational facilities will also increase manifolds. This could be met from
improved resources generated from the proposed Project.
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8. Group Discussions and Scoping Sessions 8.1 Methodology
In accordance with the World Bank guidelines, consultation process was carried out with
the stakeholders/public in the Study Area. The outcome of the public consultations held
with different stakeholders is discussed in this section. The consultations were carried
out keeping in view the following major objectives:
Sharing of information with stakeholders/general public on the proposed Project activities
and expected impacts on the socio-economic conditions of the Project corridor.
Understanding the stakeholders’ concerns regarding various aspects of the project,
including the existing situation, construction works and the potential impacts of
construction-related activities and operation of the Project.
The public consultations include:
- Scoping sessions with stakeholders and general public.
- Focus group discussions with local communities.
Public participation and support, which is based on close interaction and awareness
about the objectives of the Project, is one of the critical factors for its success.
Consultations with stakeholders of Reservoir and Lower Riparian area have been carried
out during the field visits.
The objectives of stakeholder consultation were to share the perceptions and develop a
better understanding and contribution towards preparation of the report. Special efforts
were made to ensure that communication with the public was efficient and well balanced.
The main stakeholder groups were identified during the visits and consultations.
During the scoping session, people were informed about the Project objectives; in
particular, apprehensions of the locals regarding the proposed project were shared and
discussed. Extensive question and answer sessions were held to clarify the project
related works and activities in detail.
8.2 Scoping Sessions with the Community
The proceedings of the scoping sessions and main concerns of the people of the villages
of the Study Area about the proposed project are given below:
i) Date : April 29, 2007
Venue : Village Seo (at that time when Axis -2
was favoured) (Now in Lower Ripartian Area)
No. of Participants : 11
Name of Participants :
Mr. Haji Umar Khan Mr. Faiz Muhammad
Mr. Malik Distar Mr. Malik Ahmad Khan
Mr. Azizur Rehman Mr. Faqir Shah
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Mr. Malik Siraj Mr.Khalid
Mr. Sher Ghazi Mr. Umar Khan
Mr. Haji Abdul Saboor
Major Concerns of Locals: Loss of houses due to reservoir. Graves of our forefathers
and family members will be submerged. 400 years old wooden mosque will be
submerged. Not in favour of construction of dam at Axis – 2, otherwise we will protest
strongly.
Disruption of livelihood. Adverse impact on infrastructure. Loss of agricultural land and
orchards.
Livestock will suffer greatly. To become strangers/outsiders, homeless and landless is a
fear provoking situation for them. Great loss of social relationships. In case dam not
shifted from Axis – 2, resettle all families at one common place. Dispersal of society in
case of relocation.
In case of loss of agricultural land, houses and shops, compensation should be paid by
taking suggestion of the owner of the property.
ii) Date : June 24, 2007
Venue : Village Segal (Reservoir Area)
No. of Participants : 15
Name of Participants :
Mr. Shah Zaman Mr. Juma Saeed
Mr. Abdul Baqi Mr. Muhammad Hussain
Mr. Abdul Rafiq Mr. Abdul Qadir
Mr. Abdul Ghaffar Mr. Abdul Khalik
Mr. Asad Ullah Mr. Shahid Nazir
Mr. Noor Muhammad Mr. Noor Wali
Mr. Ibrahim Mr. Sher Gazab
Mr. Fazal Rehman
Major Concerns of Locals: Loss of houses due to reservoir. Disruption of livelihood.
Adverse impact on infrastructure. Loss of agricultural land and orchards. Livestock will
suffer greatly. To become strangers/outsiders, homeless and landless is a fear provoking
situation for them.
Great loss of social relationships. In case of resettlement, efforts shall be made to
resettle all families at one common place, if it is not possible then compensation should
be paid by taking suggestion of the owner of the property.
iii) Date : November 04, 2007
Venue : Village Kaigah (Reservoir Area)
No. of Participants : 14
Name of Participants :
Mr. Failqoos Malik Mr. Qazi Malook
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Mr. Mulvi Amir Zada Mr. Ahmed Sher
Mr. Sawal Bacho Mr. Sahib Zada
Mr. Kamil Mr. Shahzada
Mr. Badshah Mr. Subah Khan
Mr. Noor Afzal Mr. Noor Said
Mr. Hikmat Khan Mr. Sahib Jan
Major Concerns of Locals: Loss of houses due to reservoir. Disruption of livelihood.
Adverse impact on infrastructure. To become strangers/outsiders, homeless and
landless is a fear provoking situation for them.
Loss of social relationships. In case of resettlement, efforts be made to resettle all
families at one common place, if it is not possible then compensation should be paid by
taking suggestion of the owner of the property.
iv) Date : November 06, 2007
Venue : Village Sazin (Reservoir Area)
No.of Participants : 10
Name of Participants :
Mr. Nosher Khan Mr. Malk Maskeen
Mr. Muhammad Safa Mr. Muhammad Beraj
Mr. Malik Zahoor Mr. Haji Enjeel
Mr. Sultan Mr. Shah Nawaz
Mr. Muhammad Nawaz Mr. Asil Khan
Major Concerns of Locals: Loss of houses due to reservoir.Los of agricultural land.
Disruption of livelihood. To become strangers/outsiders, homeless and landless is a fear
provoking situation for them.
Loss of social relationships. Dispersal of society in case of relocation. In case of loss of
agricultural land, houses and shops, compensation should be paid by taking suggestion
of the owner of the property.
v) Date : November 06, 2007
Venue : Village Shatial (Reservoir Area)
No. of Participants : 15
Name of Participants :
Mr. Ashdar Mehmood Mr. Khuma
Mr. Zaman Mr. Raham Dil
Mr. Rajab Khan Mr. Dil Muhammd
Mr. Farid Ullah Mr. Afsar Khan
Mr. Qadeer Khan Mr. Haji Narena
Mr. Dil Muhammad Mr. Jalil Khan
Mr. Badar Mr. Qamar Khan
Mr. Muhammad Nabi
Dasu Hydropower Project – Feasibility Report Volume 9
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Major Concerns of Locals: Loss of houses due to reservoir. Loss of agricultural land.
Disruption of livelihood. Livestock will greatly suffer. To become strangers/outsiders,
homeless. In case of loss of agricultural land, houses and shops, compensation should
be paid by taking suggestion of the owner of the property.
vi) Date : November 06, 2007
Venue : Village Darel Bridge (Reservoir Area)
No.of Participants : 10
Name of Participants :
Mr. Nazeer Mr. Mujawar
Mr. Muhammad Saleem Mr. Raziman
Mr. Bawar Khan Mr. Hejab Khan
Mr. Abdul Mateen Mr. Sunar Khan
Mr. Jahangeer Khan Mr. Rustam
Major Concerns of Locals: Loss of houses due to reservoir. Loss of agricultural land.
Disruption of livelihood. To become strangers/outsiders, homeless. In case of loss of
agricultural land, houses and shops, compensation should be paid by taking suggestion
of the owner of the property.
vii) Date : November 06, 2007
Venue : Village Sammar Nullah and Commercial Activities
(Reservoir Area)
No.of Participants : 18
Name of Participants :
Mr. Muhammad Niaz Mr. Shamsher
Mr. Fareed Khan Mr. Dama
Mr. Syed Shah Mr. Muzamil Shah
Mr. Manzar Mr. Malik Noor Nabi
Mr. Muhammad Jamil Mr. Telawat Khan
Mr. Said Wali Mr. Fazal Naeem
Mr. Abdul Khaliq Mr. Shakuat Amin
Mr. Rehmat Ullah Mr. Muhammad Younas
Mr. Said Gul Badishah
Major Concerns of Locals: Loss of houses due to reservoir. Los of agricultural land.
Disruption of livelihood. Adverse impact on infrastructure. Business will completely
destroy. In case of loss of shops, hotels, houses, compensation should be paid by taking
suggestion of the owner of the property. Labour opportunities and other jobs for locals
should be given on priority basis.
viii) Date : November 03, 2007
Venue : Village Seglo (Reservoir Area)
No.of Participants : 22
Dasu Hydropower Project – Feasibility Report Volume 9
A-40
Name of Participants :
Mr. Malik Serbaz Mr. Malik Yousaf Khan
Mr. Muzamil Khan Mr.Dr. Fazal ur Rehman
Mr. Samandar Khan Mr. Duraj Khan
Mr. Muhammad Mustafa Mr. Muhammad Nabi
Mr. Muhammad Shahzad Khan Mr. Agal Khan
Mr. Hassan Wali Mr. Rasul Shah Khan
Mr. Said Azim Khan Mr. Molvi Taj
Mr. Haji Afsar Khan Mr. Haleem Khan
Mr. Haji Wali Dad Mr. Molvi Bhadar Shah
Mr. Hazrat Nabi Mr. Malik Aman Ullah
Mr. Haji Pir Wali Shah Mr. Haji Muhakam Shah
Major Concerns of Locals: Loss of houses due to reservoir. Disruption of livelihood.
Adverse impact on infrastructure. Loss of agricultural land. Disruption of livelihood.
Livestock will suffer greatly. Loss of social relationships. Dispersal of society in case
relocation. In case of loss of agricultural land, and houses, compensation should be paid
by taking suggestion of the owner of the property.
Labour opportunities and other jobs for locals should be given on priority basis.
Establish training centers for locals.
ix) Date : November 04, 2007
Venue : Village Khashai and Chhochang
(Lower Riparian Area)
No.of Participants : 21
Name of Participants :
Mr. Molvi roshan Mr. Haji Jamroz
Mr. Ashraf Mr. Gul Zareen
Mr. Budamen Mr. Arba Shah
Mr. Boraq Mr. Gul Khan
Mr. Alif Said Mr. Afser Khan
Mr. Fazal Bari Mr. Passand Khan
Mr. Pir Zada Mr. Qayyum Khan
Mr. Mumtaz Khan Mr. Mumtaz Khan
Mr. Shafiq ur Rehman Mr. Zahoor ul Haq
Mr. Malik Sherdad Mr. Asghar Khan
Major Concerns of Locals: Labour opportunities and other jobs on priority basis. Clean
drinking water and health facilities, free electricity. Instutitonal and civic facilities,
Metalled road, Education facilities.
x) Date : November 03, 2007
Venue : Village Seo
(Lower Riparian Area)
No. of Participants : 25
Dasu Hydropower Project – Feasibility Report Volume 9
A-41
Name of Participants :
Mr. Gul Namir Mr. Bakht Biland
Mr. Gul Dad Mr. Baga
Mr. Abdul Rehman Mr. Sirtaj
Mr. Ahmed Taj Mr. Haqeeb Ullah
Mr. Muhammad Uzair Mr. Umar Khan
Mr. Taj Muhammad Mr. Saraj
Mr. Akram Shah Mr. Ajmal
Mr. Fazal ur Rehman Mr. Rakhu
Mr. Abdar Mr. Aziz ur Rehman
Mr. Jumia Mr. Malik Distar
Mr. Sher Muhammad Mr. Haji Mukham Shah
Mr. Qadir Mr. Sher Ghazi
Mr. Said Muhammad
Major Concerns of Locals: Institutional and civic facilities, labour opportunities and
other jobs on priority basis. Clean drinking water and health facilities. Metalled road,
Irrigation channels, free electricity supplies.
8.3 Pressing Needs
After the analysis and assessment of the pressing needs and concerns shown by the
local community during public consultations / scoping sessions, following basic
requirements of the Study Area people were identified.
- Employment / labor opportunities
- Hospital/basic health units (BHUs)
- Schools for girls
- College for boys
- Metalled road
- Water for drinking and irrigation
- Electricity supplies on cheaper rate
These appear to be the genuine needs of locals of the Study Area which need to be
addressed.
Dasu Hydropower Project – Feasibility Report Volume 9
A-42
9. MITIGATION MEASURES
9.1 Construction Stage
In general terms, the people affected will be compensated for the loss of their properties,
land and trees, and assisted financially to restore their affected structures/assets and
livelihoods, at least to pre-project levels. Households headed by women and other
vulnerable households if available will be eligible for further cash assistance for
relocation and house or structure reconstruction.
Plans for these resettlement will be based on a full census and detailed valuation
surveys which will provide a complete list of all those affected together with the type and
size of losses, along with the amount of compensation and/or financial assistance
assessed for each person affected.
- This process should be done at the time of relocation and at pre-construction
stage of the Project.
- An alternative to the portion of the KKH which will be submerged in the reservoir
should be established prior to the filing of reservoir. Cost of the road relocation
should be included in the cost of Project.
- Vocational training programs should be started to promote local employment. It is
very important to give priority to local community for employment in this Project.
- In order to raise the educational level of the people, it is essential to build more
schools in the Study Area.
- To develop social awareness of the people of the Study Area, it is necessary to
take the services of a social development officer during construction stage of the
Project.
- Long term planning should be made for welfare of the people of the Study Area.
- Health facilities should be provided to the people of the Study Area during
construction phase of the Project.
- Clean water supply is to be ensured through piped water supply from the natural
source (spring etc.) and by creating awareness among the users regarding the
significance of clean water usage.
- The contractor should use the local skilled and un-skilled labor as much as
possible.
9.2 Operational Stage
- To promote local employment, vocational training programs are necessary for
local community during the operation phase of the Project.
- It is equally necessary to give employment opportunities and involve the local
labor force during the operational stage of the Project.
- The services of a social development officer are essentially required during
operational stage for the social development and education of the people.
Dasu Hydropower Project – Feasibility Report Volume 9
A-43
- The provision of alternative access to the suspension bridge which will be
submerged in the reservoir. Bridges are essential during operational stage for the
local communities residing on right bank of the river Indus for access to KKH.
Due to prevalent cultural and social norms, women are confined to home for providing
food and services to family and bringing up children. Rarely are they exposed to outside
of the village, except in medical emergencies and wedding functions. Adequate
educational and health facilities are not available to them. They have little role in vital
family affairs and decisions. Strongly male dominated norms subdued their talents and
faculties.
With the setting up of Project need for skilled workers, educationists, health workers etc
will increase manifold. In order to cope with anticipated demand it is imperative that
vocational and technical training institutions like stitching, embroidery, home making,
prenatal and pediatric care etc be set up especially for women. Schools and higher
educational institutions too need to be set up. Lately there has been a realization for
such needs and skills.
Women trained in various skills will not only cater the demand for skilled workers but with
increased income their standard of living will improve and their housekeeping techniques
will also improve. They will become self-confident, to some extent self-reliant and useful
members of society in addition to contributing to national reconstructions. Community
development organizations of women and children is another mitigation measure for
betterment of women’s lot. Good mothers always give good nation.
Dasu Hydropower Project – Feasibility Report Volume 9
A-44
10. CONCLUSIONS AND RECOMMENDATIONS
The implementation of the proposed project will generate a few adverse impacts,
especially during the construction stage, but these impacts are only temporary. However,
resettlement, compensation and submergence of the suspension bridges are the main
adverse impacts that need effective mitigation measures to be adopted.
Mitigation measures as identified in the analysis of all these identified adverse impacts
are discussed above. A Resettlement Action Plan would be required which should
include Focus Census Survey of Project Affected Person, Valuation of Assets,
Compensation Policy and Framework, Implementation Schedule and Grievances and
Redressal Mechanism.
However, based on the data available and with the implementation of proposed
mitigation measures to be verified during the EIA study, it can be safely concluded that
“Dasu Hydropower Project” will bring economic improvement for the locals and other
parts of the country and its construction is the need of Pakistan.
As part of development project, the following is recommended.
- The household having no toilets in house should be helped by the Project for
provision of the same.
- Birth attendant ladies/Lady Health Visitor (LHV) be trained and stationed in
strategic villages.
- Financial strength shall grow when compensations are paid. This can lead to
increase of crimes. Protection mechanism be provided.
PHOTOLOG
Page 1 of 4
SOCIO-ECONOMIC ENVIRONMENTAL STUDY DASU HYDROPOWER PROJECT
Plate A-1 Commercial Activities survey at Khoshi area
Plate A-2 Socio-economic survey at Segal
Plate A-3 Socio-economic survey at village Barseen (Reservoir Area)
Plate A-4 Socio-economic survey at Seo Village
Page 2 of 4
Plate A-5 Socio-economic Survey at Barseen
Plate A-6 Socio-economic survey at village Kot Gul (Reservoir Area)
Plate A-7 Commercial Activities survey at Khoshi area.
Plate A-8 Socio-economic survey at Village Kaigah (Reservoir Area)
Page 3 of 4
Plate A-9 Socio-economic survey at village Gumo (Reservoir Area)
Plate A-10 Socio-economic survey at Village Gumo (Reservoir Area)
Plate A-11 Scoping session Village Khoshi and Chuchung
Plate A-12 Participants of scoping session at Village Siglo
Page 4 of 4
Plate A-13 Scoping session at Village Seo Plate A-14 Scoping session at Village Seo
ANNEXURE A – 1
QUESTIONNARIRE OF
SOCIO – ECONOMIC SURVEY
Annexure A – 1.1 Demographic Profile
Annexure A – 1.2 Commercial Activities (Shops)
Annexure A – 1.3 Commercial Activities (Hotels)
Annexure A – 1.4 Village Profile
Annexure A – 1.5 Women Sample Survey
Annexure A – 1.6 Checklist of Scoping Sessions
Annexure A–1.1
Page 1 of 8
Dasu Hydropower Project – Feasibility Report
Form SEBS - 01 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Name of Interviewer ___________________________
Date ___________________________
1. Tehsil __________________________
2. Union Council __________________________
3. Valley / Nullah __________________________
4. Village / Town __________________________
Demographic Profile of the Respondent
Q.1 What is your name? __________________________________________
Q.2 What is your father’s name? ____________________________________
Q.3 Sex: 1. Male 2. Female
Q.4 What is your age? ___________________Years
Q.5 What is your marital status: 1. Single 2. Married
Q.6 What are your educational qualifications?
1. Illiterate 2. Primary 3. Middle
4. Secondary 5. Higher Secondary 6. Graduate
7. Professional Graduate 8. Post Graduate 9. Deeni Uloom
Q.7 To which tribe do you belong?
1. Jalan Khail 2. Gujars 3. Udin Khail 4. Narang Khail
5. Kashmiri 6. Mula Khail 7. Sheen 8. Shukar Khail
9. Swati 10.Shadi Khail 11.Sirkhan Khail 12.Durab Khail
13.Lohar 14.Pathan 15.Sheda Khail 16.Other
Q.8 What are your occupational activities?
a.Agriculture Farming b. Milk Seller c. Cattle Farming
d. Poultry e. Trade f. Wood Cutter
g. General Labor h. Service i. Unemployed
j. Gold Collection k. Fishing l. Other _______________________
Annexure A–1.1
Page 2 of 8
Dasu Hydropower Project – Feasibility Report
Q.9 Which of the languages do you speak?
a. English b. Gujri c. Hindko d. Kalochi
e. Kashmiri f. Kohistani g. Pushtoo h. Shina
i. Urdu j. Other____________
Socio-economic Profile
Q.10 How many family members live in your house?
Q.11 Do your married family members live with you in the same house?
1. Yes (Joint Family) 2. No (Nuclear Family)
Q.12 Do you marry children outside your tribe?
1. Yes (Exogamy) 2. No (Endogamy)
Q.13 Number of Child Births in the family during Last ONE Year ________________________
Q.14 Number of Deaths in the family during the last ONE year. _________________________
1. Cause of Death -------------------------------- 2. Cause of Death ---------------------------------
3. Cause of Death --------------------------------- 4. Cause of Death ---------------------------------
Q.15 How many school-going children are in your house?
1. School Going a. Boys (below 18 years) ______b. Girls (below 18 years)______
2. Non School Going a. Boys (below 18 years) ______b. Girls (below 18 years)______
Q.16 How many members of your family have any of the following educational qualifications?
Sex Less than 5
years
5 to 18
years
18 to 45
years
46 to 60
years
61 years and
above.
Total
Male
Female
Total
Education Level Sex
Illiterate Primary Middle/
Matric
Intermediate/
Graduation
Professional/Post
Graduation
Deeni
Uloom
Male (18+)
Female (18+)
Total
Annexure A–1.1
Page 3 of 8
Dasu Hydropower Project – Feasibility Report
Q.17 What type of main vocational skills do your family members have?
Sex 1 2 3 4
Male
Female
Q.18 What type of (Additional) vocational skills would you like to impart to your family
members?
_______________________________________________________________________
_______________________________________________________________________
_______________________________________________________________________
Q.19 How many members of your family have the following working statuses?
Family Members Total
Adults (18+)
Sr.No Employment Status
Male Female
(a) Govt. Employee
(b) Private Employee
(c) Self Employed
(d) Unemployed
(e) Household
Q.20 What are your major sources of income:
a. Agriculture b. Cattle (meat, hides & wool)
c. Trade/Business d. Poultry (eggs & meat)
e. General labor f. Milk / Ghee Selling
g. Service h. Gold Collection
i. Fishing j. Fruit Trees
k. Other (specify) _________________________________________________________
Q.21 What is your average family income from all sources?
a. ______________Rs. (per month) b. _______________Rs. (per annum)
Q.22 What is your average income from all sources?
a. ______________Rs. (per month) b. _______________Rs. (per annum)
Q.23 How much is your (average) family expenditure?
a. ______________Rs. (per month) b. _______________Rs. (per annum)
Q.24 How much is your (average) expenditure?
a. ______________Rs. (per month) b. _______________Rs. (per annum)
Annexure A–1.1
Page 4 of 8
Dasu Hydropower Project – Feasibility Report
Q.25 What is the mode of payment of your monthly household expenditure?
a. Cash b. Credit / Deferred c. In kind
Q.26 What is the type of the ownership of your house?
1. Self Owned 2. Rented 3. Relative House Free
4. Rented from Government 5. Leased 6. Free on Landlord property
7. Provided by the Employer
Q.27 Nature of construction of your house:
1. Katcha 2. Pacca 3. Semi-pacca
Q. 28 How many rooms and bath rooms are in your house?
(i) Number of Rooms_________________ (ii) Number of Bathrooms________________
Q.29 How much is the area of your house? _____________________ (sq. feet)
Q.30 Period since construction of your house? ______________ (Years)
Q.31 Current estimated value of your house _________________Rs.
Q.32 Do you have separate room for animals in your house?
1. Yes _____________ (Number) 2. No
Q.33 If yes, nature of construction:
1. Katcha 2. Pacca 3. Semi-pacca
Q.34 Do you own any other building(s)?
1. Yes _____________ (Number) 2. No
Q.35 If yes, nature of construction:
1. Katcha 2. Pacca 3. Semi-pacca
Q.36 Current estimated value of that building(s) ______________Rs.
Q.37 Which of the following facilities are available in your house?
a. Electricity b. Water Supply c. Gas
d. Telephone f. Sewerage
Annexure A–1.1
Page 5 of 8
Dasu Hydropower Project – Feasibility Report
Q.38 What type of fuel do you use for illuminating, heating and cooking etc.?
1. Illumination a. Electricity b. Kerosene c. LPG d. Firewood
2. Heating a. Electricity b. Kerosene c. LPG d. Firewood
3. Cooking a. Electricity b. Kerosene c. LPG d. Firewood
Q.39 Estimated cost of fuel consumed, including firewood:
a. Summer ___________ Rs. b. Winter ____________ Rs. c. Total _____________Rs.
Q.40 Which of the following household items do you have?
a. TV b. Motor Vehicle c. V.C.R./ V.C.D.
d. Cassette Player/Radio e. Fridge/Freezer f. Air Conditioner/Cooler
g. Motor Cycle h. Bicycle i. Sewing Machine
j. Washing Machine k. Geezer l. Power Generator
m. Iron n. Fan o. Furniture
p. Other ________________ q. Other____________
Q.41 What are the sources of water for your domestic and agricultural use?
Sources of Water Sr.No Nature of Use
Spring Nullah Channel Public Water Supply
(a) Drinking
(b) Household Washing / Bathing
(c) Agricultural Irrigation
(d) Livestock /Animals (Drinking &
Bathing)
Q.42 What is the size of your cultivated land with its approximate price:
Area of land Sr.No Agricultural Land
(in kanal) (in acre)
Approximate
Price (Rs.)
A Cultivated Area
B Uncultivated Area
C Cultivable Waste
D Fruit Orchard Area
Total
Q.43 What is the nature of your agricultural farming?
a. Owner b. Lessee c. Owner-cum-tenant
d. Tenant e. Lessor f. Share cropper
Annexure A–1.1
Page 6 of 8
Dasu Hydropower Project – Feasibility Report
Q.44 Which of the following agricultural implements do you have?
a. Plough for oxen b. Plough for tractor c. Tractor
d. Trolley for tractor e. Thresher f. Other____________
Q.45 What do you grow mostly in your agricultural land?
a. Wheat b. Maize c. Sorgrum d. Vegetable
e. Fruits f. Fodder g. Others (specify) ____________________
Q.46 Please provide information about the inputs for growing various crops in your agricultural
land.
Purchasing status
Sr.
No
Items
Yes No
Source (use code) 1=own, 2=market,
3=Govt., 4=other
Estimate
total cost
(Rs.)
A Seeds 1 2
B Fertilizers 1 2
C Pesticides 1 2
D Manure 1 2
E Other growing and
harvesting costs 1 2
Q.47 How many animals do you have?
Animals Buffalo
Cow
Goat/
Sheep
Poultry
Donkey/
mule
Ox
Horse Other
(specify)
Total
Number
Q.48 Do you purchase fodder / feed for animals?
1. Yes 2. No
Q.49 If yes, estimated cost for purchasing feed / fodder for your animals:
Q.50 Do you keep any written evidence of Sale/Purchase of your property?
1. Yes 2. No
Sr. No. Items of Feed / Fodder Average Cost Per Annum
(Rs.)
A Dry fodder
B Green fodder
C Animal minders
D Medicines
Total
Annexure A–1.1
Page 7 of 8
Dasu Hydropower Project – Feasibility Report
Q.51 If Yes, What kind of evidence?
1. Govt. Stamp Paper 2. Plain Paper 3. Personal Evidence
4. Other (specify)_________________________________________________________
Q.52 Did you borrow money during the last one year?
1. Yes 2. No
Q.53 If yes, please provide the detail as below:
I amount Borrowed______________Rs.
II amount yet to pay______________Rs.
III Source: 1. Bank 2. Friend 3. Relative
4. Private organization 5. Other (specify)________________
IV Purpose to borrow money: ___________________________________________
Q.54 Do you depend on localities across left and right banks of the River Indus for the
fulfillment of your various needs?
1. Yes 2. No
Q.55 If yes, what types of your needs are related with the localities located across the river?
Please provide the details as below:
a. Family Relations b. Markets, Business and Trade centers
c. Access to KKH d. Natural Resources & Pastures on Mountains
e. Religious, Educational, Health and Recreational Facilities
Q.56 In your opinion, how will you be affected by the construction of Dasu Dam?
_______________________________________________________________________
_______________________________________________________________________
Q.57 If your agricultural land / shop are to be acquired for Dasu Hydropower Project, do you
have any other source of income?
1. Yes 2. No
Q.58 If yes, specify the source: _________________________________________
Q.59 Do you have any other place of residence to move?
1. Yes 2. No
Q.60 If yes;
a. Name of locality_______________________________________________________
b. Distance from present residence _______________________________________Km
Annexure A–1.1
Page 8 of 8
Dasu Hydropower Project – Feasibility Report
Q.61 In case of relocation, where will you prefer to resettle?
1. With in the distt. Kohistan 2. 2. Dasu 3. Down to the country
4. Don’t know 5. Any other place (specify) ___________________
Q.62 What mode of compensation for land / building will be your choice?
Cash Alternative Land Building Other (specify)
1 2 3 4
Comments of the Interviewer
a. Capability of the respondent to provide information:
_______________________________________________________________________
b. Exaggeration in providing information:
_______________________________________________________________________
c. Attitude of the respondent:
_______________________________________________________________________
--- END ---
Annexure A–1.2
Page 1 of 2
Dasu Hydropower Project – Feasibility Report
Form SEBS - 02 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Commercial Activities
SECTION – A (Shops)
Name of Interviewer ___________________________
Date ___________________________
1. Tehsil __________________________
2. Union Council __________________________
3. Valley / Nullah __________________________
4. Village / Town __________________________
Q.1 Name of the Respondent _______________________
Q.2 Father’s Name ________________________________
Q.3 Age (years) __________________________________
Q.4 Education ___________________________________
Q.5 Tribe _______________________________________
Q. 6 How many shop(s) do you have to run your business?
(a) Self Owned __________ (b) Rented __________
Q. 7 What is the nature of your business in your shops.
(a) Grocery Shop (b) Medical Store (c) Medical Clinic
(d) Driver Hotel (e) Cloth/Garments (f) Shoes Store
(g) Fertilizers/Pesticides (h) Grains/Flour Shop (i) Fruit/Vegetables
(j) P.C.O. (k) Gold Smith (l) Black Smith
(m) Driver Hotel (n) Auto Workshop (o) Dry Fruits Store
(p) Precious Stones (q) General Store (r) Other________.
Q. 8 What is the approximate distance of your shop from KKH __________ feet.
Annexure A–1.2
Page 2 of 2
Dasu Hydropower Project – Feasibility Report
Q. 9 What is the size of plot, nature of construction and the estimated cost of your shop(s)?
Shop
No.
Size of Plot
(sq. ft)
Nature of Construction
1. Pucca
2. Semi-Pucca
3. Kachha
4. Wooden Cabins
Estimated Cost
(Rs)
1
2
3
Q. 10 For how many years are you running your business here? ______________ years.
Q. 11 What is the estimated value of your present stock of goods in your shop? Rs.________
Q. 12 How many persons are working in your shops? No.____________
Q. 13 What is the dominant mode of payment of your goods & services?
(a) Cash Payment (b) Deferred / Credit Payments
(c) Kind (d) All
Q. 14 How much is your estimated daily sale of goods / services on an average? Rs.________
Q. 15 How much do you earn profit on an average in a month? Rs._________
--- END ---
Annexure A–1.3
Page 1 of 2
Dasu Hydropower Project – Feasibility Report
Form SEBS - 03 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Commercial Activities
SECTION – B (Hotels)
Name of Interviewer ___________________________
Date ___________________________
1. Tehsil __________________________
2. Union Council __________________________
3. Valley / Nullah __________________________
4. Village / Town __________________________
Q.1 Name of the Respondent _______________________
Q.2 Father’s Name ________________________________
Q.3 Age (years) __________________________________
Q.4 Education ___________________________________
Q.5 Tribe _______________________________________
Q.6 (1) Name of the Hotel ___________________________ (2) Category _____________
Q.7 Name of the owner of the Hotel _____________________________________________
Q.8 Name of the Manager of the Hotel ___________________________________________
Q.9 Location of the Hotel: 1. Address ____________________________________________
2. Telephone No._______________________________________
3. Distance from KKH________________________________(feet)
Q. 10 Total area of the Plot ________________ sq.ft / kanals.
Q. 11 1. Total Covered area: (a) Ground Floor _____ sq.ft (b) 1st Floor_________sq.ft.
(c) 2nd
Floor _________ sq.ft. (d) Total ___________sq.ft.
Nature of construction (a) Pucca (b) Semi Pucca (c) Katcha
Q.12 Do you have the building map / construction plan of hotel building?
1. Yes 2. No.
Q.13 What is the present estimated value / cost of the hotel?
S. No. Items Value / Cost (Rs)
1 Plot of the hotel
2 Building of the hotel
3 Fixtures
Annexure A–1.3
Page 2 of 2
Dasu Hydropower Project – Feasibility Report
6 Others (specify)
7 Total
Q.14 How many of the following components of building are available in your hotel?
a. Reception with lobby b. Dinning Hall c. Restaurant
c. Kitchen d. Ceremonial Halls e. Shops
f. Single Bed g. Double Bed h. Laundry
i. Others (specify) _____________________________________
Q.15 What types of facilities are available with the rooms in your hotel?
a. Air conditioner b. Air Cooler c. Attached Bath
d. Telephone/Intercom e. Hot water f. Electric fans
g. Others (specify) _________________________
Q.16 How many customers/Clients avail the hotel/Restaurant room facilities per month during
winter and summer seasons?
a. Winter season (November – March) ________________________________________
b. Summer Season (April – October ) _________________________________________
Q.17 What are the category-wise per day room rent charges?
1. Category I a. Single bed______________ Rs
b. Double bed_____________ Rs
2. Category II a. Single bed ______________ Rs
b. Double bed _____________ Rs
3. Category III a. Single bed______________ Rs
b. Double bed_____________ Rs
Q.18 How many employees are working in your hotel? No. ________________
Q.19 How much estimated monthly income (net profit) do you earn from Hotel?
Rs._______________
Q.20 Since how long have you been in this business? ___________________ years.
Annexure A–1.4
Page 1 of 7
Dasu Hydropower Project – Feasibility Report
Form SEBS - 04 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Village Profile
Interviewer’s Name _________________________
Date _________________________
Name of the Respondent _______________________
Father’s Name _______________________
Age (years) _______________________
Education _______________________
Q.1 Name of Tehsil: ____________________________________
Q.2 Name of Union Council: ____________________________________
Q.3 Name of Valley: ____________________________________
Q.4 Name of the Village: ____________________________________
Q.5 Names of Tribes in the Village:
Q.6 Languages Spoken in the Village:
Q.7 Accessibility from KKH to Village:
Q.8 Distance from KKH to Village: ______________(km)
Q.9 Approximate area of the Village: ______________(km2)
Q.10 Approximate population of the Village __________________
Q.11 Total Houses in the Village __________________
6. Swati 5. Soniwal
3. Udin 2. Jalan 1. Sheen
8.Durab 7.Shadi
9. Khilochi 10.Jalkot
2. Urdu 1. Shina 3. Gujri
4. Others 3. Metalled Road
2. Unmetalled Road 1. Track
4.Narang
11. Others
4. Pashtoo 5. Hindco
9. Others
6. Kilochi
7. Kohistani 8. English
Annexure A–1.4
Page 2 of 7
Dasu Hydropower Project – Feasibility Report
Q.12 Educational Facilities Available in the Village.
If yes then reply
Sr.
No
Facilities Yes No Govt. Private Boys
(M)
Girls
(F)
Co-
Education
(a) Primary School
(b) Middle School
(c) High School
(d) College
(e) Vocational Training Centers
(f) Deeni Madrassa
(g) Others
Q.13 Institutional Facilities Available in the Village.
If yes then reply
Sr.
No
Facilities Yes No Govt
.
Private Name
(a) Hospital
(b) Dispensary
(c) Basic Health Unit
(d) Post Office
(e) Mosque
(f) Banks
(g) Others
Q.14 Means of Transport Available in the Village.
LOCAL INTERCITY
1. Public Transport 1. Public Transport
2. Private Transport 2. Private Transport
3. Pedestrian 3. Pedestrian
4. Others 4. Others
Q.15 Civic Facilities Available in the Village
Sr. No Facilities Yes No Remarks if Any
A Lined Drainage System 1 2
B Street Lights 1 2
C Grocery Shops 1 2
D Recreational / Games Facilities (clubs,
grounds) 1 2
Annexure A–1.4
Page 3 of 7
Dasu Hydropower Project – Feasibility Report
E Medical Stores 1 2
F Graveyards 1 2
G Electricity 1 2
H Telephone 1 2
I Public Water Supply 1 2
J Others 1 2
Q. 16 Source of Water in the Village
Storage Pit Channel Spring Nullah Other _______________
A B C D E
Q.17 If Channel,
Q.18 Nature of water supply
1. Public Mode of supply of water: (a) Self Carried
2. Private (b) Tapped
(c) By Channel
(d) By Tanker
Q. 19 Common Diseases in the Village
a. Common cold b. Diahorrea c. Typhoid
d. Stomach Worms e. TB f. Malaria
g. Goitoir h. Dysentery i. Hepatitis
j. Other (specify) _________________________________________________________
Q.20 Does a Child Birth Attendant Available in the Village?
1. Yes 2. No
Q.21 If Yes: 1 Trained 2 Untrained
Q. 22 Does any NGO exists in the Village?
1. Yes 2. No
Q.23 If Yes:
Sr.No Name Status
A 1. Local
2. National
3. International
B 1. Local
2. National
3. International
C 1. Local
2. National
3. International
1 Kacha 2 Partly Lined 3 Completely Lined
Annexure A–1.4
Page 4 of 7
Dasu Hydropower Project – Feasibility Report
Q.24 Major development projects run by different organizations in the village?
1. ____________________________________________________________________
2. ____________________________________________________________________
3. ____________________________________________________________________
Q.25 Who has the ownership rights of the mountains, pastures, jungles and natural
resources of the area?
a. Owner Tribes b. Non Owner Tribes c. Individual
d. Others (Specify) _______________________________________________________
Q.26 Who has the right to allow the people to get benefits from natural resources
(Forest trees, Mountains, Pastures, Herbs etc)?
a. Owner Tribes b. Non Owner Tribes c. Owner
d. None e. Others (Specify) ________________________________
Q.27 Who has the rights of selling and purchasing the agriculture land, residential and
Commercial property?
a. Owner Tribes b. Non Owner Tribes c. Individual
d. Anyone e. Others (Specify) _______________________________
Q.28 What are the preferences to sell the personal immoveable property like houses,
agriculture land, shops etc. to:
a. Owner Tribes b. Non Owner Tribes
c. Immediate Neighbor d. Anyone
e. Others (Specify) _______________________________________________________
Q.29 What are the prevalent units of measurement of agricultural land in your village?
a. Marlas b. Kanals c. Dolo
d. Dolee e. Sq Feet f. Sq. Haath
g. Others (Specify) _______________________________________________________
Q.30 What are the prevalent units of measurement of agricultural produce in your
village?
a. Kilogram b. Mounds c. Haa
d. Sinn e. Others (Specify) __________________________
Q.31 Who are the influential in your village?
a. Head of the Tribe b. Councilors
c. Religious Scholars d. Heads of Families
e. Government Servants f. Lumberdar
g. Others (Specify) _________________________________________________
Annexure A–1.4
Page 5 of 7
Dasu Hydropower Project – Feasibility Report
Q.32 How the matters related to property, dispute about the control and
consumption of the natural resources of the area are settled?
1. Jirgah 2. Head of the Tribes
3. Council of Ulamahs 4. Heads of Families
5. Government Officials 6. Others (Specify) _________________
Q.33 What types of migration exists in your village?
Patterns of local migration
Nature of Migration Duration of Migration Radius of Migration
1 2 3
(a) Permanent (a) Seasonal (a) Within the same valley at higher elevation
(b) Temporary (b) Yearly (b) Within the local neighboring valleys
(c) Voluntary (c) Monthly (c) Within the neighboring districts
(d) Involuntary (d) Other (d) In NWFP
(e) Individual (e) Other parts of the country
(f) With family /
sub-tribe
(g) Other
Q.34 What are the reasons of local migration in your village?
a. __________________________________________________________________
b. __________________________________________________________________
c. __________________________________________________________________
Q.35 What are the major problems of your area?
Sr.No Types of Problems Proposed Solutions
A
B
C
D
E
F
G
Annexure A–1.4
Page 6 of 7
Dasu Hydropower Project – Feasibility Report
Q.36 Do rock carvings / historical places exist in the village?
1. Yes 2. No
Q.37 If yes:
Sr.No Name Number Location (use codes) In Village = 1 Near Village = 2
A Rock Carvings
B Historical Ruins
C Old Graveyard
D Others
Q.38 Are there markets for grains and livestock in the village?
A. Grains 1. Yes 2. No
B. Livestock 1. Yes 2. No
Q.39 If No, where do people sell their agricultural produce and livestock?
A. Grains
1. Nearby Village 2. Dasu 3Chailas
4. Rawalpindi / Islamabad 5. Other Cities
B. Livestock
1. Nearby Village 2. Dasu 3Chailas
4. Rawalpindi / Islamabad 5. Other Cities
Q.40 What types of trees are in your area:
Fruit Trees Sr. No Non-Fruit Trees (Timber / Firewood) Sr. No
Name Yes No % Name Yes No %
(a) Apple 1 2 (a) 1 2
(b) Walnut 1 2 (b) 1 2
(c) Mulberry 1 2 (c) 1 2
(d) Apricot 1 2 (d) 1 2
(e) Pomegranate 1 2 (e) 1 2
(f) Peaches 1 2 (f) 1 2
(g) Grapes 1 2 (g) 1 2
(h) Almonds 1 2 (h) 1 2
(i) Fig 1 2 (i) 1 2
(j) Pear 1 2 (j) 1 2
(k) Alucha 1 2 (k) 1 2
(l) Locat 1 2 (l) 1 2
(m) Oranges 1 2 (m) 1 2
(n) Amblook 1 2 (n) 1 2
(p) Others 1 2 (p) 1 2
Trees: Deodar, Kail, Spruce, Far, Chir pain, Junipers, Birch, Cupresis, Thuja, Wild willow,
Olea cuspidate, Populus, Platanus oriental, Robini, Elegnus, Herbal Plants etc.
Annexure A–1.4
Page 7 of 7
Dasu Hydropower Project – Feasibility Report
Q.41 What kinds of wild animals are found in your village area?
Sr. No Name of Wild Animals
A
B
C
D
E
F
G
H
I
J
Q.42 What type of cottage industry exists in your village?
1. _________________________________________________________________
2. _________________________________________________________________
3. _________________________________________________________________
4. None
Comments of the Interviewer
a. Capability of the respondent to provide information:
_______________________________________________________________________
b. Exaggeration in providing information:
______________________________________________________________________
c. Attitude of the respondent:
_______________________________________________________________________
--- END ---
Annexure A–1.5
Page 1 of 4
Dasu Hydropower Project – Feasibility Report
Form SEBS - 05 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Women Sample Survey
Interviewer’s Name _________________________
Date _________________________
Q.1 Name of Valley: ____________________________________________
Q.2 Name of the Village/Settlement: ________________________________
Q.3 Wife / Daughter of ______________________________________
Q.4 Name of Tribe ___________________________________________
Q.5 Relationship with Head of Household
1. Wife 2. Mother 3. Sister
4. Daughter 5. Daughter in Law 6. Sister in Law
7. Other
Q.6 Languages
Q.7 Marital Status
1. Married 2. Single
Q.8 How many years are of your marital life? Years _______________
Q.9 How many children do you have?
a. Boys b. Girls c. Total
Q.10 Does a Child Birth Attendant Available in the Village?
1. Yes 2. No
Q.11 If Yes: 1. Trained 2. Untrained
b. Urdu a. Shina d. Pashtoo c. Gujri e. Hindco
i. Others f. Kilochi g. Kohistani h. English
Annexure A–1.5
Page 2 of 4
Dasu Hydropower Project – Feasibility Report
Q.12 Level of Education
1. Illiterate 2. Literate 3. Primary 4. Middle
5. Metric 6. Graduate 7. Postgraduate 8. Other
Q.13 Do you know any skills?
1. Yes 2. No
Q.14 If yes, which skills? __________________________________________
Q.15 Would you like to learn some additional skills?
1. Yes 2. No
Q.16 If yes, which skills? __________________________________________
Q.17 Do you do any work other than household?
1. Yes 2. No 3. Only when required
Q.18 If yes, please specify __________________________________________
Q.19 Do you work in the farms?
1. Yes 2. No
Q.20 If yes; what type of activities are you involved in?
a. Routine (Specify) _______________________________________________________
b. Seasonal (Specify) _____________________________________________________
c. Average working hours per day? ___________________________________________
Q.21 In your opinion should girls work:
(a) In agriculture farms 1. Yes 2. No 3. Don’t know
(b) For animal raring 1. Yes 2. No 3. Don’t know
Q.22 In your family are girls encouraged to:
(a) Go to school 1. Yes 2. No 3. Don’t Know
(b) Learn some skills 1. Yes 2. No 3. Don’t Know
Q.23 Do you own property in your name?
1. Yes 2. No
Q.24 If yes, do you have authority to sell or purchase property?
1. With consultation of male family member
2. Without any consultation
3. Others (specify) __________________________________
Annexure A–1.5
Page 3 of 4
Dasu Hydropower Project – Feasibility Report
Q.25 To what extent do you think you have a good health?
1. To great extent 2. To some extent 3. Not at all
Q.26 In case of sickness, which of the facilities are available to you for treatment?
a. None b. Hospital c. Dispensary
d. B H U e. Medical Camp f. Private Doctor
g. Hakeem h. Other
Q.27 In case of sickness, who takes you to medical practitioner for treatment?
a. Father b. Mother c. Brother
d. Sister e. Husband f. Go alone
g. Along with a child h. Mother in law i. Father in law
Q.28 Are you a member of any women organization in your village?
1. Yes 2. No 3. No women organization in village
Q.29 If answer 3: Do you think there should be a women organization?
1. Yes 2. No 3. Don’t know
Q.30 In your opinion what are some of the pressing needs of women in your area?
Sr. No. Rank Description
1
2
3
4
5
6
7
8
9
10
Q.31 Are you aware about the construction of Dasu Dam?
1. Yes 2. No
Annexure A–1.5
Page 4 of 4
Dasu Hydropower Project – Feasibility Report
Comments of the Interviewer
a. Capability of the respondent to provide information:
_______________________________________________________________________
b. Exaggeration in providing information:
______________________________________________________________________
c. Attitude of the respondent:
_______________________________________________________________________
--- END ---
Annexure A–1.6
Page 1 of 4
Dasu Hydropower Project – Feasibility Report
Form SEBS - 06 Serial No. ______________
Dasu Hydropower Consultants A joint venture of NESPAK,ACE,MWH,CPE in association with BINNIE
Dasu Hydropower Project
Socioeconomic, Resettlement and Environmental Baseline
Survey of the Project Area
(District Kohistan)
Check List for Scoping Sessions
Interviewer’s Name _________________________
Date _________________________
Place of Interview _________________________
Q.1 Name of the Participant: Father’s Name:
1______________________ _________________________
2______________________ _________________________
3______________________ _________________________
4______________________ _________________________
5______________________ _________________________
6______________________ _________________________
7______________________ _________________________
8______________________ _________________________
9______________________ _________________________
10_____________________ _________________________
Topics Responses
Q.2 Social Stratification:
(i) Tribal
(ii) Ownership Rights
(iii) Occupation
(iv) Religion
(v) Ethnic & Minority Groups
Annexure A–1.6
Page 2 of 4
Dasu Hydropower Project – Feasibility Report
Topics Responses
Q.3 Agriculture
(i) Inputs Procurement:
Seed
Fertilizer
Pesticides
(ii) Use of implements
(iii) Patterns of Farming & Tenancy
(iv) Produce
(v) Marketing
Q.4 Timber / Trees
(i) Procurement Source
(ii) Processing of Products
(iii) Marketing
Q.5 Fruit Trees
(i) Types of Fruit
(ii) Processing
(iii) Marketing
Q.6 Livestock
(i) Types
(ii) Management
a. Disease Control
b. Feed / Fodder
(iii) Marketing of livestock products
a. Milk
b. Meat
c. Hides
d. Wool
e. Ghee
Q.7 Poultry
(i) Marketing
a. Meat
b. Eggs
Annexure A–1.6
Page 3 of 4
Dasu Hydropower Project – Feasibility Report
Topics Responses
Q.8 Natural Resources
(1) Types & Precious
a. Procurement
(i) Precious Stones / Slajeet
(ii) Pastures / Jungles / Timber
(iii) Gold Collection from Indus River
b. Marketing
(i) Precious Stones / Slajeet
(ii) Pastures / Jungles / Timber
(iii) Gold Collection from Indus River
Q.9 Means & modes of Indus River crossing
before the constructin of suspension
bridges
Q.10 Zakat & Usher System
(i) Patterns of distribution
(ii) Preferences & Practices
(iii) Beneficiaries
(iv) Dependency Relationships of
Beneficiaries with Community
Q11 Health Status & facilities
(i) Health beliefs
(ii) Types of common Diseases & health
hazards
(iii) Health care seeking preferences
(iv) Types of available health facilities
(v) Types of felt needs of health services
Q.12 Education
(i) Views regarding nature & level of
education
(ii) Views regarding female education
(iii) Views regarding utility of education
(iv) Vocational & Technical education
a. Facilities
b. Employment Opportunities
Q.13 Development schemes completed in
your locality
Annexure A–1.6
Page 4 of 4
Dasu Hydropower Project – Feasibility Report
Topics Responses
Q.14 Credit
(i) Sources
(ii) Uses
Q.15 What are the anticipated benefits of
The Dasu Dam Project
Q.16 what are the potential negative
impacts of The Dasu Dam Project.
Q.17 what are the expectations of the local
regarding development and
compensations.
ANNEXURE A – 2
INVENTORIES OF
SOCIO – ECONOMIC SURVEY
Annexure A–2
Page 1 of 16
Dasu Hydropower Project – Feasibility Report
TABLE A – 2.1 INVENTORY OF HOUSEHOLD
RESERVOIR AREA
Sr.No Name of Respondent Father's Name Village
1 Abdul Malik Noor Wali Hatoki / Segal
2 Mohammad Noor Mohammad Afsar Hatoki / Segal
3 Abdul Jalil Roshan Hatoki / Segal
4 Mohammad Yousaf Juma Said Segal
5 Juma Said Bada Shah Segal
6 Mumtaz Khan Juma Said Segal
7 Noor Mohammad Mohammad Afsar Segal
8 Haji Qalandar Shir Ahmad Segal
9 Juma Said Salam Segal
10 Gul Sher Sher Dad Segal
11 Ibrahim Pot Sher Segal
12 Abdul Rauf Rooshim Segal
13 Sayyed Jamil Haji Qalandar Segal
14 Abdul Hakeem Mohammad Afsar Segal
15 Noor Wali Mohammad Afsar Segal
16 Alam Sher Soroom Khan Segal
17 Gul Bar Shah Abdul Hameed Segal
18 Abdul Wadood Razmal Segal
19 Zaboor Jad Sher Sad Segal
20 Asar Jan Daroom Khan Segal
21 Shah Alam Noor Jan Logro
22 Hakeem Khan Saboot khan Logro
23 Noor Malik Pir Saeed Logro
24 Umar Hayat Moamar Khan Logro
25 Hakim Said Mirza Khan Logro
26 Habib ur Rehman Alif Said Logro
27 Mohammad Khan Narang Shah Logro
28 Mumtaz Khan Alif Said Logro
29 Abdul Hakeem Sarfraz Logro
30 Fazal Rehman Dilbar Jan Logro
31 Sherzada Sheran Logro
32 Mohammad Amin Khan Jehan Logro
33 Alif Said Mirza Khan Logro
34 Zarwar Ahmad Ali Logro
35 Zanwar Ahmed Ali Logro
36 Miser Khan Ahmed Ali Logro
37 Amer Khan Ahmed Ali Logro
38 Waliur Rehman Amiz Khan Logro
39 Ahmad Ali Said Wali Logro
40 Said ur Rehman Amiz Khan Logro
41 Idaraman Bagha Barseen
42 Jandar Shah Sher Zaman Barseen
43 Molvi Sabar Jamil Tahir Khan Barseen
44 Maazullah Khan Habibullah Khan Barseen
45 Toeen Habibullah Khan Barseen
46 Zarin Jadan Barseen
47 Abdul Hadi Zarin Barseen
48 Ahsam-ud-din Zarin Barseen
49 Noca Thoka Barseen
50 Hazro Nola Barseen
51 Abdul Ghaffar Thoka Barseen
Annexure A–2
Page 2 of 16
Dasu Hydropower Project – Feasibility Report
52 Gul Bayan Tumar Gul-e-Bagh/Maidan
53 Rasool Shah Suleman Shah Gul-e-Bagh/Maidan
54 Manan Shah Yunus Gul-e-Bagh/Maidan
55 Fazal Rehman Naqeeb Gul-e-Bagh/Maidan
56 Abdul Jalil Bizal Gul-e-Bagh/Maidan
57 Saipur Tamoor Khan Gul-e-Bagh/Maidan
58 Sher Ghazab Tota Gul-e-Bagh/Maidan
59 Zar Bayan Tumar Gul-e-Bagh/Maidan
60 Bora Amal Gul-e-Bagh/Maidan
61 Sudoom Soon Gali Gul-e-Bagh/Maidan
62 Iman Shah Mulah Younas Gul-e-Bagh/Maidan
63 Abdul Haseeb Mir Wali Gul-e-Bagh/Maidan
64 Pir Said Sher Ghazab Gul-e-Bagh/Maidan
65 Kuptan Sofaid Gul-e-Bagh/Maidan
66 Zakir Shah Naqeeb Gul-e-Bagh/Maidan
67 Obaidullah Yameel Gul-e-Bagh/Maidan
68 Syed Muhammad Pancho Gul-e-Bagh/Maidan
69 Muhammad Iqbal Shah Tumar Khan Gul-e-Bagh/Maidan
70 Razual Shah Machar Gul-e-Bagh/Maidan
71 Abdul Rahim Pan Gul-e-Bagh/Maidan
72 Abdul Ghani Sar Mir Gul-e-Bagh/Maidan
73 Muhammad Nabi Naqal Shah Gul-e-Bagh/Maidan
74 Yarmaloon Ismail Kaigah
75 Shah Akbar Barkat Shah Kaigah
76 Shazada Mian Qalandar Shah Kaigah
77 Dildar Shah Syed Jan Kaigah
78 Manzar Nasir Khan Kaigah
79 Usman Ghani Nasir Khan Kaigah
80 Abdul Satar Qalandar Shah Kaigah
81 Malak Jan Nasir Khan Kaigah
82 Malook Abeel Kaigah
83 Didar Shah Sahib Jan Kaigah
84 Aslam Sahib Jan Kaigah
85 Jander Shah Sahib Jan Kaigah
86 Qalar Shah Sahib Jan Kaigah
87 Shoib Sher Akbar Kaigah
88 Fazal Rehman Shah Akbar Kaigah
89 Fazal Karim Shah Akbar Kaigah
90 Nawaz Hussain Shah Akbar Kaigah
91 Sahib Jan Nasir Kaigah
92 Mir Alam Shah Akbar Kaigah
93 Filkoos Khan Qalandar Shah Kaigah
94 Iqbal Khan Abdul Hai Kaigah
95 Akthar Manzar Kaigah
96 Shahzada Mian Qalandar Shah Kaigah
97 Abdul Rehman Filkoos Khan Kaigah
98 Shabab Khan Akbar Shah Kaigah
99 Abdul Sattar Qalandar Shah Kaigah
100 Akbar Shah Garib Shah Kaigah
101 Abdul Rehman Abdul Sattar Kaigah
102 Abdul Samad Ali Haider Largani Bridge
103 Abdul Malik Ali Haider Largani Bridge
104 Rahat Mian Ali Haider Largani Bridge
105 Abdul QAdir Ali Haider Largani Bridge
106 Ali Haider Swab Khan Largani Bridge
107 Abdul Quyum Ali Haider Largani Bridge
Annexure A–2
Page 3 of 16
Dasu Hydropower Project – Feasibility Report
108 Abdul Jalal Ali Haider Largani Bridge
109 M.Wakeel Qazi Gumo
110 Bakht Ali Gul Noor Gumo
111 Sher Muhammad Achi Gumo
112 Abdul Majeed Jamat Ali Gumo
113 Sharif Ahmad Gumo
114 Gul Muhammad Hachi Gumo
115 Ayub Hachi Gumo
116 Abdul Rahim Mir Wali Gumo
117 Juma Gul Name Salar Gumo
118 Said Rehman Khast Ali Gumo
119 Abdul Jabbar Khast Ali Gumo
120 Muhammad Zaman Khast Ali Gumo
121 Naeem Salad Fazal Noor Gumo
122 Charaguddin Abdul Majeed Gumo
123 Ghulab Shah Charaguddin Gumo
124 Sher Afzal Mohammad Haleem Sazeen
125 Musheer Ahmed Keema Gul Sazeen
126 Imtiaz Alam Naqdeel Khan Sazeen
127 Said Rehman Hazrat Ali Gayal
128 Gul Badsha Sarbaz Malik Gayal
129 Aslam Khan Sarbaz Malik Gayal
130 Muhammad Karim Said Umar Gayal
131 Noor Muhammad Saadullah Gayal
132 Taj Muhammad Sahibullah Gayal
133 Muhammad Rahim Said Alam Gayal
134 Abdul Aziz Muhammad Gayal
135 Khan Wazeer Hazrat Ali Gayal
136 Abdullah Chakair Malik Gayal
137 Said Alam Muhammad Farash Gayal
138 Muhammad Wali Sahib Malik Gayal
139 Said Ahmed Said Faqeer Gayal
140 Said Rasheed Said Faqeer Gayal
141 Fazal Ahmed Muzamil Khan Gayal
142 Noman Khan Muhammad Bilal Khan Gayal
143 Husain Ahmed Ghulam Eissa Gayal
144 Haji Abdul Qayyum Abdul Haq Gayal
145 Zamir Qinsar Gayal
146 Ismail Taj Muhammad Gayal
147 Gul Muhammad Saadullah Gayal
148 Shaheen Shah Taj Muhammad Gayal
149 Mir Salam Khan Haji Bradar Gayal
150 Gul Mir Khan Haji Bradar Gayal
151 Shamsul Haq Khalil Gayal
152 Fazal Kareem Chakair Malik Gayal
153 Abdul Malik Ghulam Essa Gayal
154 Jabbal Noor Bakhano Gayal
155 Sanaullah Bakhano Gayal
156 Mohammad Noor Bakhano Gayal
157 Abdullah Chakair Malik Gayal
158 Taj-ud-din Mohammad Idrees Gayal
159 Rashid Ahmad Nawab Khan Kai Doga
160 Dusham Khan Samundar Khan Kai Doga
161 Gul Dad Hakim Khan Kai Doga
162 Kishwar Mira Khan Kai Doga
163 Fazul-ur-Rehman Shamtoo Kai Doga
Annexure A–2
Page 4 of 16
Dasu Hydropower Project – Feasibility Report
164 Pir Dad Haji Nawab Kai Doga
165 Wali Dad Haji Nawab Kai Doga
166 Haji Mir Dad Haji Nawab Kai Doga
167 Karim Dad Haji Nawab Kai Doga
168 Mushraf Khan Keshu Kai Doga
169 Lal Marjan Fazal Kai Doga
170 Liaquat Raza Shatyal
171 Sher Ahmad Dil Muhammad Shatyal
172 Abdul Wakil Nosherwan Shatyal
173 Samad Khan Muhammad Shah Shatyal
174 Faisal Khan Liaquat Shatyal
175 Raham Dil Liaquat Shatyal
176 Sahib Zer Khuma Shatyal
177 Khuma Mir Ahmad Shatyal
178 Zaman Sher Ahmad Shatyal
179 Sahib Zada Sartoal Shatyal
180 Bashir Haiwan Shah Shatyal
181 Abdul Jan Babar Khan Darail Bridge
182 Hajab Khan Azeem Darail Bridge
183 Shahalim Khasta Khan Darail Bridge
184 Nazeer Khan Sher Wali Darail Bridge
185 Rozi Mand Rustam Darail Bridge
186 Soom Khan Saboor Khan Darail Bridge
187 Jahangir Khan Zahidullah Darail Bridge
188 Muhammad Raza Muhammad Wali Khan Darail Bridge
189 Abdul Majeed Bira Khan Darail Bridge
190 Abdul Mateen Jalil Darail Bridge
191 Majuar Rustum Darail Bridge
192 Babar Saboor Khan Darail Bridge
193 Hussain Wali Muhammad Ayub Adam Banda
194 Sher Ghazi Muhammad Ayub Adam Banda
195 Jamal Khan Said Ali Doondar
196 Ghaffar Jabbar Doondar
197 Rosham Khan Jebsali Doondar
198 Jamal Said Ali Doondar
199 Bashir Daulat Khan Pani Bah
200 Malik Sakhawat Khan Khan Zada Pani Bah
201 Muhammad Akram Khan Faramas Khan Pani Bah
202 Haji Framas Khan Khan Zada Pani Bah
203 Afzal Khan Sakhawat Khan Pani Bah
204 Abdul Jabbar Sakhawat Khan Pani Bah
205 Mir Alam Said Wali Pani Bah
206 Hukam Draz Khan Said Wali Pani Bah
207 Sarbaz Khan Khan Zada Pani Bah
208 Sabaro Lochar Pani Bah
209 Muhammad Noor Pani Bah
210 Noor Shahzada Walayat Sahib Pani Bah
211 Ezhar ul Haq Sar Mir Pani Bah
212 Ilyas Mir Subhan Pani Bah
213 Qadir Khan Gul Din Pani Bah
214 Hukam Draz Sardar Ali Pani Bah
215 Gulzar Mir Subhan Pani Bah
216 Gul Faraz Said Wali Pani Bah
217 Darman Khan Abdul Khaliq Soomar Nullah
218 Noor Mehmood Naqal Shah Uchar Nullah
219 Habib ul Nabi Naqal Shah Uchar Nullah
Annexure A–2
Page 5 of 16
Dasu Hydropower Project – Feasibility Report
220 Muhammad Ali Naqal Shah Uchar Nullah
221 Mahtab Khan Sher Wali Shah Looter
222 Hakmat Khan Shan Sher Looter
223 Mohammad Wakeel Atiqullah Looter
224 Gulab Khan Machu Millar Doga
225 Hanser Qalash Mir Millar Doga
226 Shahzada Khan Ali Dad Millar Doga
227 Muhammad Nabi Mushraf Khan Millar Doga
228 Hukmat Wakil Qalash Mir Millar Doga
229 Muhammad Ayaz Bhoot Millar Doga
230 Badisha Haji Akbar Millar Doga
231 Ghulab Khan Mohammad Yousaf Millar Doga
232 Shahzada Khan Ali Dad Millar Doga
233 Anis Khan Darwish Millar Doga
234 Malik Taj Muhammad Yar Dad Siglo
235 Malik Bahadar Shah Molvi Jamdar Khan Siglo
236 Shamssur Rehman Malik Mukhtiar Siglo
237 Molana Sikandar Malik Shah Dad Siglo
238 Dr Fazal Rehman Malik Shah Dad Siglo
239 Muhammad Mujtaba Malik Wali Dad Siglo
240 Muhammad Nasir Malik Mukhtiar Siglo
241 Shah Jhan Malik Shah Dad Siglo
242 Malik Sirbaz Khan Pir Dad Siglo
243 Ahmed Nabi Malik Shah Dad Siglo
244 Mir Baz Khan Pir Dad Siglo
245 Habibur Rehman Malik Shah Dad Siglo
246 Rasool Shah Raj Bullah Siglo
247 Restulah Noriaman Siglo
248 Mumtaz Shah Shabir Shah Siglo
249 Mir Jan Khan Raj Bullah Siglo
250 Abdul Qahir Bolia Siglo
251 Abdul Sattar Bolia Siglo
252 Mohammad Mustafa Haji Karim Dad Siglo
253 Siraj Kaisar Siglo
254 Hussain Wali Said Umar Siglo
255 Muhammad Yousaf Shah Dad Malik Siglo
256 Azim Khan Qadeer Khan Siri Shal
257 Maroof Khan Juma Khan Lachi Nullah
258 Abdur Rehman Haji Mohammad Jan Wali Abad
259 Mirza Hazar Khan Haji Jaffar Kot Gul
260 Gul Dad Shah Gi Kot Gul
261 Abbas Hajat Harban Cool
262 Shakil Abbas Harban Cool
Annexure A–2
Page 6 of 16
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TABLE A-2.2: INVENTORY OF COMMERCIAL ACTIVITIES
RESERVOIR AREA
Sr.No Name of Respondent Father's Name Location
1 Mohammad Mumtaz Kala Khan Lachi
2 Gulzar M.Shafee Shatial
3 Usman Ghani Accha Lachi
4 M.Jamil Mayoon Summar
5 AJab Khan Amir Khan Summar
6 Sher Jamil Daud Summar
7 Liaqat Ali Molvi Noor Ali Summar
8 Shahzada Daud Summar
9 Shams ud din Khangir Summar
10 Barkat Shah M.Jamil Summar
11 Sher Jamil Daud Summar
12 M.Jamil Daud Summar
13 Fareed Khan M.Ayub Summar
14 Muzamil Shah Mohammad Ayub Summar
15 Jamdar Wali Zabar Khan Summar
16 Jahangir Khan Ajab Khan Summar
17 Shah Badsha Tore Khan Summar
18 Abdul Sattar Rehmat Khan Summar
19 Jamal Khan Eissa Summar
20 Hussain Juma Khan Summar
TABLE A-2.3: INVENTORY OF VILLAGE PROFILE
RESERVOIR AREA
Sr. No Name of Respondents Father' Name Village
1 Zarwar Ahmad Ali Logro
2 Noor Wali Muhammad Afsar Segal
3 Abdul Ghaffar Thoka Barseen
4 M.Zaman Khast Ali Gummu
5 Shah Akbar Barkat Shah Kaigah
6 Mir Alam Said Wali Panibah
7 Mohd Nasir Malik Mukktiar Siglo
8 Gul Dad Hakim Khan Kai Doga
9 Shahzada Khan Ali Dad Millar Doga
10 Zaman Sher Ahmad Shatyal
11 Abdullah Chaikan Malik Gayal
12 Imtiaz Alam Naqdeel Khan Sazeen
13 Abdul Jalil Bizal Gul-e-Bagh/Maidan
Annexure A–2
Page 7 of 16
Dasu Hydropower Project – Feasibility Report
TABLE A-2.4: INVENTORY OF HOUSEHOLD
LOWER RIPARIAN AREA
Sr. No. Name of Respondent Father's Name Village
1 Shukrat Khan Ghulam Jan Chalgah/Khoshi
2 Barkat Ghulam Jan Chalgah/Khoshi
3 Noor Mohammad Ghulam Jan Chalgah/Khoshi
4 Ghulam Jan Paind Khan Chalgah/Khoshi
5 Hajat Nabi Loosh Khoshi
6 Ameer Hamza Abdul Qadeer Khoshi
7 Ijaz Ul Haq Alaf Syed Khoshi
8 Dosham Khan Malik Lala Khan Khoshi
9 Molvi Roshin Khan Malik Lala Khan Khoshi
10 Haji Mohsin Khan Malik Lala Khan Khoshi
11 Lal Said Mirza Khan Khoshi
12 Gul Zarin Naqibullah Khoshi
13 Samar Khan Mumar Khan Khoshi
14 Lal Zar Mohibullah Khoshi
15 Manzar Mohibullah Khoshi
16 Pir Wali Shah Sher Gazab Khoshi
17 Sher Bahadar Mohammad Sheer Khoshi
18 Afsar Khan Summandar Khan Khoshi
19 Abdul Aziz Khushal Khoshi
20 Abdul Rehman Abdul Samad Lower Chuchang
21 Mohammad Shah Sudoor Lower Chuchang
22 Noor Mohammad Din Multan Malik Lower Chuchang
23 Abdul Jalil Shir Ghazi Lower Chuchang
24 Mohammad Ali Naqal Shah Lower Chuchang
25 Ahmed Shah Multan Malik Lower Chuchang
26 Sudoor Khan Farza Khan Lower Chuchang
27 Mohammad Shah Multan Malik Lower Chuchang
28 Sarmand Nasir Khan Lower Chuchang
29 Sher Ghazi Matoo Khan Lower Chuchang
30 Jamdad Ghulam Ali Lower Chuchang
31 Abdul Qadoos Jamdad Lower Chuchang
32 Abdul Salam Ghulam Ali Lower Chuchang
33 Mahmood Khan Abdur Rahim Seo
34 Tota Bahadar Khan Seo
35 Rakho Bulia Seo
36 Abdul Hai Sarwar Shah Seo
37 Mohammad Munir Sarwar Shah Seo
38 Farooq Shah Sarwar Shah Seo
39 Ahmad Bulia Seo
40 Zarin Jan Hazrat Shah Seo
41 Sial Jan Mir Ahmad Seo
42 Fazalur Rehman Kacho Seo
43 Mohammad Daood Naqib Khan Seo
44 Fazal Mahmood Meer Jalal Seo
45 Haji Janas Khan Hazrat Shah Seo
46 Khasra Numash Seo
47 Pir Wali Shah Rahim Shah Seo
48 Mahkam Shah Gandal Shah Seo
49 Fazal Hakeem Shah Muhammd Seo
50 Habib-ur-Rehman Haji Malik Bukhtiar Seo
51 Abdul Rehman Haji Malik Bukhtiar Seo
Annexure A–2
Page 8 of 16
Dasu Hydropower Project – Feasibility Report
52 Fazal Rabi Shah Muhammad Seo
53 Muhammad Mustafa Muhammad Yousaf Seo
54 Abdul Rahim Fazal Ahmad Seo
55 Mukhtar Khan Jamu Seo
56 Ghulamullah Faqeer Jan Seo
57 Aslam Abdar Seo
58 Shah Faisal Gul Khan Seo
59 Akhtar Munir Hakeem Khan Seo
60 Haji Bukhtiar Chammo Seo
61 Fazal-ur-Rehman Haji Malik Bukhtiar Seo
62 Sabir Khan Sahib Zada Seo
63 Muhammad Nawaz Sharmula Seo
64 Faiz-ur-Rehman Amir Khan Seo
65 Nosher Sharaf Seo
66 Khan Zada Abdul Qadim Seo
67 Sher Zada Abdul Qadim Seo
68 Mujtaba Chamou Malik Seo
69 Muhammad Ayyoub Sher Dad Seo
70 Faizul Bari Dhag Shah Seo
71 Khalil-ur-Rehman Shamtoo Seo
72 Noor Muhammad Muhammad Hussain Seo
73 Dugham Khan Sahib Khan Seo
74 Hamish Gul Bahadar Seo
75 Noor Muhammad Dari Khan Seo
76 Gul Sher Umra Khan Seo
77 Mukhtar Umra Khan Seo
78 Sher Zahab Borra Seo
79 Ismail Gul Sher Seo
80 Mir Muhammad Nazimu Seo
81 Mumtaz Rahim Gul Seo
82 Haji Sahabzada Haji Khadim Khan Seo
83 Abdul Karim Sharan Dasu
84 Amir Said Said Noor Dasu
85 Asghar Khan Ibrahim Dasu
86 Haji Shah Khasro Sayyed Anwar Shah Dasu
87 Haji Muhammad Amin Haji Jamal Malik Dasu
88 Muhammad Ayyoub Malik Charagud Din Dasu
89 Abdul Karim Baqi Haji Lal Khan Dasu
90 Abdul Wakil Haji Lal Khan Dasu
91 Muhammad Noor Ibrahim Khalil Dasu
92 Fazal Shah Hikidad Dasu
93 Muhammad Jameel Noor Wali Shah Dasu
94 Sher Wali Ahmad Khan Dasu
95 Ahsan Ayyoub Malik Charaghuddin Dasu
96 Noor Muhammad Furqan Dasu
97 Hubab Shah Malik Charaghuddin Dasu
98 Muhammad Sulaiman Ahmad Khan Dasu
99 Muhammad Afzal Haje Malik Sakhi Dasu
100 Noor Mehmood Naqal Shah Dasu
101 Muhammad Faqeer Muhammad Qadeer Khan Dasu
102 Amjad Khan Muhammad Qadeer Khan Dasu
103 Amir Shah Haq Dad Dasu
104 Hikmat Shah Mirza Khan Dasu
105 Taoos Mirza Khan Dasu
106 Abdul Malik Haji Sekandar Dasu
107 Abdul Rehman Said Yousaf Dasu
Annexure A–2
Page 9 of 16
Dasu Hydropower Project – Feasibility Report
108 Ibrar Khan Ibrahim Dasu
109 Hanar Khan Zubal Dasu
110 Sher Muhammad Sabeel Dasu
111 Jamrooz Haji Jamal Khan Dasu
112 Abdul Rhaman Mir Ghayyaz Dasu
113 Molve Jamdad Raja Dasu
114 Abdul Qayum Ali Akbar Dasu
115 Muhammad Manzoor Haji Yar Zada Dasu
116 Fazal Rahman Sageer Dasu
117 Fazal Shah Haq Dad Dasu
118 Faiz-ur-Rahman Muhammad Ayyoub Dasu
119 Javed Iqbal Muhammad Qadir Khan Dasu
120 Malak Shah Rasool Malak Toota Dasu
121 Iqbal Ahmad Mir Wali Dasu
122 Noor-ul-Haq Shah Zaman Dasu
123 Lal Bahadar Dilbar Khan Dasu
124 Hazrat Khan Gul Sher Dasu
125 Sulaman Shah Muhammad Ramzan Dasu
126 Sais Naser Said Yousaf Dasu
127 Wali Khan Said Amir Dasu
128 Shah Naser Haje Jamal Dasu
129 Khan Zada Haje Malik Sakhi Dasu
130 Kimia Malak Malook Shah Dasu
131 Feradoon Sefat Khan Dasu
132 Sarfraz Kimia Malan Dasu
133 Abdul Hanan Ibrahim Dasu
134 Iqbal Ibrahim Dasu
135 Abdul Karim Lal Khan Dasu
136 Abdur Rehman Malik Abdul Samad Dasu
137 Muhammad Amir Jumal Malik Dasu
138 Malik Noor Wali Shah Malik Abdul Samad Dasu
139 Hijab Khan Malik Said Amir Dasu
140 Malik Said Amir Malik Jamal Khan Dasu
141 Abdul Manan Malik Abdul Samad Dasu
142 Subar Shah Pir Said Dasu
143 Shir Mahmood Gul Zar Malik Dasu
144 Malik Gulzar Malik Mulla Khan Dasu
145 Abdullah Malin Mulan Khan Dasu
146 Pir Said Zarain Kaan Dasu
147 Shah Bad Shah Tore Khan Dasu
148 Shah Hussain Faqeer Muhammad Dasu
149 Madad Shah Mosam Khan Dasu
150 Qainoos Sadoor Dasu
151 Shah Zaman Sadoor Dasu
152 Muhammad Saeed Mian Gull Dasu
153 Muhammad Faqeer Batullah Dasu
154 Hakmat Shah Nazim Shah Dasu
155 Abdul Qadeer Haje Sekander Dasu
156 Afzal Shah Juma Said Dasu
157 Saghar Shoban Dasu
158 Hakim Khan Said Noor Dasu
159 Abdul Qudoos Haji Ghandle Shah Dasu
160 Muhammad Ali Naqal Shah Dasu
161 Haji Ghandle Shah Malik Abdul Samad Dasu
162 Pir Mahammad Said Noor Dasu
163 Kalash Mir Gholia Dasu
Annexure A–2
Page 10 of 16
Dasu Hydropower Project – Feasibility Report
164 Abdul Qadir Jahando Dasu
165 Haji Shah Der Jahan Dasu
166 Gul Namir Bechou Komila
167 Sahibzada Malik Komila
168 Hashmat Bicho Komila
169 Samad Khan Haji Akoo Komila
170 Gul Zareen Bagur Komila
171 Abdul Manan Akbar Khan Komila
172 Gul Dad Bagur Komila
173 Gul Muhammad Ilyas Komila
174 Jan Khan Ilyas Komila
175 Lal Khan Ilyas Komila
176 Taj Muhammad Wali Aman Komila
177 Muhammad Siddique Saiful Malook Komila
178 Abdul Mateen Patti Khan Komila
179 Abdul Rauf Alif Said Komila
180 Shamsul Haq Alif Said Komila
181 Gul Faqeer Alif Said Komila
182 Muhammad Yousaf Zamin Khan Komila
183 Abdul Wahid Yasin Komila
184 Abdul Baqi Yasin Komila
185 Muhammad Hayjan Zamin Khan Komila
186 Shafiqur Rehman Said Wali Komila
187 Nakeer Hazar Komila
188 Muhammad Wakeel Zamin Khan Komila
189 Fida Hussan Lajbar Komila
190 Hameed ul Haq Malik Mohd Qasim Komila
191 Abdullahi Alif Said Komila
192 Chalu Wajee Komila
193 Muhammad Jamil Noor Ul Huda Komila
194 Hafeez ul Haq Noor ul Huda Komila
195 Nazamuddin Shamsul Huda Komila
196 Haq Ul Mobin Mulvi M.Noor Komila
197 Abdul Haq Noor Ul Huda Komila
198 Abdur Rehman Noor Alam Komila
199 Shamsur Rehman Noor Alam Komila
200 Abdul Haseeb Noor ul Huda Komila
201 Hazrat Bilal Ali Akbar Komila
202 Khan Shir Gul Marjan Komila
203 M.Fareen Khan M.Gulzar Komila
204 Mumtaz Khan Gul Muhammad Komila
205 Sabber Khan Chalu Komila
206 Qaimat Zar Chalu Komila
207 Jani Malak Bisharan Komila
208 Muhammad Jameel Shah Zareen Komila
209 M.Iqbal Gul Muhammad Komila
210 Gul Zarin Naimat Khan Komila
211 Shar Wali Zaban Komila
212 Muhammad Wakeel Haji Samiullah Komila
213 Haji Abdul Shakoor Malik Ghazali Komila
214 Ahmad Khan Malik Jamu Komila
215 Afreen Khetab Komila
216 Juma Khan Rusham Khan Komila
217 Pir Muhammad Khan Haji Multan Khan Komila
218 Karim Baksh Abdul Qhar Komila
219 Abdul Jamal Saraj Komila
Annexure A–2
Page 11 of 16
Dasu Hydropower Project – Feasibility Report
220 Abdul Manan Suta Khan Komila
221 Baga Abdul Wahab Komila
222 Sarwar Suta Khan Komila
223 Raja Suta Khan Komila
224 Abdul Karim Rosham Khan Komila
225 Rosham Khan Abdul Wahab Komila
226 Tota Nush Noaman Komila
227 Gul Namir Noaman Komila
228 Sahib Zada Malik Qadam Khan Komila
229 Gul Sher Muhammad Hafeez Komila
230 Shamsuddin Noor Muhammad Komila
231 Haji Akram Haji Ibrahim Komila
232 Muhammad Amin Suleman Shah Komila
233 Abdul Manan Haji Yarmanoon Komila
234 Tora Zaban Komila
235 Ajam Khan Ahmed Jee Komila
236 Wasil Khan Ahmad Ali Komila
237 Haji Manan Shah Haji Younas Komila
238 Malik Inam Shah Haji Younas Komila
239 Khadim Shah Sulman Shah Komila
240 Rasool Shah Sulman Shah Komila
241 Said Faqeer Mir Aman Komila
242 Muhammad Gulzar Haji Loban Khan Komila
243 Zafar Shah Yasir Komila
244 Didar Khan Mohabat Khan Komila
245 Qasmat Shah Sufi Komila
246 Gul Zada Mecho Komila
247 Sarwar Shah Gul Samar Komila
248 Muhammad Sharif Molvi Sajid Komila
249 Muhammad Jan Haji Ibrahim Komila
250 Sher Muhammad Haji Ibrahim Komila
251 Mursaleen Haji Akram Komila
252 Shar Zada Mecho Komila
253 Farmas Khan Umar Khan Komila
254 Abdul Aziz Haji Dusham Khan Komila
255 Fazal Rahim Haji Yazeed Komila
256 Furqan Mir Abdullah Komila
257 Muhammad Jameel Malik Younas Komila
258 Haji Masta Khan Malik Gharali Komila
259 Saif-ul-Malook Muhammad Ilyas Komila
260 Wali Aman Ghari Bullah Komila
261 Wali Muhammad Ghari Bullah Komila
262 Safi Ullah Abdullah F/C Chapto Komila
263 Ahmad Khan Ghareeb-Ullah Komila
264 Faiz-ur-Rehman Wali Aman Komila
265 Abdul Rehman Haji Akbar Komila
266 Aziz-ur-Rehman Wali Aman Komila
267 Younas Juma Said Komila
268 Hikmat Khan Muhammad Khan Komila
269 Jameer Juma Said Komila
270 Namat Zar Muhammad Khan Komila
271 Abdul Hanan Juma Said Komila
272 Ibrahim Ilyas Komila
273 Abdul Ghani Yasin Komila
274 Yasin Malik Habib Khan Komila
275 Abdul Rashid Yasin Komila
Annexure A–2
Page 12 of 16
Dasu Hydropower Project – Feasibility Report
276 Wali-ur-Rehman Hazar Komila
277 Zameen Khan Awan Komila
278 Lajbar Bagdur Komila
279 Raja (Serageo Din) Bagdur Komila
280 Shamas Rehman Sarzat Komila
281 Umar Yar Molvi Kehkul Komila
282 Muhammad Ilyas Bardullah Komila
283 Said Mir Tabier Komila
284 Fazal Rahim Zamin Khan Komila
285 Afeer Khan Mahar Dullah Komila
286 Framas Khan Afeer Khan Komila
287 Malok Jan Abdul Razaq Komila
288 Ghulam Sarwar Haji Sikandar Jal Kot
289 Abdul Haq Sona Mian Jal Kot
290 Zia ul Haq Ghazi Khan Jal Kot
291 Ghulam Rasool Said Imam Jal Kot
292 Abdul Manan Haji Shah Alam Jal Kot
293 Haji Shah Alam Haji Mirza Khan Jal Kot
294 Syed Imran Sadbar Jal Kot
295 Abdul Salam Syed Imran Jal Kot
296 Muhammad Bashir Rahmat Ullah Jal Kot
297 Malik Summundar Haji Mirza Khan Jal Kot
298 Gulzar Haji Summundar Jal Kot
299 Abdul Rasheed Qadam Khan Jal Kot
300 Shazada Khan Gull Namair Jal Kot
301 Bakhtiaqr Shah Jahan Jal Kot
302 Rahmatullah Abdul Majeed Jal Kot
303 Mian Gul Haji Summundar Jal Kot
304 Abdullah Haji Summundar Jal Kot
305 Haji Sikandar Chaqoo Jal Kot
306 Abdul Manan Sabir Khan Jal Kot
307 Gulab Shah Nadir Jal Kot
308 Fazal Rehman Zaloo Jal Kot
309 Khatib ur Rehman Zaloo Jal Kot
310 Zaloo Khan Sawab Khan Jal Kot
311 Abdul Karim Khan Bahadar Jal Kot
312 Abdur Rahim Ghazi Khan Jal Kot
313 Saif ur Rehman Molvi Ali Dad Jal Kot
314 Muhammad Sher Sher Gul Khan Jal Kot
315 Hazrat Khan Gul Sher Jal Kot
316 Sher Zaman Rahat Mukhtar Jal Kot
317 Sabir Khan Tarro Jal Kot
318 Abdul Hakeem Zaloo Jal Kot
319 Zahoor Sawab Khan Jal Kot
320 Manak Haji Akbar Jal Kot
321 Hadan Malik Habib Jal Kot
322 Muhammad Javed Haji Akbar Jal Kot
323 Haji Gul Rehman Haji Jadid Jal Kot
324 Awat Khan Haqiq Jal Kot
325 Ghulam Said Sear Shah Jal Kot
326 Mohibbullah Jadid Jal Kot
327 Abdul Haq Muhammad Naseer Jal Kot
328 Shamsur Rehman Muhammad Naseer Jal Kot
329 Muhammad Naseer Malik Jadid Jal Kot
330 Jadid Haji Akbar Jal Kot
331 Mujeeb ur Rehman Jadid Jal Kot
Annexure A–2
Page 13 of 16
Dasu Hydropower Project – Feasibility Report
332 Malik Saroom Haji Akbar Jal Kot
333 Umar Yar Shah Rasool Malik Jal Kot
334 Ghulam Rasool Sear Shah Jal Kot
335 Mir Ayaz Shah Rasool Malik Jal Kot
336 Shah Rasool Malik Tota Malik Jal Kot
337 Mariam Furqan Jal Kot
338 Sabir Jamil Sufaid Jal Kot
339 Said ul Haq Malik Saroom Jal Kot
340 Abdul Malik Malik Saroom Jal Kot
341 Fazal Haq Malik Saroom Jal Kot
TABLE A-2.5: INVENTORY OF COMMERCIAL ACTIVITIES (SHOPS)
LOWER RIPARIAN AREA
Sr. No Name of Respondent Father's Name Location
1 Abdul Sattar Raj Khan Chuchang
2 Mohammad Javed Kalishmir Chuchang
3 Karim Dad Raj Khan Chuchang
4 Wakeel Mirza Khan Khoshi
5 Harbab shah Badar Khoshi
6 Anwar ul Haq Satwal Khoshi
7 Fazal Azeem Harbab Shah Khoshi
8 Ghulam Rasool Sear Shah Komila
9 Muhammad Taj Sajjad Komila
10 Haqul Mobeen Muhammad Alam Komila
11 Furqan Abdullah Komila
12 Muhammad Jamil Haji Mohd Zaman Komila
13 Muhammad Shoaib Haji Ghulia Komila
14 Summar Khan Mamar Khan Komila
15 Shafiqur Rehman Habib ur Rehman Komila
16 Shahzad Ahmad Komila
17 Hafizur Rehman Taj Muhammad Komila
18 Nowsher Pir Dad Komila
19 Noor Muhammad Haji Fazal Komila
20 Faroze Din Hakeem Said Komila
21 Mohib ur Rehman Ishaq Komila
22 Mujeeb ur Rehman Lal Mian Komila
23 Asif Shah Sultan Komila
24 Fazal Rahim Bakht Taj Komila
25 Farmas Khan Umar Khan Komila
26 Muhammad Munir Habib Ur Rehman Komila
27 Abdul Qadoos Bora Komila
28 Mehmood Abdul Rahim Komila
29 Muhammad Yaqoob Subhan Haji Komila
30 Shams ul Haq Shah Jahan Komila
31 Yazidur Rehman Muhammad Munir Komila
32 Gul Namir Noaman Komila
33 Dr.Taj Muhammad Jan Muhammad Komila
34 Muhammad Shafiq Shareen Muhammad Komila
35 Muhammad Ehsan Muhammad Hanif Komila
36 Muhammad shar Japur Khan Komila
37 Sher Khan Dar Jhan Komila
38 Nur Saleem Haji Akram Komila
39 Razwan Ullah Janat Nazeer Komila
40 Muhammad Riaz Sher Ghazi Komila
41 Hikmat Shah Hejab Khan Komila
Annexure A–2
Page 14 of 16
Dasu Hydropower Project – Feasibility Report
42 Iqbal Shah Ghulam Jan Komila
43 Sher Ghazi Ghulam Jan Komila
44 Mir Alam Ghulab Shah Komila
45 Yaseen Khan Jalander Komila
46 Abdul Sattar Bora Komila
47 Mujadad Said Umar Komila
48 Rahim Shah Ahmad Wali Komila
49 Shamsul Haq Khalil Komila
50 Muhammad Sadiq Laiq Komila
51 Subar Shah Gul Samar Shah Komila
52 Saf ur Rehman Shafat Komila
53 Aqil Abdul Razak Komila
54 Jamshed Ali Kaky Komila
55 Muhammad Younas Haji Mast Khan Komila
56 Haris Shah Pir Wali Shah Komila
57 Shahzada Sharifullah Komila
58 Sher Badishah Mukhtar Komila
59 Shah Nawaz Haji Shazareen Komila
60 Abdul Basir Rusham Khan Komila
61 Ehsan ul Haq Sher Muhammad Khan Komila
62 Aurang Zaib Jahan Zaib Komila
63 Badar Jamil Saiful Malook Komila
64 Abdur Rahim Mohsin Mian Komila
65 Umar Khan Molvi Badar Komila
66 Dsham Khan Habib Khan Komila
67 Mutber Shah Aderman Komila
68 Abdul Mateen Muhammad Siddique Komila
69 Shahid Irshad Muhammad Nazir Komila
70 Muhammad Irshad Muhammad Nazeer Komila
71 Fazal Qadir Amir Nawab Komila
72 Gulzar Muhammad Khan Komila
73 Sher Ali Anayat Ali Komila
74 Gul Shahzada Mustahan Komila
75 Sher Ghazi Liaquat Komila
76 Umair Chenar Komila
77 Bakht Rawan Aziz ur Rehman Komila
78 Abdul Rehman Khan Badsha Komila
79 Umar Yar Kachul Komila
80 Mashore Haibat Khan Komila
81 Bakht Zada Waqar Zada Komila
82 Molvi Abdur Rehman Ibrahim Khalil Komila
83 M.Farid Khan Sher Zaman Komila
84 Umar Rehman Fazal Rehman Komila
85 Taj Muhammad Ali Muhammad Komila
86 Bahauddin Mian Abad Shah Komila
87 Syed Rehmat Daulat Mand Komila
88 Noor Nabi Brader Komila
89 Sher Zaman Muhammad Komila
90 Abdul Qayyum Abdul Hakim Komila
91 Shahbaz Gul Sher Komila
92 M. Nazeer Sarmad Komila
93 Sher Zada Abdul Qadeem Komila
94 Zar Mian Buraq Komila
95 Abdul Malik Fazal Rehman Komila
96 Gul Zaman Said Majeed Komila
97 Fazal Shah Hakim Dad Komila
Annexure A–2
Page 15 of 16
Dasu Hydropower Project – Feasibility Report
98 Zia Ul Haq Gul Sher Komila
99 Muhammad Noor Abdul Jamil Komila
100 Shahzada Mecho Komila
101 Saeed ur Rahim Abdul Qadeer Komila
102 Noor Jan Saidu Jan Komila
103 Babar Jan Said Abdul Qayyum Komila
104 Bakht Zada Hayat Khan Komila
105 Gulzada Mecho Komila
106 Shahi Mulik Bakhat Zaman Komila
107 Ismail Sardar Komila
108 Asmat Ali Muhammad Amin Komila
109 Narang Chenar Komila
110 Bejab Khan Shera Komila
111 Jahanzaib Amir Aftab Komila
112 Gul Badsha Jabu Komila
113 Abdul Hai Alif Syed Komila
114 Gul Dad Muhammad Irfan Komila
115 Sher Badsha Mir Aftab Komila
116 Muhammad Taj Abdul Wakil Komila
117 Gulzar Ahmad Swab Khan Komila
118 M. Basharat Muhammad Aslam Komila
119 Dar Jahan Shah Umar Komila
120 Bakhtzada Badsha Khan Komila
121 Gul Faraz Karim Dad Komila
122 Gul Khan Sheikh Ali Komila
123 Taurat Khan Didar Shah Komila
124 Syed Malook Shah Zaman Komila
125 Sumbul Shah Abdul Razaq Komila
126 Gohar Malook Bakht Malook Komila
127 Ahsamul Haq Gul Zarin Komila
128 M.Younas Must Khan Komila
129 Gul Khan Riaz Mahmood Komila
130 Faradoon Shafat Dasu
131 Faiz ur Rehman Faradoon Dasu
132 Juma Said Muhammad Ajmir Dasu
133 Mustafa Abdul Manan Dasu
134 Syed Zar Muhammad Faqeer Dasu
135 Fazal Amin Pir Said Dasu
136 Akbar Azam Gulzar Dasu
137 Muhammad Wakil Juma Said Dasu
138 Shah Zareen Habib Ullah Dasu
139 Raj Mir Juma Said Dasu
140 Amir Nawaz Haji Chafat Komila
141 Shabaz Raj Wali Komila
142 Lashkar Kucha Komila
143 Muhammad Ali Muhammad Munir Komila
144 Murad Ali Muhammad Munir Komila
145 Hayat Khan Abdul Sattar Komila
146 Muhammad Ayub Ahmad Ali Komila
147 Haji Yarmanoon Malik Channu Komila
148 Hakam Khan Summandar Khan Komila
Annexure A–2
Page 16 of 16
Dasu Hydropower Project – Feasibility Report
TABLE A-2.6: INVENTORY OF RESIDENTIAL HOTELS
LOWER RIPARIAN AREA
Sr. No Name of Respondent Father's Name Name of
Village/Settlement
1 Haji Abdul Latif Naimat Gul Dasu
2 Wahid Zada Salar Dasu
3 Muhammad Abrar Muhammad Ehsan Dasu
4 Abdul Malik Haji Sikandar Dasu
5 Khanzada Malik Sakhi Dasu
6 Charaguddin Abdul Majeed Dasu
7 Shahroom Muhammad Din Dasu
8 Hayat Khan Abdul Sattar Dasu
9 Abdul Baqi Lal Khan Dasu
10 M.Zabbor Abdul Malik Dasu
11 Shah Nasir Jamal Malik Dasu
12 Abdul Karim Khan Bahadar Komila
13 Haq Nawaz Shah Nawaz Komila
14 Shah e Room Haji Muhammad Din Komila
15 Gul Zarin Namat Khan Komila
16 Badshah Salam dar Komila
17 Bakhtiar Sar Zamin Komila
TABLE A-2.7: INVENTORY OF VILLAGE PROFILE
LOWER RIPARIAN AREA
Sr. No Name of Respondent Father's Name Name of
Villages/Localities
1 Malik Gulzar Malik Mulla Khan Dasu
2 Sher Zada Malik Micho Komila
3 Abdul Malik Saroom Malik Jalkot
4 Noor Ul Hadi Muzammil Khan Seo
5 Ahmad Shah Multan Malik Lower Chuchang
ANNEXURE A – 3
FREQUENCY TABLES
RESERVOIR AREA
Annexure A–3
Page 1 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.1: SUMMARY OF SOCIO-ECONOMIC IMPACTS IN RESERVOIR
AND LOWER RIPARIAN AREAS
Sr. No. Description Reservoir Area Lower
Riparian Area
1 Number of Housing 278 1950
2 Number of House Hold 417 2925
3 Number of Interviewed 262 341
4 Average Family Size 8.8 10.5
5 Marital Status (Married) 96.90% 97.90%
6 Education Qualification
Illiterate 59.50% 45.70%
Literate 40.50% 54.30%
School going children (Male) Below 18 Years 57.30% 75.70%
(Female) 30.50% 56.00%
7 Occupation Status
Farming 29.40% 15.00%
Trade 24.40% 32.80%
Service 22.50% 34.30%
Other 23.70% 17.90%
8 Population (Male)
Less than 5 Year 35.60% 34.40%
6 – 18 Years 41.80% 41.60%
19 – 45 Years 17.80% 19.50%
Above 4.90% 4.50%
9 Population (Male)
Less than 5 Year 28.60% 31.00%
6 – 18 Years 28.00% 34.90%
19 – 45 Years 32.20% 26.30%
Above 11.10% 7.80%
10 Structure of the Family
Joint Family 26.70% 39.00%
Nuclear 73.30% 61.00%
Exogamy 57.30% 60.40%
Endogamy 42.70% 39.60%
11 Major Source of Income
Agriculture 21.80% 4.40%
Trade / Agriculture 18.70% 14.10%
Agriculture / Service 15.60% 11.10%
Other Sources 43.90% 70.40%
12 Average Monthly Income (Income Groups)
Rs. 3001 – Rs. 5000 16.00% 9.70%
Rs. 5001 – Rs. 7000 17.60% 19.40%
Rs. 7001 – Rs. 9000 14.50% 19.10%
Rs. 9001 – Rs. 11000 17.60% 18.50%
Other Groups 34.30% 33.30%
13 Average Monthly Family Expenditure (Income Group)
Rs. 3001 – Rs. 5000 17.60% 12.90%
Rs. 5001 – Rs. 7000 24.80% 23.50%
Rs. 7001 – Rs. 9000 16.40% 20.20%
Rs. 9001 – Rs. 11000 17.90% 16.10%
Other Groups 23.30% 27.30%
14 Ownership Status of House
Self Owned 99.20% 98.20%
Rented / Rent free 0.80% 1.80%
Annexure A–3
Page 2 of 24
Dasu Hydropower Project – Feasibility Report
Sr. No. Description Reservoir Area Lower
Riparian Area
15 Nature of Construction of House
Kaccha / Mud House 52.30% 33.70%
Pacca / Cemented 12.20% 47.50%
Semi Cemented 35.50% 18.80%
16 Number of Rooms in House
One Room 22.90% 15.00%
Two Rooms 27.10% 33.40%
Three Rooms 22.10% 20.50%
More than three 27.90% 31.10%
17 Number of Bath Rooms in the House
One Bath 44.70% 35.80%
Two Bath 21.00% 37.80%
Three Bath 9.90% 10.30%
More than three Baths 6.10% 11.70%
No Bath Room Facility 18.30% 4.40%
18 Period Since Construction of House (Years)
0 – 5 Years 20.60% 19.10%
5 – 10 Years 30.90% 30.50%
10 – 15 Years 23.30% 19.10%
15 – 20 Years 14.90% 20.80%
Above 20 Years 10.30% 10.60%
19 Estimated Value of the House
Less than Rs. 100,000 9.20% 2.60%
Rs. 100,001 to Rs. 200,000 11.50% 6.20%
Rs. 200,001 to Rs. 300,000 13.70% 4.10%
Rs. 300,001 to Rs. 400,000 19.10% 5.00%
Above Rs. 400,000 46.60% 82.10%
20 Facilities Available in the House
Electricity & Water Supply 63.40% 97.10%
No Facility 36.60% 2.90%
21 Type of Fuel for Illumination, Heating & Cooking
Illumination Electricity 62.20% 96.40%
Kerosene 34.00% 1.80%
LPG & Other 3.80% 1.80%
Heating Kerosene 0.40% 1.20%
Fire Wood 99.60% 98.80%
Cooking Fire Wood 100% 99.40%
Other - 0.60%
22 Source of Water for Drinking
Public Water Supply 40.10% 85.90%
Water Channel 26.00% 2.10%
Nullah 22.10% 1.50%
Spring 10.30% 10.30%
Other Sources 1.50% 0.30%
23 Source of Water for Agriculture / Animals
Water Channel 58.40% 53.40%
Nullah 21.40% 3.50%
Spring 11.10% 14.10%
Other Sources 9.10% 29.00%
24 Kind of Evidence of Property
Personal Evidence 96.90% 77.40%
Government Stamp / Plain Paper 3.10% 22.60%
Annexure A–3
Page 3 of 24
Dasu Hydropower Project – Feasibility Report
Sr. No. Description Reservoir Area Lower
Riparian Area
25 Nature of Farming
Owner 62.20% 42.80%
Owner Cum Tenant 16.80% 10.90%
Tenant 3.40% 12.90%
Share Croppers 1.50% 0.30%
No Agriculture Land 16.00% 33.10%
26 Major Agricultural Crops
Wheat, Maize & Vegetable 67.60% 58.90%
Other Crops 16.40% 8.00%
27 Approximate Price of Cultivated Land (Rs.)
Rs. 100,000 to Rs. 150,000 24.40% 4.10%
Rs. 150,001 to Rs. 200,000 54.20% 3.30%
More than Rs. 200,000 4.40% 55.50%
No Agriculture Land 16.00% 33.10%
28 Average Number of Cows 4 3
29 Average Number of Goat / Sheep 42 29
30 Amount Borrowed 15.30% 9.40%
31 Amount No Borrowed 84.70% 90.60%
32 Mode of Compensation
Cash 93.50% -
Alternative Land / Building 6.50% -
TABLE A-3.2 AVERAGE FAMILY SIZE - RESERVOIR AREA VILLAGEWISE
Sr. No. Name of Villages Number of Interviews Total
Population
Average
Family Size
1 Segal 20 168 8.4
2 Logro 20 132 6.6
3 Barseen 11 110 10.0
4 Gule Bagh / Maidan 22 166 7.5
5 Kaigah 28 216 7.7
6 Largani Bridge 7 36 5.1
7 Gumo 15 111 7.4
8 Sazeen 3 51 17.0
9 Gayal 32 342 10.7
10 Kai Doga 11 121 11.0
11 Shatyal 11 108 9.8
12 Drail Bridge 12 91 7.6
13 Adam Banda 2 33 16.5
14 Doondar 4 37 9.3
15 Panibah 18 94 5.2
16 Soomar Nullah 1 7 7.0
17 Uchar Nullah 3 13 4.3
18 Looter 3 21 7.0
19 Millar Doga 10 136 13.6
20 Siglo 22 246 11.2
21 Siri Shal 1 6 6.0
22 Lachi Nullah 1 6 6.0
23 Waliabad 1 7 7.0
24 Kot Gul 2 22 11.0
25 Harban Cool 2 25 12.5
Total 262 2305 8.8
Annexure A–3
Page 4 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.3 AGES OF THE HEADS OF HOUSEHOLDS
Age Groups Frequency Percent
Less Than 20 Yrs 7 2.7
21 - 30 Yrs 73 27.9
31 - 40 Yrs 87 33.2
41 - 50 Yrs 47 17.9
51 - 60 Yrs 23 8.8
61 Yrs and Above 25 9.5
Total 262 100.0
TABLE A-3.4 MARITAL STATUS OF THE HEADS OF HOUSEHOLDS
Marital Status Frequency Percent
Single 8 3.1
Married 254 96.9
Total 262 100.0
TABLE A-3.5 EDUCATION OF THE HEADS OF HOUSEHOLDS
Education
Qualification Frequency Percent
Illiterate 156 59.5
Primary 29 11.1
Middle 5 1.9
Secondary 40 15.3
Higher Secondary 13 5.0
Graduate 8 3.1
Post Graduate 5 1.9
Deeni Uloom 5 1.9
Professional
Graduate 1 0.4
Total 262 100.0
Annexure A–3
Page 5 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.6 NAME OF TRIBES OF THE HEADS OF HOUSEHOLDS
Tribes Frequency Percent
Toray Khail 30 11.5
Kharza Khail 26 9.9
Shamat Khail 21 8.0
Narang Khail 20 7.6
Pathan 16 6.1
Bohi Khail 13 5.0
Sheen 13 5.0
Nasir Khail 11 4.2
Gujars 11 4.2
Kamin Khail 11 4.2
Sirkhan Khan 10 3.8
Eiska Khail 9 3.4
Chalees Khail 9 3.4
Udin Khail 9 3.4
Ushar Khail 8 3.1
Sheda Khail 8 3.1
Soniwal 8 3.1
Bada Khail 7 2.7
Shukar Khail 7 2.7
Shilkan Khail 7 2.7
Boot Khail 3 1.1
Durab Khail 2 0.8
Chuta Khail 1 0.4
Judan Khail 1 0.4
Taman Khail 1 0.4
Total 262 100.0
TABLE A-3.7 OCCUPATIONAL STATUS
Occupations Frequency Percent
Agricultural Farming 77 29.4
General Labor 21 8.0
Trade 64 24.4
Service 59 22.5
Cattle Farming 10 3.8
Unemployed 12 4.6
Gold collection 7 2.7
Driver 4 1.5
Teacher 3 1.1
Self Employed 5 1.9
Total 262 100.0
Annexure A–3
Page 6 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.8 LANGUAGES SPOKEN BY THE HEAD OF HOUSEHOLDS
Languages Frequency Percent
Kohistani 111 42.4
Shina 75 28.6
Pushtoo 8 3.1
Kohistani & Shina 68 26.0
Total 262 100.0
TABLE A-3.9 TOTAL POPULATION BY SEX
Male Female Both Sexes Age Groups
Number Percent Number Percent Number Percent
Less Than 5 Years 421 35.6 321 28.6 742 32.2
6 - 18 years 494 41.8 314 28.0 808 35.1
19 - 45 Years 210 17.8 362 32.3 572 24.8
46 - 60 Years 27 2.3 100 8.9 127 5.5
61 and Above 31 2.6 25 2.2 56 2.4
Total 1,183 100 1,122 100 2,305 100
TABLE A-3.10 SIZE OF FAMILY
Family Size Frequency Percent
0 - 5 69 26.3
6 - 10 119 45.4
11 - 15 45 17.2
16 - 20 23 8.8
21 - 25 6 2.3
Total 262 100.0
TABLE A-3.11 STRUCTURE OF THE FAMILY
Family System Frequency Percent
Joint Family 70 26.7
Nuclear 192 73.3
Total 262 100
Exogamy 150 57.3
Endogamy 112 42.7
Total 262 100
TABLE A-3.12 CHILD BIRTHS IN THE FAMILY DURING LAST ONE YEARS
Number of Births Frequency Percent
1 103 39.3
2 13 5.0
More Than 2 3 1.1
No Child Births 143 54.6
Total 262 100.0
Annexure A–3
Page 7 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.13 DEATHS IN THE FAMILY DURING LAST ONE YEAR
Number of Deaths Frequency Percent
1 8 3.1
2 1 0.4
No Deaths 253 96.5
Total 262 100.0
TABLE A-3.14 CAUSES OF DEATHS
Causes Frequency Percent
Accident 1 0.4
During Delevery 1 0.4
Eat Poison 1 0.4
Fell in River 1 0.4
Murder 1 0.4
Oldage Factor 1 0.4
Typhoid 2 0.8
Not Known 1 0.4
No Deaths 253 96.6
Total 262 100.0
TABLE A-3.15 SCHOOL GOING CHILDREN IN THE FAMILY
BOYS BELOW 18 YEARS
Number Frequency Percent
1 46 17.6
2 42 16.0
3 24 9.2
4 18 6.9
5 11 4.2
6 4 1.5
7 4 1.5
10 1 0.4
No Child 112 42.7
Total 262 100.0
TABLE A-3.16 SCHOOL GOING CHILDREN IN THE FAMILY
GIRLS BELOW 18 YEARS
Number Frequency Percent
1 26 9.9
2 34 13.0
3 11 4.2
4 4 1.5
5 4 1.5
8 1 0.4
No Child 182 69.5
Total 262 100.0
Annexure A–3
Page 8 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.17 VOCATIONAL / TECHNICAL SKILLS OF THE FAMILY
Male Female Nature of Skills
Frequency Percent Frequency Percent
Carpenter 2 0.8 0 0.0
Driving 1 0.4 0 0.0
Electrician 1 0.4 0 0.0
Gold Collection 1 0.4 0 0.0
Tailoring / Embroidery 3 1.1 108 41.2
Did not have any skill 254 96.9 0 0.0
Household Activities 0 0.0 154 58.8
Total 262 100.0 262 100.0
TABLE A-3.18 ASPIRED VOCATIONAL / TECHNICAL SKILLS FOR FAMILY MEMBERS
Male Female Nature of Desired Skills
Frequency Percent Frequency Percent
Computer 2 0.8 0 0.0
Dirving / Macanic 3 1.1 0 0.0
Driving 4 1.5 0 0.0
Electrician 2 0.8 0 0.0
Gold Collection 1 0.4 0 0.0
Macanic 1 0.4 0 0.0
Tailoring / Embroidery 8 3.1 86 32.8
Tailoring / Driving 1 0.4 0 0.0
Tailoring / Driving /
Machanic 7 2.7 0 0.0
Undecided 233 88.9 0 0.0
Household Activities 0 0.0 176 67.2
Total 262 100.0 262 100.0
TABLE A-3.19 MAJOR SOURCES OF INCOME OF THE FAMILY
Source of Income Frequency Percent
Agriculture 57 21.8
General Labor 9 3.4
Agri and Labor 25 9.5
Trade 18 6.9
Trade and Agri 49 18.7
Cattle Farming 10 3.8
Agri & sevice 41 15.6
Self Employed 6 2.3
Service 15 5.7
Gold Collection 7 2.7
Trade & Service 1 0.4
Agri,Service & Trade 23 8.8
No Source of Income 1 0.4
Total 262 100.0
Annexure A–3
Page 9 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.20 AVERAGE MONTHLY INCOME FROM ALL SOURCES
Income Groups Frequency Percent
0 - 3000 12 4.6
3001 - 5000 42 16.0
5001 - 7000 46 17.6
7001 - 9000 38 14.5
9001 - 11000 46 17.6
11001 - 13000 21 8.0
13001 - 15000 29 11.1
15001 and Above 26 9.9
Unemployed 2 0.8
Total 262 100.0
TABLE A-3.21 AVERAGE MONTHLY FAMILY EXPENDITURE
Income Groups Frequency Percent
0 - Rs.3000 14 5.3
3001 - Rs.5000 46 17.6
5001 - Rs.7000 65 24.8
7001 - Rs.9000 43 16.4
9001 - Rs.11000 47 17.9
11001 - Rs.13000 15 5.7
13001 - Rs.15000 15 5.7
Rs.15001 and Above 15 5.7
No Income 2 0.8
Total 262 100.0
TABLE A-3.22 MODE OF PAYMENT ON HOUSEHOLD EXPENDITURE
Mode of Payment Frequency Percent
Cash 187 71.4
Credit / Deferred 75 28.6
Total 262 100.0
TABLE A-3.23 OWNERSHIP OF HOUSE
Ownership Status Frequency Percent
Self Owned 260 99.2
Rented 1 0.4
Relative House Free 1 0.4
Total 262 100.0
Annexure A–3
Page 10 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.24 NATURE OF CONSTRUCTION OF THE HOUSES
Nature of
Construction Frequency Percent
Katcha 137 52.3
Pacca 32 12.2
Semi - pacca 93 35.5
Total 262 100.0
TABLE A-3.25 NUMBER OF ROOMS IN THE HOUSE
Numbers Frequency Percent
1 60 22.9
2 71 27.1
3 58 22.1
4 38 14.5
5 13 5.0
More than 5 rooms 22 8.4
Total 262 100.0
TABLE A-3.26 NUMBER OF BATHROOMS IN THE HOUSE
Numbers Frequency Percent
1 117 44.7
2 55 21.0
3 26 9.9
4 11 4.2
5 3 1.1
More Than 5 2 0.8
No Bathroom Facility 48 18.3
Total 262 100.0
TABLE A-3.27 AREA OF THE HOUSE IN MARLAS
Area (Marlas) Frequency Percent
Less Than 5 Marla 21 8.0
5 to 10 Marla 8 3.1
10 to 20 Marla 3 1.1
Not Known 230 87.8
Total 262 100.0
Annexure A–3
Page 11 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.28 PERIOD SINCE CONSTRUCTION OF HOUSE (YEARS)
Years Frequency Percent
0 - 5 Years 54 20.6
5 - 10 Years 81 30.9
10 - 15 Years 61 23.3
15 - 20 Years 39 14.9
20 Years and above 27 10.3
Total 262 100.0
TABLE A-3.29 ESTIMATED VALUE OF THE HOUSE (RS)
Estimated Value Frequency Percent
Less Than Rs.100000 24 9.2
100001 - Rs.200000 30 11.5
200001 - Rs.300000 36 13.7
300001 - Rs.400000 50 19.1
400001 - Rs.500000 17 6.5
Above Rs.500000 105 40.1
Total 262 100.0
TABLE A-3.30 NUMBER OF SEPARATE ROOMS FOR ANIMALS IN THE HOUSE
Response Frequency Percent
Yes 209 79.8
No 53 20.2
Total 262 100.0
TABLE A-3.31 NATURE OF CONSTRUCTION OF ANIMAL ROOM
Nature of Construction Frequency Percent
Katcha 213 81.3
Semmi Pacca 1 0.4
No Separate room for animals 48 18.3
Total 262 100.0
TABLE A-3.32 FACILITIES AVAILABLE IN THE HOUSE
Facilities Frequency Percent
Electricity 58 22.1
Water Supply 2 0.8
Elect & Water Supply 99 37.8
Elect,W.Supply & T.Phone 7 2.7
No Facility 96 36.6
Total 262 100.0
Annexure A–3
Page 12 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.33 TYPE OF FUEL FOR ILLUMINATION, HEATING AND COOKING
Purpose Frequency Percent
Illumination
Electricity 163 62.2
Kerosene 89 34.0
LPG 10 3.8
Total 262 100.0
Heating
Kerosene 1 0.4
Firewood 261 99.6
Total 262 100.0
Cooking
Firewood 262 100.0
Total 262 100.0
TABLE A-3.34 ESTIMATED COST OF FUEL CONSUMED INCLUDING
FIREWOOD IN WHOLE YEAR
Estimated Cost Frequency Percent
5001 - Rs.10000 44 16.8
10001 - Rs.15000 57 21.8
15001 - Rs.20000 35 13.4
Above Rs.20000 80 30.5
No Cost 46 17.6
Total 262 100.0
TABLE A-3.35 HOUSEHOLDS ITEMS AVAILABLE IN THE HOUSE
Household Items Yes Percent No Percent
TV 27 10.3 235 89.7
Motor Vehicle 37 14.1 225 85.9
Vcr /Vcd 13 5.0 249 95.0
Cassette Player / Radio 111 42.4 151 57.6
Fridge / Freezer 11 4.2 251 95.8
AC / Air Cooler 6 2.3 256 97.7
Motor Cycle 7 2.7 255 97.3
Bicycle 11 4.2 251 95.8
Sewing Machine 131 50.0 131 50.0
Washing Machine 13 5.0 249 95.0
Geezer 9 3.4 253 96.6
Power Generator 31 11.8 231 88.2
Iron 136 51.9 126 48.1
Fan 132 50.4 130 49.6
Furniture 162 61.8 100 38.2
Other 1 0.4 261 99.6
Annexure A–3
Page 13 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.36 SOURCES OF WATER FOR DRINKING
Sources Frequency Percent
Spring 27 10.3
Nullah 58 22.1
Channel 68 26.0
Public Water Supply 105 40.1
River 1 0.4
Electric Motor 3 1.1
Total 262 100.0
TABLE A-3.37 SOURCES OF WATER FOR WASHING AND BATHING
Sources Frequency Percent
Spring 29 11.1
Nullah 54 20.6
Channel 75 28.6
Public Water Supply 100 38.2
River 1 0.4
Electric Motor 3 1.1
Total 262 100.0
TABLE A-3.38 SOURCES OF WATER FOR AGRICULTURE,
LIVESTOCK AND ANIMALS
Sources Frequency Percent
Spring 29 11.1
Nullah 54 20.6
Channel 75 28.6
Public Water Supply 100 38.2
River 1 0.4
Electric Motor 3 1.1
Total 262 100.0
TABLE A-3.39 EVIDENCE OF SALE / PURCHASE OF PROPERTY
Response Frequency Percent
Yes 8 3.1
No 254 96.9
Total 262 100.0
TABLE A-3.40 KINDS OF EVIDENCE OF PROPERTY
Response Frequency Percent
Govt.Stamp Paper 6 2.3
Plain Paper 2 0.8
Personal Evidence 254 96.9
Total 262 100.0
Annexure A–3
Page 14 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.41 NATURE OF FARMING
Nature of Farming Frequency Percent
Owner 163 62.2
Tenant 9 3.4
Owner-cum tenant 44 16.8
Share cropper 4 1.5
No Agriculture Land 42 16.0
Total 262 100.0
TABLE A-3.42 SIZE OF CULTIVATED LAND
Area in Kanals Frequency Percent
0 - 1 12 4.6
1 - 2 10 3.8
2 - 3 7 2.7
3 - 4 9 3.4
4 - 5 28 10.7
5 - 10 64 24.4
Above 10 Kanal 90 34.4
No Agriculture Land 42 16.0
Total 262 100.0
TABLE A-3.43 OWNERSHIP OF AGRICUTURAL IMPLEMENTS
Implements Frequency Percent
Plough for oxen 186 71.0
Plough & Thresher 34 13.0
Having no Implement 42 16.0
Total 262 100.0
TABLE A-3.44 MAJOR AGRICULTURAL CROPS
Implements Frequency Percent
Maize 3 1.1
Vegetable 1 0.4
Wheat,Maize and Vegetable 177 67.6
Wheat.Maize & Fodder 1 0.4
Wheat,Maize & Fruit 6 2.3
Wheat & Maize 26 9.9
Maize & Sorghum 2 0.8
Wheat,Maize & Sorghum 4 1.5
No Agriculture Land 42 16.0
Total 262 100.0
Annexure A–3
Page 15 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.45 APPROXIMATE PRICE OF CULTIVATED LAND (Rs)
Income Groups Frequency Percent
Less Than Rs.100000 6 2.3
100000 - Rs.150000 64 24.4
150001 - Rs 200000 142 54.2
200001 - Rs.250000 3 1.1
250000 - Rs.300000 5 1.9
No Agriculture Land 42 16.0
Total 262 100.0
TABLE A-3.46 ESTIMATED TOTAL COST ON SEED PURCHASE
Cost Frequency Percent
0 - Rs.500 7 2.7
501 - Rs.1000 44 16.8
1001 - Rs.1500 16 6.1
1501 - Rs.2000 49 18.7
Above Rs.2000 26 9.9
Own Farm Produce 78 29.8
No Agriculture Land 42 16.0
Total 262 100.0
TABLE A-3.47 ESTIMATED TOTAL COST ON FERTILIZER
Cost Frequency Percent
0 - Rs.500 2 0.8
501 - Rs.1000 40 15.3
1001 - Rs.1500 25 9.5
1501 - Rs.2000 27 10.3
Above Rs.2000 117 44.7
Own Farm Produce 51 19.5
Total 262 100.0
TABLE A-3.48 ANIMALS KEPT
Animals Numbers
Buffalo 53
Cow 1,141
Goat / Sheep 11,046
Poultry 2,816
Donkey / Mule 302
Ox 196
Horse 78
Others 12
Total 15,644
Annexure A–3
Page 16 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.49 ESTIMATED COST OF FODDER FOR ANIMALS (RUPEES)
Cost Frequency Percent
Less Than Rs 2000 12 4.6
2001 - Rs 4000 33 12.6
4001 - Rs.6000 34 13.0
6001 - Rs.8000 20 7.6
8001 - Rs.10000 21 8.0
Above Rs.10000 51 19.5
No Expenditure 91 34.7
Total 262 100.0
TABLE A-3.50 AMOUNT BORROWED
Amount Frequency Percent
0 - Rs.25000 11 4.2
25001 - Rs.50000 13 5.0
50001 - Rs.100000 9 3.4
100001 - Rs.200000 4 1.5
200001 - Rs.300000 1 0.4
300001 - Rs.400000 2 0.8
Did not borrow 222 84.7
Total 262 100.0
TABLE A-3.51 SOURCE OF BORROWING AMOUNT
Source Frequency Percent
Bank 1 0.4
Friend 6 2.3
Relative 33 12.6
Did not borrow 222 84.7
Total 262 100.0
TABLE A-3.52 PURPOSE OF BORROWING AMOUNT
Purpose Frequency Percent
Domestic Problems 19 7.3
Medical Treatment 7 2.7
Construction of House 5 1.9
Business 4 1.5
For Marriage 3 1.1
Other 2 0.8
Did not borrow 222 84.7
Total 262 100.0
Annexure A–3
Page 17 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.53 DEPENDENCE ACROSS INDUS RIVER
Response Frequency Percent
Yes 112 42.7
No 150 57.3
Total 262 100.0
TABLE A-3.54 REASONS OF DEPENDENCY
Response Frequency Percent
Family Relation 9 3.4
Market / Business 42 16.0
Access to KKH 57 21.8
Religious,Education
and Health Facilities 4 1.5
No Need 150 57.3
Total 262 100.0
TABLE A-3.55 PREFERENTIAL RESETTLEMENT LOCALITIES
Response Frequency Percent
Kohistan District 56 21.4
Dasu 34 13.0
Down to the Country 95 36.3
Don't Know 67 25.6
Any Suitable Place 10 3.8
Total 262 100.0
TABLE A-3.56 MODE OF COMPANSATION
Source Frequency Percent
Cash 245 93.5
Alternative Land 2 0.8
Alt Land & Building 14 5.3
Cash & Alternate
Land 1 0.4
Total 262 100.0
TABLE A-3.57 KNOWLEDGE ABOUT CONSTRUCYION OF DAM
Response Frequency Percent
Yes 220 84.0
No 42 16.0
Total 262 100.0
Annexure A–3
Page 18 of 24
Dasu Hydropower Project – Feasibility Report
FREQUENCY TABLES OF COMMERCIAL ACTIVITIES (SHOPS)
TABLE A-3.58 AGE OF RESPONDENT
Age Group Frequency Percent
0 - 20 Years 1 5.0
21 - 25 Years 3 15.0
26 - 30 Years 4 20.0
31 - 35 Years 3 15.0
36 - 40 Years 4 20.0
41 - 45 Years 2 10.0
46 - 50 Years 1 5.0
51 Years And Above 2 10.0
Total 20 100.0
TABLE A-3.59 EDUCATION QUALIFICATON OF THE RESPONDENT
Qualification Frequency Percent
Illiterate 10 50.0
Middle 1 5.0
Secondary 4 20.0
Higher Secondary 1 5.0
Graduate 2 10.0
Post Graduate 1 5.0
Deeni Uloom 1 5.0
Total 20 100.0
TABLE A-3.60 TRIBES OF RESPONDENT
Tribes Frequency Percent
Sheen 6 30.0
Tandoli 1 5.0
Mughal 1 5.0
Shamat Khail 7 35.0
Sheda Khail 3 15.0
Durab Khail 1 5.0
Others 1 5.0
Total 20 100.0
TABLE A-3.61 TYPES OF SHOPS
Types Frequency Percent
Self Owned 9 45.0
Rented 11 55.0
Total 20 100.0
Annexure A–3
Page 19 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.62 OCCUPANCY STATUS
Occupancy Frequency Percent
1 16 80.0
2 3 15.0
More than 3 1 5.0
Total 20 100.0
TABLE A-3.63 NATURE OF BUSINESS
Nature of Business Frequency Percent
Grocery Shop 1 5.0
Driver Hotel 11 55.0
General Store 7 35.0
Cold Drink Shop 1 5.0
Total 20 100.0
TABLE A-3.64 SIZE OF COVERED AREA OF SHOPS
Size Frequency Percent
Less Than 250 Sqf 11 55.0
251 - 500 sq ft 6 30.0
501 - 1000 sq ft 3 15.0
Total 20 100.0
TABLE A-3.65 NATURE OF CONSTRUCTION
Nature of
Construction Frequency Percent
Pucca 1 5.0
Semi-Pucca 8 40.0
Kachha 2 10.0
Wooden 9 45.0
Total 20 100.0
TABLE A-3.66 ESTIMATED COST OF COMMERTIAL ACTIVITIES
Costs Frequency Percent
Less Than 100000 Rs. 1 5.0
100001 - 200000 Rs. 7 35.0
200001 - 300000 Rs. 1 5.0
300001 - 400000 Rs. 2 10.0
400001 - 500000 Rs. 2 10.0
500001 Rs. and Above 7 35.0
Total 20 100.0
Annexure A–3
Page 20 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.67 HOW MANY YEARS RUNNING THE BUSINESS
Years Frequency Percent
Less Than 1 Year 1 5.0
2 - 5 Years 2 10.0
6 - 10 Years 9 45.0
Above 10 Years 8 40.0
Total 20 100.0
TABLE A-3.68 PRESENT STOCK OF GOODS IN THE SHOP / HOTEL
Stocks in Rupees Frequency Percent
Less than 100000 Rs. 9 45.0
100001 - 200000 Rs. 7 35.0
200001 - 300000 Rs. 2 10.0
300001 - 400000 Rs. 1 5.0
400001 - 500000 Rs. 1 5.0
Total 20 100.0
TABLE A-3.69 NUMBER OF PERSONS WORKING IN SHOPS / HOTELS
Number of Persons Frequency Percent
1 7 35.0
2 3 15.0
3 3 15.0
5 1 5.0
6 and Above 6 30.0
Total 20 100.0
TABLE A-3.70 DOMIINENT MODE OF PAYMENT
Mode of Payment Frequency Percent
Cash Payment 14 70.0
Cash and Credit 6 30.0
Total 20 100.0
TABLE A-3.71 AVERAGE DAILY SALE OF GOODS AND SERVICES
Sale in Rupees Frequency Percent
Less Than 500 Rs. 1 5.0
501 - 1000 Rs 1 5.0
1501 - 2000 Rs. 6 30.0
3501 - 4000 Rs. 1 5.0
4501 - 5000 Rs. 2 10.0
5001 Rs. and Above 9 45.0
Total 20 100.0
Annexure A–3
Page 21 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.72 AVERAGE DAILY PROFIT
Profit in Rupees Frequency Percent
Less Than 200 Rs. 2 10.0
201 - 400 Rs. 1 5.0
401 - 600 Rs. 5 25.0
601 - 800 Rs. 1 5.0
801 - 1000 Rs. 4 20.0
1001 - 1500 Rs. 2 10.0
1501 - 2000 Rs. 3 15.0
2001 Rs. and Above 2 10.0
Total 20 100.0
FREQUENCY TABLES OF VILLAGE PROFILE
TABLE A-3.73 AGE OF RESPONEDENT
Age Groups Frequency Percent
21 - 25 Years 2 15.4
26 - 30 Years 2 15.4
36 - 40 Years 4 30.8
41 - 45 Years 1 7.7
46 - 50 Years 2 15.4
Above 50 Years 2 15.4
Total 13 100.0
TABLE A-3.74 QUALIFICATION OF RESPONDENTS
Qualification Frequency Percent
Illiterate 8 61.5
Primary 1 7.7
Secondary 1 7.7
Graduate 1 7.7
Post Graduate 1 7.7
Deeni Uloom 1 7.7
Total 13 100.0
TABLE A-3.75 MAJOR LANGUAGES SPOKEN IN VILLAGE
Languages Frequency Percent
Kohistani & Shina 3 23.1
Kohistani,Shina and
Urdu 4 30.8
Kohistani,Shina,Pashto
and Urdu 6 46.2
Total 13 100.0
Annexure A–3
Page 22 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.76 ACCESSIBILITY OF VILLAGE FROM KKH
Accessibility Frequency Percent
Track 8 61.5
Un-Metalled 1 7.7
Dolly 3 23.1
Suspansion Bridge 1 7.7
Total 13 100.0
TABLE A-3.77 APPROXIMATE POPULATION OF VILLAGES
Numbers Frequency Percent
Less Than 100 2 15.4
101 - 200 4 30.8
201 - 300 4 30.8
301 - 400 2 15.4
1001 - 2000 1 7.7
Total 13 100.0
TABLE A-3.78 APPROXIMATE NUMBER OF HOUSES IN VILLAGE
Numbers Frequency Percent
10 -20 3 23.1
21 - 30 3 23.1
30 - 40 4 30.8
40 - 50 2 15.4
51 - 100 1 7.7
Total 13 100.0
TABLE A-3.79 MALE EDUCATION FACILITIES AVAILABLE IN VILLAGE
Education Facilities Frequency Percent
Primary 4 30.8
High 1 7.7
Deeni Madrassa 1 7.7
No Facility 7 53.8
Total 13 100.0
TABLE A-3.80 FEMALE EDUCATION FACILITIES AVAILABLE IN VILLAGE
Education Facilities Frequency Percent
Primary 3 23.1
No Facility 10 76.9
Total 13 100.0
Annexure A–3
Page 23 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.81 INSITUTIONAL FACILITIES AVAILABLE IN VILLAG
Facilities Frequency Percent
Hospital 1 7.7
Mosque 11 84.6
BHU & Mosque 1 7.7
Total 13 100.0
TABLE A-3.82 FACILITIES AVAILABLE IN THE VILLAGE
Response Yes Percent No Percent
Drainage 0 0.0 13 100.0
Electricity 10 76.9 3 23.1
Street Lights 0 0.0 13 100.0
Grocery Shops 3 23.1 10 76.9
Medical Store 1 7.7 12 92.3
Graveyard 9 69.2 4 30.8
Telephone 0 0.0 13 100.0
TABLE A-3.83 SOURCES OF WATER IN VILLAGE
Sources Frequency Percent
Channel 4 30.8
Water Supply 3 23.1
Spring 2 15.4
Nullah 4 30.8
Total 13 100.0
TABLE A-3.84 CHILD BIRTH ATTENDENTS AVAILABLE IN VILLAGE
Response Frequency Percent
Yes 3 23.1
No 10 76.9
Total 13 100.0
TABLE A-3.85 OWNERSHIP RIGHTS OF MOUNTAIN AND NATURAL
RESOURCES IN VILLAGE
Ownership Rights Frequency Percent
Owner Tribes 12 92.3
Indivisual 1 7.7
Total 13 100.0
Annexure A–3
Page 24 of 24
Dasu Hydropower Project – Feasibility Report
TABLE A-3.86 INFLUENTIAL PERSONS IN VILLAGE
Influential Persons Frequency Percent
Head Of Tribe 12 92.3
Head Of Families 1 7.7
Total 13 100.0
TABLE A-3.87 HOW THE MATTER SOLVED BY LOCALS IN VILLAGE
Resonse Frequency Percent
Jirgah 11 84.6
Head Of Tribe 2 15.4
Total 13 100.0
TABLE A-3.88 TYPES OF MIGRATION BY LOCALS
Types Frequency Percent
Seasonal 12 92.3
Not Migrate 1 7.7
Total 13 100.0
TABLE A-3.89 REASON OF MIGRATION BY LOCALS
Resonse Frequency Percent
Hot weather 12 92.3
Not Migrate 1 7.7
Total 13 100.0
TABLE A-3.90 AREA OF SELLING AGRICULTURAL PRODUCE AND LIVE STOCK
Area of Selling Frequency Percent
Nearby Village 8 61.5
Dasu 1 7.7
Other Cities 1 7.7
Do Not Sell 3 23.1
Total 13 100.0
ANNEXURE A – 4
FREQUENCY TABLES
LOWER RIPARIAN AREA
Annexure A–4
Page 1 of 26
Dasu Hydropower Project – Feasibility Report
FREQUENCY TABLES OF HOUSEHOLD SAMPLE SURVEY
TABLE A-4.1 AVERAGE FAMILY SIZE
Name Of
Villages
Number Of
Interviews
Total
Population
Average
Family Size
Chalgah/Khoshi 4 42 10.5
Khoshi 15 134 8.9
Lower Chuchang 13 121 9.3
Seo 50 664 13.3
Dasu 83 1,006 12.1
Komila 122 1,114 9.1
Jal Kot 54 484 9.0
Total 341 3,565 10.5
TABLE A-4.2 AGE OF THE HEAD OF HOUSEHOLD
Age Groups Frequency Percent
Less Than 20 Yrs 7 2.1
21 - 30 Yrs 78 22.9
31 - 40 Yrs 118 34.6
41 - 50 Yrs 66 19.4
51 - 60 Yrs 45 13.2
61 Yrs and Above 27 7.9
Total 341 100.0
TABLE A-4.3 MARITAL STATUS OF THE HEAD OF HOUSEHOLDS
Marital Status Frequency Percent
Single 6 1.8
Married 334 97.9
Widow 1 0.3
Total 341 100.0
TABLE A-4.4 EDUCATIONAL QUALIFICATION OF THE HEAD OF HOUSEHOLDS
Educational
Qualification Frequency Percent
Illiterate 156 45.7
Primary 32 9.4
Middle 16 4.7
Secondary 83 24.3
Higher Secondary 26 7.6
Graduate 12 3.5
Post Graduate 2 0.6
Deeni Uloom 9 2.6
Professional
Graduate 5 1.5
Total 341 100.0
Annexure A–4
Page 2 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.5 NAME OF TRIBES OF THE HEAD OF HOUSEHOLDS
Tribes Frequency Percent
Shamat Khail 121 35.5
Eiska Khail 25 7.3
Ushar Khail 5 1.5
Bohi Khail 3 0.9
Chalees Khail 35 10.3
Udin Khail 16 4.7
Shilkan Khail 4 1.2
Judan Khail 7 2.1
Boot Khail 3 0.9
Bada Khail 1 0.3
Sheda Khail 38 11.1
Shukar Khail 45 13.2
Durab Khail 3 0.9
Narang Khail 11 3.2
Pattan 6 1.8
Lohar 3 0.9
Jot Khail 1 0.3
Zaga Khail 5 1.5
Awan 2 0.6
Sayyed 1 0.3
Other 6 1.8
Total 341 100.0
TABLE A-4.6 OCCPATIONAL STRUCTURE
Occupations Frequency Percent
Agricultural Farming 51 15.0
General Labor 24 7.0
Trade 112 32.8
Service 117 34.3
Cattle Farming 4 1.2
Driver 9 2.6
Teacher 4 1.2
Carpenter 2 0.6
Tailor 1 0.3
Poultry 2 0.6
Doctor 1 0.3
Self Employed 3 0.9
Unemployed 11 3.2
Total 341 100.0
TABLE A-4.7 LANGUAGES SPOKEN BY THE HEAD OF HOUSEHOLDS
Languages Frequency Percent
Kohistani 36 10.6
Shina 51 15.0
Kohistani & Shina 254 74.5
Total 341 100.0
Annexure A–4
Page 3 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.8 TOTAL POPULATION BY SEX
Male Female Total Age Groups
Number Percent Number Percent Number Percent
Less Than 5 Years 619 34.4 485 27.5 1104 31.0
6 - 18 years 749 41.6 496 28.1 1245 34.9
19 - 45 Years 352 19.5 586 33.2 938 26.3
46 - 60 Years 49 2.7 155 8.8 204 5.7
61 and Above 33 1.8 41 2.3 74 2.1
Total 1,802 100.0 1,763 100.0 3,565 100.0
TABLE A-4.9 SIZE OF FAMILY
Family Size Frequency Percent
0 - 5 70 20.5
6 - 10 127 37.2
11 - 15 79 23.2
16 - 20 41 12.0
21 - 25 19 5.6
26 - 30 4 1.2
31 and above 1 0.3
Total 341 100.0
TABLE A-4.10 STRUCTURE OF THE FAMILY
Family System Frequency Percent
Joint Family 133 39.0
Nuclear 208 61.0
Total 341 100.0
Exogamy 206 60.4
Endogamy 135 39.6
Total 341 100.0
TABLE A-4.11 CHILD BIRTHS IN THE FAMILY LAST ONE YEARS
Number of Births Frequency Percent
1 140 41.1
2 20 5.9
More Than 2 11 3.2
No Child Births 170 49.9
Total 341 100.0
Annexure A–4
Page 4 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.12 DEATHS IN THE FAMILY DURING LAST ONE YEAR
Number of Deaths Frequency Percent
1 17 5.0
2 5 1.5
3 1 0.3
No Deaths 318 93.3
Total 341 100.0
TABLE A-4.13 CAUSES OF DEATHS
Causes Frequency Percent
Accident 1 0.3
During Delivery Case 2 0.6
Fever 1 0.3
Hypatites B 1 0.3
Kidney Failure 1 0.3
Oldage 1 0.3
T.B. 1 0.3
Typhoid 7 2.1
Not Known 8 2.3
No Deaths 318 93.3
Total 341 100.0
TABLE A-4.14 SCHOOL GOING CHILDREN IN THE FAMILY
BOYS BELOW 18 YEARS
Number Frequency Percent
1 78 22.9
2 74 21.7
3 48 14.1
4 28 8.2
5 11 3.2
6 9 2.6
7 7 2.1
8 1 0.3
10 1 0.3
15 1 0.3
No Child 83 24.3
Total 341 100.0
Annexure A–4
Page 5 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.15 SCHOOL GOING CHILDREN IN THE FAMILY
GIRLS BELOW 18 YEARS
Number Frequency Percent
1 66 19.4
2 66 19.4
3 36 10.6
4 16 4.7
5 3 0.9
6 1 0.3
7 1 0.3
8 2 0.6
No Child 150 44.0
Total 341 100.0
TABLE A-4.16 VOCATIONAL / TECHNICAL SKILLS OF THE FAMILY
Nature of Skill Frequency Percent
Computer 1 0.3
Driving / Mecanic 1 0.3
Driving 8 2.3
Engineer / Doctor 1 0.3
Mason 2 0.6
Carpenter 2 0.6
Tailoring 9 2.6
Teaching 1 0.3
Did not have any skill 316 92.7
Total 341 100.0
TABLE A-4.17 ASPIRED VOCATIONAL / TECHNICAL SKILLS FOR FAMILY MEMBERS
Male Female Nature of Desired
Skills Frequency Percent Frequency Percent
Doctor 1 0.3 0 0.0
Driving / Mecanic 1 0.3 0 0.0
Driving 6 1.8 0 0.0
Electrician 3 0.9 0 0.0
Electrician/Tailoring 1 0.3 0 0.0
Macanic 1 0.3 0 0.0
Tailoring 7 2.1 0 0.0
Tailoring / Cooking 1 0.3 113 33.1
Tailoring / Driving 4 1.2 0 0.0
Any Technical 1 0.3 0 0.0
Undecided 315 92.4 228 66.9
Total 341 100.0 341 100.0
Annexure A–4
Page 6 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.18 MAJOR SOURCES OF INCOME OF THE FAMILY
Source of Income Frequency Percent
Agriculture 15 4.4
Labor 24 7.0
Business 53 15.5
Service 75 22.0
Cattle Farming 2 0.6
Driving 6 1.8
Tailoring 1 0.3
Poultry 1 0.3
Agriculture and Labor 14 4.1
Agriculture and Service 38 11.1
Business and Service 43 12.6
Business and Agriculture 48 14.1
Labor and Service 2 0.6
Agriculture,Service &
Business 11 3.2
Self Employed 6 1.8
Information not Provided 2 0.6
Total 341 100.0
TABLE A-4.19 AVERAGE MONTHLY INCOME FROM ALL SOURCES
Income Groups Frequency Percent
0 - 3000 11 3.2
3001 - 5000 33 9.7
5001 - 7000 66 19.4
7001 - 9000 65 19.1
9001 - 11000 63 18.5
11001 - 13000 18 5.3
13001 - 15000 20 5.9
15001 and Above 63 18.5
Information not Provided 2 0.6
Total 341 100.0
TABLE A-4.20 AVERAGE MONTHLY FAMILY EXPENDITURE
Income Groups Frequency Percent
0 - Rs.3000 10 2.9
3001 - Rs.5000 44 12.9
5001 - Rs.7000 80 23.5
7001 - Rs.9000 69 20.2
9001 - Rs.11000 55 16.1
11001 - Rs.13000 18 5.3
13001 - Rs.15000 15 4.4
Rs.15001 and Above 48 14.1
Information not Provided 2 0.6
Total 341 100.0
Annexure A–4
Page 7 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.21 MODE OF PAYMENT ON HOUSEHOLD EXPENDITURE
Mode of Payment Frequency Percent
Cash 230 67.4
Credit / Deferred 111 32.6
Total 341 100.0
TABLE A-4.22 OWNERSHIP OF HOUSE
Ownership Status Frequency Percent
Self Owned 335 98.2
Rented 6 1.8
Total 341 100.0
TABLE A-4.23 NATURE OF CONSTRUCTION OF THE HOUSES
Nature of
Construction Frequency Percent
Katcha 115 33.7
Pacca 162 47.5
Semi - pacca 64 18.8
Total 341 100.0
TABLE A-4.24 NUMBER OF ROOMS IN THE HOUSE
Numbers Frequency Percent
1 51 15.0
2 114 33.4
3 70 20.5
4 51 15.0
5 17 5.0
More than 5 rooms 38 11.1
Total 341 100.0
TABLE A-4.25 NUMBER OF BATHROOMS IN THE HOUSE
Numbers Frequency Percent
1 122 35.8
2 129 37.8
3 35 10.3
4 23 6.7
5 5 1.5
More Than 5 12 3.5
No Bathroom Facility 15 4.4
Total 341 100.0
Annexure A–4
Page 8 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.26 AREA OF THE HOUSE IN MARLAS
Area (Marlas) Frequency Percent
Less Than 5 Marla 5 1.5
5 to 10 Marla 3 0.9
10 to 20 Marla 3 0.9
Above 20 Marla 2 0.6
Not Known 328 96.2
Total 341 100.0
TABLE A-4.27 PERIOD SINCE CONSTRUCTION OF HOUSE (YEARS)
Years Frequency Percent
0 - 5 65 19.1
5 - 10 104 30.5
10 - 15 65 19.1
15 - 20 71 20.8
Above 20 36 10.6
Total 341 100.0
TABLE A-4.28 ESTIMATED VALUE OF THE HOUSE (RS.)
Estimated Value Frequency Percent
Less Than Rs.100000 9 2.6
100001 - Rs.200000 21 6.2
200001 - Rs.300000 14 4.1
300001 - Rs.400000 17 5.0
400001 - Rs.500000 19 5.6
Above Rs.500000 261 76.5
Total 341 100.0
TABLE A-4.29 NUMBER OF SEPARATE ROOMS FOR ANIMALS IN THE HOUSE
Response Frequency Percent
Yes 255 74.8
No 86 25.2
Total 341 100.0
TABLE A-4.30 NATURE OF CONSTRUCTION OF ANIMAL ROOM
Nature of Construction Frequency Percent
Katcha 253 74.2
Pacca 1 0.3
Semi Pacca 1 0.3
No Seprate room for animals 86 25.2
Total 341 100.0
Annexure A–4
Page 9 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.31 FACILITIES AVAILABLE IN THE HOUSE
Facilities Frequency Percent
Electricity 39 11.4
Water Supply 1 0.3
Electricity and Water Supply 249 73.0
Electricity,WaterSupply and
Telephone 42 12.3
No Facility 10 2.9
Total 341 100.0
TABLE A-4.32 TYPE OF FUEL FOR ILLUMINATION, HEATING AND COOKING
Types Frequency Percent
Illumination
Electricity 329 96.5
Kerosene 6 1.8
LPG 4 1.2
Kerosene & Firewood 2 0.6
Total 341 100.0
Heating
LPG 1 0.3
Firewood 337 98.8
Kerosene & Firewood 2 0.6
LPG & Firewood 1 0.3
Total 341 100.0
Cooking
Firewood 339 99.4
Kerosene & Firewood 1 0.3
LPG & Firewood 1 0.3
Total 341 100.0
TABLE A-4.33 ESTIMATED COST OF FUEL CONSUMED INCLUDING
FIREWOOD IN WHOLE YEAR
Estimated Cost Frequency Percent
Less than Rs.5000 3 0.9
5001 - Rs.10000 10 2.9
10001 - Rs.15000 58 17.0
15001 - Rs.20000 64 18.8
Above Rs.20000 206 60.4
Total 341 100.0
Annexure A–4
Page 10 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.34 HOUSEHOLDS ITEMS AVAILABLE IN THE HOUSE
Household Items Yes Percent No Percent
TV 74 21.7 267 78.3
Motor Vehicle 74 21.7 267 78.3
Vcr /Vcd 15 4.4 326 95.6
Cassette Player / Radio 236 69.2 105 30.8
Fridge / Freezer 66 19.4 275 80.6
AC / Air Cooler 55 16.1 286 83.9
Motor Cycle 9 2.6 332 97.4
Bicycle 20 5.9 321 94.1
Sewing Machine 235 68.9 106 31.1
Washing Machine 82 24.0 259 76.0
Geezer 21 6.2 320 93.8
Power Generator 66 19.4 275 80.6
Iron 307 90.0 34 10.0
Fan 320 93.8 21 6.2
Furniture 317 93.0 24 7.0
Other 9 2.6 332 97.4
TABLE A-4.35 SOURCES OF WATER FOR DRINKING
Sources Frequency Percent
Spring 35 10.3
Nullah 5 1.5
Channel 7 2.1
Public Water Supply 293 85.9
River 1 0.3
Total 341 100.0
TABLE A-4.36 SOURCES OF WATER FOR WASHING AND BATHING
Sources Frequency Percent
Spring 37 10.9
Nullah 5 1.5
Channel 9 2.6
Public Water Supply 289 84.8
River 1 0.3
Total 341 100.0
TABLE A-4.37 SOURCES OF WATER FOR AGRICULTURE AND LIVESTOCK / ANIMALS
Sources Frequency Percent
Spring 48 14.1
Nullah 12 3.5
Channel 182 53.4
Public Water Supply 98 28.7
River 1 0.3
Total 341 100.0
Annexure A–4
Page 11 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.38 EVIDENCE OF SALE / PURCHASE OF PROPERTY
Response Frequency Percent
Yes 85 24.9
No 256 75.1
Total 341 100.0
TABLE A-4.39 KINDS OF EVIDENCE OF PROPERTY
Response Frequency Percent
Govt.Stamp Paper 56 16.4
Plain Paper 21 6.2
Personal Evidence 264 77.4
Total 341 100.0
TABLE A-4.40 NATURE OF FARMING
Nature of Farming Frequency Percent
Owner 146 42.8
Tenant 44 12.9
Lessee 1 0.3
Owner-cum tenant 37 10.9
No Agricultural Land 113 33.1
Total 341 100.0
TABLE A-4.41 SIZE OF CULTIVATED LAND
Area in Kanals Frequency Percent
0 - 1 21 6.2
1 - 2 24 7.0
2 - 3 15 4.4
3 - 4 13 3.8
4 - 5 16 4.7
5 - 10 35 10.3
Above 10 Kanal 104 30.5
No Agricultural Land 113 33.1
Total 341 100.0
TABLE A-4.42 OWNERSHIP OF AGRICULTURAL IMPLEMENTS
Implements Frequency Percent
Plough for oxen 134 39.3
Plough for Oxen & Thresher 36 10.6
Having No Implements 58 17.0
No Agricultural Land 113 33.1
Total 341 100.0
Annexure A–4
Page 12 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.43 MAJOR AGRICULTURAL CROPS
Implements Frequency Percent
Vegetable 11 3.2
Fruits 3 0.9
Wheat,Maize and Vegetable 201 58.9
Wheat.Maize & Fodder 2 0.6
Wheat,Maize & Fruit 1 0.3
Wheat & Maize 8 2.3
Maize & Sorghum 2 0.6
No Agricultural Land 113 33.1
Total 341 100.0
TABLE A-4.44 APPROXIMATE PRICE OF CULTIVATED LAND ( RS )
Income Groups Frequency Percent
Less Than Rs.100000 3 0.9
100000 - Rs.150000 14 4.1
150001 - Rs 200000 25 7.3
200001 - Rs.250000 47 13.8
250000 - Rs.300000 31 9.1
Rs.300000 - Rs.350000 108 31.7
No Agriculture Land 113 33.1
Total 341 100.0
TABLE A-4.45 ESTIMATED TOTAL COST ON SEED PURCHASE
Cost Frequency Percent
0 - Rs.500 14 4.1
501 - Rs.1000 19 5.6
1001 - Rs.1500 5 1.5
1501 - Rs.2000 38 11.1
Above Rs.2000 50 14.7
Own Farm Produce 102 29.9
No Agriculture Land 113 33.1
Total 341 100.0
TABLE A-4.46 ESTIMATED TOTAL COST ON FERTILIZER
Cost Frequency Percent
0 - Rs.500 11 3.2
501 - Rs.1000 28 8.2
1001 - Rs.1500 25 7.3
1501 - Rs.2000 27 7.9
Above Rs.2000 100 29.3
No Expenditure 37 10.9
No Agriculture Land 113 33.1
Total 341 100.0
Annexure A–4
Page 13 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.47 ANIMALS KEPT
Animals Numbers
Buffalo 102
Cow 1,137
Goat / Sheep 9,972
Poultry 3,609
Donkey / Mule 326
Ox 268
Horse 130
Total 15,544
TABLE A-4.48 ESTIMATED COST OF FODDER FOR ANIMALS (RUPEES)
Cost Frequency Percent
Less Than Rs 2000 6 1.8
2001 - Rs 4000 15 4.4
4001 - Rs.6000 28 8.2
6001 - Rs.8000 16 4.7
8001 - Rs.10000 34 10.0
Above Rs.10000 152 44.6
No Expenditure 90 26.4
Total 341 100.0
TABLE A-4.49 AMOUNT BORROWED
Amount (Rupees) Frequency Percent
0 - Rs.25000 6 1.8
25001 - Rs.50000 9 2.6
50001 - Rs.100000 8 2.3
100001 - Rs.200000 2 0.6
200001 - Rs.300000 2 0.6
300001 - Rs.400000 1 0.3
Above Rs.400000 4 1.2
Did not borrow 309 90.6
Total 341 100.0
TABLE A-4.50 SOURCE OF BORROWING AMOUNT
Source Frequency Percent
Bank 4 1.2
Friend 7 2.1
Relative 20 5.9
Private Organization 1 0.3
Did not borrow 309 90.6
Total 341 100.0
Annexure A–4
Page 14 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.51 PURPOSE OF BORROWING AMOUNT
Purpose Frequency Percent
Domestic Problems 16 4.7
Medical Treatment 6 1.8
Construction of House 3 0.9
Business 2 0.6
For Marriage 2 0.6
Education 1 0.3
Other 2 0.6
Did not borrow 309 90.6
Total 341 100.0
TABLE A-4.52 KNOWLEDGE ABOUT CONSTRUCTION OF DAM
Response Frequency Percent
Yes 313 91.8
No 28 8.2
Total 341 100.0
Annexure A–4
Page 15 of 26
Dasu Hydropower Project – Feasibility Report
FREQUENCY TABLES OF COMMERCIAL ACTIVITIES (SHOPS)
TABLE A-4.53 AGE OF RESPONDENTS
Age Groups Frequency Percent
0 - 20 Years 10 6.8
21 - 25 Years 24 16.2
26 - 30 Years 24 16.2
31 - 35 Years 30 20.3
36 - 40 Years 18 12.2
41 - 45 Years 15 10.1
46 - 50 Years 14 9.5
51 Years And Above 13 8.8
Total 148 100.0
TABLE A-4.54 EDUCATIONAL QUALIFICATION OF THE RESPONDENT
Qualification Frequency Percent
Primary 10 6.8
Middle 13 8.8
Secondary 24 16.2
Higher Secondary 12 8.1
Graduate 10 6.8
Deeni Aloom 1 0.7
Medical Graduate 1 0.7
Illiterate 77 52.0
Total 148 100.0
TABLE A-4.55 TRIBES OF RESPONDENT
Tribes Frequency Percent
Shamat Khail 18 12.2
Sheda Khail 18 12.2
Sawati 14 9.5
Pattan 11 7.4
Eiska Khail 9 6.1
Shukar Khail 8 5.4
Mughal 6 4.1
Boot Khail 5 3.4
Chilees Khail 5 3.4
Syed 4 2.7
Jorey Khail 3 2.0
Adam Khail 3 2.0
Awan 2 1.4
Sheen 1 0.7
Narang Shah 1 0.7
Other 40 27.0
Total 148 100.0
Annexure A–4
Page 16 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.56 OWNERSHIP STATUS OF BUSINESS ACTIVITIES
Ownership Frequency Percent
Self Owned 31 20.9
Rented 117 79.1
Total 148 100.0
TABLE A-4.57 OCCUPANCY STATUS
Occupancy Frequency Percent
1 97 65.5
2 25 16.9
3 8 5.4
More than 3 18 12.2
Total 148 100.0
TABLE A-4.58 NATURE OF BUSINESS
Nature of Business Frequency Percent
General Store 41 27.7
Grocery Shop 10 6.8
Driver Hotel cum Residential 18 12.2
Cold Drink Shop 11 7.4
Macanic / Black Smith 9 6.1
Barber Shop 8 5.4
PCO / Photostat / Computer 8 5.4
Cloth / Garments 8 5.4
Tailoring 7 4.7
Auto Work Shop 6 4.1
Vegitable & Fruit Shop 5 3.4
Tyre Repair Shop 4 2.7
Clinic / Medical Store 3 2.0
Poultary 3 2.0
Building Material 2 1.4
Shoes Shop 2 1.4
Video Shop 2 1.4
Dry Fruit 1 0.7
Total 148 100.0
TABLE A-4.59 SIZE OF COVERED AREA OF SHOPS
Size in Sqf Frequency Percent
Less Than 250 Sqf 106 71.6
251 - 500 sq ft 30 20.3
501 - 1000 sq ft 8 5.4
1001 sq ft and Above 4 2.7
Total 148 100.0
Annexure A–4
Page 17 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.60 NATURE OF CONSTRUCTION
Nature of
Construction Frequency Percent
Pucca 115 77.7
Semi-Pucca 8 5.4
Kachha 5 3.4
Wooden 20 13.5
Total 148 100.0
TABLE A-4.61 ESTIMATED COST OF COMMERTIAL ACTIVITIES
Costs in Rupees Frequency Percent
Less Than 100000 Rs. 14 9.5
100001 - 200000 Rs. 9 6.1
200001 - 300000 Rs. 5 3.4
300001 - 400000 Rs. 6 4.1
400001 - 500000 Rs. 26 17.6
500001 Rs. and Above 88 59.5
Total 148 100.0
TABLE A-4.62 HOW MANY TEARS RUNNING THE BUSINESS
Years Frequency Percent
Less Than 1 Year 5 3.4
1 - 2 Years 12 8.1
2 - 3 Years 10 6.8
3 - 4 Years 7 4.7
4 - 5 Years 14 9.5
5 - 10 Years 37 25.0
Above 10 Years 61 41.2
Under Construction 2 1.4
Total 148 100.0
TABLE A-4.63 PRESENT STOCKS OF GOODS IN THE
COMMERTIAL ACTIVITIES
Stocks in Rupees Frequency Percent
Less than 100000 Rs. 47 31.8
100001 - 200000 Rs. 40 27.0
200001 - 300000 Rs. 7 4.7
300001 - 400000 Rs. 19 12.8
400001 - 500000 Rs. 10 6.8
500001 Rs. and Above 24 16.2
Not Answer 1 0.7
Total 148 100.0
Annexure A–4
Page 18 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.64 NUMBER OF PERSONS WORKING IN SHOPS / HOTELS
Number of Persons Frequency Percent
1 33 22.3
2 66 44.6
3 21 14.2
4 12 8.1
5 6 4.1
6 and Above 9 6.1
Not Answer 1 0.7
Total 148 100.0
TABLE A-4.65 DOMINENT MODE OF PAYMENT
Mode of Payment Frequency Percent
Cash Payment 87 58.8
Deferred / Credit Payments 1 0.7
Both Cash and Credit 59 39.9
Not Answer 1 0.7
Total 148 100.0
TABLE A-4.66 AVERAGE DAILY SALES OF GOODS AND SERVICES
Sales in Rupees Frequency Percent
Less Than 500 Rs. 9 6.1
501 - 1000 Rs 15 10.1
1001 - 1500 Rs. 15 10.1
1501 - 2000 Rs. 12 8.1
2001 - 2500 Rs. 6 4.1
2501 - 3000 Rs. 9 6.1
3001 - 3500 Rs. 2 1.4
3501 - 4000 Rs. 23 15.5
4001 - 4500 Rs. 1 0.7
4501 - 5000 Rs. 16 10.8
5001 Rs. and Above 39 26.4
Not Answer 1 0.7
Total 148 100.0
TABLE A-4.67 AVERAGE DAILY PROFIT
Profit in Rupees Frequency Percent
Less Than 200 Rs. 13 8.8
201 - 400 Rs. 24 16.2
401 - 600 Rs. 22 14.9
601 - 800 Rs. 25 16.9
801 - 1000 Rs. 32 21.6
1001 - 1500 Rs. 11 7.4
1501 - 2000 Rs. 8 5.4
2001 Rs. and Above 12 8.1
Not Answer 1 0.7
Total 148 100.0
Annexure A–4
Page 19 of 26
Dasu Hydropower Project – Feasibility Report
FREQUENCY TABLES OF COMMERCIAL ACTIVITIES
(RESIDENCIAL HOTELS)
TABLE A-4.68 AGE OF RESPONDENTS
Age Groups Frequency Percent
21 - 25 Years 3 17.6
26 - 30 Years 3 17.6
31 - 35 Years 2 11.8
36 - 40 Years 3 17.6
46 - 50 Years 4 23.5
51 Years And Above 2 11.8
Total 17 100.0
TABLE A-4.69 EDUCATIONAL QUALIFICATION OF RESPONDENTS
Qualification Frequency Percent
Middle 2 11.8
Secondary 6 35.3
Graduate 3 17.6
Illiterate 6 35.3
Total 17 100.0
TABLE A-4.70 TRIBE OF RESPONDENTS
Tribes Frequency Percent
Shamat Khail 7 41.2
Udin Khail 2 11.8
Sheda Khail 2 11.8
Narang Shah 1 5.9
Afridi 1 5.9
Chilees Khail 1 5.9
Swati 1 5.9
Syed 1 5.9
Pattan 1 5.9
Total 17 100.0
TABLE A-4.71 NUMBER OF ROOMS IN THE HOTEL
Number of Rooms Frequency Percent
0 - 5 2 11.8
6 - 10 5 29.4
11 - 15 7 41.2
16 - 20 2 11.8
21 and Above 1 5.9
Total 17 100.0
Annexure A–4
Page 20 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.72 SIZE OF PLOT OF THE HOTEL
Area in Kanals Frequency Percent
Less Than 1 Kanal 6 35.3
1 - 2 Kanal 4 23.5
2 - 3 Kanal 3 17.6
3 - 4 Kanal 2 11.8
4 - 5 Kanal 1 5.9
5 - 10 Kanal 1 5.9
Total 17 100.0
TABLE A-4.73 NUMBER OF FLOORS IN THE HOTEL
Response Frequency Percent
Single Floor 5 29.4
Double Floor 12 70.6
Total 17 100.0
TABLE A-4.74 ESTIMATED COST OF PLOT OF THE HOTEL
Cost in Rupees Frequency Percent
500001 - 1000000 Rs. 3 17.6
1500001 - 2000000 Rs. 1 5.9
2500001 Rs. and Above 13 76.5
Total 17 100.0
TABLE A-4.75 ESTIMATED COST OF BUILDING OF THE HOTEL
Cost in Rupees Frequency Percent
Less than 500000 2 11.8
500001 - 1000000 3 17.6
1000001 - 1500000 1 5.9
1500001 - 2500000 3 17.6
5000001 & Above 8 47.1
Total 17 100.0
TABLE A-4.76 ESTIMATED COST OF FIXTURES IN THE HOTEL
Cost in Rupees Frequency Percent
Less Than 200000 3 17.6
200001 - 400000 4 23.5
400001 - 600000 7 41.2
600001 & Above 3 17.6
Total 17 100.0
Annexure A–4
Page 21 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.77 ESTIMATED COST OF OTHER ITEMS
Cost in Rupees Frequency Percent
0 - 100000 2 11.8
100001 - 200000 1 5.9
Nil 14 82.4
Total 17 100.0
TABLE A-4.78 NUMBER OF COMPONENTS AVAILABLE IN THE HOTEL
Response Frequency Percent
Dinning Hall & Kitchen 2 11.8
Kitchen 3 17.6
Kitchen & Shop 1 5.9
Reception with Lobby,Dinning Hall, Kitchen,
Shop 1 5.9
Reception,Dinning Hall, Kitchen,Shop 1 5.9
Restaurant & Kitchen 5 29.4
Restaurant,Dinning & Kitchen 1 5.9
Restaurant,Dinning,shop & Kitchen 2 11.8
Restaurant,Shop & Kitchen 1 5.9
Total 17 100.0
TABLE A-4.79 FACILITIES AVAILABLE WITH THE ROOM IN THE HOTEL
Facilities Frequency Percent
Air Cooler,Attached Bath,Hot Water &
Electric Fans 2 11.8
Attached Bath & Electric Fans 1 5.9
Attached Bath, Telephone & Electric Fans 1 5.9
Attached Bath, Telephone,Hot Water &
Electric Fans 8 47.1
Attached Bath,Hot Water & Electric Fans 2 11.8
Electric Fan 3 17.6
Total 17 100.0
TABLE A-4.80 NUMBER OF CLIENTS AVAIL THE ROOM FACILITIES IN WINTER SEASON
Number of Clients Frequency Percent
201 - 400 1 5.9
401 - 600 4 23.5
601 - 800 1 5.9
801 - 1000 2 11.8
1001- 1500 2 11.8
1501 - 2000 4 23.5
2001 & Above 3 17.6
Total 17 100.0
Annexure A–4
Page 22 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.81 NUMBER OF CLIENTS AVAIL THE ROOM FACILITIES IN SUMMER SEASON
Number of Clients Frequency Percent
201 - 400 1 5.9
401 - 600 2 11.8
601 - 800 2 11.8
801 - 1000 3 17.6
1001 - 1500 3 17.6
1501 - 2000 4 23.5
2001 & Above 2 11.8
Total 17 100.0
TABLE A-4.82 ROOM RENT PER DAY FOR SINGLE BED IN THE HOTEL
Room Rent in
Rupees Frequency Percent
100 - 150 12 70.6
151 - 200 3 17.6
201 - 250 1 5.9
251 - 300 1 5.9
Total 17 100.0
TABLE A-4.83 ROOM RENT PER DAY FOR DOUBLE BED IN THE HOTEL
Room Rent in
Rupees Frequency Percent
100 - 200 8 47.1
201 - 300 6 35.3
401 - 500 3 17.6
Total 17 100.0
TABLE A-4.84 HOW MANY YEARS RUNNING THE BUSINESS
Years Frequency Percent
Less Than 1 Year 1 5.9
1 - 2 Years 1 5.9
2 - 3 Years 2 11.8
3 - 4 Years 1 5.9
4 - 5 Years 4 23.5
5 - 10 Years 2 11.8
Above 10 Years 6 35.3
Total 17 100.0
Annexure A–4
Page 23 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.85 NUMBER OF EMPLOYEES PERSONS WORKING IN THE HOTEL
Number of
Employees Frequency Percent
0 - 5 7 41.2
6 -10 7 41.2
11 - 15 1 5.9
16 and Above 2 11.8
Total 17 100.0
TABLE A-4.86 AVERAGE MONTHLY PROFIT
Profit in Rupees Frequency Percent
10001 - 15000 Rs. 1 5.9
20001 - 25000 Rs. 2 11.8
25001 - 30000 Rs. 1 5.9
30001 - 50000 Rs. 2 11.8
50001 - 75000 Rs. 4 23.5
75001 Rs. and Above 7 41.2
Total 17 100.0
Annexure A–4
Page 24 of 26
Dasu Hydropower Project – Feasibility Report
FREQUENCY TABLES OF VILLAGE PROFILE
TABLE A-4.87 AGE OF REPONDENT
Age Groups Frequency Percent
31 - 35 Years 1 20.0
36 - 40 Years 1 20.0
41 - 45 Years 3 60.0
Total 5 100.0
TABLE A-4.88 EDUCATIONAL QUALIFICATION OF REPONDENT
Qualification Frequency Percent
Secondary 1 20.0
Higher Secondary 2 40.0
Graduate 1 20.0
Post Graduate 1 20.0
Total 5 100.0
TABLE A-4.89 MAJOR LANGUAGES SPOKEN IN VILLAGES
Languages Frequency Percent
Kohistani,Shina and Urdu 1 20.0
Kohistani,Shina,Pashto and Urdu 3 60.0
Shina,Pashto and Urdu 1 20.0
Total 5 100.0
TABLE A-4.90 ACCESSIBILITY OF VILLAGE FROM KKH
Accessibility Frequency Percent
Track 1 20.0
Un-Metalled 2 40.0
Metalled 2 40.0
Total 5 100.0
TABLE A-4.91 APPROXIMATE POPULATION OF VILLAGES
Numbers Frequency Percent
201 - 300 1 20.0
1001 - 2000 1 20.0
3001 - 4000 2 40.0
5001 & Above 1 20.0
Total 5 100.0
Annexure A–4
Page 25 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.92 APPROXIMATE NUMBER OF HOUSES IN VILLAGES
Numbers Frequency Percent
30 - 40 1 20.0
201-300 1 20.0
401-500 2 40.0
501-1000 1 20.0
Total 5 100.0
TABLE A-4.93 MALE EDUCATION FACILITIES AVAILABLE IN VILLAGES
Education Facilities Frequency Percent
Primary 1 20.0
Primary & High 3 60.0
Primary & Middle 1 20.0
Total 5 100.0
TABLE A-4.94 FEMALE EDUCATION FACILITIES AVAILABLE IN VILLAGES
Education Facilities Frequency Percent
Primary & High 3 60.0
No Facility 2 40.0
Total 5 100.0
TABLE A-4.95 INSITUTIONAL FACILITIES AVAILABLE IN VILLAGE
Facilities Frequency Percent
Mosque 1 20.0
Post Office,Bank & Mosque 1 20.0
BHU,Post Office & Mosque 2 40.0
All Facilities 1 20.0
Total 5 100.0
TABLE A-4.96 FACILITIES AVAILABLE IN THE VILLAGE
Response Yes Percent No Percent
Drainage 0 0.0 5 100.0
Electricity 5 100.0 0 0.0
Street Lights 0 0.0 5 100.0
Grocery Shops 5 100.0 0 0.0
Medical Store 2 40.0 3 60.0
Graveyard 5 100.0 0 0.0
Telephone 3 60.0 2 40.0
Annexure A–4
Page 26 of 26
Dasu Hydropower Project – Feasibility Report
TABLE A-4.97 SOURCES OF WATER IN VILLAGE
Sources Frequency Percent
Water Supply 3 60.0
Spring 1 20.0
Nullah 1 20.0
Total 5 100.0
TABLE A-4.98 CHILD BIRTH ATTENDENTS AVAILABLE IN VILLAGE
Response Frequency Percent
Yes 2 40.0
No 3 60.0
Total 5 100.0
TABLE A-4.99 COMPETENCY OF BIRTH ATTENDENTS
Response Frequency Percent
Untrained 2 40.0
No Facility 3 60.0
Total 5 100.0
TABLE A-4.100 NGO'S EXISTS IN VILLAGE / SETTLEMEN
T
Response Frequency Percent
Yes 3 60.0
No 2 40.0
Total 5 100.0
TABLE A-4.101 HISTORICAL PLACES IN THE VILLAGE / SETTLEMENT
Resonse Frequency Percent
Old Grave yard &
Historic Wooden
Mosque
1 20.0
No Historical Places 4 80.0
Total 5 100.0
TABLE A-4.102 MARKETS OF GRAINS AND LIVESTOCK IN THE VILLAGE / SETTLEMENT
Resonse Frequency Percent
Yes 1 20.0
No 4 80.0
Total 5 100.0
APPENDIX B
PROJECT IMPACTS,
RESETTLEMENT AND
MITIGATION MEASURES
Dasu Hydropower Project – Feasibility Report Volume 9
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DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX B - PROJECT IMPACTS, RESETTLEMENT AND MITIGATION MEASURES
TABLE OF CONTENTS
SUMMARY S-1
1. GENERAL B-1
1.1 Introduction B-1
1.2 Objectives of Resettlement Planning B-2
1.3 Studies on Resettlement Aspects B-2
1.4 Project Impacts Evaluation B-2
2. METHODOLOGY FOR PREPARATION OF RESETTLEMENT PLAN B-4
2.1 Guiding Principles for Resettlement B-4
2.2 Resettlement Assessment Surveys B-4
2.2.1 Reconnaissance of the Affected Area B-5
2.2.2 High Resolution Satellite Imagery B-5
2.2.3 Population Census Data 1998 B-5
2.2.4 Field Surveys B-5
3. SOCIO-ECONOMIC PROFILE B-7
3.1 Houses and Households B-7
3.2 Family Composition B-7
3.3 Languages B-7
3.4 Education B-7
3.5 Land Ownership status B-7
3.6 Source of Income / Family Income B-7
3.7 Public Health B-7
3.8 Housing structures B-8
3.9 Sale Purchase of Property B-8
3.10 Agriculture B-8
3.11 Indigenous People (IP) B-8
4. IMPACTS IN THE PROJECT AREA B-9
4.1 General B-9
4.2 Impacts on Population B-9
4.3 Impacts on Houses B-10
4.4 Impact on Shops B-10
4.5 Impact on Land B-11
4.6 Affected Villages and Population B-11
4.7 Impact on Flora B-12
4.8 Impact on Commercial Activity B-12
4.9 Resettlement Site Selection / Allocation of Area for Various Uses B-12
4.10 Resettlement Area Requirement B-14
Dasu Hydropower Project – Feasibility Report Volume 9
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4.11 Recommended Design of the New Houses B-14
5. INSTITUTIONAL FRAMEWORK B-15
5.1 Organizational Setup B-15
5.1.1 WAPDA B-15
5.1.2 District and Provincial Governments B-15
5.2 Coordination Initiatives B-16
6. ENTITLEMENT MATRIX AND COMPENSATION FRAMEWORK B-17
6.1 Compensation Eligibility and Entitlements B-17
6.1.1 Eligibility B-17
6.1.2 Compensation Entitlements B-17
7. DEVELOPMENT PROJECTS AND COSTS B-20
7.1 Project 1: Establishment of Fruit Plant Nurseries B-20
7.2 Project 2: Establishment of Model Horticultural Farms B-20
7.3 Project 3: Establishment of Poultry/Quail Farm for Meat Production B-20
7.4 Project 4: Establishment of Fish Seed Production Units B-21
7.5 Project 5: Woodworks Production Units/Crafts B-21
7.6 Project 6: Potato Seed Production B-22
7.7 Project 7: Vocational Training B-22
7.8 Project 8: Micro-Credit Scheme B-22
7.9 Cumulative Cost of Development Project B-23
7.10. Resettlement Costs B-23
FIGURES
PHOTOLOG
Dasu Hydropower Project – Feasibility Report Volume 9
S-1
PROJECT IMPACTS, RESETTLEMENT AND MITIGATION MEASURES
SUMMARY
Pakistan Water and Power Development Authority (WAPDA) have prepared a twenty
five (25) years development plan captioned as “Water Resource and Hydro Power
Development – Vision 2025 Program”. The projects included in this vision are grouped in
into three phases i.e. Short Term Projects, Medium Term Projects and Long Term
Projects with implementation period of 2001 to 2006, 2006 to 2011 and 2011 to 2025
respectively. The main objective of the envisaged program is to assist in the revival of
country’s economy, improve hydropower generation capacity and above all meet the
future water needs of Indus Basin Irrigation System. Dasu Hydropower Project (DHP) is
one of the Vision 2025 Program projects selected for further study.
Dasu Hydropower Project is located in Kohistan District of North West Frontier Province
of Pakistan. District Kohistan has a population of 476,412 persons as extrapolated figure
for the year 2007. The name of the district Kohistan has been derived from the name of
the area i.e. Kohistan which means mountains. The district lies between 34˚ 54” and 35˚
52” north latitudes and 72˚ 43” and 73˚ 57” east longitudes. It is bounded on the north by
Ghizer and Diamir districts of northern areas (Gilgit Agency), on the south east by
Mansehra district, on the south by Batagram district and on the west by Shangla and
Swat districts. Total area of Kohistan district is 7,492 square kilometers.
Dasu Hydropower Project is located over Indus River near Dasu town, upstream of Seo
village in Kohistan District. Its reservoir area extends upto Harban Das. Most of the
project area lies within NWFP province however; some part of the reservoir area touches
the Northern Areas, Diamir district boundary at right bank of River Indus. This report is
based on Axis 5 for study purposes.
Project area is covering 6,439 acres land, as the reservoir area upto EI. 957 meters.
Socio-economic survey has been conducted in the project area the data of which has
been entered in the computer and analyzed to form a baseline indicator.
Project affected area is having 23 villages (13 on left bank and 10 on right bank) with 278
houses.
Project affected households are 417, with a population of 3,670 persons.
All land based structures have been quantified which includes Mosques (15), Timber
stores (9), Police Posts (6), Schools (3), Hotel / Shops (30), Waer Tank (1), Power
Generator Room (3), Frontier Works Organization Structures (4), Hospital (1), Doli-Cable
Cars (5), Rest House (1), Bridges (5).
Project area has overall 20,000 forest trees. It is estimated that 3% i.e. 600 fruit plants
are also included in these forest tree clusters.
Public consultations have been made through holding meetings throughout the project
area.
Though some of the resettlement sites have been identified on right and left bank of the
river Indus. However information generated through the scoping sessions clearly
indicates that the effectees are preferring and willing to shift on the higher elevation of
their respective valleys, where they have their own land holdings and housing structures
for summer season stay.
Dasu Hydropower Project – Feasibility Report Volume 9
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Almost 94% of affectees are keen to get their compensation in cash as their priority.
Under these circumstances currently, it indicates that the requirement for the
resettlement of the affectees is of minimal significance.
Entitlement matrix and compensation framework has been developed after completion of
public consultation through scoping sessions. Grievance re-dressal mechanism,
monitoring evaluation and implementation schedules will also be incorporated in the final
report.
All the impacts including development projects is translated in terms of values and costs
as preliminary step at this stage, for making necessary estimates for further processing.
These costs will need to be updated by adding additional details to make a Resettlement
Action Plan (RAP) at planning stage of this project. The estimated compensation,
resettlement, mitigation and development costs at feasibility study stage of the Project
are summarized in Table 7.2. This includes;
(i) Land & Other Compensation Rs.5,955 million
(ii) Environmental Mitigation Measures Rs.5,948 million
(iii) Resettlement Rs. 511 million
(iv) Environmental Monitoring Rs. 116 million
The grand total of all these components amounts to Rs. 12.5 billion. Equivalent to US$
179 million.
Dasu Hydropower Project – Feasibility Report Volume 9
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DASU HYDROPOWER PROJECT
PROJECT IMPACTS, RESETTLEMENT AND MITIGATION MEASURES
1. General
1.1 Introduction
All development projects require studies relating to the environmental impacts. These
impacts are at times complex and diversified and need to be studied and addressed
appropriately to ensure sustainability of the developmental projects. These impacts are
on the human population and their land and land based assets. Human element remains
a priority over other factors to minimize the suffering of the population being affected due
to the project. The project affectees, if exceed 200 persons then it calls for major
intervention to mitigate the impact of the project through development of the plans to
ensure their resettlement and rehabilitation and restoration of the livelihood.
Resettlement/mitigation measures in Dasu project are required for various locations
including reservoir area, and the area downstream of the dam site. Interventions are
needed for resettlement of the affected population, due to the construction of the project
and its effects on the peripheral settlements. Mainly the population will be affected in the
area upto 25 kilometers upstream and upto 2 km downstream of the damsite.
Resettlement aspects and highlights of the key impacts of the Project are given in this
report.
The reservoir area for the purpose of resettlement is considered as the area under the
submergence of the proposed Dasu Hydropower Project at El.950 plus 7 m as flood
surcharge and freeboard with overall impact upto dam crest El.957 m The total area
under the El. 957 m is about 6439 acres. This includes Indus River’s reach of 2 km
downstream of the dam, which also forms part of the Project Area for evaluation of the
impacts of the project (Figure B-1).
This section of the report addresses various aspects relating to the affected population
and their resettlement and other land and land based assets. The focus of large
developments have always been to bring socioeconomic and cultural changes in the
lives of the Project’s host population as well as the beneficiaries. This objective, which
serves as a blessing for the entire region, on the other hand, casts some dark shadows
on the life style of the host people who sacrifice their ancestral affiliations, economic and
cultural assets and undergo other un-quantifiable losses to facilitate the implementation
of the Project. Keeping in view their sacrifices, it is their right that they must be
compensated properly, their assets should be valuated and their post-project scenario
must be better or at least maintained to the previous level, which could serve as an
example for the other forthcoming projects.
Theoretically, resettlement studies are socially complex, technically important and
scientifically a difficult process that deserves to be given due consideration and
necessary follow-ups right from the planning stage. Resettlement planning is an
important component of this Project. The submergence of land in the reservoir will cause
a change in the use pattern of land and other natural resources. It will have multifaceted
affects on the housing, community structures, social networks, productive assets, income
sources, cultural identities, potential for mutual help and also loss of resources of
subsistence. It is essential to ascertain the quality and quantity of the assets and
resources, which will be affected by construction of the Project.
Dasu Hydropower Project – Feasibility Report Volume 9
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1.2 Objectives of Resettlement Planning
The resettlement planning of this Project has been prepared under policy guidelines and
procedures developed by the Government of Pakistan for projects involving involuntary
resettlement. The objectives are as below:
- To avoid or minimize involuntary resettlement wherever feasible, exploring all
viable alternative project designs;
- Where involuntary resettlement is unavoidable, resettlement plans should be
conceived, developed and executed as development programs, with affectees
provided sufficient investment resources and opportunities to share project
benefits;
- Persons to be displaced should have their former living standards and income
earning capacity improved, or at least restored, and should be provided adequate
support during the transition period;
- Community participation should be encouraged in the planning and
implementation of resettlement;
- Land, housing, infrastructure and other compensation should be provided to the
adversely affected population;
- To ensure that the compensation process should be fully transparent; and
- Given the growing requirements and complexity of resettlement in development
projects, to gear the concerned government agencies and departments to
upgrade their institutional capacity to design and implement resettlement work.
1.3 Studies on Resettlement Aspects
The scope of consultancy services for the resettlement studies includes (i) Physical
studies and (ii) Assessment of Socio-Economic Impacts. As such the following data
related to the study have been gathered through field work.
- Number of houses agricultural area shops and workshops and hotels.
- A social survey of the area has been conducted and information gathered and
used to determine the likely loss of livelihood.
The Resettlement Policy of the Government of Pakistan as per LAA 1894 and
amendments, and the guidelines issued by the financial institutions like World Bank and
Asian Development Bank are being kept in view to ensure an equitable treatment to the
affectees for action in this regard.
1.4 Project Impacts Evaluation
The current study is aimed at evaluating the general impact of the project on land and
land based assets and the dwellers of the project area. The ultimate objective is to
enable those displaced by the Project to improve their living standards - a goal that
requires an examination of social, environmental and economic conditions beyond
physical inventories. The affected population and the Project impacts have been
identified through the following steps:
i. Satellite imageries and survey of Pakistan maps of the Project area have been
Procured and studied to identify such features as population settlements,
infrastructure, natural vegetation areas, water resources and land use pattern;
ii. Socio-economic surveys have been conducted by representative sampling of the
affected people in various locations of the Project area.
iii. General inventory of lost and affected assets/infrastructures has been prepared.
Dasu Hydropower Project – Feasibility Report Volume 9
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iv The data generated from surveys and studies have been analysed to establish
baseline monitoring indicators, compensation requirement and budgeting.
v. Consultation has been undertaken with affected populations regarding mitigation
of affects and development opportunities.
All the above mentioned studies has generated the required information for the
appropriate resettlement planning, leading to address the resettlement issues and
mitigation measures with indicative costs of such interventions.
Dasu Hydropower Project – Feasibility Report Volume 9
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2. METHODOLOGY FOR PREPARATION OF RESETTLEMENT PLAN
The methodology adopted for preparation of resettlement plan includes the following
steps.
- Review of the existing information and published data;
- Field visits to familiarize with the ground conditions;
- Development of the data collection tools for the various studies;
- Carrying out the resettlement assessment surveys and data collection in the
Project Area;
- Compilation of the data collected from the field surveys;
- Establishment of inventory of the land and land based assets based on the
satellite imageries and ground verifications;
- Assessment of the population to be affected;
- Assessment and quantification of forest and fruit trees to be affected;
- Community participation and consultation;
- Provision of mitigation schemes;
- Coordination with relevant Government agencies;
- Legal and institutional framework development;
- Compensation framework development;
- Resettlement measures; and
- Indicative budget preparation.
Studies on the above mentioned aspects have been carried out to address these
aspects to prepare the resettlement plan.
2.1 Guiding Principles for Resettlement
The guiding principles for resettlement are based on the following lines:
- Avoid resettlement as far as possible. In case it is a necessity then minimize the
resettlement effects by restoring the quality of life and exploring the opportunities
to improve the quality of life giving special consideration to the vulnerable groups
(women, widows, poor, minors, tenants, voiceless etc.).
- Carry out consultation with the stakeholders.
- General census of the Project Area is essential to be carried out, in order to
quantify the extent of the affectees and type of losses likely to occur.
- Conceiving resettlement plan as a development plan.
- Transparency in compensation for land and built up property.
- Identification of income-generating activities for the resettlers to make the
resettlement operation a truly development opportunity.
- A mechanism for quick redressal for the management of the conflicts related to
the compensation claims.
2.2 Resettlement Assessment Surveys
An assessment of the population, land and land based assets to be affected by the
construction of Dasu Hydropower Project has been carried out based on the data
collected through the field surveys. The source of data is described as under:
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2.2.1 Reconnaissance of the Affected Area
A reconnaissance of the Project area was conducted to develop a broad understanding
of the area and to identify resettlement issues likely to emerge by the construction of the
dam and ancillary structures.
2.2.2 High Resolution Satellite Imagery
High resolution (0.6 m) satellite imagery both for the reservoir area and the downstream
(2 km) strip have been procured from Quickbird Archive 4 Band Data with Acquistion
Date as October 10, 2005. The total aggregate area of these imageries is about 278
square km, which were used in making assessment of the resettlement issues. These
imageries aided in supplementing the field data collection work conducted in the field for
area to be submerged in the reservoir in addition to the planning of mitigation measures
for the Project area. These imageries were used for:
- Counting of the houses;
- Estimation of the cultivated areas;
- Study of the land utilization;
- Identification of roads, bridges and other infrastructure; and
- Identification of suitable resettlement areas.
2.2.3 Population Census Data 1998
Population data of the villages to be affected due to construction of Dasu Hydropower
Project structures was obtained from District Census Reports (1998) of Kohistan District
issued by Government of Pakistan. Population growth rate is low in the district (less than
1% per annum). Overall population reported was 472,570 persons in the year 1998. This
population data was extrapolated to the year 2007 to arrive at the current population
levels i.e. 476,412 persons in the entire district. This reflects a very negligible increase
over almost nine years period. For establishing the total population affected in the
Project area specifically, it was developed through random sampling of the household to
arrive at the current population.
2.2.4 Field Surveys
One of the most important tasks in planning the resettlement in this Project is to identify
the affected houses and other buildings, population. Detailed data regarding the affected
population and the Project impacts have been assessed through a series of steps as
below:
a. Population Assessment Survey
Survey to assess the population having Project impact has been conducted to ascertain
the number of household and their size to generate population likely to be affected. A
questionnaire comprising three parts was developed to collect data and generate
information for assessment. This information was collected and analyzed relating to
different sections of the Project area.
b. Village Level Survey
A comprehensive village level survey was conducted in order to document the
socioeconomic and demographic data of each village likely to be affected due to the
Project. The questionnaires were filled in by interviewing one respondent from each of
the villages of the Project Area. This data so collected has been analyzed.
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c. Women Sample Survey
Women sample survey tools were developed but it could not be conducted due to social
restrictions.
d. Commercial Activities Survey
The economic activity for the villages located below the submergence level will be
affected specially for being located along the Kara Kuram Highway (KKH). In view of this
fact, it was necessary to assess the volume of business and record the nature of the
commercial activities in the affected area. For this purpose, a detailed commercial
activity questionnaire was developed and data collected.
e. Scoping Sessions
Consultation with the affected population was carried out by holding a chain of meetings
in and around the Project area; to enhance awareness about the Project and to obtain
qualitative information about the perceptions, myths, apprehensions and reactions of the
local population about the Project. Checklist for scoping sessions was prepared and data
collected.
f. Building Assessment
Data was collected from the Works and Services Department Dasu, regarding building
assessment/valuation to assess the value of the houses, keeping in view the details of
each type of structures. Quantification of the building structures has been done through
the satellite imageries for assessment. This has been supplemented by field data
collection for verification.
g. Data Entry
After completion of the field surveys, all the questionnaires were scrutinized and edited.
Data were then processed and analyzed on Statistical Package for Social Sciences
(SPSS) computerized format. This software package of data analysis is an appropriate
statistical technique for the studies falling in the domain of social sciences particularly for
socioeconomic surveys. The package offers an advantage of classifying data with cross
tabulation options enabling to see the mutual effect of multiple variables explaining the
socioeconomic characteristics of the population under study. The analyses has
generated socio economic information which is briefly given in the following section.
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3. SOCIO-ECONOMIC PROFILE
3.1 Houses and Households
Processing of the field data indicates that there are 278 houses each having 1.5 average
family size with overall 417 households in the reservoir area. Out of the households 28%
are between age 21 to 30 years; 33% between 30 to 40 years; and 36% are above 40
years of age group. Among them 97% were married.
3.2 Family Composition
Family size is ranging between 5 and 21 members, with above 45% having family
members ranging between 6 and 10. Generally nuclear family system exists with 73%
and exogamy 57% prevalent in the area. Oldest family member have a dominating role
in making family decisions.
3.3 Languages
Languages spoken are 42% Kohistani ;29% Shina; 26% Shina and Kohistani (bi-lingual)
and 3% are Pushto speaking in the Project area.
3.4 Education
Out of surveyed population as literate are having primary level education 11%; Middle
level 2%; Secondary level 15%; Intermediate level 5%, and graduation level above 3%
and village level religious school 4%. A vast majority of about 60% have never been to
schools. Male children 56% and female children 30% were reported to be attending
various types of schools. The situation is improving towards female children attendance
in the schools with every years passing-by. It was revealed from the sample survey that
97% of the population did not have any vocational training while the remaining 3% were
trained as vehicle drivers, carpenters, electricians, and tailors. The only mentioned skill
for the females is tailoring and embroidery work.
3.5 Land Ownership status
Ownership of land stays with local tribe forming 87% of the population whereas the rest
13% are landless settlers.
3.6 Source of Income / Family Income
Source of income is varied with the personal land ownership and educational
qualification of individuals. Based on the survey it reveals that agriculture provides 22%
jobs; agriculture and trade combined makes 19%; agriculture and services 16%;
agriculture and labour 9%; agriculture trade/service combined makes 9%; trade 7%,
service 6% and rest 12% are engaged in miscellaneous source of income etc.
Monthly family income of about 5% population is less than Rs. 3000/-; 16% earn from
Rs. 3001 to 5000; 17% from Rs.5001 to 7000; 14.5% earn from Rs.7001 to 9000 about
18% earn from Rs.9001 to 11000 and 17% earn above Rs.11000. Mode of payment for
daily use items is cash in 71% and 29% on credit or deferred payment.
3.7 Public Health
Overall health services facilities are poor in the Project area. Project area residents have
the tendency to get treatment from the traditional faith healer due to lack of such
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facilities. Poor sanitary conditions, almost non-existent health services and poor pre-
natal care, all contribute to the prevalence of poor health and mortality in the Project
area. There are only 41 health services units in the entire Kohistan District. This includes
three 3 Rural Health Units, 34 basic Health units, 2 Leprosy Centers, one (1) T.B Centre
and one Civil Dispensary. There are only 7 male medical doctors and 3 lady health
visitors in the entire district. Respondents in the Project area informed that that there is
no female medical doctor in the area and female population is facing serious problems
due to the social/cultural prohibitions in consulting the male doctors.
3.8 Housing structures
Housing structures comprise 52 % katcha, 36% semi-pucca, and 12% pucca structures.,
with 23% single room, 27% two rooms ; 22% three rooms; 14% four rooms and 13.4%
have five or more rooms in their houses. In these houses 45% have bath/toilet facilities;
19% have two and 6 %have more than two bath rooms/toilets. About 18% do not have
in-house bathroom/latrine facility in the reservoir area and 4.4% are also without
bathroom/latrine even in the lower riparian area. Since non-availability of these in-house
facilities is tending the residents to use open areas, which ultimately pollutes the water,
hence its mitigation is being recommended through the construction of in-house latrines
with septic tank and soaking pits, for 48 houses in the reservoir and 15 in the lower
riparian area with overall provision of 63 toilets
Housing area consists of one marla (225 sq.ft) to 20 marlas (4500 sq.ft). Newly
constructed houses at (less than 5 years) 21% ; 11% were constructed over twenty
years and 69 % of the houses were constructed between last 5 and 20 years period.
Estimated value of the houses (including the land) is reported to be ranging between
Rs.100,000 and 500,000 which seems to be inflated figure. Electric power and water
supply is available with 61% houses. Power and water supply and telephone facilities are
available with 3%; whereas almost 37% have no such facility in their houses.
3.9 Sale Purchase of Property
Sale and purchase of the of the property is mostly done on personal evidence in 97% of
the cases and only 3% are using judicial papers as document for sale and purchase of
the properties. Majority of the owners reported Rs.150,000 to 200,000 per kanal price.
3.10 Agriculture
Crops are self cultivated by 62% ; whereas 17% are owner cum tenants cultivated and
only 5% is cultivated by tenants and 16% are landless residents in the Project area.
Farm holding survey indicates that 34% own more than 10 kanals ( 8 kanals are equal to
one acre) and 50% are owner of less than 10 kanals.
Crops grown in the reservoir area are wheat, maize and vegetables mainly(68%). Two
main cropping seasons are i.e. Kharif (summer) maize, and Rabi (winter) wheat.
3.11 Indigenous People (IP)
Although people living in the Project area belong to different tribes and have different
caste based on professions adopted by them. They all enjoy equal rights and access to
the natural resources while maintaining social, economic and cultural traditions and
identities as per their tribal system. There is no community fitting the World Bank or
Asian Development Bank definition of the Indigenous People (IP). As such their policies
on the indigenous people will not be triggered by this Project.
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4. IMPACTS IN THE PROJECT AREA
4.1 General
The affected population centers are located on both banks of Indus river which will be
wholly or partially submerged in the reservoir. However, the most important settlement in
the project area is village Seo on right bank of Indus river, located about 2 km
downstream of the damsite. It is a well settled and heavily populated village with a
historical mosques and large graveyard. This population center has been saved from
inundation by siting the dam upstream of Seo village. Jirga of the village elders of Seo
and adjoining areas had emphasised to exclude their villages from the reservoir area by
locating the dam upstream of Seo village. Their demand was honoured and fulfilled.
The Project impacts of various categories are summarized as below:
Table 4.1: Impacts in the Reservoir Area
Sr.No. Category Left
Bank
Right
Bank Total
1 Houses 160 118 278
2 Population 2112 1558 3670
3 Mosques 15 - 15
4 Timber stores 9 - 9
5 Police Posts 6 - 6
6 Schools 3 - 3
7 Hotel/Shops(includes PTDC Motel Berseen) 27 3 30
8 Water Tank 1 - 1
9 Power Generator Room 1 - 1
10 Frontier Works Organization Structures 4 - 4
11 Hospital - 1 1
12 Cable cars (Doli) - - 5
13 Rest House - 1 1
14 Suspension Bridges Across river Indus - - 5
15 Roads and Tracks (km) - 57 57
16 Karakoram Highway(km) 41 - 41
4.2 Impact on Population
The affected population is estimated to be 3,669 persons, residing in 278 houses and
417 households, having an average family size of 8.8 persons per household. This is
comparatively higher family size against 6 person per family as given in District Census
Report (DCR) 1998. The higher number of family size is perhaps due the specific
location because most of the Project affected population is settled along the KKH, where
job opportunities are relatively more as compared to the hinterland.
The population is migratory in their life pattern. Traditionally all families move to higher
elevation in the relatively cooler area at start of summer (May-June) and return to lower
elevation in winter season. During their stay on higher elevation they leave some of the
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family members to look after their houses in the valleys during their absence. At higher
elevation each family has agricultural land and they cultivate the seasonal crops like
maize and vegetable for their domestic consumption and sell the surplus at the end of
the season. Then they return to valleys by the end of November or early December each
year(during the study it was observed that till mid-November 2007 the population was
still residing on the higher elevation and was expected to return by end November-
December to their lower elevation housing establishments).
Most of these families have their land and grazing rights both at lower as well as at
higher elevations. Crop cultivation and fruit produce is source of their earning in addition
to the cattle/goat rearing. Their annual migratory life style is basically a positive point
towards their resettlement in adjacent area, as this trend already exists in these
communities.
4.3 Impacts on Houses
The housing units likely to be affected comprise the following three main categories.
(i) Pucca (brick/block masonry with cement mortar and reinforced cement concrete
roofing).
(ii) Semi-Pucca (combination of brick/stone/block masonry with mud plastered
roofing of thatched tree branches).
(iii) Kacha (dry-stone masonry with mud plastered roofing of tree branches and
wooden beams/ pieces).
In addition to the above there are some timber-wooden plank structures (Kiosks) as tea
shops, or puncture repairing shops located along the KKH. These roadside small shops
can be moved to other adjacent places at higher elevation.
Through satellite imagery, and field survey it has been assessed that there are in total
278 houses which will be affected due to impoundment of Dasu reservoir. There
affectees will need to be resettled elsewhere. During the consultation process and
through structured questionnaires, it was also revealed that preferential resettlement
sites for some affectees are down country (Mansehra, Abbotabad, Islamabad and
Lahore). About 36% of the residents of the reservoir area wanted to move away from
their settlement areas. Those who wished to stay within the Kohistan district were 21%;
whereas 13% preferred to stay in Dasu town. Out of the interviewed person 30% had no
preference for resettlement.
Significant majority (almost 94%) of the residents desired that the compensation against
the land/house and other property should be made in cash. Alternative land for land was
the choice of the less than 1% only; whereas alternative land and building was
demanded by 5%.Indications from a significant majority is that they will prefer to be paid
compensation in cash and they will move at their own to the slightly higher elevation,
where they have their own land for their housing establishments. Currently it appears
that very negligible percentage of the affectees will need any resettlement elsewhere.
The conclusive response of the affectees will be ascertained through further scoping
sessions as a part of the public consultation at Resettlement Action Plan preparation
stage.
4.4 Impact on Shops
Different types of business/commercial activities were observed and it was ascertained
that 40% are the general stores/grocery shops and 55% are the driver’s hotels. These
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are mostly established in the wooden housing structures with open areas for seating
along the roadside of KKH. The sizes of these shops were ranging 55% on covered area
of 250sq.ft; 30% on 251 to 500 sq.ft and 15% on 501 to 1000sq.ft.
4.5 Impact on Land
Overall in the Project area 6,439 acres of land will be submerged which is mostly in
shape of river gorge and open area spreading over 74 km length of the reservoir, having
varying widths from 110 to 2,090 meters. The type of land being affected belongs to two
main categories i.e. cultivated and uncultivated/barren which is 84 and 4200 acres
respectively. Rest of the area is covered by buildings, graveyards, riverbed etc. The
agricultural land is being used for raising farm crops like maize, wheat, fodder as
seasonal crops and a very small number of fruit plants as perennial crop, which will be
affected due to its submergence in water.
4.6 Affected Villages and Population
Affected villages located on the left and right bank of the river Indus are listed in Table
4.2 below:
Table 4.2: Affected Villages in the Reservoir Area
Sr.No. Village Affected
Houses Population
Left Bank Villages
1 Logro 15 198
2 Ocher Nallah 6 79
3 Segal 13 172
4 Berseen 9 119
5 Largani 2 26
6 Gul Bagh Maidan 21 277
7 Kai Gah 46 607
8 Pani Bah 25 330
9 Adam Banda/ Shori Nullah 2 26
10 Summer Nullah 2 26
11 Sazeen 16 211
12 Wali Abad/Chor Mor 1 13
13 Shatial 2 26
Total of Left Bank
Villages 13 160 2,110
Right Bank Villages
14 Siglo 16 158
15 Maliyar 24 317
16 Dogah 17 225
17 Gayal 13 172
18 Kot Gul 4 52
19 Dondar 12 158
20 Gummo 15 198
21 Sri Shall 6 79
22 Sazeen 2 26
23 Shatial 9 119
Total of Right Bank
Villages 10 118 1,560
Grand Total of Left Bank and Right Bank Villages = 23 278 3,670
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From Table 4.2 it is reflected that there are 23 villages existing in the proposed Dasu
reservoir area. Out of these, there are 13 on the left and 10 on the right bank of the Indus
river. An estimate of the houses located in the reservoir has been prepared. In these
villages there are 160 and 118 houses located on left and right bank respectively with
overall population of 3,670 persons as affectees to be treated as Project Affected
Persons (PAP,s).
4.7 Impact on Flora
The Project area is having 43 acres of clustered and scattered forest trees with a total
number of about 20,000 trees. This includes 600 fruit trees which are estimated as 3% of
the total trees. This data has been developed on the basis of the satellite imageries and
supplemented by field verification, based on the random sampling. Impact of the
reservoir is mainly on the forest trees/shrubs whereas the fruit trees are having the
minimal impact.
Necessary mitigation measures includes four times plantation of the forest plant species
of the same type, as the trees lost around the Project area.
4.8 Impact on Commercial Activity
Project will have impacts on 30 different types of commercial activities/enterprises. This
includes 14 grocery shops/cold drink corners and 16 roadside hotels for truck/vehicles
drivers and travelers. All these shops/hotels are located along the KKH. Their average
profit was worked out which is ranging between Rs.15,000 and 60,000 per month for
different types of commercial activities. Based on these profits, it is estimated that
around Rs. 3.51 millions would be required to be compensated for the profit they are
going to earn in 3 months period which would be treated as transitional period to re-
establish their business.
4.9 Resettlement Site Selection / Allocation of Area for Various Uses
Based on the preliminary investigations it is estimated that overall 417 household are
being affected due to the Project. Most of the residents of the houses located in the
Project area are having substantial areas in their respective valleys/ villages on higher
elevation to accommodate the locally affected people within their own areas. Scoping
sessions have been held to ascertain the level of preference of the people to be
relocated in their adjacent area or shifting them to new sites or any other perceived
option will also be considered on its merit. Accordingly resettlement options indicated by
the affectees have been considered. These resettlement options can be divided into
three categories i.e.
- Affectees preferring to resettle closer to their current settlement at higher
elevation;
- Affectees preferring to settle in the new settlement sites.
- Cash compensation.
Affectees preferences options have been recorded which indicates that only a minor
percentage is interested in resettlement whereas majority (96%) are preferring to settle
at their own after receiving the cash compensation. Resettlement plan accordingly will be
prepared to settle the affectees. Initially some potential sites have been identified and
evaluated for resettlement. The sites have been evaluated to assess their suitability
keeping in view the following:
- Location and status of ownership (public or private),
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- Area available and land use
- Distance from Dasu town and accessibility/ approach road/ tracks
- Elevation (from Indus River Bank)
- Occupant tribe and nature of ownership
- Distance from water source
- Drainage
- Suitability/potential for development
- Approximate unit area cost
- Attitude of the host population (if any) and
- Impact on indigenous people (if any)
Information regarding the above mentioned indicative parameters has been collected
from the Project area in consultation with the local people, for evaluation of the
resettlement and storage sites. It has been analyzed and allocated for various uses
(Offices, Camps, Colonies, Excavated Material Storage) during the implementation stage
of the project as given in Table 4.3 in a summarized form. Satellite imagery depicting the
specific allocation of areas is given in Fig B-2.
Table 4.3: Potential sites for various purposes (District Kohistan)
Sr.
No.
Locality /
Village
River
Bank
Side
Total
Potential
Area
Required
Area
(Acre)
Excess
Area
(Acre)
Remarks
1 Kamalia
(Upstream)
Right
Bank 10 10 -
Used for storage of permanent
dumping material, Low priority
site for resettlement of right bank
affectees, might be used for
residential purposes after
construction.
2 Zal Right
Bank 272 272 -
Suitable for resettlement of
affectees after construction,
Storage areas for Permanent
dumping of excavated material,
Some parts are suitable for
leveling / terracing for agricultural
crop production.
3 Chichar Right
Bank 100 100 - Temporary Rock storage area.
4 Siglo Right
Bank 22 10 12 Batching Plant, Crusing Plant etc.
5 Kange Right
Bank 95 95 -
Heavy Machinery storage, Ware
Houses, Welding, Cutting,
Material Piles, Temp. Storage of
excavated material etc.
6 Maidan
(Camp A) Left Bank 55 49 6 Offices & Residential Buildings.
7 Shall Left Bank 12 5 7
Terraced area, suitable for
resettlement of left bank
affectees.
8 Khoshai Left Bank 25 - 25 Labour Camp & Contractors
Offices.
9 Choochang
(Camp C) Left Bank 83 54 29 Labour Camp.
10 Jalkot
(Camp B) Left Bank 40 32 8 Offices & Residential Buildings.
Total Potential areas 714 627 87 Available for Various Purposes
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4.10 Resettlement Area Requirement
According to the number of household affected, their resettlement area required will vary
for different locations depending upon the preference of the affectees and potential land
availability in a specific area. Based on the household being affected and with only 4%
willing to be resettled by the project it is estimated that approximately 80 Kanals (10
Acres) of area is required, scattered in different locations for resettlement and
rehabilitation of the Project affectees. This area requirements is based on the response
of PAPs to various questions regarding their resettlement options.
As a preference, the Government land was to be identified to resettle the displaced
people. In case the Government land is not available in the near vicinity, remote
settlement was to be considered after consultation with the local leaders and
Government officials. The enquiry made during the visit of the area has indicated that the
Government land may not be available.
4.11 Recommended Design of the New Houses
The Project area is prone to earthquakes and in October, 2005 severe earthquake
caused serious collateral damages besides huge loss of human lives. Based on the
experience in the recent past it is imperative that houses being constructed are resistant
to earthquakes. Earthquake Rehabilitation and Reconstruction Authority (ERRA)
Islamabad has developed designs for construction of houses in such areas various
categories of houses with different covered areas have been designed. These designs
are available at different ERRA centers. ERRA is also imparting training to the affectees
for construction of these types of houses. Further information of these housing structures
with design specification are available at ERRA website i.e. www.erra.gov.pk
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5. INSTITUTIONAL FRAMEWORK
The Project area is mainly covered in the administrative jurisdiction of District
Administration of District Kohistan, in North West Frontier Province (NWFP). Hence Land
Acquisition Act 1894 with its amendments will be applied for acquisition of land. Other
land based assets will be acquired as per rules/regulations applicable for acquiring such
assets. A small part of the Project area in the upper reaches falls in the Northern Area
Administrative jurisdiction hence all rules/regulations for acquiring this specific land and
land based assets will be applied accordingly.
5.1 Organizational Setup
The compensation/rehabilitation of the Project affectees will need to be given priority to
taking over the land and land based assets for which a detailed study for the preparation
of Resettlement Action Plan (RAP) is required at the project planning stage. It will involve
distinct processes and different agencies. These include WAPDA as the Executing
Agency (EA), the Ministry of Environment, the funding agencies and the affected
communities.
5.1.1 WAPDA
WAPDA will have the overall responsibility for the program including preparation of RAP
and its implementation and financing of all development tasks and cross-agency
coordination. WAPDA will exercise its functions through the Project Director, who will be
responsible for general project execution. The direction of the Project Director (PD) will
be tasked with day-to-day Project related activities at agency/subproject level. WAPDA
will make necessary demarcation on the ground for further survey work and preparation
of the inventory details of all the land and land based assets in collaboration of the
Revenue Department and other line departments. In the implementation of these tasks
the WAPDA will be required to receive specific technical assistance from the
Resettlement Specialist, Sociologist and Environmentalists.
5.1.2 District and Provincial Governments
District-based agencies have the jurisdiction for land administration and compensation
and for the compensation and rehabilitation of other affected assets. Land acquisition
functions rest with the Provincial Board of Revenue represented at District level by the
District Coordination Officer (DCO)/Land Acquisition Collector (LAC) and District
Revenue Officer (DRO). Several other staff members of the Revenue Department, most
notably the Quanogo and Patwari, (record keeper) carry out specific roles such as titles
identification and verification of the ownership . The compensation rates will have to be
approved by a District Land Valuation Committee (LVC) and in turn will have to be
confirmed by the Board of Revenue Office at Provincial level.
Functions pertaining to compensation of assets different from land rest on Provincial line-
agencies and their District level offices. Buildings compensation pertains to the
Communication & Works (C&W) Department, crops and fruit trees compensation
pertains to the Department of Agriculture and the compensation for wood trees losses
pertains to the Department of Forestry. The Office of the Nazim (the elected District
head) is expected to play a coordinating role and will represent the rights of the local
citizens.
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5.2 Coordination Initiatives
The agencies and officers/officials identified above will work in close coordination to
obtain effective, smooth and timely preparation of RAP and its implementation and
Affected Person’s (AP) compensation. For this purpose an LAC will be directly assigned
to the Project by the Board of Revenue and two coordination/consultation committees
will be included at the top and bottom levels of the RAP organization. (i) RAP Steering
Committee (RSC); and (ii) RAP Coordination Committee (RCC).
A RAP Steering Committee (RSC) to be established soon after Project approval to
ensure that all relevant agencies involved in RAP preparation and compensation and
rehabilitation are:
(i) Fully informed of RAP’s preparation and funding agencies Policy’s requirements;
and
(ii) Assist WAPDA in the preparation/implementation of RAP at Project level by
providing district-level offices with the directions needed to ensure effective
synergy and task coordination between WAPDA, LACs and relevant District
departments. The RSC will include high-level representatives of:
- WAPDA (Management / Coordination Member)
- Board of Revenue (Member)
- Provincial Planning and Development Department (Member)
- Relevant Provincial departments Agriculture, Building, Forest (Members)
- Environmental Protection Agency (Member)
The RSC will meet periodically to ensure that WAPDA, the consultants, the LACs, other
district agencies and the office of the Nazims work together for the preparation of the
RAP and PAP consultation. A function of the RSC will be to ensure the timely formation
of effective district-level RAP Coordination Committee (RCC) for speedy preparation of
the RAP.
RAP Coordination Committee (RCC) to be formed at district level to provide a
coordinating node for the preparation/subsequent implementation of RAPs (surveys
execution, assets valuation, AP consultation, and local approval of RAP provisions) and
complaints and grievances. The RCC formation will be supported by the LAC and
initiated by WAPDA before the beginning of project preparation activities for the Project.
The RCC will include representatives of:
- WAPDA (Coordinator Member)
- District Revenue Office, DORs/LACs (Member)
- Relevant District Departments (Member)
- District Nazim Office (Member)
- Union Council AP’s representative (Member)
The main function of the RCC will be that of ensuring that RAP preparation and
subsequent implementation is carried out as one shared task by all involved parties. The
RCC will also provide a forum where WAPDA, local government agencies and the PAPs
can confront their views on various RAP-related matters. One of the areas where RCC
will play this role is complaints and grievances. In this function the RCC will be to hear
the complaint, and if found justified will support its lodging at the WAPDA/LAC level.
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6. ENTITLEMENT MATRIX AND COMPENSATION FRAMEWORK
6.1 Compensation Eligibility and Entitlements
Land Acquisition and Resettlement tasks under the Project will be implemente
accordingto a compensation eligibility and entitlements framework in line with Pakistan’s
law/regulation and WB/ADB Policy. A summary of entitlements matrix is given in
Table B -1, Annexure B-1.
6.1.1 Eligibility
Affected Persons (APs) entitled to compensation or at least rehabilitation under the
Project are:
- All APs losing land either with legal title/traditional land rights or without;
- Tenants and sharecroppers whether registered or not;
- Owners of buildings, crops, plants, or other objects attached to the land; and
- APs losing business, income, and salaries.
Compensation eligibility is limited to a cut-off date which will be fixed at the time of
detailed census of the project as being the starting day of the AP census and impact
assessment. APs who settle in the affected areas after the cut-off date will not be eligible
for compensation. They, however will be given sufficient advance notice to vacate
premises and dismantle affected structures prior to Project implementation. Their
dismantled structures will not be confiscated and they will not pay any fine or sanction.
Forced eviction will only be considered after all other
efforts are exhausted.
6.1.2 Compensation Entitlements
Entitlement provisions for APs losing land, houses, and income losses and
rehabilitation subsidies will include provisions for permanent and temporary land losses,
house and buildings losses, crops and trees losses, a relocation subsidy, and a business
losses allowance based on tax declarations and/or lump sums. These entitlements are
detailed below:
Agricultural land impacts: These impacts will be compensated at replacement value in
cash based on current market rates plus 15% compulsory land acquisition surcharge.
Eventual transaction taxes/fees will be paid by the EA or waived by local governments.
Severe Agricultural Land Impacts: When >10% of the agricultural land of an AP is
affected, AP (owners, leaseholders and sharecroppers) will get an additional allowance
for severe impacts equal to the market value of a year’s net income crop yield of the land
lost, inclusive of both Rabi (winter) and Kharif (summer) harvest.
Residential/commercial land impacts: These impacts will be compensated at
replacement value in cash at current market rates free of deductions for transaction
costs. Renters/leaseholders will receive an allowance corresponding to a 3 months rent.
Houses, buildings, structures damages: These impacts will be compensated in cash
at replacement cost free of depreciation, salvaged materials, and transaction costs
deductions. The compensation will include the cost of lost water supply, electricity or
telephone connections. When a house/building is affected for more than 25% (or less
than that but is structurally damaged) it will be compensated in its entirety.
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Income from crops losses: These impacts will be compensated through cash
compensation at current market rates for the full harvest of agricultural crops, inclusive of
Rabi (winter) and Kharif (summer). In case of sharecropping crop compensation will be
paid both to landowners and tenants based on their specific sharecropping agreements.
Tree losses: These impacts will be compensated in cash based on the principle of
income replacement. Fruit trees will be valued based on age category (a. not yet
productive; b. productive). Productive trees will be valued at gross market value of 1 year
income for the number of years needed to grow a new tree with the productive potential
of the lost tree. Non-productive trees/(after nursery pre bearing stage) will be valued
based on the multiple years investment they have required. For the non-fruit trees it will
be valued at dry wood volume basis output and its current market rates.
Businesses: compensation for permanent business losses will be in cash for the period
deemed necessary to re-establish the business (3 months); compensation for temporary
business losses will be cash covering the income of the interruption period up to 3
months.
Business workers and employees: Indemnity for lost wages for the period of business
interruption up to a maximum of 3 months.
Agricultural land leaseholders, sharecroppers, and workers: Affected leaseholders
will receive either a renewal of the lease in other plots or cash corresponding to the
yearly crop yield of land lost for the remaining years of the lease up to a maximum of 3
years. Sharecroppers will receive their share of harvest at market rates (if impact is
temporary) plus 1 additional crop compensation (if the land is lost permanently).
Agricultural workers, with contracts to be interrupted, will get an indemnity in cash
corresponding to their salary in cash and/or kind or both as applicable, for the remaining
part of the agricultural year, inclusive of both Rabi (winter) and Kharif (summer).
Relocation allowance: Affected family’s (AFs) forced to relocate will receive a relocation
allowance sufficient to cover transport costs and extraordinary livelihood expenses as
living expenses for 1 month (Rs. 5,000).
Livelihood allowance: AFs forced to relocation will receive a livelihood for 3 months @
Rs.5000/- /month.
House renters: House renters who have leased a house for residential purposes will be
provided with a cash grant of 3 months’ rent at the prevailing market rate in the area and
will be assisted in identifying alternative accommodation.
Community Structures and Public Utilities: Will be fully replaced or rehabilitated so as
to satisfy their pre-project functions.
Vulnerable People Livelihood: Vulnerable People (APs below the poverty line and or
widow, orphans, women household heads, landless etc.) will be given priority in
employment in project-related jobs.
Entitlement matrix and compensation framework will be further refined and developed to
handle resettlement issues after completion of public consultations through holding
additional scoping sessions in the Project area at the RAP preparation stage. All
government policies and also the guidelines issued by the main funding agencies like
World Bank and Asian Development Bank have been taken into consideration.
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In the light of review of Legal Land Acquisition Act. (LAA, 1894) and Policy Framework
(World Bank OP 4.12), and consultations with the affected people, the following
indicative Entitlement Matrix (Table B-2, Annexure B-1) is prepared keeping in view the
nature of losses, entitlements and implementation issues. This will be further reviewed at
the RAP preparation stage and this Entitlement Matrix will be applied as relevant for this
Project. Involuntary Resettlement gives rise to some of the problems for the affectees,
which need to be addressed as mitigation measures and ensure that the affectees are
satisfied and able to restore their livelihoods to a standard existing at pre-project stage,
as a minimum. The Entitlement Matrix will mainly cover the following important issues.
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7. DEVELOPMENT PROJECTS
During the public consultation and field visits and discussions with the various
government departmental heads,and non-governmental organizations various
resettlemen tand rehabilitation issues of the potentially affected population were
considered. Some of the projects have been indentified for the development of the area
adjacent to the Project area. This will help in improving the socio-economic conditions of
the area besides generating employment opportunities and a sustainable development.
The identified project costs are given in Table 7.3 and discussed below.
7.1 Project 1: Establishment of Fruit Plant Nurseries
Objective and Project
Impact on the fruit plants due to this project is envisaged to be though small, yet the
potential for cultivation of fruit plants comprising Almond, Apple, Pear, Peach, Plums
Walnut, Grapes etc. exists in the area. It will be appropriate to establish fruit plant
nurseries for multiplication of the quality fruit plants. These fruit plant can be supplied to
the adjacent area farmers for plantation on nominal rates. At least three such nurseries
can be established in the public–private partnership in which technical know-how will be
provided through agricultural department.
Cost
Overall cost of establishment of nursery is estimated to be Rs.1,000,000 each for five
years with a total cost of 2,000,000 for two nurseries.
7.2 Project 2: Establishment of Model Horticultu ral Farms
Objective and Project
The project area specially on slightly higher elevation has been observed to be very
fertile and quite conducive conditions exist for the cultivation of fruit plants. The methods
used currently area primitive and even the quality nursery fruit plants are not available. It
is essential to demonstrate the improved method of cultivation of fruit plants. For this
purpose it is suggested that 20 small scale irrigated farms may be established on one
hectare area each, to serve as demonstration farms for the residents of the area. They
will be provided all farm inputs like land leveling, layout, plantation and irrigation network
establishment at these selected sites to motivate the farmers and introduce the improved
fruit production techniques.
Cost
Each farm will be having an allocation of Rs.500,000/- and the estimated cost of twenty
(20) horticultural farms amounts to Rs.10,000,000.
7.3 Project 3: Establishment of Poultry/Quail Farm for Meat Production
Objective and Project
Kohistan district has a very diversified climatic conditions. In the valleys it is hot in
summer and very cold in winter. All the poultry birds are being brought from Mansehra
and Abbotabad area to all the population centers along the upper reaches of Indus river
and its adjacent areas. The climatic conditions are suitable for poultry meat production
Dasu Hydropower Project – Feasibility Report Volume 9
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during the summer season. Demand for poultry meat exists to varying degrees. Potential
exist and climatic conditions are reasonably well to raise the poultry birds for meat
production to meet the local demand as well as supply it to either the northern area
population center upto Gilgit and also downstream demand areas. It is appropriate to
assist the local farming community to make investment in poultry meat production
enterprises. Government should provide incentive through liberal interest free loaning
and technical know-how and support to establish at least two such units of 5000 birds
each to initiate and demonstrate the poultry meat production in the district of Kohistan.
This will be helpful for future to meet the demand of the construction staff working at the
Project site. In the meanwhile people will gain experience and based on these
experiences put the poultry industry on even keel.
Costs
Cost of poultry and quail farm including infrastructure and feeding for four weeks each
flock is estimated to cost Rs. 2,374,000.
7.4 Project 4: Establishment of Fish Seed Production Units
Objective and Project
At the completion of the Dasu Hydropower Project a huge water body spread over 5,313
acres(21.5 km sq at El 950 meters) and having about a million acres feet of water is an
ideal location for fish production. It is essential to produce fish to meet ever increasing
demand of the fish. Fish seed production is an important requirement to regularly
produce a sustainable fish produce. An allocation is recommended to be made for
establishing a fish seed production unit. The fund could be used for strengthening and
extension of existing fish hatchery at Dubair down stream of Dasu.
Cost
An allocation for the fish seed production amounting to Rs.2,000,000.
7.5 Project 5: Woodworks Production Units/Crafts
Objective and Project
While the Project area will have a generating capacity of above 4,200 mega watts of
hydropower to feed the power hungry industrial wheels of the country, it is equally
essential to effectively utilize the additional natural and other resources existing in the
area. The forest around the project area on higher elevations is producing millions of
cubic feet of excellent quality of wood for fabrication of the doors, windows, cupboards,
wood flooring, paneling, furniture etc. It will be important to establish some wood
processing industry within Kohistan and fabricate various end users products of modular
furniture for marketing in the down country population centers. For this purpose
Government may provide assistance for establishing necessary post wood cutting
processing to fabricate value added wood products. Necessary training of the selected
project affected persons need to be organized and financed from the Project resources
to develop the skills and professionalism in the wood processing industry. All such
industry established may be given subsidy for power usage.
Cost
An allocation of Rs. 2,000,000 is made for establishing wood works production unit/wood
crafts.
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7.6 Project 6: Potato Seed Production
Potato seeds are being produced and supplied from the northern areas for its cultivation
in the plains. Soil and climatic conditions at the higher elevation on right and left side of
the river Indus adjacent to the Project area are congenial for cultivation and production of
potatoes. Hence this is an ideal condition for potato seed production. Areas above Seo
village like Purwa and other adjacent areas in the village, Zal/Kowgee, Kuz Maidan,
Shall, Ucher Nallah, Kaigah, Tayal etc are available. Irrigation net work is already
existing in these areas, which can be further developed. These areas are suitable and
have the potential for potato seed production. It is appropriate to start potato seed
multiplication pilot project with the assistance of the agricultural department. This project
will enhance the livelihood capacity of the farming community through
participating in the potato seed production program.
Cost
An allocation of Rs.1,000,000/- is being made for starting this project .
7.7 Project 7: Vocational Training
Objective and the Project
Population in the rural areas is around 70% of the total population. Out of this, upto 35%
population is youth from age 16 to 22. This segment of population needs to be given
priority towards improving their skills. The skills could be imparted through vocational
training program. Under this program selected youth population of the project affected
families or adjacent areas would be given the opportunity for training and improving their
skills in different trades like, air conditioning, motor mechanic, carpenters, plumbers,
electricians, computer literacy, handicrafts etc. Upto 100 male and 50 female trainees
can be imparted training over 5-10 years period in different institutions at Peshawar,
Islamabad, Rawalpindi, Lahore for upto one year duration. In order to build-up the
capacity of the women, training will be imparted on embroidery, stitching, handicrafts etc.
amounting to Rs. 6,000,000.
Cost
Total estimated cost with tuition fees, boarding lodging @ Rs.10,000 per month
= Rs.12,000,000 for men and Rs. 6,000,000 for women.
7.8 Project 8: Micro-Credit Scheme
Objective and the Project
Micro-credit schemes for poverty alleviation and gender development is needed to
enhance the earning capacity of the affectees through financing small schemes/projects
which should be sustainable. These funds could be loaned to the small and medium
business enterprises to establish their businesses or expanding their existing
businesses. These loans payable in five years time, should be interest free preferably or
minimum interest may be charged.
Cost
Estimated cost for 447 affected households and business enterprises affected due to the
project @ Rs.300,000/ per HH amounts to Rs.134,100,000.
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7.9 Cumulative Cost of Development Projects
Cumulative cost of the recommended development projects is given below.
Project 1 - Establishment of Fruit Plant Nurseries Rs. 2,000,000
Project 2 - Establishment of Model Horticultural Farms Rs. 10,000,000
Project 3- Establishment of Poultry/Quail Farm for Meat Production Rs. 2,374,000
Project 4- Establishment of Fish Seed Production Units Rs. 2,000,000
Project 5- Woodworks Production Units/Crafts Rs. 2,000,000
Project 6- Potato Seed Production Rs. 1,000,000
Project 7- Vocational Training (12,000,000 + 6,000,000) Rs. 18,000,000
Project 8- Micro-Credit Scheme Rs 134,100,000
Total Rs. 171,474,000
7.10 Resettlement Costs
All the impacts including development projects is translated in terms of values and costs
as, for making necessary estimates for further processing. These costs will need to be
updated by adding additional details to make a Resettlement Action Plan (RAP) at
planning stage of this project. The estimated compensation, resettlement, mitigation and
development costs at feasibility stage of the Project are given in detailed cost estimate
given in table 7.2 and summarized below;
Table 7.1: Summary of Environmental and Resettlement Costs
Amount Item
No. Description Of Costs
Million Rs. Million US $
A Land & Other Compensation 5,955 85
B Environmental Mitigation Measures 5,948 85
C Resettlement 511 7
D Environmental Monitoring 116 2
Total Cost 12,530 179
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Table 7.2: Environmental and Resettlement Costs Estimate
Item
No.Description Unit Quantity
Rate
(Rs)
Cost
(Rs)
% age of
Total CostRemarks
A
A-1 Area Under Project
a.Reservoir Area(Barren) Acre 4,200 200,000 966,000,000 16.222 Barren Area + 15% (OP4.12)
b.Dam Components Area(Range) Acre 1,134 800,000 1,043,280,000 17.520 Land Cost + 15% (OP4.12)
A-2 Agricultural Land Acre 84 2,000,000 193,200,000 3.244 Land Cost + 15% (OP4.12)
A-3 Agricultural Crop Produce
a.Wheat / Kanal 40 kg 2,352 550 1,293,600 0.022 Income Restoration Two Crops OP4.12
b.Maiz / Kanal 40 kg 2,520 475 1,197,000 0.020 Income Restoration Two Crops OP4.12
A-4 Trees
a.Firewood Trees No 19,400 5,000 97,000,000 1.629
b.Fruit Trees No 600 20,000 12,000,000 0.202
A-5 Grazing Area Acre 51 800,000 40,800,000 0.685
A-6 Built Up Area
a.Land Acre 10 2,000,000 20,000,000 0.336
b.Catagory A Buildings Sq-Ft 43,920 2,500 109,800,000 1.844 Modern Construction12.2% Table 22
c.Catagory B Buildings Sq-Ft 127,800 1,500 191,700,000 3.219 Semi Pacca 35.5% Table22
d.Catagory C Buildings Sq-Ft 188,280 800 150,624,000 2.529 Kacha 52.3% Table22
A-7 Jeepable Roads Km 5 45,000,000 225,000,000 3.778
A-8 Township Roads Km 1 45,000,000 45,000,000 0.756
A-9 SCO Telephone Cable L.S. 1 14,500,000 14,500,000 0.243 Estimate by SCO
A-10 PTDC Motel L.S. 1 18,000,000 18,000,000 0.302 Estmate by PTDC Motel
A-11 Suspension Bridge No 3 70,000,000 210,000,000 3.526 Rate by Works & Services
A-12 Suspension Bridge No 2 1,219,354,560 2,438,709,120 40.953 Rate by Taisi Corporation
A-13 Doli (Cable Car) No 5 150,000 750,000 0.013 Estimate Self Driven
A-14 Grave Yard Acre 3 200,000 600,000 0.010
A-15 FWO Buildings
a. Camp at Barseen
Land Acre 7 2,000,000 14,140,000 0.237 Land Area @ Rs. 200,000/ Kanal.
Building Sq-Ft 14,000 1,600 22,400,000 0.376 Covered Area @1600/ Sq-Ft
Bitumen Plant L.S. 1 30,000,000 30,000,000 0.504 Estimated
Aceess Road m 600 30,000 18,000,000 0.302 Access Road @ 30000000/ Km
b.Camp at Sazin
Land Kanal 1 300,000 300,000 0.005 Land Area Rounded Off
Building Sq-Ft 2,500 1,600 4,000,000 0.067
Grid Stat ion Costs Acre 10 2,000,000 20,000,000 0.336
A-16 Commercial Area
Road Side Restaurants
i.Land Acre 1.041 6,400,000 6,662,400 0.112 Rs. 800000/ Kanal
ii Covered Area Sq-Ft 37476 1,600 59,961,600 1.007 Builtup Area @ Rs. 1600/ Sq-Ft
TOTAL - A 5,954,917,720 100.00
Land and Other Compensation Cost
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Table 7.2: Environmental and Resettlement Costs Estimate
Item
No.Description Unit Quantity
Rate
(Rs)
Cost
(Rs)
% age of
Total CostRemarks
B
B-1 Tree Plantation No 80,000 300 24,000,000 0.403 Two Years Look After Included
B-2 Grave Yard No 2 200,000 400,000 0.007
B-3 6 Police Check Points Acre 0.216 2,000,000 432,000 0.007 0.216 Acres
B-4 Cost Covered Area Sq-Ft 7,776 1,600 12,441,600 0.209
B-5 3 Schools -Land Acre 0.230 2,000,000 460,000 0.008 0.23 Acres
B-6 School Cost Covered Area Sq-Ft 8,280 1,600 13,248,000 0.223
B-7 KKH Relocation Km 45 - 4,410,000,000 74.141 Refer cost estimate volume - 10
B-8 Suspension Bridges
i) Suspension Bridges at Kandia Sq-m 85,000 3,358 285,430,000 4.799
ii) Suspension Bridges at Shatial Sq-m 85,000 1,314 111,690,000 1.878
B-9 New Roads (Right Bank)
i) New Roads Km 30,000,000 18 540,000,000 9.078
ii) New Tracks Km 15,000,000 31 465,000,000 7.818
iii) Upgradation Km 14,171,290 6 85,027,740 1.429
TOTAL - B 5,948,129,340 100.00
C
C-1 Land for 10% Resettlement Acre 5 1,840,000 9,200,000 1.799 Land Price + 15% (OP 4.12)
C-2 Land for Services Acre 5 1,840,000 9,200,000 1.799 Land Price + 15% (OP 4.12)
C-3 Community Buildings and Facilities -
a.Roads L.S. 1 6,000,000 6,000,000 1.173 Provision
b.Drainage L.S. 1 6,000,000 6,000,000 1.173 Provision
c.Electricity Provision L.S. 1 6,000,000 6,000,000 1.173 Provision
d.Water supply L.S. 1 6,000,000 6,000,000 1.173 Provision
e.Construction of Houses Sq-Ft 180,000 1,600 288,000,000 56.325
C-4 Shifting Charges L.S. 447 5,000 2,235,000 0.437 100% HH+ Businesses
C-5 Livelihood Charges for 3 Months No 447 15,000 6,705,000 1.311 Requirement Donor,100%HH+Business
C-6 Vulnerable Group Assistance No 100 5,000 500,000 0.098 One Time Payment OP 4.12; 21* %
C-7 Development Project Cost -
a.Nursery Development Acre 2 1,000,000 2,000,000 0.391 Rs1000000 for Setup/ Production Cost
b.Model Horticulture Farm No 20 500,000 10,000,000 1.956
c.Establish of Poultry/ Quail Farm No 1 2,374,000 2,374,000 0.464
d.Fish Seed Production L.S. 1 2,000,000 2,000,000 0.391
e.Wood Works Production L.S. 1 2,000,000 2,000,000 0.391
f.Potato Seed Roduction L.S. 1 1,000,000 1,000,000 0.196
g.(i) Vocational/Technical Training No 100 120,000 12,000,000 2.347
(ii) Women Train ing No 50 120,000 6,000,000 1.173
h.Micro Credit Scheme No 447 300,000 134,100,000 26.227 100% Affectee Families+ Busnisses
TOTAL - C 511,314,000 100.00
D
D-1 Monitoring of Environment L.S. 1 115,615,000 115,615,000 100.00
TOTAL - D 115,615,000
TOTAL ( A+B+C+D) 12,529,976,060
Environmental Resettlement Cost
Environmental Monitoring Cost
Environmental Mitigation Measures Cost
Dasu Hydropower Project – Feasibility Report Volume 9
B-26
COST ESTIMATES (Rs,)
Sr.No. Position/Item Posts/No. Rate/Month/Rs. Months Total Rs.
1 Asstt Horticulturist 1 30,000 24 720,000
2 Field Assistant 1 12,000 24 288,000
3 Budders 1 10,000 24 240,000
5 Office Clerk 1 15,000 24 360,000
6 Naib Qasid 1 10,000 24 240,000
7 Rent of land(Acres/year) 5 1,000 5 25,000
8 Recurring Expenditure/Month 5,500 24 132,000
Total Rs.(Rounded) 2,000,000
Sr.No. Rate/Farm No. Total Rs.
1 300,000 20 6,000,000
2 200,000 20 4,000,000
10,000,000
Sr.No. No. Rate/Rs. Total Rs.
1 350 331 116,000
2 80 1,413 113,000
229,000
229,000 6 1,374,000
1,000,000
2,374,000
2,000,000
2,000,000
1 500,000
2 500,000
1,000,000
Sr.No. No. of Trainees Rate/Tr. Total Rs.
1 100 120,000 12,000,000
2 50 120,000 6,000,000
18,000,000
134,100,000
171,474,000
PROJECT 7 VOCATIONAL TRAINING
PROJECT 8 MICRO-CREDIT SCHEME
Description
Skill development for male members
Skill development for female members
Total Rs.
PROJECT 4 ESTABLISHMENT OF FISH SEED NURSERY
PROJECT 5 WOOD WORKS PRODUCTION
Cost of 10,000 birds including infrastructure for four
week flock
Infrastructure cost non recurring/10000 birds
Operational Cost(feed,vaccination, etc.
Farm inputs, like fertilizer, insecticides,irrigation syatem
layout/instal lation and training of the farmers to improve
their technical-know-how
Total Rs.
TABLE 7.3: DEVELOPMENT PROJECT COSTS
PROJECT 1 ESTABLISHMENT OF FRUIT PLANTS NURSERIES
PROJECT 2 ESTABLISHMENT OF MODEL HORTICULTURAL FARM
PROJECT 3 ESTABLISHMENT OF POULTRY/QUAIL FARM
Description
Cost of farm Machinery/Equipment
Cost of farm inputs/seed /fertilizer/ irrigation system
Total Rs.
PROJECT 6 POTATO SEED PRODUCTION
This is a lump sum amount meant to be used for
establishment of wood works unit, equipped with the
drying, cutting, shaping and value addition to the wood
for making of the furniture and door, windows and wood
panneling works etc. at Dasu
This is a lump sum amount meant to be used for
establishment of potato seed production farms through
the contact farms and by provision of quality seed for
multiplication at higher elevation of the the surrounging
areas of the project.etc. at Dasu
Quality Potato seed procurement and supply to selected
contact farmers for multipl ication
This is a lump sum amount meant to be used for
extending loaning facil ities under micro-credit scheme for
making investments in the small schemes to increase the
earning of the affactees and people living in the adjacent
areas of the project.etc. at Dasu
Total Rs. For Development Projects 1 to 8
It should be done on public-private partnership and handed over to the partners after initial start up period of two years.
(b) Quail
Cost of 10,000 birds including infrastructure for four
week duration flock with12 flocks per year
Total Rs.
This is a lump sum amount meant to be used for
strengthening of the existing fish seed hatchery at Dubair
down stream of Dasu
Total
Six flock each year 8weeks duration total cost
(a) Poultry
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Plate B-5: Semi Pucca Structure.
Plate B-6: Katcha with Drystone Masonry Combination.
Sheet 3 of 21
Plate B-8: Zal/ for Resettlement.An other view of site available at Kas
Plate B-7: A view of Zal / Kas Area Resettlement Site.
Sheet 4 of 12
Plate B-9: A view of Zal area for Resettlement.
Plate B-10: View of site available at Zal, for Resettlement.
Sheet 5 of 21
Plate B-11: A view of site available at such Village on Seo Road Right Bank.
Plate B-12: An other view of Such Area on Seo Road - Right Bank .
Sheet 6 of 12
Plate B-13: View of area available at Purwa Settled Farming Area.
Plate B-14: Area of Tayyal and Shall available for resettlement site Left Bank.
Plate B-15: View of Shall area - Resettlement Site Left Benk.
Plate B-16: A view of Maidan area available for resettlement on Left Bank.
Sheet 8 of 21
Plate B-17: View of low Seo area.
Plate B-18: A view of Indus River from Razka deside Purwa area.
Sheet 9 of 21
Plate B-19: View of lower Chouchang area for Resettlement Site - Left Bank.
Plate B-20: A view of main Seo Village Agricultural area at Right Bank.
Sheet 10 of 21
Plate B-21: View of Maidan area for Resettlement (Left Bank).
Sheet 11 of 21
Plate B-23: An other view of area available at Jallkot for Resettlement (Left Bank).
Sheet 12 of 21
ANNEXURE B – 1
ENTITLEMENT AND COMPENSATION
MATRIX AND FRAMWORK
Annexure B–1
Page 1 of 1
Dasu Hydropower Project – Feasibility Report
TABLE B-1: GENERAL ENTITLEMENT MATRIX
Asset
Specification Affected People Compensation Entitlements
Farmer/Titleholder
Cash compensation for affected land at replacement cost
based on market value plus a 15% Compulsory Land
acquisition surcharge and free of taxes, registration, and
transfer costs.
Leaseholder / tenant
(registered or not)
Cash equivalent to market value of gross yield of affected
land for the remaining lease years (up to a maximum of 3
years).
Sharecroppers
(registered or not)
Cash compensation equal to market value of lost harvest
to be shared with landowner based on the sharecropping
contract.
Agricultural workers
losing contracts
Cash indemnity corresponding to their salary (including
portions in kind) for the remaining part of the contract.
All land losses
independently
from impact
severity
Squatters One (1) rehabilitation allowance equal to net market value
of one (1) harvest in addition to standard crop
compensation) for land use loss.
Farmer / Titleholder
Leaseholder
One (1) severe impact allowance equal to net income from
a one (1) year harvest Rabi and Kharif(winter and summer
crop) additional to standard crop compensation.
Permanent
impact on
Arable Land
Additional
provisions for
severe impacts
(More than 10% of
land loss) Sharecroppers
(registered or not)
One (1) severe impact allowance equal to market value of
share of harvest lost (additional to standard crop
compensation).
Squatters One (1) severe impact allowance equal to net value of
harvest of the affected land for one year (inclusive of
winter and summer crop and additional to standard crop
compensation).
Titleholder Cash compensation for affected land at full replacement
cost free of taxes, registration, and transfer costs.
Renter/Leaseholder Three months allowance.
Residential/
Commercial
Land
Attached
Squatters Accommodation in a government resettlement area or
self-relocation allowance: a) provision of a plot property in
public resettlement area; b) provision of a plot leased in a
public resettlement area; and c. provision of a self
relocation allowance covering1 year of livelihood.
Building and
Structures
Attached All APs
(including squatters)
Cash compensation at replacement rates for affected
structure and other fixed assets free of salvageable
materials, depreciation and transaction costs. In case of
partial impacts full cash assistance to restore remaining
structure.
Crops Crops affected All APs
(also squatters)
Crop compensation in cash at full market rate for 1 year
harvest Rabi-Kharif (inclusive of winter and summer) crop
by default.
Trees Trees affected All APs
(alsosquatters)
Cash compensation at income replacement.
Business/
Employment
Temporary or
permanent loss of
business or
employment
All APs
(also squatters)
- Business owner: (i) Cash compensation equal to 6
months income, if loss is permanent; (ii) cash
compensation for the business interruption period up to
3 months, if loss temporary.
- Worker/employees: Indemnity for lost wages up to 3
months.
Relocation Transport /
transition livelihood
costs
All APs
(including squatters)
Provision of a relocation allowance of (Rs.20,000)
covering transport costs
(Rs. 5,000)and a livelihood allowance of Rs. 15,000
covering livelihood costs for 3 months.
Communal
assets
Rehabilitation/substitution of the affected structures/utilities
Vulnerable AP AP under poverty line - One special allowance of Rs.5,000
- Employment priority in project-related jobs.
Annexure B–1
Page 1 of 4
Dasu Hydropower Project – Feasibility Report
TABLE B-2: ENTITLEMENT AND COMPENSATION FRAMEWORK (INDICATIVE) IN THE
LIGHT OF LAA AND WORLD BANK OP 4.12
Sr.
No. Nature of Loss
Definition of
Entitled Person Entitlements
Implementation
Issues
1 Loss of
agricultural land
Legal owner of
the land
i. Replacement land or
ii. Cash Compensation under LAA-
1894 & World Bank Operational
Policy 4.12 on Involuntary
Resettlement (replacement value
assessed by DOR plus 15%
compulsory land acquisition cost)
iii. Replacement land or cash
compensation as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement for
residual land of 2 or less than 2
kanals, which is of no use to the
affectees.
a. Assessment of
quantity and quality
of land
b. Assessment of
market value
c. Assessment of
replacement value
land
d. Title updating
e. Payment of cash
compensation
f. APs will be fully
informed of the
entitlements and
procedures
regarding payment
2 Loss of access
to cultivable land
by farmers,
tenants/share
croppers
Farmers, tenants
and
sharecroppers of
the land under
contract as
identified RAP
Report of the
Project at the
time of planning
and verified
during
implementation of
Project
i. Cash grant to farmer,
tenant/sharecropper, based on
market value of crops as per LAA-
1894 & World Bank Operational
Policy 4.12 on Involuntary
Resettlement.
ii. Cash compensation for one year
(two crops- i.e rabi and kharif) as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
iii. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
a. Individuals
identified by the
RAP as tenant or
share cropper of
land
b. Cash grant as
determined by
assessment will be
paid after taking
possession of the
land
c. The legal owner
certifies the tenancy
3 Loss of
trees/perennials
Persons with
legal ownership
of the land where
the trees are
located and crops
are grown
i. Compensation at the market
value, based on productivity of land
and age of trees assessed as per
LAA-1894 & World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
a. Assessment of
loss and market
value of the loss
b. Payment of cash
compensation for
the losses
c. Additional cash
grant to cover the
replacement value
of the lost
tree/perennials (if
necessary)
4 Loss of
residence/
commercial
structures by
owner
Legal owner of
the structure
i. Cash compensation for the
structure at the
market/replacement value as per
LAA-1894 & World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
ii. One time cash grant to transfer
the structure to new location as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
iii. Transitional period allowance to
affected households and
businesses as income restoration
a. Payment of
compensation for
the losses
b. APs will be fully
informed about their
entitlement and
assisted in obtaining
it
c. A transfer grant to
each household will
be paid during or
after vacating the
project sites
Annexure B–1
Page 2 of 4
Dasu Hydropower Project – Feasibility Report
Sr.
No. Nature of Loss
Definition of
Entitled Person Entitlements
Implementation
Issues
and rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
iv. Trainings of the affectees for
their capacity building as income
restoration and rehabilitation
measure as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
v. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
d. Removal cost for
commercial
structure at the
same rate to the
owners of structures
5 Loss of access
to
house/commerci
al structure
(rented or
leased)
Tenants
renting/leasing
the property as
identified by the
census survey
i. One-time cash grant for three
months to facilitate alternative
housing as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement
ii. Shifting charges to resettle some
where else as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement
iii. Transition period allowance as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
iv. Trainings of the affectees for
their capacity building as income
restoration and rehabilitation
measure as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
v. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
a. Verification of
tenants, lessees
entitled
b. A shifting
allowance per unit
will be paid after
relocation from
project sites
6 Loss of
residence by
informal
settlers/encroac
hers or
unauthorized
occupants
Heads of
household
occupying
residential land
illegally or
squatting on
proposed project
area as identified
through census
survey
i. Compensation for the lost
structure (if owner) as per
assessed values/price by DOR,
provided it is certified by the land
owner as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
ii. The owner’s income is under the
poverty line
iii. Cash grant for shifting of the
house from proposed project area
as per World Bank Operational
Policy 4.12 on Involuntary
Resettlement.
iv. Transition period allowance as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
v. Trainings of the affectees for
their capacity building as income
restoration and rehabilitation
a. Cash
compensation for
structure if
recognized by DOR
b. Verification of the
head of the
household
c. Compensation for
loss of structure
d. Transfer or
shifting cost per
household
Annexure B–1
Page 3 of 4
Dasu Hydropower Project – Feasibility Report
Sr.
No. Nature of Loss
Definition of
Entitled Person Entitlements
Implementation
Issues
measure as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
vi. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
7 Loss of business
by
shops/business
owners due to
dislocation
Owner/operator
of the business
as recorded by
the census
survey
i. Business restoration grant to
owners, renters and leaseholders
as per World Bank Operational
Policy 4.12 on Involuntary
Resettlement.
ii. Illegal shop owners above the
poverty line will not be eligible for
business restoration grant as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
iii. Trainings of the affectees for
their capacity building as income
restoration and rehabilitation
measure as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
iv. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
a. All persons
recorded
by the census
survey
b. Cash grant to be
paid after taking
possession of land
8 Loss of income,
employment/wor
k opportunity of
full-time/ part
time workers
Workers of
affected business
as recorded in
the census
survey
i. One time cash grant for 90 days
at the rate of local wage rate (both
for commercial and agricultural
areas) as loss of livelihood as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
ii.Trainings of the affectees for their
capacity building as income
restoration and rehabilitation
measure as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
iii. Preference in employment
during construction activities as
income restoration and
rehabilitation measure as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
a. All persons
recorded by the
census survey
b. Cash grant to be
paid after taking
possession of land
c. Involvement of
the incumbents in
project civil works
9 Loss of access
to utility services
like piped water
supply, gas,
electricity,
sewerage line,
telephone etc.
Legal owner of
the structure with
utility services or
only the legal
owner of the
utility services as
identified by RAP
i. Cash compensation for the utility
facilities at the market value as per
LAA-1894 & World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
ii. One time cash grant to
transfer/re-installment the utility
services to new location as per
World Bank Operational Policy
4.12 on Involuntary Resettlement.
a. Payment of cash
compensation for
the losses
b. Verification of the
ownership records
c. APs will be fully
informed about their
entitlement and
assisted in obtaining
it
d. A transfer/re-
installment grant for
identified utilities to
Annexure B–1
Page 4 of 4
Dasu Hydropower Project – Feasibility Report
Sr.
No. Nature of Loss
Definition of
Entitled Person Entitlements
Implementation
Issues
each
household/structure
owner (renter) will
be paid during or
after vacating the
project sites
10 Loss of
community
facilities/commo
n property
resources by
APs
Management
Committee of the
respective
community
i. Cash compensation for structure
as per LAA-1894 & World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
ii. Shifting assistance as per World
Bank Operational Policy 4.12 on
Involuntary Resettlement.
iii. Reconstruction/improvement of
the community facilities/common
property resources as per World
Bank Operational Policy 4.12 on
Involuntary Resettlement.
a. Cash
compensation under
the provision of law
b. Cash grant for
transfer/
reconstruction of
structure to be paid
to community
leader/head of
management
committee
11 Adverse impact
on the host
communities
due to relocation
of APs during
and after the
implementation
of the project
Affected or host
area/village
where the APs
will relocate
i. Provision for additional civic
amenities (roads, tube well for
drinking water, community slab
latrines, addition to community
facilities) as per World Bank
Operational Policy 4.12 on
Involuntary Resettlement.
a. Assessment of
community needs
b. Consult the host
population and
provision for
common property
resources
c. Implement the
mitigation programs
d. All affectees are
settled on
agriculture land and
they will shift to their
adjacent ownership
area, hence no host
population is
involved.
APPENDIX C
AQUATIC ECOLOGY
Dasu Hydropower Project – Feasibility Report Volume 9
i
DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX C – AQUATIC ECOLOGY
TABLE OF CONTENTS
SUMMARY S-1
1. OBJECTIVE AND BASE LINE CONDITIONS C-1
1.1 Objectives C-1
1.2. Present Status of Aquatic Ecosystem C-1
1.2.1 Field Tour and Collection of Samples C-1
1.2.2 Hydrology of the Project Area C-3
1.2.3 Aquatic Biodiversity of Dasu Project Area C-5
1.2.4 Fish in Dasu Area C-5
1.2.5 Fisheries of Dasu Area C-7
1.2.6 Waterfowl of the Project Area C-7
1.2.7 Socio-Economics of Fishermen C-8
2. IMPACT ON FAUNA C-9
2.1 Hydrography & Aquatic Biodiversity C-9
2.2 Fish & Fisheries C-9
2.3 Socio-Economics of Fishermen Community C-9
2.4 Waterfowl C-10
3. RECOMMENDATIONS C-11
3.1 Comprehensive Survey of Aquatic Resources C-11
3.2 Training and Capacity Building C-11
3.3 Fisheries Research and Development C-11
3.4 Extension Program C-11
3.5 Development of a Fish Hatchery C-11
3.6 Socio-Economics & Marketing C-11
FIGURES
PHOTOLOG
Dasu Hydropower Project – Feasibility Report Volume 9
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DASU HYDROPOWER PROJECT
AQUATIC ECOLOGY
SUMMARY
The field study was conducted during June 2007 and reconnaissance visit was made
upstream of Dasu dam axis. The seven nullahs/streams falling into the River Indus
were closely observed. These included (i) Barseen (ii) Kaiga, (iii) Lutter, (iv) Shorhi, (v)
Samar, (vi) Doga, and (vii) Kandia. Digital Camera photographs were taken at all
important points. Indus river is in high flow in August and low flow in February each year.
The fishery of Dasu Project area is poorly developed and mainly comprises capture of
commercial snow carps (coldwater fish). The snow carps are widely relished as food fish. Schizothorax spp. constitute the backbone of fishery of Dasu area. The most dominant
fish species among those commercially caught by the fishermen from the river Indus and
its tributaries, is Schizothorax plagiostomus, followed by Racoma labiata and Schizopyge
esocinus.
There is no regular fisheries management endeavors in Dasu. No fish culture or farming
exists there. The fishing practices are carried out as a part time activity by only few
fishermen without any organized body of fishermen. The fishermen generally operate
singly with cast-nets. Sometimes two or more persons catch fish with sieve nets,
mahajals, longlines, gill-nets, mosquito nets, scoop nets, and dipnets. There are several
reports of illegal fishing with the use of dynamites and poisons. This is perhaps due to
ineffective enforcement of law, and lack of trained fisheries staff in the area. No capture
data or statistics are available. There is a government office in Pattan town without
properly trained extension staff. No effective awareness program for promotion of
fisheries is being carried out in Dasu.
The waterfowl are the birds which are ecologically dependant on water bodies, lakes,
rivers, ponds and wetlands. These birds carry a special significance because parasitic
diseases in several fishes are caused by parasitic animals like nematodes, trematodes
and cestodes, etc. which use birds as their secondary or intermediate hosts during their
life cycles. Hence, the fish fauna of a particular aquatic ecosystem is biologically
connected with the avian fauna of that area especially the waterfowl.
Pakistan is located on the flyway to central Asia and northern India. The migration of
waterfowl occurs in north-south direction. The birds breeding in central and northern Asia
migrate to Pakistan via Afghanistan, and also directly across the higher ranges of
Himalayas. After entering into Pakistan, they fly southward to Punjab and southern Sindh
following the Indus valley and plains. This flyway of migratory water birds constitutes the
famous ecological corridor of international importance. This route offers plenty of food
and mild and hospitable climate to them. The Indus valley and more particularly the
wetlands of southern Sindh are the major wintering grounds of the migratory waterfowl
(WWF Report, 1997).
There are two types of birds in the Project area which depend for food wholly or partially
on fish and other aquatic animals of river Indus, its tributaries and the connected water
bodies. The first category comprises those birds which are resident or summer visitors
(King fishers, carmorants, fishing eagle, etc. ) The other category consists of winter visitors like Marlard (Anas platyrhynchos), Northern pintail (Anas acuta), Wigeon (Anas
penelope), Northern shorelor (Anas clypeata) and Black necked stork (Ciconia nigra).
There are some additional species of waterfowl such as Gadwall (Anas strepera and
Common teal (Anas crecca).
Dasu Hydropower Project – Feasibility Report Volume 9
S-2
The reservoir will be a favourable habitat for the fish fauna. The snow carps,
Schizothorax plagiostomus, Schizopoyge esocinus and Racoma labiata are three major
commercial species which constitute the fishery of the Project area. These species are
living in extremely low temperatures during winter, and tend to migrate towards
downstream areas where the conditions are comparatively comfortable. But with the
increase in temperature during summer months, the fish ascends upstream of river and
side-channels for breeding. The creation of a large reservoir would generally have
pleasant effect on the aquatic biodiversity. Rise in the level of water due to filling of the
reservoir would initially cause mortality of terrestrial vegetation. These would decompose
at the bottom of the reservoir, and release rich nutrients into the water. This would result
in heavy production of phytoplankton and zooplankton in the water, offering nutritive
materials for fish and aquatic animals of the reservoir. It is expected that for several
years the dam would form a very favourable wetland ecosystem for fishes and other
aquatic organisms. Besides, the development of eutrophication of dam would also be
expected. The lacustrine conditions of the newly emerging Dasu reservoir would differ
from the existing conditions of Indus river. The omnivorous or planktivorous species
(snow carps) are expected to adapt to the new conditions and flourish further.
The emergence of a vast water body with fishery resource would obviously have
pleasant effect on the economic conditions of the poor fishermen. The fishermen
community would increase. There would be improvement in the fish catching equipments
and methodologies and it would contribute towards financial improvement of fishermen.
The reservoir would be a tourist resort offering an angling, sportfishing, and recreational
spot resulting in increased economic and social activities in the area. More production of
fish would result in improved health of people and development of a fish marketing
system in the area. Job opportunities for local population would increase.
Recommendations for the sustainable development of fisheries and aquaculture in Dasu
Project area are made as follows:
The biological potential of this particular aquatic ecosystem has not been thoroughly
surveyed earlier. This is vitally important that a scientific plan for a comprehensive
survey is formulated and after authentic taxonomic identification of different species of
aquatic fauna and flora, a checklist is prepared for exploitation of resources, especially
the fish. Special attention would have to be focused on the number of taxa, population
sizes and their seasonal fluctuations. This would indicate the interspecific and
intraspecific relationships of different biological entities of the ecosystem.
The coldwater fish of Himalayan upland carry a special significance with reference to
their eurythermal habits, having ability of tolerating extremes of temperature. These
indigenous species have a great potential for development, both from capture and
culture point of view. Hence, creation of trained manpower for this purpose is of vital
importance. It would be beneficial if a coldwater fisheries training center is established in
Dasu area.
It is understood that almost no research work has ever been done on the animals and
fish of this highland aquatic ecosystem in the Indus Valley. It is imperative to formulate a
meaningful scientific research program on the biological characteristics of fish, their
feeding habits, growth patterns, breeding habits, and reproductive behaviours, etc. Along
with culture of snow carps and exotic trouts, the Chinese and other Pakistani culturable
local carps can also be studied and tried with reference to their biological characteristics
and co-existence with local fishes.
An awareness program is needed to be planned to educate the local people
Dasu Hydropower Project – Feasibility Report Volume 9
S-3
about the existence, conservation and development of aquatic biodiversity, especially the
coldwater fish of the project area through print/electronic media and through schools,
local bodies, etc.
For the development of fisheries in this large reservoir, a well thought plan can be
devised, which could generate fish through culturing snow carps and trout fish (both
brown trout and rainbow trout). Some other fish species, like Chinese carps and common
carp can also be good candidates for this activity. A fish seed stocking program could be
made after studying the physico-chemical and biological characteristics of water of the
proposed reservoir, and based on its fertility and primary productivity. Establishment of a
carp hatchery should be planned for the supply of fish fingerlings and juveniles for
stocking the reservoir. The reservoir having a surface area of 2,150 hectares can easily
produce about 65 toones of fish annually at the assumed minimum rate of 30 kg per
hectare. At the rate of Rs. 60/per kg it is worth about 4 millions of rupees.
Very few whole time fishermen operates in Dasu area. Generally, the operators are part-
time fishermen, principally engaged in some other profession. The fish catches are small
and mainly consumed locally, or sold to hotels and roadside fish frying shops. After dam
construction, the fish fauna would expand, and the number of whole time fishermen
would increase. The fish landings would increase, as was seen in case of Mangla Dam
and Chashma Barrage.
Dasu Hydropower Project – Feasibility Report Volume 9
C-1
DASU HYDROPOWER PROJECT
AQUATIC ECOLOGY
1. OBJECTIVE AND BASE LINE CONDITIONS
1.1 Objective
The main object of this study is to gather information regarding base line conditions of
aquatic ecology of Indus river and its tributaries in the Dasu Hydropower Project and its
reservoir area. Impact of the project on the aquatic ecology has also been studied and
recommendations are made for development of fisheries in the Kohistan area in the
post-project scenario.
1.2 Present Status of Aquatic Ecosystem
1.2.1 Field Tour and Collection of Samples
For the purpose of the field studies all equipment, glass ware, and related items were
arranged for sampling and carried from Lahore. The various types of samplers, recording
of requisite data related to various physico-chemical, hydro-biological parameters and
available information about the animal biodiversity and fisheries of the area were
targeted.
The main equipment included a binocular, digital camera, laptop computer, a video
camera, conductivity meter, thermometer, benthic sampler, plankton sampler, digital
oxygen meter, pH meter, measuring cylinders, beakers, plastic bottles and bags for
water samples, Secchi’s disc, measuring tape, markers, formalin, sulfuric acid, alcohol
and etc. The whole field study was covered with digital photography, and efforts were
made to take snaps of all the sampling sites at river Indus, its tributaries, nullahs, and
connected water bodies. Various kinds of data were recorded along with samples of
fishes, water, planktons, aquatic vegetation, and aquatic invertebrates, and vertebrates,
if any. The collected samples were preserved in 5 percent formalin or 70 percent alcohol
for laboratory studies and analyses. Photographs of relevant locations and exhibits of
fish are given in Photolog.
At the time of the visit, Indus river is in high flow state and flows will be rising till August.
Thereafter the flows will reduce till February. A general view of the Indus river at Dasu is
shown in Plate-1. The water quality changes with flow and season. The results of water
quality report are to be viewed with the seasonal change in mind.
The field study was conducted from 7th June to 12
th June 2007. The day to day activities
are described in the following:
i) June 07, 2007
On 7th June 2007 reconnaissance was made upstream of Dasu dam axis. The seven
nullahs falling into the River Indus were closely observed. These included (i) Barseen
nullah, (ii) Kaiga nullah,(iii) Lutter nullah, (iv) Shori nullah, (v) Samar nullah, (vi) Doga
nullah, (vii) Kandia nullah. Digital Camera photographs were taken at all important
points.
ii) June 08, 2007
On 8th June, the field visit was made accompanied by a field guide and an experienced
fisherman having a cast net. The visit was made during day time to collect samples of
Dasu Hydropower Project – Feasibility Report Volume 9
C-2
fish, water, plankton fauna, temperature of water, Seechi disc reading, dissolved oxygen,
dissolved solids, water vegetation and other parameters. A special watch was kept on
waterfowl.
Kandia Nullah
Kandia nullah (Plate-2) is located on the right bank of the river Indus. A journey was
made upto 20-25 km upstream of nullah along its right bank beyond the villages of
Thoothi and Aleel. Near these villages another small nullah enters the Kandia nullah at
its left bank. Aleel village is on the right bank of Kandia nullah. At this point water and
plankton samples were taken and water temperature, oxygen, visibility and pH were
recorded. A few fish samples were also collected. The team interviewed three fishermen
for obtaining information and data as per their experiences with fish and fisheries of the
area.
iii) June 09, 2007
Kaiga Nullah
Kaiga nullah is located on left bank of Indus river (Plate-3). During the visit, two fish
samples from different stations of the nullah were collected. In addition one fish sample
was collected from the Indus river near the confluence point of Kaiga nullah. The
collected samples were preserved.
Shori Nullah
Shori nullah is located on left bank of Indus river. During the visit six fish were collected
from the nullah with the help of a caste net, and the other three were netted out from the
river Indus at the confluence point of samara nullah. Photographs of the sampled fish are
shown as plates 5 and 6. The nullah as well as from the river were also collected.
Sampling was carried out from the nullah. Two fish were caught from the river and six
fish from the nullah. The fish and water samples were preserved.
Samar Nullah
Samar nullah is located near Shorhi nullah on left bank of Indus river (Plate-4). From this
nullah, samples were taken and physico-chemical parameters of water were recorded.
Jalkot or Dong Nullah
Dong nullah, (Plate-7) also called Jalkot nullah is located 2 km downstream (left bank) of
Dasu town. The nullah was visited and all routine data, samples, and fish specimens
were collected, and preserved.
iv) June 10, 2007
Goshali, Sput and Bak Nullahs
Goshali nullah joins the Indus river on the left bank about 10 km downstream of Dasu
town (Plate-8). The nullah is made by the confluence of two smaller nullahs, Sput nullah
(Plate-9) and Bak Nullah (Plate 11 and 12). Collection of fish samples and data on all the
requisite parameters were recorded for further analysis. The fish caught from Sput nullah
is shown in Plate-12.
Dasu Hydropower Project – Feasibility Report Volume 9
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v) June 11, 2007
Tangir, Darel, Harban, Khanbari and Thak Nullahs
The upstream area of the Indus river along the left bank was studied. This covered
Tangir,Darel, Harban, Khanbari and Thak nullah. Photographs of Tangir nullah and
Khanbari nullah are shown as Plate-13 (alongwith fish catch plate 24) and Plates 14 to
17 respectively. Samples of fish plankton and data on physico-chemical parameters of
water and the ecosystem were collected and recorded. During the visit to Khanbari
nullah, the local fisherman, Mr. Fazal Rehman, resident of village Nim was employed for
catching fish, and was also interviewed. In total 13 fish were caught from Khanbari
nullah. About 90 percent fish were males out of which two were oozing out-milt. All the collected fish belonged to one species (Schizothorax plagiostomus).
vi) June 12, 2007
Z-Kharhi and Moosha Nullahs
Downstream of Dasu town two nullahs, namely, Z-Kharhi and Moosha located on the left
bank of the river were observed from the right bank and photographs were taken, which
are shown as Plate 18 and 19 for Z-Kharhi nullah and Plate 20 for Moosha nullah.
Dubair Nullah and Trout Hatchery
Dubair trout hatchery is located on Dubair nullah bank at a distance of about 20 km from
Dubair town. At this location sampling of water and fish of the nullah was carried out and
the trout hatchery was also visited. Photographs of Dubair nullah and Dubair Trout
Hatchery are shown on Plates 21, 22 and 23. A detailed meeting was held with the trout
hatchery staff and technical improvement of the trout hatchery, and need for practical
oriented research on local coldwater fish were discussed. The Assistant Director of the
trout hatchery, Mr. Hidayat Shah, showed keen interest to start research on local carp
fish.
The observation made during the visit to nullahs the information gathered from various
sources and the collected samples of fish and their gut contents, plankton, water, benthic
matter, and aquatic vegetation were studied and analyzed in the laboratory.
1.2.2 Hydrology of the Project Area
Indus river originates from Mansarowar Lake in the Tibetan uplands. The river is about
3058 km long and ranks among the longest rivers of the world. The river drains about an
area of 963,480 sq km before discharging in the sea. In its earlier part, the river flows
east-west for about 950 km before it reaches Kandia in the project area, where it
changes its direction and flows from north to south. The Indus river continues in the
same direction upto Tarbela. The upper and lower catchment area is mountainous, and
has a high relief. The catchments of Indus River are characterized by towering peaks,
gigantic glaciers and high altitude plateau. At Dasu project site the river bed is at about
an elevation of 770m. The high river relief results in high velocities of the river water. At
the proposed Dasu dam site, water is mainly fed by melting of ice at the mountain tops.
The contribution from rainfall is very small. During summer, the river water is very turbid
and loaded with sediments. The major contribution of sediment load and dissolved solids
come from the tributaries and catchment areas upstream of upstream of the proposed
Diamer-Basha Dam site. The sediment load of the river plays an important role in the
existence and distribution of fish and other aquatic life. Interestingly, water in most of the
tributaries at the time of the visit was comparatively more transparent. This is quite
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visible from the laboratory test results summarized in Table-1, for which the samples
were collected during June, 2007.
Table C-1: Physico-Chemical Analysis of Water (June 2007)
Alkalinity as mg/L CaCo3
Sr.
No
Sampling
Area
Water
Tempe
rature
(Co)
Seechi Disc
Reading
(Inches)
pH
Free
CO2
(mg/L)
D.O
(mg/L) CO
3// HCO
3/ Total
Cl/
(mg/L)
Hardnes
s as
mg/L
(CaCo3)
T.D.S
(mg/L)
1. Goshali
Nullah 19.00 26.0 7.3 1.00 8.5 1.0 17.00 18 1.00 13.00 32.00
2 Bak Nullah 20.00 24.0 7.2 1.5 8.3 1.5 5.00 6.5 1.65 8.5 16.00
3. Sput
Nullah 20.5 25.0 7.2 1.00 8.3 2.0 11.00 13.00 3.30 9.00 20.00
4.
Jal Kot
/Dong
Nullah
19.00 22.5 7.0 0.5 8.2 1.00 11.00 12.00 2.5 9.5 20.00
5. Uchher
Nullah 20.00 23.0 7.0 1.00 8.6 2.00 22.00 24.00 2.00 19.00 35.00
6. Barseen
Nullah 21.00 28.0 7.0 2.5 8.3 2.00 18.00 20.00 2.00 19.00 31.00
7. Kaiga
Nullah 20.00 25.0 7.2 1.00 8.5 1.00 17.5 18.5 1.15 13.5 32.5
8. Lutter
Nullah 19.00 19.5 7.3 1.5 8.0 3.5 16.00 19.5 1.00 13.00 33.00
9. Shori
Nullah 20.00 24.0 7.2 2.00 8.3 2.00 5.2 7.2 1.75 8.00 17.00
10. Samar
Nullah 21.00 25.0 7.1 1.00 8.3 2.5 10.00 12.5 3.25 9.5 20.5
11. Harban
Nullah 21.00 26.0 7.1 2.00 8.1 2.00 11.00 13.00 3.00 8.5 21.00
12. Doga
Nullah 19.5 23.5 7.0 0.5 8.3 1.00 10.00 11.00 2.25 9.4 19.5
13. Kandia
Nullah 20.00 27.0 7.0 1.00 8.7 2.00 21.00 23.00 2.09 19.2 36.00
14. Spur
Nullah 19.00 24.0 7.0 2.00 8.00 2.00 16.00 18.00 1.5 14.00 33.00
15. Gial Nullah 19.00 25.0 7.2 1.5 8.2 1.00 6.00 7.00 0.5 7.5 15.00
16. Uccher
Nullah 20.00 27.0 7.2 2.00 8.5 3.00 10.00 1.5 0.75 9.00 16.00
17. Mandraza
Nullah 20.00 24.5 7.1 1.00 8.5 3.00 21.00 24.00 1.5 18.00 33.00
18. Gober
Nullah 21.00 23.5 7.5 2.00 8.7 3.00 18.00 21.00 1.25 15.00 35.00
19. Darail
Nullah 20.00 25.5 7.5 1.00 8.0 2.00 18.00 20.00 1.00 14.00 31.00
20. Khanbari
Nullah 21.00 28.0 6.8 3.00 8.3 2.00 16.00 18.00 2.25 19.25 29.5
21. Thak
Nullah 20.00 25.0 7.6 1.5 8.4 2.5 11.5 14.00 2.5 8.00 20.00
22. Dubair
Nullah 21.00 25.0 7.1 2.00 8.00 1.5 6.00 7.5 0.5 7.00 14.00
23. Indus River
(Kandia) 17.00 6.0 7.2 2.00 9.2 3.20 25.00 28.2 1.25 17.5 40.4
24. Indus River
at Samar 20.00 5.0 7.2 3.00 8.9 3.5 25.5 29.00 1.25 22.5 46.00
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1.2.3 Aquatic Biodiversity of Dasu Project Area
Among plants, rooted hydrophytes are practically non-existent in the fast moving water of
the nullahs and the river. The other plant community comprises chiefly diatoms and
green algae. Among the micro-organisms are mainly protozoans and rotifers, whereas
the larger animals are represented by benthic inhabitants like May Fly nymphs
(Ephimeropterans), Caddis Flies (Trichopterans), larvae and adults of beetles
(Coleopterans), nymphs of dragon flies and damsel flies (Odonatans), stone fly larvae
(Plecopterans), Dipteran larvae, nymphs and adults of bugs (Hemipterans). Other
animals like planarians, annelids, molluses, tadpoles also occur in this ecosystem.
1.2.4 Fish in Dasu Area
In Dasu project area the indigenous coldwater fish of river Indus and its tributaries are of
special significance. The fish in this ecosystem have evolved and adapted to the
peculiar, hard environmental conditions with extremes of temperature, and fast moving
torrential waters flowing through narrow rocky channels of the river and its contributing
nullahs, having a bed of rolling stones, boulders, and gravel. This rugged and repulsive
environment exerts limitations on the number of fish taxa, population size, rates of
survival, feeding patterns, reproductive modes, geographical distribution, and migration
patterns. The fish collected during the study from Indus river and its nullahs in the project
area belonged to three families, five genera and five species only, although there are reports of 9 species. The species collected included Schizothorax plagiostomus,
Schizopyge esocinus, Racoma labiata (all of these belonging to family Cyprinidae),
Glyptosternum reticulatum (family Sisoridae), and Triplophysa spp. (family
Noemacheilidae). The first three are commercial species, whereas the remaining two are
not. No exotic fish like trout, Chinese carps etc. were caught. Identification of the fish
caught in the Dasu project area is summarized in Table-2 and their detailed description
is given below;
Table C-2: Fish Fauna of Dasu Project Area
Sr.
No.
Species Family Common
Name
Local
Name
Status
1 Schizothorax
plagiostomus
Cyprinidae Snow carp Gahi Commercial
2 Schizopyge esocinus Cyprinidae Snow carp Asala Commercial
3 Racoma labiata Cyprinidae Snow carp Chun Commercial
4 Glyptosternum
reticulatum
Sisoridae - - Non-Commercial
5 Triplophysa spp. Noemacheilidae - - Non-Commercial
(1) Schizothorox plagiostomus
(Reference: Day 1889, Plate-24, 25)
Local Name - Gahi in Northern Areas, Swati in NWFP
Common Name - Snow Carp Genus - Schizothorox Heckel (1938)
Sub Family - Schizothoracinae
Family - Cyprinidae
Order - Cypriniformes
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Distinct Features
C 2/9, P 1/17 – 18, V. 1/9-10, A 7: C 19. A medium
sized fish with both profiles arched; it’s standard
Length is 78.9% of total length.
Head large conical, flattened on ventral side
Snout Pointed and compressed at anterior end; its length is 45.5% of
head length
Eyes Large dorsolateral in position and situated in anterior half of the
head.
Mouth Inferior, horizontal and greatly arched, bounded by
thick fleshy lips which are continuous at angles of the
mouth. Interior part of lower lip is well developed with horny pad.
Nostrils present near the interior margin of the eye.
Barbles Two pairs present, rostral and maxillary barbles almost
equal in length.
Scales Small covering the entire body except head; lateral line complete
and distinct
Colour Dorsally bluish grey; yellowish pink at ventral side; fins are either
yellow or pink
Maximum Size 50 cm
Maximum Weight 550 gm
Feeding Habits The gut contents of the collected specimens of the species
included in order of preference, larvae, rotifers, cladocerans,
copepods, worms, algae, and others.
Breeding The majority of fishes sexually mature and breed in summer
months.
(2) Racoma labiata
(Reference Mirza 1990, Plate 26)
Common Name - Snow Carp
Local Name - Chun (very similar to Swati)
Genus - Racoma Mcclelland
Schizothorax labiatus Hora, 1934
Racoma labiatus McClelland and Griffith, 1842
Sub Family - Schizothorocinae
Family - Cyprinidae
Distinct Features
D4/8; P. 20; V. 11; A 3/5; C. 19; L. I. 110
Colour Grayish borwn on dorsal side, yellowish below, dorsal and caudal
fin grayish; other finds pinkish
Head Large and snout arched, Head length 20% of the total body, Both
lips are large and upper lip covers the mouth, lower lip bilobed,with
four barbls (2 rostral & 2 maxillary)
Maximum size 45 cm
Maximum Weight 500 gm
Feeding Habits Feeding habits are similar to those of Schizothorax plagiostomus,
consisting mainly of (in order of preference) algae, worms, rotifers,
copepods, cladocerans, etc.
Breeding This species also breeds in summer months.
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(3) Schizopyge esocinus
(Plate 27)
Common Name - Snow Carp
Local Name - Asala Genus - Schizopyge Heckel
Sub Family - Schizothoracinae
Family - Cyprinidae
Order - Cypriniformes
Distinct Features
D 4/8; P. 20; V. 10; A 3/5; C. 19; L. I. 95-98
Colour Silvery with black spots on the dorsal and lateral side
(very similar to Brown Trout)
Head Large and about 22% of the body length, snout relatively conical,
mouth big but lips are thinner, with four barbles.
Body Stout and stronger
Maximum size 45 cm
Maximum Weight 440 gm
Feeding Habits This fish is carnivorous but also feeds on micro-organisms like
cladocerans, copepods, worms, larvae, and algae.
Breeding The breeding season is June, July and August`
1.2.5 Fisheries of Dasu Area
The fishery of Dasu project area is poorly developed and mainly comprises capture of
commercial snow carps (coldwater fishes). The snow carps are widely relished as food fish. Schizothorax spp. constitute the backbone of fishery of Dasu area. The most
dominant fish species among the fishes commercially caught by the fishermen from the
river Indus and its tributaries, is Schizothorax plagiostomus. The fishes next in
abundance are Racoma labiata and Schizopyge esocinus.
There is no regular or disciplined fisheries management endeavors in Dasu. No fish
culture or farming exists there. The fishing practices are carried out as a part time
activity. There are very few whole time fishermen, who can be fingercounted. Obviously,
there is no organized body of fishermen. The fishermen generally operate singly with
cast-nets. Sometimes two or more persons catch fish with seine nets, mahajals,
longlines, gill-nets, mosquito nets, scoop nets, and dipnets. There are several reports of
illegal fishing with the use of dynamites and poisons. This is perhaps due to ineffective
enforcement of law, and lack of trained fisheries staff in the area. No capture data or
statistics are available. There is a government office in Pattan town without properly
trained extension staff in sufficient strength. No effective awareness program for
promotion of fisheries is being carried out in Dasu.
1.2.6 Waterfowl of the Project Area
The waterfowl are the birds which are ecologically dependant on water bodies, lakes,
rivers, ponds and wetlands. These birds carry a special significance because parasitic
diseases in several fish species are caused by parasitic animals like nematodes,
trematodes and cestodes, etc. which use birds as their secondary or intermediate hosts
during their life cycles. Hence, the fish fauna of a particular aquatic ecosystem is
biologically connected with the avian fauna of that area especially the waterfowl.
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Pakistan is located on the flyway to central Asia and northern India. The migration of
waterfowl occurs in north-south direction. The birds breeding in central and northern Asia
migrate to Pakistan via Afghanistan, and also directly across the higher ranges of
Himalayas. After entering into Pakistan, they fly southward to Punjab and southern Sindh
following the Indus valley and plains. This flyway of migratory water birds constitutes the
famous ecological corridor of international importance. This route offers plenty of food
and mild and hospitable climate to them. The Indus valley and more particularly the
wetlands of southern Sindh are the major wintering grounds of the migratory waterfowl
(WWF Report, 1997).
There are two types of birds in the Project area which depend for food wholly or partially
on fish and other aquatic animals of river Indus, its tributaries and the water bodies
connected with these, The first category comprises those birds which are resident or
summer visitors (King fishers, carmorants, fishing eagle, etc. ) The other category
consists of winter visitors like marlard (Anas platyrhynchos), Northern pintail (Anas
acuta), Wigeon (Anas penelope), Northern shorelor (Anas clypeata) and Black necked
stork (Ciconia nigra). There are some additional species of waterfowl such as Gadwall
(Anas strepera and Common teal (Anas crecca) (Aleem Chaudhry, personal
communication, August, 2007).
1.2.7 Socio-Economics of Fishermen
In the Project Area, a survey about the number of fishermen, types of fish catching
implements, number of fish shops, sale centers and fish price pattern, was carried out
and according to the information gathered from the residents it come to light that there
were hardly any full time professional fishermen in Dasu and the surrounding areas.
During the survey conducted from 7th to 13
th June, 2007, five fishermen operating with
cast nets, were interviewed on the site or else where. The particulars of the fishermen
interviewed are given below.
1. Fazal Rehman S/o Farmas , village Nim, Khanbari, caste Soonwall, P.O. Gomari,
Darail, Distt. Diamer (part time fisherman).
2. Shal Mian, Sput nullah with caste net (whole time fisherman)
3. Saiful Malook, Chilees Khail, Komilla, Dasu (whole time fisherman)
4. Bakht Rawan, Storekeeper, Komilla, Dasu (part time fisherman)
5. Ajam Khan, Jalkot, School Teacher, Dasu (part time fisherman)
These fishermen were found catching fish at various sites of the Indus river and its
tributaries (nullahs) which included Goshali nullah, Dong nullah, Samar nullah, Kandia
nullah, Khanbari nullah, and Thak nullah (near Chillas). Besides, a few fishermen parties
were also seen operating in and around Dasu Project area with sieve nets, gillnets,
mahajal, scoopnets, and mosquitonet cloth. A few cases of illegal dynamite killing of fish
were also reported from the area. The daily fish landings are very small. The fishes
caught are consumed locally or sold in the town at nominal price. There is no fish market
or sale center. Some local restaurants and hotels also purchase fish from the fishermen
for frying and cooking. The rates of snow carps are about Rs. 50 per kilogram. The
bigger fish fetch higher price. There are no statistical data available on fish landings. The
part time and whole time fishermen catch fish from the Indus river and nullahs generally
making isolated efforts. The fishing gear and tackles are not very modern and effective.
This is the reason that the quantities of caught fish are meager. The capture operations
observed during the study period at Dasu, showed that the dominant species caught is
Schizothorax plagiostomus (about 90%), while the other two species Racoma labiata
and Schizopyge esocinus constituted about 6% and 4% respectively. The fish caught by
the fishermen varied in size from 10cm to 50cm.
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2. IMPACT ON FAUNA
2.1 Hydrography & Aquatic Biodiversity
Dams alter aquatic ecology and river hydrology upstream and downstream, influencing
water quality, quantity and breeding grounds (Hell and-Hansen et al., 1995). These
physical structures form artificial aquatic environment for the biodiversity of surrounding
area.
The proposed Dasu reservoir having a surface area of 21.5 sq. km and depth upto 180m
would culminate in the emergence of a calm, hospitable and inviting environment for the
aquatic animals. The physico-chemical features of water especially the temperature
would become more consistent and favourable for conservation of aquatic life. However,
the reservoir may become thermally stratified. This depends on different factors such as
depth of water in the reservoir, and water retention time. As the water intake for the
turbine will be from the hypolimnion, cold water will be discharged downstream during
the operation of power station. Hypolimnion may be deoxygenated, and discharge of this
cold water downstream may have adverse effect on aquatic life in the river downstream
of the dam. The aquatic biodiversity like unicellular organisms, phytoplanktons, algae,
aquatic vegetation, zooplanktons, invertebrates and vertebrates will rapidly grow. It is
expected that the number of taxa and populations of aquatic plants and animals would
generally increase with the passage of time.
2.2 Fish and Fisheries
The upper reaches of the reservoir may not change much as the original riverine
conditions are still intact. Rather, the reservoir will be a favourable habitat for the fish
fauna.
The snow carps, Schizothorax plagiostomus, Schizopoyge esocinus and Racoma labiata
are three major commercial species which constitute the fishery of the Project area.
These species are living in extremely low temperatures during winter, and tend to
migrate towards downstream areas where the conditions are comparatively comfortable.
But with the increase in temperature during summer months, the fish ascends upstream
of river and its tributaries for breeding. The construction of dam would hinder winter
migration of fishes but this would not make a significant adverse impact on the fish life.
The creation of a large reservoir would generally have pleasant effect on the aquatic
biodiversity. A big rise in the level of water due to filling of the reservoir would initially
cause mortality of terrestrial vegetation, agricultural crops, shrubs, trees, and countless
numbers of terrestrial invertebrates and vertebrates. These would decompose at the
bottom of the reservoir, and release rich nutrients into the water. This would result in
heavy production of phytoplankton and zooplankton in the water, offering nutritive
materials for fish and aquatic animals of the reservoir. Hence, it is expected that for
several years the dam would form a very favourable wetland ecosystem for fish and
other aquatic organisms. Besides, the development of eutrophication of dam would also
be expected. The lacustrine conditions of the newly emerging Dasu reservoir would differ
from the existing conditions of Indus river. The omnivorous or planktivorous species
(snow carps) are expected to adapt to the new conditions and grow and develop there.
Some species like Glyptosternum spp., and Glyptothorax spp. may find it difficult to
adapt. These are not commercial fishes.
2.3 Socio-Economics of Fishermen Community
The emergence of a vast water body with fishery resources would obviously have
pleasant effect on the economic conditions of the poor fishermen. Although the number
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of whole time fishermen is very low, it would rapidly increase. There would be
improvement in the fish catching implements and methodologies. The catches per unit
efforts would increase bringing financial improvement in the lives of fishermen. The
reservoir would be a tourist resort offering an angling, sportfishing, and recreational spot
resulting in increased economic and social activities in the area. More production of fish
would result in improved health of people in the area. This will also cause reduction in
poverty. This will also result in the development of a fish marketing system in the area.
Job opportunities for local population will increase.
2.4 Waterfowl
After dam construction the resident water birds which take shelter on the semi-aquatic
vegetation, shrubs, fruit trees and orchards, would not face any problem because the
habitat for waterfowl would be retained in the adjoining areas, and new emerging habitat
will become improved. The fast moving water of the Indus river and its tributaries would
be converted into a vast water reservoir with comparatively calm environment, and the
waterfowl will have greater chances of food and would face less amount of hunting
pressure.
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3. RECOMMENDATIONS
In view of the creation of a big reservoir of fresh water and establishment of a new
aquatic ecosystem, the following recommendations are made for the sustainable
development of fisheries and aquaculture in Dasu Project area.
3.1 Comprehensive Survey of Aquatic Resources
The biological potential of this particular aquatic ecosystem has not been thoroughly
surveyed earlier. This is vitally important that a scientific plan for a comprehensive
survey is formulated and after authentic taxonomic identification of different species of
aquatic fauna and flora, a checklist is prepared for exploitation of resources, especially
the fish. A special attention would have to be focused on the number of taxa, population
sizes and their seasonal fluctuations. This would throw light on the interspecific and
intraspecific relationships of different biological entities of the ecosystem.
3.2 Training and Capacity Building
Although, there exists a Fisheries Training Center in N.W.F.P Province, but there is a
need for induction of technically trained personnel in this area, especially related to the
snow carps. The coldwater fish of Himalayan upland carry a special significance with
reference to their eurythermal habits, having ability of tolerating extremes of temperature.
These indigenous species have a great potential for development, both from capture and
culture point of view. Hence, creation of trained manpower for this purpose is of vital
importance. It would be more beneficial if a coldwater fisheries training center is
established in Dasu area.
3.3 Fisheries Research and Development
Almost no research work has ever been done on the animals and fish of this highland
aquatic ecosystem in the Indus Valley. It is imperative to formulate a meaningful
scientific research program on the biological characteristics of fish, their feeding habits,
growth patterns, breeding habits, and reproductive behaviours, etc. Along with culture of
snow carps and exotic trouts, the Chinese and other Pakistani culturable local carps can
also be studied and tried with reference to their biological characteristics and co-
existence with local fish.
3.4 Extension Program
There is no awareness about the fisheries and aquatic resources among the population
of Dasu area. An awareness program is needed to be planned to educate the local
people about the existence, conservation and development of aquatic biodiversity,
especially the coldwater fish of the project area. This can be done through print media (to
some extent, as the local population is generally illiterate), electronic media, and through
schools, local bodies, etc.
3.5 Development of a Fish Hatchery
For the development of fisheries in this large reservoir, a well thought plan can be
devised, which could generate fish worth millions of rupees annually. There would be a
great potential for culturing snow carps and trout fish (both brown trout and rainbow
trout). Some other fish species, like Chinese carps and common carp can also be good
candidates for this activity. A fish seed stocking program could be made after studying
the physico-chemical and biological characteristics of water of the proposed reservoir,
and based on its fertility and primary productivity. Establishment of a carp hatchery
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should be planned for the supply of fish fingerlings and juveniles for stocking the
reservoir. This would result in production of thousands of kilograms of fish annually. The
reservoir having a surface area of 2,150 hectares can easily produce about 65 tons of
fish annually at the assumed minimum rate of 30 kg per hectare. This would fetch about
Rs. 4 millions annually at the rate of Rs. 60 per kg. of fish.
3.6 Socio-Economics & Marketing
As mentioned earlier, there are very few wholetime fishermen in Dasu area. Generally,
the operators are part-time fishermen, principally engaged in some other profession. The
fish catches are small and mainly consumed locally, or sold to hotels and roadside fish
frying shops. After dam construction, the fish fauna would expand, and the number of
wholetime fishermen will increase. The fish landings will increase, as was seen in case
of Mangla dam and Chashma barrage.
PHOTOLOG
Page 1 of 14
Plate C-1: A General View of Indus River at Dasu.
Plate C-2: Kandia Nullah entering the right bank of Indus River.
Page 2 of 14
Plate C-3: Kaiga Nullah before entering left bank of Indus River.
Plate C-4: Samar Nullah before falling into Indus River.
Page 3 of 14
Plate C-5: Schizothorax plagiostomus from River Indus at Shorhi point (25 – 38 cm).
Plate C-6: Schizothorax plagiostomus from Shorhi Nullah (15 – 40 cm).
Page 4 of 14
Plate C-7: Dong Nullah at Dasu.
Plate C-8: Goshali Nullah, about 8km before entering the left bank of Indus River.
Page 5 of 14
Plate C-9: Fishing at Sput Nullah.
Plate C-10: Bak Nullah
Page 6 of 14
Plate C-11: Fishing at Bak Nullah ( 15cm; 22 gm )
Plate C-12: Schizothorax plagiostomus caught from Sput Nullah ( 15 cm; 22 gm )
Page 7 of 14
Plate C-13: Tangir Bridge at Indus River.
Plate C-14: Khanbari Nullah.
Page 8 of 14
Plate C-15: Khanbari Nullah entering Indus River
Plate C-16: Khanbari Nullah and a private carp fish farm near its left bank.
Page 9 of 14
Plate C-17: A fisherman catching fish from Khanbari Nullah.
Plate C-18: A view of Z-Kharhi Nullah.
Page 10 of 14
Plate C-19: Another view of Z-Kharhi Nullah.
Plate C-20: Moosha Nullah entering the left bank of Indus River.
Page 11 of 14
Plate C-21: A view of Dubair Nullah.
Plate C-22: Trout fish in the Government Trout Hatchery at Dubair.
Page 12 of 14
Plate C-23: Raceways at Government Trout Hatchery at Dubair.
Plate C-24: Schizothorax plagiostomus fromKhanbari Nullah (50 cm; 550 gm).
Page 13 of 14
Plate C-25: Schizothorax plagiostomus from Thak Nullah ( 13 cm; 20 gm )
Plate C-26: Racoma labiata from Indus River ( 45 cm; 500 gms )
Page 14 of 14
Plate C-27: Schizopyge ecocinus collected from Indus River (45 cm; 440 gms).
APPENDIX D
TERRESTRIAL ECOLOGY
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DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX D – TERRESTIAL ECOLOGY
TABLE OF CONTENTS
SUMMARY S-1
1. GENERAL D-1
1.1 Introduction D-1
1.2 Definitions D-2
2. PEOPLE, CUSTOMS AND WANTS OF PEOPLE D-3
2.1 People D-3
2.2 Agricultural Customs and want of the People D-3
2.3 Area Allocations D-4
2.4 Population D-4
2.5 Market and Marketable Produce D-5
2.6 Lines of Export D-5
3. ECOLOGICAL ZONES D-6
3.1 Montane Dry Sub Tropical Scrub Zone – Project Area D-6
3.2 Dry Temperate Evergreen Oak Scrub – Outside Project Area D-6
3.3 Sub-alpine Scrub Zone – Outside Project Area D-6
3.4 Dry Temperate Coniferous Forest – Outside Project Area D-7
3.5 Alpine Meadows and Alpine Scrub Zone – Outside Project Area D-7
3.6 Dry Alpine Zones and Permanent Snowfield – Outside Project Area D-8
4. LANDUSE AND FLORA D-9
4.1 Forests D-9
4.2 Injuries to Forest Crop D-10
4.3 Growing Forest Stock, Nurseries D-11
5. LIVESTOCK AND POULTRY D-12
5.1 Livestock D-12
5.2 Poultry D-13
6. NATURAL GRAZING AREAS D-14
7. AGRICULTURE D-15
7.1 General D-15
7.2 Agricultural Crops D-15
7.3 Vegetables D-16
7.4 Fruit Trees D-16
7.5 Medicinal Plants D-16
8. NATURAL FAUNA OF STUDY AREA D-18
8.1 Mammals D-18
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8.1.1 Species D-18
8.1.2 Markhor Game Reserve, Kayghi D-18
8.2 Reptiles and Amphibians D-18
8.3 Insects and Vectors D-19
8.3.1 Species D-19
8.3.2 Vectors D-19
9. AVIFAUNA D-20
9.1 Birds and Fowls D-20
9.2 Palas Conservation and Development Project (PCDP) D-21
9.3 Western Tragopan Pheasant – Jajeel, Dangir D-21
10. BIOLOGICAL IMPACTS D-23
10.1 Environmental Impacts during Construction D-23
10.1.1 Impacts on Flora and Fauna D-23
10.1.2 Insects and Vectors D-23
10.1.3 Blasting D-23
10.1.4 Loss of Area D-23
10.2 Ecological Impacts during Operation Stage D-24
10.2.1 Creation of a Reservoir on Green Flying Route in the
Project Area D-24
10.2.2 Erection of Transmission line for Electricity D-24
10.2.3 Fragmentation of Area D-24
10.2.4 Tourism/Water Games D-24
10.2.5 Avifauna and Wildlife D-24
10.2.6 Development of Forest Industries and Handicrafts D-25
10.2.7 Enhancement of Agro-Forestry Wealth D-25
10.2.8 Fisheries D-25
10.3 Mitigation Measures D-25
10.3.1 Clearing of Vegetation for Labour Colonies/Project Site D-25
10.3.2 Agricultural Area D-25
10.3.3 Insects and Vectors D-26
10.3.4 Blasting – Birds and Mammals D-26
10.3.5 Fragmentation of Area D-26
REFERENCES
FIGURES
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TERRESTRIAL ECOLOGY
SUMMARY
The reaches above the Dasu Hydropower Project (DHP) Area have immense ecological
diversity (Bio-diversity). Within the project area and its reservoir, the valley bottom (area
likely to submerge) has mostly scrub vegetation which is least important of all vegetation
types. These scrub forests are found below 1,035 m amsl whereas the highest level of
reservoir is 957 m amsl. Wildlife and other valuable fauna do not reside here but usually
visit during winter in search of food when higher areas are snow laden. A large number
of world’s rarest animals and plants exist in catchment areas which are threatened due
to habitat loss and over exploitation but none will be directly impacted in the project area.
A large number of plant species of great economic, medicinal and conservation value are
also found in the catchment area. While people are without doubt a valuable resource, a
large population has put an ever-increasing pressure on the natural resource base.
Widened income disparities have forced people to exploit ecological diversity at rates
that are no longer sustainable. As a result, processes such as deforestation, firewood
collection, overgrazing, over-hunting, over-harvesting of medicinal plants, soil erosion,
use of pesticides and insecticides, introduction of High Yielding Varieties (HYV), cross
breeding, population growth, poverty and weak laws have become major threat to the
conservation of ecological diversity in the northern area as a whole. The continuing loss
of forest habitat in upper catchment area, with its associated fauna and flora have
serious implications on the bio-diversity of these Mountain Ecosystems. Kandia – Uther
valley forests are one of the important watersheds of Indus river/Dasu area and are one
of the most representative of a Vibrant Mountain Ecosystem.
Catchment area which is far above the Project area is the home to a range of globally
threatened species like snow leopard, musk deer, markhor, snow partridge etc. resident
avifauna and pheasants like monal and koklas. The flora of catchment area is very
diverse with a number of economically important species of wild plants and hundreds of
medicinal plants with useful pharmaceutical values.
Montane Dry Sub Tropical Scrub Zone exists at the altitudinal range of 750 – 1219 upto
1500 meters and DHP falls in this zone. Only less important scrub vegetation occurs in
this zone. There is no coniferous or climax vegetation in this area. The existing
vegetation is of least economic importance. Project will impact on 20,000 trees of
assorted/exotic species, 51 acres of grazing area, 78 acres of cultivated field in the
project area below El. 957m masl which will submerge. Due to low altitude and human
settlements large mammals do not reside permanently in the Project Area. Overall in this
project area the adverse impacts are minimal.
Natural flora comprises of forests, grazing grounds i.e. pastures and meadows (which is
the main landuse), agricultural crops, vegetables, fruit and non-fruit trees, medicinal
plants, forages/fodders, shrubs, herbs/weeds and grasses. Some Ferns, Fungi and
Mosses are also found.
DHP Area falls mainly in Upper Kohistan area. It spreads over Harban Forest Sub-
Division, Komila/Seo Forest Sub Division and a Range named Jalkot Forest Range
which is located below Dam axis but is ecologically intertwined with upper areas.
Chilas Forest Division covers entire area of this forest division which is a part of
watershed for Dasu Reservoir hence its ecological systems/resources have direct
bearing on DHP.
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The forests usually start at a distance of several kilometers from the present KKH
at an elevation much higher than 950m masl – full storage level of reservoir. Therefore it
has been concluded that natural forests and bio-diversity of the catchment area will not
be affected by Dasu Hydropower Project.
People in the area rear large herds of many breeds of goats (Capra hircus), Sheep (Ovis
aries) and Cattle (Boss taurus). This is a major source of their income. Goats are
dominant (70-80%) among livestock. Sheep constitute only 5% of livestock population
(Most sheep were seen in Kandia - Uther valleys). Goat breeds include Badami
(dominant), Kaghani, Beetal, Pamiri, Gaddi, Koh-i-Ghizer, Jarakheil etc. Sheep breeds
include Kaghani, Koh-i-Ghizer, American etc. Few cattle (cows) about 15-20% are also
kept by nomads as well as farmers for agricultural purposes. Cattle of indigenous breeds
mostly Berberi were seen, few cows of Dajal & Red Sahiwal mixed breeds were seen.
Buffaloes are also kept but in a small number, 53 buffaloes were counted in Project
Area, during August 2007. Donkeys, mules, horses are also common.
Many households keep a few poultry birds mainly for domestic use. Big Poultry Farms do
not exist in the Project area. Poultry and eggs are supplied mostly from Mansehra.
Wheat and maize are the main crops of Rabi and Kharif season. Barley is also raised in
small areas. Maize is sown in May for commercial purposes whereas it is sown in June
for domestic use. Wheat is grown in winter in lower valleys but during summer at higher
altitudes. Recently prices of wheat, maize and other commodities have registered a two
fold increase. Vegetables are grown only on a very small scale for domestic use. Fruit
plants commonly grown on deciduous, walnut, Pomegranate, Fig, Zizyphus species,
Citrus, Plums etc. Grapes, Mulberry and Apricots are most common. Fruits of Apricot
and Mulberry are dried for Winter use. Grapes and Maize are frequently damaged by
Black Bear which invade crops during night.
Natural fauna of the Project area consists of Mammals, Reptiles & Amphibians, Insects &
Vectors, Butterflies, Freshwater Fish, Birds and Fowls.
Sandy Fly is of nuisance.It causes the disease named Kala Azar (Lechmenia). According
to health authorities at Chilas and Shatial, the Sand Fly is commonly existing between
Dasu and Chilas areas. In nature the disease is transmitted by the bite of the female of a
small midge Phlebotomus papataci. There was no evidence in the Middle East that any
other insect was concerned in transmission of this disease. These small insects bite
during the night and early morning hours and are found near ground level. They avoid
higher levels and strong breezes, and have a very short range of flight. It is thought that
they seldom move than fifty yards from their breeding places. They breed in rubble,
cracks in walls, dugouts, and similar areas. Based on the life cycle of this insect it is
revealed that Dasu reservoir areas will not aggreviate the sand fly menance in the area.
Due to the reservoir, infact the sand spreaded area steep sticking on the rocky area will
be minimized and accordingly ecological conditions of the areas will not remain
conducive for its further multiplication.
In total, about 230 species of birds have been estimated for the northern areas, out of
which 39 have been sighted/reported in the Project area (Chilas – Dasu belt). These
include passage migrants, vagrant, resident, breeding and irregular visitors. Chukar
(Chukor) and Rock Dove were frequently met with from Dasu to Diamer Basha Dam site
and along KKH.
Some rare species of raptors reside and breed in the Study area. These include species
like Lammergeyer and Golden Eagle. The Passeriformes species include mostly
Warblers, Tits, Flycatchers, Storks, Herons, Ducks, Cranes and Buntings. Some of the
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restricted range species like Himalayan Monal Pheasant are extremely rare. Each year
similarly a substantial number of Markhor heads alone are killed in Kandia valley, which
needs to be controlled.
The forests on the left bank of river Indus i.e., in Hazara Kohistan have been declared
Guzara forests while on the right bank of the Indus are protected.
The privileges and rights enjoyed by the locals at present are wholesome i.e. (1) Grazing
of domestic animals, grass cutting and lopping is without any restriction and free of
charge. (2) Villagers can obtain constructional timber and firewood from all kind of trees
for domestic purposes without any restriction. (3) Right-holders realize a fee called
kalang from the Gujjar nomads in lieu of grazing cattle, sheep and goats in the high lying
pastures. The Government does not receive any share out of this fee. (4) The locals hunt
without any apprehension and with complete disregard to sex, size or breeding period of
the animals and birds. (5) The locals fish through the use of nets and dynamites which is
now decreasing due to the awareness about environmentals concerns by the local
population. (6) They clear land for agricultural purposes of any extent by cutting trees,
burning the stumps and using the logs. Similarly a substantial number of Markhor heads
are being killed each year during hunting. Kandia river is also extremely suitable for
Trout fish.
The forests of Kandia and Uthor valleys have characteristics of the dry sub-tropical
broadleaved, Himalayan dry temperate and sub-alpine temperate regions. According to
the species composition these can be divided into the following forest types:(a) Scrub
Forests;(Lowest Altitudes– Ground to 1034 m); (b) Dry Oak (Quercus baloot) Forests;
(1035 m – 1675 m); (c)Dry Zone Deodar (Cedrus deodara) Forests; (1675 m – 2285 m);
(d) Mixed Silver Fir (Abies pindrow), Spruce (Picea smithiana), Kail (Pinus wallichiana)
and Deodar Forests; (2285 m – 3355 m); (e) Sub-Alpine Scrub; and (3355 m – 3810 m)
and (f) Alpine Pastures.(Highest Altitude – 3555 m and above).
The chief marketable product is sawn timber. Local demand for firewood exists in
Komila-Dasu, Pattan, Ranolia-Dubair and adjoining areas. Outflow of firewood from
Kohistan district on either side has been banned under the orders of Governor of
N.W.F.P. in 1983.
The forests of broadleaved species mainly Q. baloot locally called Jhaand (oak) are in a
degraded form and can hardly suffice the firewood needs of district Kohistan.
Among the minor forest produce some medicinal plants Zira (Carum spp.), honey, edible
mushroom and walnut fruit are exported on a very small scale. Most of the medicinal
herbs found in the area are either used locally in medicines or are eaten by cattle, sheep
and goats of the locals and nomad Gujars. There is a scope for commercial exploitation
of medicinal herbs.
There is no wildlife habitat near the dam site or along Indus river valley.
DHP is situated on International Flyway No.4 (Green Route) of Migratory Birds from
Central Asia and Siberaia arriving from August to November to move further to warmer
places along Indus river and return in February till May along the same route. DHP will
provide resting place enroute. It will become an excellent staging point for birds besides
increasing Avian beauty of the area – an attraction for eco-tourists, bird watchers and
researchers. Thus the impact of Dam/Project Area is largely positive for Avifauna and
Wildlife.
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Bridges linking the right and left banks of Indus river will submerge breaking
communication/linkage which will need to be mitigated.
With the increased tourism activities forest industries like carving of walnut wood,
manufacture of small wooden articles, souvenirs etc will develop thus creating
employment and added income for locals raising socio-economic standards in the
Project Area.
Establishment of Forest Nurseries will be helpful in afforestation of large blanks, sparsely
vegetated Oak forests at lower end of Study Area. Oak forests are major, perhaps the
only source of food in winter for livestock, wild animals, birds and a vital source of fuel
wood. This will be a significant perpetual positive impact during operation of the Project.
Plants from these nurseries can also be distributed in villages to boost Farm Forestry.
In order to offset, neutralize adverse impacts during construction/operational stage of
project various mitigation measures are suggested. (a) Four times (80,000) the number
of the affected trees should be planted to offset the impact. Efforts should be made to
axe as minimum area as possible. (b)Upto 78 acres agricultural lands and 52 acres of
rangelands which will submerge can be more than compensated by setting up new
agricultural farms above dam site. (c) During construction the loud noises and bang will
echo in the valley/catchment area which will disturbs wildlife. All other impacts are
positive and need no mitigation measures. Overall impacts of Dasu Hydropower Project
are beneficial to the Ecological Resources of Project Area as well as Study Area.
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DASU HYDROPOWER PROJECT
TERRESTRIAL ECOLOGY
1. GENERAL
1.1 Introduction
The main aim of this study is to document the ecological resources and study the likely environmental impact on them due to the proposed Dasu Hydropower Project (Figure D-1). The reaches above the Project/Study Area have immense ecological diversity (Bio-diversity). Within the project area, the valley bottom (i.e. area likely to submerge) is either barren or covered by mostly scrub vegetation which is least important of all vegetation types and not of any appreciable extents. These scrub forests are found below 1,035 m amsl elevation whereas the dam crast level is 957 m amsl. Wildlife and other valuable fauna do not reside here but usually visit during winter in search of food when upper study areas are snow laden. A large number of world’s rarest animals and plants exist in the catchment areas which are threatened due to habitat loss and over exploitation, but none will be directly impacted in the Project area. A large number of plant species of great economic, medicinal and conservation value are also found in the catchment area. While people are without doubt a valuable resource, a large population has put an ever-increasing pressure on the natural resource base. Widened income disparities have forced people to exploit ecological diversity at rates that are no longer sustainable. As a result, processes such as deforestation, firewood collection, overgrazing, over-hunting, over-harvesting of medicinal plants, soil erosion, use of pesticides and insecticides, introduction of high yielding varieties (HYV), cross breeding, population growth, poverty and weak laws have become major threat to the conservation of ecological diversity in the northern area as a whole. The continuing loss of forest habitat in upper catchment area, with its associated fauna and flora have serious implications on the bio-diversity of these Mountain Ecosystems. Khandia – Uthor valley forests are one of the important watersheds of Indus river/Dasu area and are one of the most representative of a Vibrant Mountain Ecosystem.
The most conspicuous feature of the catchment area is the concentration of species diversity i.e. the existence, along a vertical projection, of a number of compressed latitudinal life zones which in the tropics in particular, may encompass the full array of climatic conditions from equatorial pre-humid lowland to the ice dominated artic. The ecosystems of the catchment area are fragile and complex which are globally significant as a vital watershed of the world, rich in biodiversity, popular destination for tourists and are important for cultural diversity too. Biological resources like economically important coniferous forests, medicinal plants, aromatic plants, forage on the high pastures and wild relatives of crops and fruits genetic resources are primary means of improving agro-pastoral systems in the catchment area.
As stated above the catchment area is the home to a range of globally threatened species of animals like snow leopard, musk deer, markhor, snow partridge etc. resident avifauna and pheasants like monal and koklas. The flora is very diverse with a number of economically important species of wild plants and hundreds of medicinal plants with useful pharmaceutical value. However all these biota are found much above the influence of the Project Area.
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1.2 Definitions
Definitions of some of the terms used in the report are given below. Bach = List prepared by Patwari (Revenue Officer) Showing
Share of each owner in forest sale proceeds.
Challan Nawis = A person who maintains Form-A.
Chilgoza = (Pinus gerardiana)
Chir = (Pinus roxburghii)
CITIES = Convention on International Trade in Endangered
Species of Wild Flora and Fauna (May 2007, Switzerland).
Deodar/Dian = (Cedrus deodara)
Fir/Partal = (Abies pindrow)
Form – A = Register in which record relating to out-turn from
Each tree is maintained.
Guazaras = Forests which are private owned but managed by
Government through Forest Department.
Scants = Sleeper.
Scrubs = Inferior Vegetation/Bushes
Sleepers = Wood shaped in proper sizes (12’x12”x6’) etc.
Sp, Spp. = Species
Spruce/Partal = (Picea smithiana)
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2. PEOPLE, CUSTOMS AND DEMANDS OF PEOPLE
2.1 People
The human are no doubt most important component of ecosystem and need special mention. The tract is inhabited by various clans of Kohistanis. They are descendents of the ancient Indo-Aryan race.
In early days, Kohistanis were pushed into higher and inaccessible valleys by the Scythian tribes who invaded the area from time to time. Kohistanis were lastly pushed by Yousaf Zai Pattans from Ghazni who occupied the better arable lands once owned by Kohistanis. Kohistanis in turn subjugated the docile Gujars of valley who were already there when Kohistanis arrived. Another major tribe in the area is Gujar. They rear large herds of cattle and stay in alpine pastures at higher elevation during summer and migrate to lower areas of the valley during winter. They always move about in search of better grazing grounds and pay a fee called Kalang to Kohistani Maliks for securing grazing rights in the alpine pastures. Gujars have proprietary rights to part of the valleys agricultural and forest lands. Most of the Kohistani families alongwith their herds of cattle also move up to their summer dwellings at higher altitudes in sub-valleys and come down after Kharif (summer season) crop is harvested. Both Kohistanis and Gujars are extremely poor and backward. Poverty, illiteracy, ill health, unemployment and malnutrition are some of the social maladies which they have inherited from their forefathers. The local language spoken over the entire area is Kohistani. The Gujars speak their typical Gujari language which resembles Punjabi. Kohistani have strong faith in God and pray to God in almost all circumstances however injustice is prevalent in Kohistan with women and weak and the saying that ‘might is right’ is very for Kohistan. 2.2 Agricultural Customs and Demands of the People
Majority of the people are agriculturists. They also rear cattle, goats and sheep. The chief crop grown is maize, however, at lower elevations maize and wheat both are grown. Alongwith agricultural crops various vegetables like beans, squash (marrow), cucumber, courgette (US=Zucchini, locally called Tori), and a number of spinach type plants called sonchel, ganir, varkharai are also raised. Maize-bread and Sag – (vegetables of various kind) cooked in a very simple and crude fashion is the food of the common man through out the valley. Those who rear livestock also eat bread with lassi. (Butter Milk). Meat is very expensive and usually not available, even eggs and chickens are difficult to get. Malnutrition is prevalent throughout the valley. Habitation as well as cultivation is restricted to the flat areas along the banks of river Khandia and its tributaries. The cultivable area is sparse on account of the configuration and arid cold climate and is, therefore, inadequate to meet the requirements of the population. The food grains grown in the area hardly suffice for few months, therefore, they import the balance from plains of Pakistan. The livestock is kept as a supplement to food. The Guajr nomads are pure graziers and depend almost entirely on livestock industry. Some Kohistanis do work in their agricultural fields but majority of them sit idle and most of their work is done by Gujars, Goosh Khels, Akhunzad Khel and Paloos Khels who are usually the tenants for more powerful Kohistanis. Some locals seek temporary employment with C&W (Communication and Works) and Forest Departments and harvesting societies contractors for the various operations.
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The population depends largely on forests for grass, grazing, fodder, fuel wood and timber. There is no restrictions on grass cutting, grazing and lopping for fodder. The people can collect or cut dry trees and branches for firewood. They can even lop or cut green trees for fuelwood, agricultural implements and constructional purposes without the permission of local authorities if they reside at least one mile inside the valley from Shahrah-e-Resham (Karakoram Highway). Hundred percent of the people use fuelwood for cooking and heating. About 15% of the households use kerosene for light and the rest use other sources. The demand on timber for constructional purposes is high because each household uses large quantities of timber. The demand of timber for agricultural purposes is not large and is met from the oak trees. The sheep and goats are fed entirely on oak leaves and hay except during summer months when the herds are taken to pastures in alpine zone. A list of forest produce used for different purposes is given in Table D-1, Annexure D-1. 2.3 Area Allocations
Land is the fundamental natural resource. Where climate, especially temperature and precipitation are favourable, the most profitable land use is agriculture. Outside field cultivation tree crops thrive best. Other lands are used as pastures and are called rangelands. On the basis of utility of land from the viewpoint of forest, farmers and other resource managers the various land use categories in the area have been identified and their extent is given in Table 2.1 below:
Table 2.1: Area Allocations in Kandia and Uther Valley
Productive Land Unproductive Land
Forest Land
Item Conifers
Broad
Leaved
Cultivated
Land
Range
Lands
Glaciated
Area
Scree
Stone
Bare
Rocks Lakes Total
Area (sq.Km)
445.2 217.5 33 1015.3 292.6 5.1 507.6 2.84
2520
Percent of Total
18% 8.7% 1% 40% 12% 0.2% 20% 0.1% 100%
2.4 Population
The tract being mountaineous is very thinly populated. The population of Kandia valley according to 1998, district census report of Kohistan is about 20% of the total population of 180,124 persons in Dasu Tehsil. The census figures, alongwith selected population statistics for Kandia valley are reproduced in Table 2.2 below:
Table 2.2: Population and Educational Status of Kandia Valley
Population (No.) Educational Attainment (No.)
Matric & Above Tehsil
Dasu Both
Sexes Male Female
Literacy
(%)
Primary Middle Male Female
Jachoin Union Council (Lower Kandia)
25,456 15,317 10,139 0.7 120 11 5 -
Karang Union Council (Upper Kandia)
12,788 7,021 5,767 0.2 16 4 4 -
Total: 38,244 22,329 15,906 0.45 136 15 9 -
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The human population and the livestock statistics of the herds brought by the Gujar nomads is not known. 2.5 Market and Marketable Produce
The chief marketable product is sawn timber. Local demand for firewood exists in Komila-Dasu, Pattan, Ranolia-Dubair and adjoining areas. Outflow of firewood from Kohistan district on either side has been banned under the orders of Governor of N.W.F.P. in 1983. Before the construction of Karakoram Highway mostly deodar and some kail timber in log form was floated from Kohistan district through river Indus to Khairabad. But with the construction of Karakoram Highway the transportation of timber in trucks has become popular. At present timber of all major conifers i.e. deodar, kail and fir/spruce is exported from Kohistan district down to Dargai (265 km) and Havelian (274 km) timber markets. The forests of broadleaved species mainly Q. baloot locally called Jhaand (oak) are in a degraded form and can hardly suffice the firewood needs of district Kohistan. Thus there is no possibility of its export from the district at present. Among the minor forest produce some medicinal plants Zira (Carum spp.), honey, edible mushroom and walnut fruit are exported on a very small scale. Most of the medicinal herbs found in the area are either used locally in medicines or are eaten by cattle, sheep and goats of the locals and nomade Gujars. There is a scope for commercial exploitation of medicinal herbs. 2.6 Lines of Export
The cheapest means of transport for the timber from the valley upto roadside depot is river Kandia, but the quick and safe means is the land route. In the days gone various Khwars of Uthor Valley were used for floating timber but that was time consuming process sometimes involving 5-6 years for the timber to reach Khairabad Kurd. After the regular opening of Karakoram Highway in 1978 transportation of timber to Havelian and Durgai timber markets has been much facilitated. Distance between Kandia bridge to Havelian is 274 km and between Khandia bridge to Dargai is 265 km via Besham, Shangla top by all weather truckable roads. Jeeps and small loader vehicles transport timber from Kandia valley to Kandi bridge on Karakoram Highway. In some sub-valleys timber is extracted through wooden slides (Pathroo) to jeepable road and Zambil or floated in Kandia river to be collected at Uchar near Dasu. This timber is sometimes floated in river Indus and collected at Uchar catching site 8 km upstream Dasu. From there it is transported to roadside depot for proper counting and dispatching down to timber market through trucks under a valid transport pass issued by the Divisional Forest Officer (DFO).
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3. ECOLOGICAL ZONES
Based on the classification by authors like Schweinfurth (1957), Baig (1975) Champion (1965) and recently by Roberts (1991 and 1997) provide some initial classifications of major vegetation zones of Pakistan. Based on these classifications an ecological map of the Project area has been developed and given as Figure 3. In Dasu area, the key ecological zones identified alongwith the species of flora and fauna they support are described in the following. The Project area falls in the Montane Dry Sub Tropical Scrub Zone. All the other zones described below are outside the Project area.
3.1 Montane Dry Sub Tropical Scrub Zone – Project Area
The altitudinal range is between El. 750 – 1219m (extends upto 1500 m) meters as Ecological Zone-I (EZ-I). Dasu Hydropower Project Area including the reservoir falls in this Eco-zone. Only less important scrub vegetation occurs in this zone, which, include Dodonaea scrub, Monotheca scrub, Reptonia scrub, Pistacia scrub and sub-tropical streambed scrub. This zone is characterized by species like; Capparis, spinosa, Pistachea, Artimesia, Saccharum, Dodonia, Berberis, Rosa muschata, and Daphne
oleoides (Manzoom Ali, 2000). There is no coniferous or climax vegetation in this area. The existing vegetation is of least economic importance. However, there are about 20,000 trees of assorted local/exotic species, about 52 acres of grazing areas, and 78 acres of cultivated fields in the Project Area below 957 m amsl which will submerge. However, this impact can be fully mitigated. Seven acres of land shall be effected downstream of the dam. Due to low altitude and human settlements, large mammals do not reside permanently in the Project Area. Some wild animals which may rarely stray into the area are flare-horned Markhor, Black Bear, Himalayan Lynx, Stone Martin and Forest Dormouse. During field visit in May 2007 a number of Jackals and Porcupine were seen in Project Area. Common game birds are Chukar (chakor), Partridge, Koklas Pheasant, and Rufous Turtle Dove. Other bird species include Golden Eagle, Lammergier, Common Kestrel (Falco tinnunculus), and Alpine Chough.
3.2 Dry Temperate Evergreen Oak Scrub – Outside Project Area
This is an intermediate zone passing behind the moist temperate zone, which covers lower valleys and slopes of almost entire Dasu District especially in Upper Kohistan Forest Division. It lies between El. 1500 to 2500 m as Ecological Zone-II (EZ-II) and there is a wide stretch of this Ecozone .Dry Oak Forest (Quercus ilex/baloot) dominates the vegetation of this area. Other plant species include Daphne oleoides, Sophora
griffithii, Cotoneaster nummularia, Artimesia maritima and Berberis lyceum. Occasionally individual stands of Pinus gerardiana, Pinus wallichiana, Cedrus deodara and Juniperous species are met with. Large mammal species found in this zone are flare-horned markhor, black bear, Himalayan lynx, stone martin and forest dormouse. Common game birds are chukar partridge, koklas pheasant, and rufous turtle dove. Other bird species include golden eagle, lammergier, common kestrel, and alpine chough.
3.3 Sub-alpine Scrub Zone – Outside Project Area
Sub-alpine scrub zone is widespread throughout higher mountains (EZ-II) of Himalayas-Hindu Kush and Karrakoram, but often confined to small ravines on upper slopes of Dasu catchment area. Sub-alpine scrub is important for both livestock and mountain
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ungulate species like Markhor, Himalayan ibex, Ladakh urial and are considered important summer grazing grounds for these wild species. Vegetation of this zone consists of small deciduous species like Betula utilis, Berberis species, Lonicera
korolkovi, and ever greens like Cotoneaster species., Juniperous communis, Juniperous
squamata, Rhododendron hypenanthemum and Poa grass with many Primula, Ranunculaceae and Anemone species.Mammals associated with this zone include True’s vole, Chinese birch mouse, musk deer, snow leopard, Himalayan ibex and markhor. Bird species found in this scrub zone include monal pheasant, tragopan pheasant, chukor, patridge, common rosefinch, and Hodgson’s mountain finch. 3.4 Dry Temperate Coniferous Forest – Outside Project Area
These forests are usually found in the inner or northerly slopes of the Himalayas with less monsoon influence. It occurs between 1500 to 3400 meter elevations (EZ-II Extended). These forests are characterized by much fewer deciduous tree species and are mainly single species stands of evergreen conifers. These forests occur in patches in higher parts of catchment area in valleys of both Karakoram and Hindu Kush mountains i.e. Kandia, Shatyal, Seo, Razka, Komila/Dasu. Adjoining Diamer District is also rich in these forests, where they occur in catchment valleys of Darel, Tangir, Gayal and Doodishal just at the upper reaches of Dasu Reservoir (and below the foot of Basha Diamer Dam). Being the catchment area these valleys exert profound influence on Dasu Hydropower Project. Typical tree species found in these forests are Picea smithiana, Cedrus deodara and Pinus wallichiana as predominant tree canopy. Under storey consists of Quercus baloot, Junglans regia and scattered shrubs of Artimesia maritima, Ephedra intermedia, Indigofera gerardiana, Sambucus ebulus, Sorbaria tomentosa, and Plectranthus rugosus.
Mammals found in these forests include Royle’s pika, Kashmir flying squirrel, black bear, yellow-throated marten, long-tailed mouse, and Turkestan rat. Typical bird species found are long-legged buzzard, black-throated joy, nutcracker, jungle crow, red-fronted serin, white-winged grosbeak, Eurasian goldfinch, white-cheeked nuthatch, slaty-blue flycatcher and white-cheeked long tailed tit.
3.5 Alpine Meadows and Alpine Scrub Zone – Outside Project Area
This zone covers areas between high valleys and permanent snowfields. Lush green and well-watered alpine meadows occur between El. 3500 and 3800 m as Ecological Zone-III (EZ-III) on valley bottoms or high plateaus surrounding the main watercourses i.e. higher peaks of Khandia, Harban, Seo, Jalkot etc. These plateau provide habitat to many endemic species of plants including two of the CITES species (Picrorrhiza kurro and Saussurea lappa) (GOP/Lead-Pakistan 2000). Alpine meadows occur in almost all the higher regions, particularly where mountains extend above the tree line, and harbour many plant and animal species including rare Himalayan Brown Bear. In spring these meadows are covered with most beautiful wildflowers such as lris, Anemone, Primula and a variety of wild Roses. These meadows important for grazier livestock are enclosed in drier mountain slopes. Many species of grasses of the genus Poa and sedges, artemesia and clover are found in these meadows. Other plant species include Draba
trinervia, Polygonum affine, Saxifraga sibirica, and Euphorbia kanaorica. Large mammal species found in this zone include snow leopard. Himalayan ibex, golden marmot, high mountain vole, lesser shrew, and Chinese birch mouse. Alpine meadows provide an important habitat for many breeding Himalayan migrant birds. Typical bird species include Himalayan griffon vulture, lammergier, Himalayan snowcock, snow pigeon and many other passeriformes. Local Gujjars/livestock owners shift their livestock to these areas at peak of summer season. These areas being main grazing grounds are very important for the local livestock dependent economy.
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3.6 Dry Alpine Zones and Permanent Snowfields – Outside Project Area
This zone predominates high altitudes around major peaks of the Karakoram Mountains and occurs in the northern most regions. It covers the upper most reaches of Dasu catchment area. Elevation of this zone is from 3800 mamsl as Ecological Zone-IV (EZ-IV) upto upper ends. The landscape is characterized by glaciers, a desolate waste of boulders and sheer cliffs. Moist areas are found beneath glaciers and snowfields and along stream banks. The vegetation largely xerophytic in the valley bottoms and along streambeds includes species such as Hippophae rhamnoides, Myricaria elegans, Capparis spinosa, Tribulus tenestris, and Peganum bannala. Major tree species include Salix denticulata, Juniperous communis, Mertensia tibetica, and Potentilla desertorum. On the fringe of this zone, mammals such as Himalayan Ibex (Capra ibex sibirica), golden marmot (Marmota caudata), Altai weasel (Mustela altaica). Blue Sheep (Pseudois
nayaur), Himalayan Lynx (Felis lynx), Snow Leopard (Uncia uncia), Migratory Hamster (Cricetulus migratorius) and high mountain Vole (Alticola roylei) are found. Typical bird species include Golden Eagle (Aquila chrysaetos), Himalayan Griffon Vulture (Gyps
himalayensis), and common Kestrel (Falco tinnunculus), while game birds include Himalayan Snowcock (Tetraogallus himalayensis), Snow Partridge (Lerwa lerwa), Snow Pigeon (Columba leuconota) and a number of other passerines and non-passerines birds.
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4. LANDUSE AND FLORA
Natural flora in Kohistan comprises forests, grazing grounds i.e. pastures and meadows (which is the main landuse), agricultural crops, vegetables, fruit and non-fruit trees, medicinal plants, forages/fodders, shrubs, herbs/weeds and grasses. Some Ferns, Fungi and Mosses are also found. 4.1 Forests
Forests in Kohistan are divided in two divisions; namely Upper Kohistan Forest Division and Lower Kohistan Forest Division. Dasu Hydropower Project Area falls mainly in Upper Kohistan Forest Division with Headquarters at Dasu which is a component of Abbotabad Forest Circle. It spreads over Harban Forest Sub-Division, Komila/Seo Forest Sub Division and a Range named Jalkot Forest Range which is located below Dam axis but is ecologically intertwined with upper areas. These private forests are being managed by Government under four Working Plans (listed below) for scientific management aimed at converting them into normal forest stands and achieving sustainability:
i) Working Plan for Kandia-Uthor Forests of Kohistan Forest Division (1985-86 to 1999 2000) by Amanullah Khan Assistant Conservator of Forests, NWFP.
ii) Working Plan for Harban Forests of Kohistan Forests Division by Ehsanullah Deputy Conservator of Forests for 1988 – 2003 NWFP.
iii) Working Plan for Seo Forests of Kohistan Forests Division for (1987-2002) by Hanif Shah Divisional Forest Officer, NWFP.
iv) Working Plan for Jalkot Guzara Forests of Kohistan Forest Division (1998-2008) by Haji M. Rafiq Ahmad Khan, Divisional Forest Officer, NWFP.
Total area of Kohistan forests (Upper & Lower Divisions) is as under:
Total Area 757,778 Ha
Forest Area 187,526 Ha
Left Bank 86,886 Ha
Right Bank 100,640 Ha
Tangir Darel Forest Division (Northern Areas) is located at the upstream end of Dasu reservoir (a few kilometers downstream of the Diamer Basha Dam site) and forms a part of watershed area of Dasu Project. This was previously part of Chilas Forest Division, Diamer District (Northern Areas). This forest division comprises important valleys of Tangir, Darel and Gyal having 48,600 ha of coniferous forests. Details are given in Table 4.1 below.
Table 4.1: Tangir / Darel Forest Area
Range Productive Protection
Forest
Blank
Area
Agriculture
Area
Total
Area
(Hectares)
Tangir 16700 3100 2400 200 22400 Darel 12600 8400 500 100 21600 Gayal 4200 0 300 100 4600
Total: 33500 11500 3200 400 48600
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Headquarter of this forest division is located at Chilas. Entire area of this forest division is a part of watershed for Dasu Reservoir hence its ecological systems resources have direct bearing on Dasu Hydropower Project.
The elevation of project/catchment area varies from approximately 772 m (river bed) at Dasu to 5946 m at Falakser on boundary with Swat district. Forest trees of Deodar (Cedrus deodara), Kail (Pinus wallichiana), Fir (Abies pindrow) and Spruce (Picea smithiana) grow between 2000 m and 3800 m elevation. At lower elevation the crop merges with Oak (Quercus ilex), Juniper (Juniperous macropoda) and Chilgoza Pine
(Pinus gerardiana). Beyond El. 3800 m; Sub-Alpine Forest and Alpine Scrub Forest/Pasture exist (upto upper limit of vegetation growth), which consist of stunted Fir and Kail trees with Birch (Betula utilis) and undergrowth of shrubs, forage plants, grasses, herbs, and medicinal plants. Associate plants and undergrowth varies with elevation and forest types, mostly these are Xerophytic plants like Artimesia, Daphne,
Ephedera spp, Taxus baccata, Vibernum spp, Rosa spp, Indigoferra spp, Parrotia,
Fraxinus, Cotoneaster, Pistachia spp, Berberis spp, Salix spp, Cupresses, Primula,
scrubs and shrubs. Other tree species include Willows, Poplars, Zizyphus sativa (Jangli
Ber), Chinar, Olea spp, Robinia spp, Ailanthus, Bakain, Shisham, Frash, Eucalyptus spp,
etc: Pilchi (Tamarisk) was seen growing abundantly on left bank of Khandia nullah near Thuthi village. A list of common Trees and Plants is given in Appendix-I.
The forests usually start at a distance of several kilometers from the present KKH at an elevation much higher than El. 957 m – Highest Flood level of Dasu reservoir. Therefore it has been concluded that natural forests and bio-diversity of the catchment area will not be affected by Dasu Hydropower Project. This fact has been further confirmed by discussions with government forest officers at Dasu and Abbotabad.
Depending on elevation from mean sea level the climate of Kohistan area changes from Subtropical to Dry Temperate to Dry Alpine. Generally it is Dry Temperate.
Lower parts of the valleys in the Project Area will be inundated by dam. Some 52 acres of grazing areas along with 78 acres of agricultural lands will be lost in addition to about 20,000 trees of various species. Resultantly livestock will move to upper reaches thus increasing already over saturated population of livestock to the detriment of palatable vegetation. Such a large number of livestock will also result in compaction of soil hindering establishment of natural regeneration.
4.2 Injuries to Forest Crop
Injuries to forest crop comes from natural and human agencies. Natural causes are snow, wind, lightening, hailstorms, flying squirrels, wild animals, birds, insects and fungi. Out of these, damage by snow is serious especially at higher levels, which may run as high as 5-7%. Damage from other factors is not much pronounced. Fungus Peridermium
ciderias on Deodar and Trametes pinii on kail have been noticed but damage is limited to individual trees only. The damage to trees form human agency is in the form of fires, lopping, grazing, browsing, extraction of torch wood, extraction of Deodar oil, and hazardous of all illicit felling.
The local population depends on forests for fuel, timber, and grazing. In addition local people who are owners of forests sell trees to forest contractors and get money from them direct as well as in the shape of royalties recovered through Forest Department. Except for indiscriminate felling of trees, people are free to obtain their legitimate domestic requirements of fuel wood, including free head loads for sale. People living away from forest have to depend on stubbles of Artemesia shrubs for heating and
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cooking. Imported fuel wood is very expensive especially in winter. A list of common uses of tree/plant species in the area is given in Appendix – VII. Minor Forest produce like Zeera (Carum spp), pine nuts seeds (chilgoza) commercial mushroom (Peziza amarina) are collected for self use and sale. Mushroom is sold for Rs. 10,000/- to Rs. 12,000/- per kg dried. It is supposed to have uses in Aphrodisiac medicines. Like many other medicinal plants Bankakri (Podopylum emodii) is also extracted and sold at higher rates. Other marketable produce are walnut fruit and timber, Pine nuts and fruit obtained from cultivated area but quantity is too small.
4.3 Growing Forest Stock, Nurseries
Plant nurseries are not raised by Dasu Forest Department due to the reasons that plantable areas are at higher elevation, people are not tree minded and goats severely damage nurseries. Moreover, in summer which is the best planting season, the monsoon rains do not reach this area, and raising plants on hills by hand watering is too expensive.
Quite a large number of dried, dead trees of Blue Pine, Fir and Spruce were seen at top reaches of Kandia valley, Seo valley and other areas which need salvation. These stumps cause insect multiplication, wastage of wood, fungal attacks and hamper natural regeneration due to unnecessary congestion and over crowding.
The crop is fairly dense on steeper slopes and inaccessible areas. In other places density of forests is less and goes down to 30 – 50%. Sparse forests mostly of Chilgoza Pine and Deodar are visible at higher altitude all along KKH on both sides.
Local Volume given in Tables D-2 to D-5, Annexure D-1 are used to calculate yield of trees in Dasu Kohistan Forests.
A huge quantity of timber forcibly cut by locals due to ban on green felling is heaped up between Dubair, Dasu, Shatyal/Harban and upto upper end of reservoir. Over one million cubic feet of the timber was seen lying in these transit depots which had been auctioned and was to be lifted.
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5. LIVESTOCK AND POULTRY
5.1 Livestock
Livestock is an important component of Agro-diversity and has been a part of livelihood strategies of the rural communities for centuries. It has been estimated that livestock contribute to the livelihood of at least 70% of the world’s rural population. Livestock and their products supply at least 30% of human needs for food and agriculture production in the form of meat, milk, milk products, eggs, fiber, dung (fuel), hides/skins and draught power. Livestock is also a source of manure for soil fertility inputs in developing countries, more so in Project area where dung is the only fertilizer amply available to farmers. Farmyard manure is not hazardous to human health like other modern day chemical fertilizers which are known to cause soil pollution and are supposed to induce various maladies and diseases on account of absorption of chemicals by food plants. People in the area rear rear large herds of many breeds of goats (Capra hircus), Sheep (Ovis aries) and Cattle (Boss taurus). This is a major source of their income. Goats are dominant (70-80%) among livestock. Sheep constitute only 5% of livestock population (Most sheep were seen in Khandia - Uthor valleys). Goat breeds include Badami (dominant), Kaghani, Beetal, Pamiri, Gaddi, Koh-i-Ghizer, Jarakheil etc. Sheep breeds include Kaghani, Koh-i-Ghizer, American etc. Few cattle (cows) about 15-20% are also kept by nomads as well as farmers for agricultural purposes. Cattle of indigenous breeds mostly Berberi were seen, few cows of Dajal & Red Sahiwal mixed breeds were seen. Buffaloes are also kept but in a small number. 53 buffaloes were counted in Project Area, during August 2007. Donkeys, mules, horses are also common. There is a well organized “Livestock and Dairy Development Department” at Dasu. There are several Veterinary Hospitals and Dispensaries in the area (at Dasu, Seo Dabbar, Shatyal, Thuthi/Aleel Dobair etc) which provide all livestock services even at higher altitude grazing grounds. Vaccination charges are Rs. 2 per animal. Vaccination is done in June, July each year. According to Mr. Faizullah, Veterinary Assistant no livestock census has been done so far. There is an elaborate programme for breed improvement through artificial insemination. For cows Frisian breed insemination charges are Rs. 50-100 per animal. Local Badami Goat is inseminated with Beetal breed of Plains for a fee of Rs. 20-50 each but cross has not proved beneficial due to cold climate. Local sheep are fertilized by American breed for a fee of Rs. 20-50 per head.
Local cow gives 4-5 kg milk, whereas a crossed animal yields 14-15 kg milk. A local cow costs Rs. 10,000 – 20,000, a crossed cow gets Rs. 40,000 – 50,000. Badami (local) goat costs Rs. 6,000 – 10,000 but a crossed goat gets only Rs. 4000 – 7000. Badami goat gives 1-2 kg milk whereas a crossed one gives only 1 kg milk due to unfavourable cold conditions for this exotic breed. Milk is sold for Rs. 30-40 per kg. Goat shearings are done in June-July. Hair are used for making blankets, rugs etc. Sheep too are sheared in June – July. Clipped wool is used for making carpets, shawls, while kids wool is used in making caps.
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Common diseases of livestock are Hemorrhagic Septicemia (H.S), Black Quarter, Pneumonia, Milk Fever etc. in cows for which preventive vaccinations are done from July to December for a nominal fee of Rs. 2 per head. Sheep and goats commonly suffer from Enterotoxin, Enteritis, Sheep Pox, Pneumonia and Flu. Adequate Vaccination and treatment facilities are available.
5.2 Poultry
Many households keep a few poultry birds mainly for domestic use. Big poultry farms do not exist in the area. Poultry birds and eggs are imported mostly from Mansehra. In Dasu/ Komila market live Broiler and Layer birds are sold at the rate of Rs. 75 per kg and Rs. 55 per Kg respectively. Eggs are sold at Rs. 60 per dozen. Poultry birds (only Layers) and eggs are also available inside the valleys of area like Thuthi, Seo, Aleel Karang and Rathooi etc. These birds are sold for Rs. 200 – 220 each which normally weigh 3 – 3.5 kg and have outlived their utility. Desi (Indigenous) birds are usually not sold. Rarely they are available for Rs. 150 – 180 per kg live. Desi eggs are sold for Rs. 70 – 80 per dozen. Common poultry diseases are New Castle (Rani Khet), Diarrohea, Coryza etc. for which adequate treatment and preventive vaccination facilities are available. Since the area is not congested and bird population is low, poultry diseases usually do not spread and remain confined to affected area only.
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6. NATURAL GRAZING AREAS
Raising of livestock is the mainstay of local economy, hence people keep large herds of cattle and goats/sheep. Natural grazing is the most extensive land-use in the area. Virtually it covers all the tracts of land below 4000m (upper vegetation limit) except areas under agricultural use or otherwise unavailable for grazing. With the warming up of season, people alongwith their livestock start moving to upper elevations where palatable vegetation is abundantly available to feed their animals. This is a normal routine. At the time of the visit (May – June 2007) villages like Seo, Shatyal Aleel, Thuthi, Rathoi looked like ghost towns because these were deserted by people and livestock who have moved up. Only very few people and livestock are left behind which are too old, sick, invalid or associated with agriculture.
The areas under forest or game sanctuaries are also simultaneously used for grazing alongwith meadows and grazing grounds. Vegetation comprises varieties of broad leaved trees/shrubs like Qak, Kao, Zizyphus species, woody shrubs, herbs, forbs and various grasses. The most palatable vegetation species including Poa grass species, Stipula, Artemesia species, Pennisetum species, Saccharum species, Polygonum
species, Saxifraga, Trifolium species, Lonicera species etc are relished by a large number of goats, sheep, cattle, donkeys, mules and horses. Due to large herds and sparse vegetation, grazing pressure is very high. Most of the lands near settlements are being overgrazed resulting in elimination or reduction in ratio of palatable species at such places. The routine pattern of grazing is migration of nomadic families from one altitudinal zone to another. With the warming up of season graziers move to higher elevations where vegetation is abundant and climate is bracing. From May/June to September/October higher mountain slopes grow thick cover of a large varieties of palatable grasses, herbs, shrubs and forbs. Graziers move with their livestock gradually from lower to middle and finally to alpine pastures and meadows where livestock depends entirely on grazing. With the start of harsh winter season graziers move down gradually from higher to lower slopes and finally land in valleys by the end of October. This pattern of migration is followed year after year for centuries without any change.
During winter livestock depends on whatever scanty little vegetation is available supplemented with dry maize stalk and hay stored in season. All the grazing grounds are owned by local Kohistanis who charge a fee (known as Kalang) of Rs. 5 per animal head per season from livestock owners who are invariably Gujjars.
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7. AGRICULTURE
7.1 General
Next to livestock rearing, agriculture is a vital source of income and caters needs of food/fodder for human and cattle. According to Deputy Director Agriculture/Executive District Officer (EDO), Dasu, Agriculture is practiced over approximately 4,500 ha in entire Kohistan area out of which about 2,500 ha are located in the upper Kohistan where Dasu Hydropower Project is also proposed to be located. The agriculture employs majority of the work force. However land suitable for agriculture is limited, yields are low, techniques centuries old and outdated. There is an Outreach (extension) service in Dasu Agriculture Department but the new recommendations do not reach deep in the interior valleys due to communication difficulties or else. Means or earning other than agriculture and livestock raising are scarce, hence people are by and large poor and live below subsistence level. Except for cultivated land, ownership is mostly undefined and is subject to customary use by nomadic graziers who are mostly Gujjars. Due to increase in human and livestock population, pressure on land has been increasing thus rendering soils progressively less productive. Poverty is, therefore, multiplying, trapping people in a vicious circle. Man’s sustenance on earth depends on four bio-productive systems namely croplands, grasslands, forests and fisheries. If we exclude marine fisheries, it turns out that land is the most critical resource for man. How well land is used and how well vegetative cover is managed determines the quality of man’s life on earth. The Project area falls on historic trade route between Central Asian states, China and the Indian sub-continent where for centuries traders brought many varieties of crops and fruits for barter trade with local products. It was observed in Seo, Kandia and Harban valleys that the same centuries old crude wooden plough drafted by Oxen (Bullocks) was being used for soil preparation. Heaps of Farm Yard Manure (FYM) abundantly available locally were found evenly spread over the soil before ploughing and preparation of seedbed for sowing crops/vegetables/orchards etc. No tractors or machines are used for agriculture due to small parcels. Irrigation is done by gravity channels in Rathoi, Kot Gal, Thuthi, Dabbir Seo etc. An intricate system of well placed terracing exists in all the areas which retains water in fields, controls erosion and gives ample crop yields. Agriculture in some of the areas is however prosperous. Recently some farmers have started use of fertilizers namely Urea and DAP (Diammonium Phsophate) which has resulted in increased yields. 7.2 Agricultural Crops
Wheat and maize are the main crops of Rabi and Kharif season. Barley is also raised in small areas. Maize is sown in May for commercial purposes whereas it is sown in June for domestic use. Popular variety of Maize is local which is yellow in colour and yields 12-15 maunds per acre (one mound = 40 kg). Usual sale price is Rs. 400/- per maund. It takes 2-3 months to ripen. Department has introduced an improved variety called “Azam” which ripens in 60-80 days and yields 14-18 maunds per acre. It fetches a rate of Rs. 450-480 per maunds. At the time of the visit (May, 2007) all valleys were dominated by the newly sown maize crop and wheat harvesting was almost complete. Farmyard Manure is mostly used. Usually fertilizers are not used. Due to severe cold not many diseases or insect pests of Maize are seen.
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Wheat is grown in winter in lower valleys but during summer at higher altitudes. Wheat varieties commonly grown are Suleman 96, Nowshera, Pak 91 and Sarhad. Pak 91 is most common. Yield of wheat is about 16 maunds/acre. Sale price is Rs. 400-500 per maund. It ripens in May-June. Some times it is cut before ripening when there is acute shortage of fodder, usually in March – April, before the livestock is shifted up hills for grazing. Here too usually Farmyard Manure is used. Agriculture Department recommends use of 1 bag Urea + 1 bag DAP per acre for better yield.
Recently prices of wheat, maize and other commodities have registered a two fold increase.
7.3 Vegetables
Vegetables are grown on a very small scale for domestic use. It is estimated by Agriculture Department that only 40-50 hectares are under all varieties of vegetables in Upper Kohistan.
Common vegetables grown are Potato, Gourd, Lady Finger (Bhindi), White Marrow, Tori (Zuchini), Tomato. Sometimes Potato is grown for commercial purposes also. Bhindi and Gourd are very common. In general level and ratio of vegetables grown in area are very low. A list of vegetables grown is given in Table D-11, Annexure D-1. 7.4 Fruit Trees
Project area lies close to the major centers of fruit diversity-the Central Asian States and China. Many of the fruit species were brought by traders in ancient times passing through this fabulous trade route – Silk Route. These fruits are being grown here for centuries. Moreover Northern Area is agro-ecologically very well suited for the production of deciduous fruits and nut crops. Formerly only apricot, grapes, mulberry and walnut were the common fruits, but over the last century other kinds of fruit trees have been introduced. However, apricot still remains an important fruit crop.
Other fruit plants commonly met with are Pomegranate, Fig, Zizyphus species, Citrus, Plums etc. Walnut yields 5-10 maunds fruit per tree. Grapes, Mulberry and Apricots are most common. Fruits of Apricot and Mulberry are dried for winter use. Grapes and Maize are frequently damaged by Black Bear which invade crops during night. (Table D-10, Annexure D-1) Honey bees are using various flouring plants species for extraction of sweet juicy natural fluid. A list of such plants are given in table D-13, Annexure D-1. Other flora i) In addition some of trees and its branches are used for thatching, sheltering and
roofing. These are given as per table D-14, Annexure D-1. ii) Some of the plants are poisnous in nature and these are given in table D-15,
Annexure D-1 ii) Timber yielding plants are given at table D-16, Annexure D-1.
7.5 Medicinal Plants
Medicinal and Aromatic plants are the valuable components of biodiversity of Kohistan area. Out of 5,700 species of plants in Pakistan 400 – 600 are considered to have
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medicinal uses in Unani (Herbal System), Allopathic and Homeopathic medicines. Out of these 300 – 400 species are used in traditional medicines prescribed by Hakeems, which provide health care for most of the people in rural areas. According to estimates, 80% of rural population of Pakistan depends on traditional (herbal) medicinal system called Unani. Moreso in the reservoir is a part of study area where almost entire population depends on traditional herbal medical system of Hakeems. Recently there has been a growing trend in urban areas also to use these medicines due to their few or no harmful side effects and their efficacy proved over thousands of years.
Two ecological zones i.e. the dry temperate mountain forests and alpine high altitude forests are very rich in medicinal plants where several species are exploited. Reportedly 130 medicinal plants are found in the Kohistan area.
The local traders and nomadic graziers (Gujjars) have been extracting large quantities of medicinal and aromatic plants from the area since long. Picrorhiza kurroa (Karru) was exploited heavily and has vanished from many of its habitat. A number of other economically important plants occur including wild thyme and a rich variety of medicinal plants such as Sea Buckthorn, Ephedra, Artimesia, Podophyllum emodii, Mushrooms, and the endangered Costus roots. Some of the important medicinal plants of the area are listed in Table 7.1 below.
Table 7.1: Important Medicinal and Aromatic Plants of Northern Area
Scientific Name
Local Name/Common Name
Artemisia maritimia Afsantin
Saussria lappa Kuth
Picrorhiza kurroa Karu (Katki)
Podophyllum emodi Bankakri
Glycyrhiza glabra Mulathi
Aconitum heterophyllum Atees
Ferula foetida Heeng
Onosma spp. Goa-zaban / Ratanjot
Rheum emodi Revand-chini
Thymus serpyllum Tumoro
Valeriana wallichi Mushabala
Hippophae rhammoides Buru / See Buckthorn
Ephedra spp. Som (Asmani buti) / Somkalpa
Carum spp. Zeera Saffed
Cumium cyminum Kamsal Zeera / Kala Zeera
All these plants are now commercially collected without any consideration for their conservation and sustainable use. At present medicinal plants are faced with several threats i.e. (1) Habitat degradation due to increased human activities (Grazing by domestic Livestock, Farm encroachment) (2) Over exploitation of rare and endangered species and (3) loss of regeneration potential of the degraded forests. Forest areas are the main source of medicinal plants, particularly the undisturbed natural forests.
According to recent surveys more than 130 species of medicinal plants are found at various altitudes in Pallas Game Reserve in Pattan (Lower Kohistan Forest Division) and adjoining Diamer District, especially in Tangir and Darel valleys which form an important part of watershed for Dasu Hydropower Project. A consolidated list of these species used as medicine is given in Table D-6, Annexure D-1.
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8. NATURAL FAUNA OF STUDY AREA
Natural fauna of the Project and adjoining areas consists of Mammals, Reptiles & Amphibians, Insects & Vectors, Butterflies, Freshwater Fish, Birds and Fowls.
8.1 Mammals
8.1.1 Species
Fifty-four species of mammals are estimated for the Project and adjoining areas (Roberts 1997). These species comprise 1 shrew, 10 bats, 18 carnivores, 6 artiodactyles, 3 lagomorphs and 16 rodents. The only species of mammals, which is endemic to Northern Area is Woolly Flying Squirrel, while Markhor (Flare Horned Markhor) can be considered near endemic, as its distribution is restricted to a few valleys because of rugged terrain and geographic barrier like rivers. Distribution of many small mammals is patchy and limited to certain watersheds due to physical barriers. The most diverse groups are carnivores and rodents. The rodents have a high breeding capacity and they constitute the food basis for many carnivores. Rodent species like shrew provide food base to Foxes, Weasels and Stone mortens (Z.B. Mirza WWF 2007). The forests and wildlife are integral part of the ecosystem and live together. Several large mammal species found in the Northern Area are either threatened or endangered. These include Snow Leopard, Black Bear, Brown Bear, Musk Deer, Flare Horned Markhor, Ladakh Urial, Blue Sheep and Himalayan Lynx. Most of these species require large habitat areas to maintain viable populations. Himalayan Black Bear (Ursus thibetanus) is found in upper reaches of Dasu, Darel and Tangir areas through its population has greatly reduced. Goh Lizard (Varanis monitor) and several species of snake including Cobra, Vipers etc. were reported. Presence of Leopard Cat, Fox, Jackal and Wolf was confirmed by locals, which kill their goat, sheep and poultry. Black Bear is also common in Soomer Nullah area. A list of wild animals and mammals is given in Table D-7, Annexure D-1.
8.1.2 Markhor Game Reserve, Kayghi
A game reserve for propagation and protection of globally important endangered Mammal “Flare Horned Markhor” has been established by NWFP Wildlife Department under NWFP Wildlife Act 1975 Rule 11/20 on the left bank of river Indus between Soomer Nullah and Uchhar Nullah in Project area. The area of the Game Reserve is 50 km2. Markhor population of reserve was 250 heads in 2006. Controlled legal hunting of only One Markhor per year for trophy is allowed after inviting tenders at International level. In 2006, the successful bid was US$ 60,000 whereas in 2007, an offer of US$ 57,000 by a French is reported. The facility is available only to foreigners. 20% of the price received is the share of NWFP Wildlife Department, whereas 80% of income goes for community benefit works. This year (2007) besides a bridal path of 6 km, one small Rest House (2 bed room Guest House), 2 female and one male teacher and one electric generator were provided to residents of Kayghi Valley.
8.2 Reptiles and Amphibians
Herpetofauna in these areas is represented by 3 families of amphibians (Ranidae, Bufonidae & Megaphrydae) and 8 families of reptiles (Gekkonidae, Agamidae, Scincidae, Varanidae, Boidae, Colubidae, Elaphidae and Viperidae). Numerous species
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of Geko, Agama and Varanis were seen in the Project area. Goh is the biggest lizard in the area. A list of reptiles (Lizards) found in the area are given in Table 8.1 below.
Table 8.1: Reptiles and Amphibians of Project Area
Species Common Name Scientific Name
Goh Lizard Varanis Monitor
Pakistani Rock Agama Laudakia Pakistanica pakistanica
Auffenberg’s Rock Agama Laudakia Pakistanica auffenbergi
Khan’s Rock Agama Laudakia Pakistanica khani
Batura Bent-toed Gecko Cyrtodactylus baturensis
Scorpions and snakes in the area are a hazard. Although numerous species of dreadful spiders from small to giant ones were seen in area (especially in Barseen PTDC Motel) but none is reported to be poisonous.
8.3 Insects and Vectors
8.3.1 Species
In Pakistan, more than 5,000 species (BAP, 2000) of insects are reported. Some Bugs, Dung, Beetle, Black Beetle and Weevils have been reported in the Project area. Millipedes, Centipedes and other soil working insects are very common.
The role that insects play in the human environment as beneficial and harmful creatures is well recognized by the society. Recent increase in the use of pesticides on agriculture crops and orchards has been responsible for destruction of many useful agriculture friendly insects. 8.3.2 Vectors
Mosquitoes, Midgets, Bugs and Beetles are found in Project area. Malaria due to Mosquitoes has been reported. Mosquitoes are a big problem during summer in project and catchment area valleys. Tuberculosis is common in valleys among human beings due to germs/bacteria found in afflicted cow’s milk usually consumed raw (un boiled) and on account of poor nutrition.
Sandy Fly is of nuisance. It causes the disease named Kala Azar (Lechmenia). According to health authorities at Chilas and Shatial, the Sand Fly is commonly existing between Dasu and Chilas areas. In nature the disease is transmitted by the bite of the female of a small midge Phlebotomus papataci. There was no evidence in the Middle East that any other insect was concerned in transmission of this disease. These small insects bite during the night and early morning hours and are found near ground level. They avoid higher levels and strong breezes, and have a very short range of flight. It is thought that they seldom move than fifty yards from their breeding places. They breed in rubble, cracks in walls, dugouts, and similar areas. Based on the life cycle of this insect it is revealed that Dasu reservoir areas will not aggreviate the sand fly menance in the area. Due to the reservoir, infact the sand spreaded area steep sticking on the rocky area will be minimized and accordingly ecological conditions of the areas will not remain conducive for its further multiplication.
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9. AVIFAUNA
9.1 Birds and Fowls
Northern Areas have one of the most diverse avifauna (Bird Species) of the mountain regions of the world, but unfortunately very little information is available on the distribution, status and ecology of many of the bird species. The comprehensive account on the Birds (avifauna) of Pakistan comes from Roberts (1991 and 1992). Very limited data is available on the bird species. However, some researchers have documented bird diversity of certain parts. A recent addition about Birds of Pakistan is by Z.B. Mirza (WWF) 2007.
In total, about 230 species of birds have been estimated for Kohistan area out of which 39 have been sighted/reported in the Project area (Chilas – Dasu belt). These include passage migrants, vagrant, resident, breeding and irregular visitors. A list of these species is given in Table D-8, Annexure D-1.
Chukar (Chukor) and Rock Dove were frequently met with from Dasu to Basha Dam site and along KKH. Vultures and Mountain crow has also been sighted during visit (May 2007) in Project Area but their number is small. Reduction in population of vultures has been attributed to use of Mafenemic acid in livestock/veterinary medicines.
Some rare species of raptors reside and breed in the Kohistan area. These include species like Lammergeyer and Golden Eagle. The Passeriformes species include mostly Warblers, Tits, Flycatchers, Storks, Herons, Ducks, Cranes and Buntings. Some of the restricted range species like Himalayan Monal Pheasant are extremely rare and may be at the verge of extinction especially from the Kohistan valleys. Monal has been over exploited on account of high price of its skin. A Stuffed (Taxidermed) Monal/Pheasants skin can fetch a sum of Rs. 5,000 to 10,000.
Birdlife International (2001) reported 27 bird species of Pakistan, which are threatened internationally. Out of these, 7 species are found in Kohistan area. There may be several more species, which are threatened nationally or facing local extinction. For example, Snow Partridge Western Tragopan, and Himalayan Monal Pheasant are facing local extinction from many valleys. Similarly. Large-billed bush warbler and Tytler’s warbler are the rare species, but not included in the report of the Birdlife International.
In order to preserve birdlife and biodiversity of the area, Pallas Conservation and Development Project has been active in Palas Valley near Pattan. A brief account of the Project is given in section 9.2.
A list of threatened species is given in Table 9.1 below. These species have small and scattered populations and are threatened due to degradation, loss and fragmentation of their habitat in Kohistan area.
Table 9.1: Threatened Pheasant and Bird Species in Kohistan Area
Sr. No. Common Name Scientific Name
1 Snow partridge Lerwa lerwa
2 Himalayan monal pheasant Cophophorus impejanus
3 Lesser kestrel Falco naummani
4 Ferruginous duck Aythya nyroca
5 Kashmri flycatcher Ficedula subrubra
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6 Long-billed bush warbler Bradytpterus major
7 Tytler’s warbler Phylloscopus tytleri
8 Indian skimmer Rynchops albicollis
9 Sociable lapwing Vanellus gregarious *Sources: Derived from Birdlife International (2001) and Roberts (1991-1992)
Threats to the avifauna include habitat loss, expansion of agriculture, use of pesticides and direct persecution by human. Direct persecution is from hunting, trapping, shooting from agriculture fields and poisoning. Use of pesticides on crops and fruit trees have reduced the population of many species, particularly of magpies, crows, yellow-billed chough, vultures and rock dove.
9.2 Palas Conservation and Development Project (PCDP)
In order to protect endangered Birds, Pheasants, Wild Mammals and Biodiversity a Conservation and Development Project has been started jointly by NWFP Wildlife Department, Eu-UNDP, World Pheasant Association, Birdlife International, WWF and UK Department for International Development/ Protection. Activities and surveys for the project started in January 1996 with the aim to enhance Pakistan’s capacity to conserve its native pheasants population and their habitats with major focus on Hazara and Dasu Kohistan Districts of NWFP. Palas project is located near Pattan, Jalkot Forest Range which is contiguous to Project area and has a profound impact on Biodiversity of Project area. It is called Hot Spot of Biodiversity. The valley harbours more than 30 Mammal species including vulnerable Musk Deer, Black Bear and Leopard Cat. More than 160 bird species can be found here, including eight of the eleven species endemic to Western Himalayas. It is the only place in Pakistan where 4 pheasant species out of 5 occur in one forest tract. The valley also harbours the largest viable population of the most vulnerable Western Tragopan Pheasant. A list of Pheasants is given in Table D-9, Annexure D-1. Also found here are 600 plant species out of which 130 species have medicinal properties.
9.3 Western Tragopan Pheasant – Jajeel, Dangir
Jajeel is one of the most beautiful pheasant among 51 species in the world belonging to Phasianidal family. Most viable population of this bird in the world is found in the Palas, incidentally this species is also the most threatened globally, facing extinction. Adult male weighs 1.8 to 2.15 kg and is the size of a domestic poultry bird size. This pheasant normally lives between El. 2500 – 3000 m in Fir, Spruce Birch and Blue Pine forests during summer, whereas during winter it descends down to El. 2000 – 2800 m where winter is relatively less severe and ample food is available in Oak forests. Jajeel is usually a solitary birds, rarely small groups may be encountered. It is a shy and alert bird hence infrequently seen. Usually it lives on trees. Mating season of jajeel is May when male birds periodically sound call to attract females. These calls continue during entire breeding season of May – June. Female usually lays 2-6 eggs which hatch in 28 days. Female hatches eggs whereas males also helps in upbringing of chicks. Females normally constructs nests in bushes with dried grass, leaves and small twigs. Food consists of new leaves, tender twigs, wild fruits, seeds, and insects. Morning and evening times are spent in search of food whereas for remaining part of day birds prefer to hibernate.
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Jajeel has been declared as globally critically endangered and is on Red List of I.U.C.N. Threats are due to loss and degradation of habitat, clearing and cutting of forests, over grazing by livestock, and uncontrolled hunting – poaching. Under Forest Act NWFP-1975 it is a Protected Bird and hunting/business may attract imprisonment upto 2 years. Protective measures include strict control over its hunting and trophy, protection of habitat and creating awareness about communities. Pheasants are considered as indicators of forest/ecosystem condition. Species such as Tragopan and Koklas are good indicators because they usually do not migrate from the area and are relatively easy to survey. They are mainly sedentary and therefore are directly related to health and status of Ecosystem/Forests. The PCDP has been very beneficial in protection and propagation of Biodiversity. Phase-I of the Project has ended in 2007. Phase-II is likely to start soon. Meeting with various departmental offices / officials were held and list of persons contacted is given in Table D-17, Annexure D-1.
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10. BIOLOGICAL IMPACTS OF DASU PROJECT
It was satisfying to note that there is no endangered Floral or Faunal species in the Dasu Hydropower Project Area. In addition to the Project area, there is a vast watershed area deep into the side valleys moving up into higer altitudes, which include the inside significant valleys of Kandi and Uther. Details of flora and fauna of these villages are given in Annexure D-2.
10.1 Environmental Impacts during Construction
10.1.1 Impacts on Flora and Fauna
Establishment of labour and staff colonies at construction site will require clearing of vegetation (trees, shrubs, herbs, grasses etc) in the vicinity of dam. This will cause some ecological degradation of flora in the Project Area – an insignificant impact. There is no wildlife habitat near the dam site or along Indus river valley. These creatures live high up in forests hence there will be no impact on fauna. The only wildlife in Project Area is Jackal and Porcupine which will migrate to safer places. Reptiles like snakes, lizards, scorpions, etc, will also shift away from site. Rodents i.e. rats, mouse, shrew are abundant and may shift near the camp site where ample food and kitchen refuse are available. These rodents beside damage to grains and food store some time spread viral diseases also which can be a hazard.
10.1.2 Insects and Vectors
Residential colonies and camps will produce waste water and left over food which help breed/flourish insects like mosquitoes, flies, bacteria etc. These cause water related diseases like Malaria, Typhoid, Cholera, Enterites, Diarrohea, Dysentery, Hepatitis, Tuberculosis and several other maladies in human beings. 10.1.3 Blasting
Dynamiting/blasting during construction will cause disturbance to Avifauna and wildlife. Loud noises can be fatal to small birds and negatively affects the reproduction processes in avifauna. The avifauna will be scared away abandoning their habitat in the Project and adjoining areas. Wildlife although at a much safer distance from Project area will be scared away due to loud noises. Similarly use of dynamite will release Trinitro Toluene (TNT) substance in the atmosphere causing pollution and harm to vegetation and fauna especially reptiles, rodents, etc which may get killed. However blasting is a temporary phenomenon and will not have any permanent negative impact. 10.1.4 Loss of Area
During construction stage about 20,000 trees of various species 78 acres of Agricultural area and 52 acres of range/grasslands will submerge in reservoir. The livestock of this area will also be moved to slightly upper elevation for which sufficient alternate grazing areas are available.
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10.2 Ecological Impacts during Operation Stage
10.2.1 Creation of a Reservoir on Green Flying Route in the Project Area Dasu Hydropower Project is situated on International Flyway No.4 (Green Route) of Migratory Birds from Central Asia and Siberia. Birds start coming as early as August and keep coming till end of November to move further to warmer places along Indus river. Return journey of birds commences in February and continues till May along the same route. Out of 230 bird species of Northern Areas at least 39 species have been reported in the Project area. Creation of such a vast reservoir with calm surface on their route will be of immense facility for them. This large water body will also change micro climate along the reservoir periphery resulting in more and better vegetation stands (improved habitat) which will provide ample food for birds and infrequent visitors like wild animals. It will become an excellent staging point for birds besides increasing avian beauty of the area – an attraction for eco-tourists, bird watchers and researchers. Thus the impact of the Project is largely positive for avifauna and wildlife.
10.2.2 Erection of Transmission Line for Electricity
Transmission lines are expected to run almost parallel to the Indus river from Dasu Hydropower Station to Bisham, diverting from there to Mansehra/Gujjar Khan. The transmission line will stretch over about 375 km containing 750 kW lines. These electric lines may be a hazard in the flight of birds while landing/take-off especially for heavy birds like already endangered Mademoiselle Crane, Common Crane, and Siberian Crane which may get entangled and killed. Normally the migratory birds keep 2000 feet above ground while in flight but descend to low heights when settling down. 10.2.3 Fragmentation of Area
With the filling up of reservoir suspension bridges connecting areas on right and left banks of Indus river will submerge breaking linkage for men, livestock/animals and timber/forest produce movement/export. In order to keep these areas connected a suitable replacement will have to be established. 10.2.4 Tourism/Water Games
Introduction of water games, fishing, angling and suitable infrastructure like hotels/restaurants will boost tourism/eco-tourism in the Project area thus creating job opportunities/ raised level of income for locals which will help raise standard of living and poverty alleviation in the Project area. 10.2.5 Avifauna and Wildlife
Creation of a reservoir will improve micro climate of the dry sub-tropical Project area. Increased evaporation and humidity will help in successful establishment of vegetation and flora on the reservoir periphery resulting in improved habitat for birds and wild mammals thus attracting large number of migratory/resident birds and wild mammals. Bird watchers and researchers in migratory birds will be attracted to this area to pursue their hobby/profession. This beneficial affect will go upto lower reaches of Kohistan area thus improving ecological conditions in Dry Oak Temperate stands which bear the onslaught of over-grazing and cutting for fuel.
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10.2.6 Development of Forest Industries and Handicrafts
With the increased tourism activities forest industries like carving of walnut wood, manufacture of small wooden articles, souvenirs etc will develop thus creating employment and added income for locals raising socio-economic standards in the Project area. 10.2.7 Enhancement of Agro-Forestry Wealth
With better micro climate, increased quantum and easy accessibility to water, all blank plantable areas can be brought under agriculture, forest/non-forest trees and local/exotic vegetation by locals and forest functionaries thus increasing agricultural produce, forest/tree stands, fruit orchards etc. Improved humidity conditions in dry subtropical fringe around the Project area will help in establishment of grass glades along slopes and areas unfit for other cultural activities. This will increase grazing areas for livestock. Forest nurseries which are non-existent at present can be established with the help of improved irrigation facilities. These nurseries will be helpful in afforestation of large blanks, sparsely vegetated Oak forests at lower end of Study area. Oak forests are major, perhaps the only source of food in winter for livestock, wild animals, birds and a vital source of fuel wood. This will be a significant perpetual positive impact during operation of the Project. Plants from these nurseries can also be distributed in villages to boost farm forestry. 10.2.8 Fisheries
A big pond with calm and deep water can be used for fish culture to boost economy of area and provision of high protein food to people. The subject has been dealt with separately by an Aquatic Ecologist. 10.3 Mitigation Measures
In order to offset/neutralize negative impacts during construction/operational stage of project following mitigation measures are suggested. 10.3.1 Clearing of Vegetation for Labour Colonies/Project Site
Although some vegetation has to be removed for construction works but the vegetation so destined is of least economic importance removal of which has no significant impact on ecological resources. However some 20,000 trees which will submerge need to be replaced and planted along outer rim of the reservoir where local people as well as forest department functionaries can embark upon a plantation/afforestation campaign. Three times (60,000) the number of trees should be planted to offset the impact. Efforts should be made to axe as minimum area as possible. 10.3.2 Agricultural Area
32 hactre (78 acres) agricultural lands and 21 hactre (52 acres) of rangeland which will submerge can be more than compensated by setting up new agricultural farms above the impoundment level of the reservoir. The tribes in upper area need to be convinced to allow agriculture and livestock in their domains. A Rehabilitation Action Programme may be made to address this issue. In addition to it there are 2.4 hactre (6 acres) downstream of the Dam Axis which will be affected due to the project construction works. Overall about 34 hactre (84 acres) will be the affected agricultural land.
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10.3.3 Insects and Vectors
In order to keep a check on insects and vectors, water should not be allowed to accumulate in open places/pools. If water stands or stagnates, a thin layer of kerosene oil be spread over the surface of water or spray with suitable safe insecticides be resorted to control breeding of these harmful creatures. In addition field dispensaries be set up in camps for treatment and prophylaxis measures. Stores and grains be properly and securely locked to avoid damage and control multiplication of rodents. 10.3.4 Blasting – Birds and Mammals
In the project area, there will be direct impact of blasting and dynamiting on the wildlife mammals and avifauna who will be scared away from the area but this will be temporary impact.
In the area away from the construction site loud noises and bang will echo in the valley which is likely to disturb wildlife and negatively impact reproductive processes of already endangered pheasants and birds. The impact can be mitigated by lull in blasting during May- June.
10.3.5 Fragmentation of Area
In order to overcome difficulties arising on account of submergence of bridges and links between right and left bank of Indus river suitable arrangements be made to maintain link between both banks. All other impacts are positive and need no mitigation measures. Overall impacts of Dasu Hydropower Project are beneficial to the ecological resources of Project area.
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REFERENCES
1. Dasu Hydropower Project, Feasibility Study March, 2007 Report. 2. Working Plan for Kandia – Uthor Forests of Kohistan Forest Division 1985-86 to
1999 2000 by Amanullah Khan Assistant Conservator of Forests, NWFP. 3. Working Plan for Harban Forests of Kohistan Forests Division by Ehsanullah,
Deputy Conservator of Forests for 1988 – 2003 NWFP. 4. Working Plan for Seo Forests of Kohistan Forests Division for (1987-2002) by
Hanif Shah Divisional Forest Officer, NWFP. 5. Working Plan for Jalkot Guazara Forests of Kohistan Forests Division
(1998-2008). 6. Survey of Pheasants in Hazara NWFP – UNDP, Government of Pakistan,
December 1998. 7. Status of Pheasants in Hazara NWFP – UNDP, Government of Pakistan. 8. Palas, Biodiversity Hot Spot WWF, Birdlife International. 9. Western Tragopan, Jajeel, Palas Conservation & Development Project, NWFP
(Urdu). 10. Importance of Wildlife in Environment & Human Life, Palas Conservation Project
NWFP (Urdu). 11. Palas, Non-Timber Forest Products Management Project Conservation of Moist
Temperate Forest Ecosystems UNDP, Government of Pakistan. Birdlife International NWFP.
12. Forest Flora of Punjab & Hazara by RN Parker 1956. 13. Trees of Pakistan by Mahmood Iqbal Sheikh 1993. 14. Working of Pabbi – Rasul Reserved Forest (Range Management) by M.Attaullah
Rana Divisional Forest Officer (1991 – 2001). 15. Pakistan Manual of Plant Ecology by Sayed Sadar-ud-Din Hussain. 16. Gazetteer of the Hazara District 1907. 17. Gazetteer of the Hazara District 1883 – 84. 18. Gazetteer of Hazara District Part “B” Statistical Tables, 1914 NWFP. 19. District Gazetteers Vol. ‘IB’ Hazara District Statistical Tables, 1907 NWFP. 20. A Text Book on Forest Management by M.R.K. Jerram. 21. NWFP Gazetteers Peshawar District Vol. ‘B’ Statistical Table 1931. 22. NWFP Gazetteer Peshawar District Vol. ‘A’, 1931. 23. Imperial Gazetteer of India Provincial Series, NWFP, 1908. 24. Forest Types of Pakistan by Sir Harry G. Champion. 25. Personal Experiences and Observations. 26. Discussions with various Persons and Scoping Sessions.
ANNEXURE D – 1
Table D-1 Trees Shrubs Herbs And Grasses
Table D-2 Deodar Volume table - Kohistan Forests
Table D-3 Kail Volume table – Kohistan Forests
Table D-4 Fir Volume table – Kohistan Forests
Table D-5 Spruce Volume table – Kohistan Forests
Table D-6 Trees, Plants, Herbs and Shrubs of Medicinal and Economic
Value of Pattan Valley
Table D-7 Mammals/Wild Animals Found At Different Altitudes in the
Study Area
Table D-8 Birds & Fowls Dasu – Chilas Belt
Table D-9 Important Pheasants and Birds of Galli Formes Order
Table D-10 Plants Used as Fuel Wood
Table D-11 Plants Used as Vegetables and Pot Herb
Table D-12 Fruit Plants Grown for agriculture
Table D-13 Honey Bee Species
Table D-14 Plants Used for Thatching, Sheltering and Roofing
Table D-15 Poisonous Plants
Table D-16 Timber Yielding Plants
Table D-17 Persons Contacted
Annexure D–1
Page 1 of 3
Dasu Hydropower Project – Feasibility Report
TABLE D – 1: TREES SHRUBS HERBS AND GRASSES IN DASU HYDROPOWER
PROJECT AREA UPPER KOHISTAN FOREST DIVISION – DASU
Family Scientific Name Vernacular Name Remarks
(Botanical Name)
TREES
Acanthaceae Adhatoda vasica Bhaikar Shrub
Strobilanthus
glutonousus
Aceraceae Acer spp. Triken Tree
Ampelidaceae Vitis lanata Dhak Tree
Vitis himalayana Dhak Tree
Anacardiaceae Pistacia Chinensis Kangar/Shinai Tree
Rhus spp. Titar Shrub
Berberidaceae Barberies lyceum Simbul/Kuarae Shrub
Berberis vulgaris Simbul/Kuarae Shrub
Podophylum emodii Bankakri Herb
Caprifoliaceae Loniecin quainqueloeularis Kainthi/Kashi/Lohain Shrub
Vibernum, cotinifolium Guch/Chamiarey/Anzah Shrub
Viburnum nervosium Guch/Chamiarey/Anzah Shrub
Vibrnum stelluslatum Guch/Chamiarey/Anzah Shrub
Celastraceae Euonymus spp. - -
Compositeae Artimisia spp. Tarkha/Zhoonoh Shrub
Saussurea lappa Kut Shrub
Conifereae Abies pindrow Parthal/Achar Tree
Cedrus deodara Diar/Ranzrha/Beetch Tree
Picea smithiana Parthal/Kachar/Charoo Tree
Pinus wallichiana Biar/Chogoin/Pewich Tree
Pinus gerardiana Chilghoza Tree
Convolvulaceae Cuscuta reflexa Akash bel Climber
Cupulifereae Alnus nitida Sharhol/Girey Tree
Betula utilis Bhierj/Bruj/Joojh Tree
Quercus incana Rhin/Bank/Jharyuum Tree
Quercus dilatata Barungi/Banj Tree
Quercus ilex Bang/Jhynd Tree
Ebebnaceae Diospyros lotus Amlok Tree
Ericaceceae Rhododendron arboretum Ikhar/Ranthol Tree
Euphor biaceae Buxus sempervirens Shamshad Tree
Euphorbia royleans Thordana Tree
Germilae Oxalis spp. Kad Kurla Herb
Annexure D–1
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TABLE D – 1: TREES SHRUBS HERBS AND GRASSES IN DASU HYDROPOWER
PROJECT AREA UPPER KOHISTAN FOREST DIVISION – DASU
Family Scientific Name Vernacular Name Remarks
(Botanical Name)
Gnelaceae Ephedra spp. Asmani Booti Shrub
Gentiana spp.
Hamamelidaceae Parrotia Pasher/Beranj/Pashoo Shrub
jacquemontiana
Illicaceae Ilex diprena - -
Juglandaceae Juglans regia Akhrot/Ghuz/Choan Tree
Labiateae Mentha sylvestris Podiana Herb
Otostegia lambata - Shrub
Plectranthus rugosus Bui Shrub
Leguminoseae Acacia modesta Phulai/Palosa Tree
Indigofera spp. Kainthi/Ghoreja/Kasi Shrub
Mimosa spp.
Sophora sp..
Lythraceae Punica granatum Daru/Anar Tree
Meliaceae Cedrella serrata Drawi/Barabru Tree
Melia azedrah Bakain Tree
Myrsinaceae Myrsine africana Kukal Shrub
Oleaceae Jasmimum spp. Ku/Khuwand Tree
Olea cuspidate
Platanacea Platanus orientalis Chinar Tree
Phytolaccaceae Phytolacca acinosa Tamaku Saag Herb
Polygonaceae Polygonum spp. - -
Rheum emodi Rubarb -
Ranunculaceae Aconitum spp - -
Clematis spp - -
Paeonia emodi Mamekh Herb
Rhamnaceae Rhamnus spp. Jalidar Shrub
Zizyphus mauritiana Beri Tree
Zizyphus numularia Beri Tree
Zizyphus sativa Unab Tree
Rosaceae Cotoneaster spp. - Tree
Fragaria spp. - Herb
Prunus armenica Hari Tree
Prunus cornuta Kalakat/Bareet Tree
Prunus cuberneae Jangali Badam Tree
Prunus padus Kalakat/Bareet Tree
Pyrsu pashia Batangi Tree
Annexure D–1
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Dasu Hydropower Project – Feasibility Report
TABLE D – 1: TREES SHRUBS HERBS AND GRASSES IN DASU HYDROPOWER
PROJECT AREA UPPER KOHISTAN FOREST DIVISION – DASU
Family Scientific Name Vernacular Name Remarks
(Botanical Name)
Rosa muschata Phulwari/Baganra Shrub
Spiraea spp. Karai Shrub
Salicaceae Populus alba Sofeda Tree
Populus ciliate Palach Tree
Populus nigra Sofeda Tree
Salix tetrasperma Bisoon Tree
Salix spp. Bisoon Tree
Sapindaceae Aesculus indica Bankhor/Jawaz Tree
Dodonea Viscosa Sanatha/Ghorshakey Shrub
Sapotaceae Monotheca Buxifolia Gurgura Tree
Saxifragaceae Ribes spp. Zakhmi Hayat Herb
Saxifraga spp. Zakhmi Hayat Herb
Solanaceae Datura spp.
Datura Herb
Hyosymes Niger Ajwain/Sperkai Herb
Thymelaeaceae Daphne oleoides Kutilal Shrub
Ulmaceae Ulmus spp. - Tree
Umbellifereae Carem spp. Zera Herb
Cannabis satwa Bhang Herb
Urticaceae Celtis sustralis Barkarav/Tagha Herb
Valerianacea Valeriana spp. Mushk bala Herb
Verbinaceae Vitax spp. - Herb
Vwlaceae Viola serpens Banafsha Herb
GRASSES
1. Alpluda aristida
2. Brachiaria spp.
3. Bothriochloea intermedia
4. Bothriochloa pseudoischacmum
5. Artistida Cyanantha
6. Chrysopogon aucheri
7. Chrysopogon martini
8. Digitaria spp.
9. Heteropogon contortus
10. Imperata cylindrical
11. Pennisetum orientalis
12. Rotthoellia exaltata
Annexure D–1
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TABLE D – 2: Local Volume Deodar - Kohistan Forests
(Total Volume = Stem Volume + Smallwood Volume, Total height above ground)
D.B.H. Estimated
Total Height
Estimated
Volume
D.B.H. Estimated
Total Height
Estimated
Volume
Inches/Cm. Feet/M Cft/M3 Inches/Cm. Feet/M Cft/M
3
4 (10.0) 15 (4.6) 2 (0.06) 39 (97.5) 87 (26.5) 225 (6.37)
5 (12.5) 20 (6.1) 3 (0.08) 40 (100.0) 87 (26.5) 237 (6.71)
6 (15.0) 25 (7.6) 4 (0.11) 41 (102.5) 88 (26.8) 250 (7.10)
7 (17.5) 29 (8.8) 4 (0.11) 42 (105.0) 88 (26.8) 262 (7.42)
8 (20.0) 34 (10.4) 4 (0.11) 43 (107.5) 89 (27.1) 277 (7.84)
9 (22.5) 37 (11.3) 4 (0.11) 44 (110.0) 89 (27.1) 289 (8.20)
10 (25.0) 41 (12.5 6 (0.17) 45 (112.5) 89 (27.1) 302 (8.55)
11 (27.5) 45 (13.7) 9 (0.25) 46 (115.0) 90 (27.4) 318 (9.00)
12 (30.0) 48 (14.6) 13 (0.37) 47 (117.5) 90 (27.4) 332 (9.40)
13 (32.5) 51 (15.5) 16 (0.45) 48 (120.0) 90 (27.4) 345 (9.80)
14 (35.0) 54 (16.5) 21 (0.59) 49 (122.5) 91 (27.7) 363 (10.30)
15 (37.5) 56 (17.1) 25 (0.71) 50 (125.0) 91 (27.7) 377 (10.70)
16 (40.0) 59 (18.0) 30 (0.85) 51 (127.5) 91 (27.7) 392 (11.10)
17 (42.5) 61 (18.6) 35 (0.99) 52 (130.0) 91 (27.7) 407 (11.52)
18 (45.0) 63 (19.2) 40 (1.13) 53 (132.5) 91 (27.7) 422 (11.95)
19 (47.5) 65 (19.8) 45 (1.27) 54 (135.0) 92 (28.0) 442 (12.52)
20 (50.0) 67 (20.4) 51 (1.44) 55 (137.5) 92 (28.0) 458 (12.97)
21 (52.5) 69 (21.0) 58 (1.64) 56 (140.0) 92 (28.0) 474 (13.42)
22 (55.0) 70 (21.3) 64 (1.81) 57 (142.5) 92 (28.0) 491 (13.90)
23 (57.5) 72 (21.9) 71 (2.01) 58 (145.0) 92 (28.0) 508 (14.40)
24 (60.0) 73 (22.3) 78 (2.21) 59 (147.5) 92 (28.0) 525 (14.90)
25 (62.5) 75 (22.9) 86 (2.43) 60 (150.0) 92 (28.0) 542 (15.35)
26 (65.0) 76 (23.2) 94 (2.66 61 (152.5) 92 (28.0) 560 (15.86)
27 (67.5) 77 (23.5) 102 (2.89) 62 (155.0) 92 (28.0) 578 (16.40)
28 (70.0) 78 (23.8) 110 (3.11) 63 (157.5) 92 (28.0) 596 (16.9)
29 (72.5) 79 (24.1) 119 (3.37) 64 (160.0) 92 (28.0) 615 (17.40)
30 (75.0) 80 (24.4) 128 (3.62) 65 (162.5) 92 (28.0) 634 (17.95)
31 (77.5) 81 (24.7) 137 (3.88) 66 (165.0) 92 (28.0) 653 (18.50)
32 (80.0) 82 (25.0) 147 (4.16) 67 (167.5) 92 (28.0) 673 (19.10)
33 (82.5) 83 (25.3) 158 (4.47) 68 (170.0) 92 (28.0) 692 (19.6)
34 (85.0) 84 (25.6) 169 (4.78) 69 (172.5) 92 (28.0) 713 (20.2)
35 (87.5) 84 (25.6) 178 (5.04) 70 (175.0) 92 (28.0) 733 (20.8)
36 (90.0) 85 (25.9) 190 (5.38) 71 (177.5) 92 (28.0) 754 (21.35)
37 (92.5) 86 (26.2) 202 (5.72) 72 (180.0) 92 (28.0) 775 (21.90)
38 (95.0) 86 (26.2) 212 (6.00) 73 (182.5) 92 (28.0) 1049 (29.7)
* Ref: M. Azam Malik 1970. Local Volume Tables of coniferous forests of NWFP Pakistan, No.3 (PP 26-27).
Annexure D–1
Page 1 of 1
Dasu Hydropower Project – Feasibility Report
TABLE D – 3: Local (Total) Volume Kail – Kohistan Forests
(Total Volume = Stem Volume + Smallwood Volume, Total height above ground)
D.B.H. Estimated
Total Height
Estimated
Volume
D.B.H. Estimated
Total Height
Estimated
Volume
Inches/Cm. Feet/M Cft/M3 Inches/Cm. Feet/M Cft/M
3
4 (10.0) 9 (2.74) 3 (0.08) 33 (82.5) 109 (33.2) 227 (6.43)
5 (12.5) 19 (5.80) 4 (0.11) 34 (85.0) 111 (33.8) 245 (6.94)
6 (15.0) 28 (8.54) 5 (0.14) 35 (102.5) 112 (34.1) 262 (7.42)
7 (17.5) 37 (11.3) 5 (0.14) 36 (90.0) 113 (34.4) 279 (7.90)
8 (20.0) 42 (12.8) 5 (0.14) 37 (92.5) 115 (35.1) 300 (8.49)
9 (22.5) 47 (14.3) 8 (0.23) 38 (95.0) 116 (35.7) 318 (9.00)
10 (25.0) 52 (15.85 11 (0.31) 39 (97.5) 117 (35.4) 338 (9.57)
11 (27.5) 57 (17.4) 15 (0.42) 40 (100.0) 118 (36.0) 358 (10.14)
12 (30.0) 61 (18.6) 20 (0.57) 41 (102.5) 119 (36.3) 379 (10.73)
13 (32.5) 65 (19.8) 24 (0.68) 42 (105.0) 121 (36.9) 404 (11.44)
14 (35.0) 68 (20.7) 29 (0.82) 43 (107.5) 122 (37.2) 427 (12.09)
15 (37.5) 72 (21.95) 35 (0.99) 44 (110.0) 123 (37.5) 450 (12.74)
16 (40.0) 75 (22.9) 41 (1.16) 45 (112.5) 124 (37.8) 474 (13.45)
17 (42.5) 78 (23.8) 47 (1.33) 46 (115.0) 125 (38.1) 500 (14.16)
18 (45.0) 80 (24.4) 54 (1.53) 47 (117.5) 126 (38.4) 526 (14.89)
19 (47.5) 83 (25.3) 61 (1.73) 48 (120.0) 127 (38.7) 553 (15.66)
20 (50.0) 85 (25.9) 69 (1.95) 49 (122.5) 128 (39.0) 580 (16.42)
21 (52.5) 88 (26.8) 78 (2.21) 50 (125.0) 129 (39.3) 609 (17.24)
22 (55.0) 90 (27.4) 87 (2.46) 51 (127.5) 130 (39.6) 638 (18.06)
23 (57.5) 92 (28.01) 97 (2.75) 52 (130.0) 131 (39.9) 669 (18.94)
24 (60.0) 94 (28.7) 107 (3.03) 53 (132.5) 132 (40.2) 700 (19.82)
25 (62.5) 96 (29.3) 118 (3.34) 54 (135.0) 133 (40.5) 732 (20.73)
26 (65.0) 98 (29.9) 130 (3.68) 55 (137.5) 133 (40.5) 758 (21.46)
27 (67.5) 100 (30.5) 142 (4.02) 56 (140.0) 134 (40.8) 792 (22.43)
28 (70.0) 101 (30.8) 153 (4.33) 57 (142.5) 135 (41.1) 827 (23.42)
29 (72.5) 103 (31.4) 167 (4.73) 58 (145.0) 136 (41.5) 863 (24.44)
30 (75.0) 105 (32.0) 182 (5.15) 59 (147.5) 137 (41.8) 900 (25.48)
31 (77.5) 106 (32.3) 196 (5.55) 60 (150.0) 138 (42.0) 938 (26.56)
32 (80.0) 108 (32.9) 212 (6.00)
*Ref: M. Azam Malik 1970. Local Volume Tables of the coniferous forests of NWFP Pakistan, Vol: 3 (PP 30-31)
Annexure D–1
Page 1 of 1
Dasu Hydropower Project – Feasibility Report
TABLE D – 4: Local (Total) Volume Fir – Kohistan Forests
(Total Volume = Stem Volume + Smallwood Volume, Total height above ground)
D.B.H. Estimated
Total Height
Estimated
Volume
D.B.H. Estimated
Total Height
Estimated
Volume
Inches/Cm. Feet/M Cft/M3 Inches/Cm. Feet/M Cft/M
3
4 (10.0) 19 (5.8) 2 (0.06) 39 (97.5) 126 (38.4) 327 (9.26)
5 (12.5) 25 (7.6) 3 (0.08) 40 (100.0) 127 (38.7) 346 (9.80)
6 (15.0) 30 (9.1) 4 (0.11) 41 (102.5) 129 (39.3) 368 (10.4)
7 (17.5) 36 (11.0) 4 (0.11) 42 (105.0) 130 (39.6) 388 (11.98)
8 (20.0) 41 (12.5) 5 (0.14) 43 (107.5) 131 (39.9) 408 (11.55)
9 (22.5) 46 (14.0) 8 (0.23) 44 (110.0) 132 (40.2) 429 (12.15)
10 (25.0) 51 (15.5) 11 (0.31) 45 (112.5) 133 (40.5) 451 (12.77)
11 (27.5) 55 (16.8) 15 (0.42) 46 (115.0) 134 (40.8) 478 (13.53)
12 (30.0) 60 (18.3) 19 (0.54) 47 (117.5) 135 (41.1) 497 (14.07)
13 (32.5) 64 (19.5) 24 (0.68) 48 (120.0) 136 (41.5) 521 (14.75)
14 (35.0) 68 (20.7) 29 (0.82) 49 (122.5) 137 (41.8) 545 (15.43)
15 (37.5) 71 (21.6) 34 (0.96) 50 (125.0) 138 (42.1) 571 (16.17)
16 (40.0) 75 (22.9) 41 (1.16) 51 (127.5) 139 (42.4) 597 (16.90)
17 (42.5) 78 (23.8) 47 (1.33) 52 (130.0) 140 (42.7) 623 (17.64)
18 (45.0) 82 (25.0) 54 (1.53) 53 (132.5) 141 (43.0) 651 (18.43)
19 (47.5) 85 (25.9) 62 (1.75) 54 (135.0) 142 (43.3) 697 (19.23)
20 (50.0) 88 (26.8) 70 (1.98) 55 (137.5) 143 (43.6) 708 (20.25)
21 (52.5) 91 (27.7) 78 (2.20) 56 (140.0) 143 (43.6) 733 (20.76)
22 (55.0) 93 (28.4) 87 (2.46) 57 (142.5) 144 (43.9) 763 (21.6)
23 (57.5) 96 (29.3) 97 (2.75) 58 (145.0) 145 (44.2) 794 (22.5)
24 (60.0) 98 (29.9) 104 (3.03) 59 (147.5) 145 (44.2) 821 (23.25)
25 (62.5) 101 (30.8) 118 (3.34) 60 (150.0) 146 (44.5) 854 (24.18)
26 (65.0) 103 (31.4) 129 (3.65) 61 (152.5) 147 44.8) 887 (25.12)
27 (67.5) 105 (32.0) 140 (3.96) 62 (155.0) 147 (44.8) 916 (25.94)
28 (70.0) 107 (32.6) 153 (4.33) 63 (157.5) 148 (45.1) 950 (26.90)
29 (72.5) 109 (33.2) 166 (4.70) 64 (160.0) 148 (45.41 980 (27.75)
30 (75.0) 111 (33.8) 179 (5.07) 65 (162.5) 149 (45.4) 1016 (27.77)
31 (77.5) 113 (34.4) 193 (5.46) 66 (165.0) 150 (45.7) 1053 (29.82)
32 (80.0) 115 (35.1) 208 (5.89) 67 (167.5) 150 (45.7) 1085 (30.72)
33 (82.5) 117 (35.7) 224 (6.34) 68 (170.0) 151 (46.0) 1123 (31.80)
34 (85.0) 118 (36.0) 239 (6.77) 69 (172.5) 151 (46.0) 1156 (32.73)
35 (87.5) 120 (36.6) 256 (7.25) 70 (175.0) 152 (46.3) 1195 (33.84)
36 (90.0) 122 (37.2) 274 (7.76) 71 (177.5) 152 (46.3) 1229 (34.80)
37 (92.5) 123 (37.5) 290 (8.21) 72 (180.0) 152 (46.3) 1264 (35.80)
38 (95.0) 125 (38.1) 310 (8.78)
* Ref: M. Azam Malik 1970. Local Volume Tables of the coniferous forests of NWFP Pakistan, Vol: 3 (PP 28-29)
Annexure D–1
Page 1 of 1
Dasu Hydropower Project – Feasibility Report
TABLE D – 5: Local (Total) Volume Spruce – Kohistan Forests
(Total Volume = Stem Volume + Smallwood Volume, Total height above ground)
D.B.H. Estimated
Total Height
Estimated
Volume
D.B.H. Estimated
Total Height
Estimated
Volume
Inches/Cm. Feet/M Cft/M3 Inches/Cm. Feet/M Cft/M
3
4 (10.0) 11 (3.35) 3 (0.08) 36 (90.0) 118 (36.0) 264 (7.47)
5 (12.5) 19 (5.79) 4 (0.11) 37 (92.5) 119 (36.3) 280 (7.93)
6 (15.0) 27 (8.23) 5 (0.14) 38 (95.0) 120 (36.6) 297 (8.41)
7 (17.5) 35 (10.67) 5 (0.14) 39 (97.5) 121 (36.9) 315 (8.92)
8 (20.0) 42 (12.80) 6 (0.16) 40 (100.0) 121 (36.9) 330 (9.34)
9 (22.5) 49 (14.94) 10 (0.28) 41 (102.5) 122 (37.2) 348 (9.85)
10 (25.0) 55 (16.77) 14 (0.40) 42 (105.0) 123 (37.5) 368 (10.42)
11 (27.5) 61 (18.60) 19 (0.35) 43 (107.5) 124 (37.8) 388 (10.99)
12 (30.0) 66 (20.12) 23 (0.65) 44 (110.0) 124 (37.8) 405 (11.47)
13 (32.5) 70 (21.34) 28 (0.79) 45 (112.5) 125 (38.1) 426 (12.06)
14 (35.0) 75 (22.86) 34 (0.96) 46 (115.0) 126 (38.4) 448 (12.68)
15 (37.5) 78 (23.78) 39 (1.10) 47 (117.5) 126 (38.4) 467 (13.22)
16 (40.0) 82 (25.00) 45 (1.27) 48 (120.0) 127 (38.7) 490 (13.87)
17 (42.5) 85 (25.91) 52 (1.47) 49 (122.05) 127 (38.7) 509 (14.41)
18 (45.0) 88 (26.82) 59 (1.67) 50 (125.0) 128 (39.0) 534 (15.12)
19 (47.5) 91 (27.74) 66 (1.86) 51 (127.5) 128 (39.0) 554 (15.69)
20 (50.0) 93 (28.35) 74 (2.09) 52 (130.0) 129 (39.3) 580 (16.42)
21 (52.5) 96 (29.27) 83 (2.35) 53 (132.5) 129 (39.3) 602 (17.05)
22 (55.0) 98 (29.88) 91 (2.58) 54 (135.0) 130 (45.6) 629 (17.81)
23 (57.5) 100 (30.49) 100 (2.83) 55 (137.5) 130 (45.6) 652 (18.46)
24 (60.0) 102 (31.10) 110 (3.11) 56 (140.0) 131 (45.9) 680 (19.25)
25 (62.5) 104 (31.71) 121 (3.42) 57 (142.5) 131 (45.9) 704 (19.93)
26 (65.0) 105 (32.01) 130 (3.68) 58 (145.0) 132 (40.2) 734 (20.78)
27 (67.5) 107 (32.62) 142 (4.02) 59 (147.5) 132 (40.2) 759 (21.49)
28 (70.0) 108 (32.93) 153 (4.33) 60 (150.0) 132 (40.2) 784 (22.20)
29 (72.5) 110 (33.54) 166 (4.70) 61 (152.5) 133 (40.5) 816 (23.31)
30 (75.0) 111 (33.84) 178 (5.04) 62 (155.0) 133 (40.5) 842 (23.84)
31 (77.5) 112 (34.15) 190 (5.38) 63 (157.5) 134 (40.8) 876 (24.80)
32 (80.0) 114 (34.76) 205 (5.80) 64 (160.0) 134 (40.8) 903 (25.57)
33 (82.5) 115 (35.06) 219 (6.20) 65 (162.5) 134 (40.8) 930 (26.33)
34 (85.0) 116 (35.36) 234 (6.63) 78 (165.0) 138 (42.1) 1371 (38.82)
35 (87.5) 117 (35.67) 249 (7.05)
* Ref: M. Azam Malik 1978. Local Volume Tables of the coniferous species of NWFP Pakistan, Forestry Research Series
No.3 (PP 31-32)
Annexure D–1
Page 1 of 4
Dasu Hydropower Project – Feasibility Report
TABLE D – 6: Trees, Plants, Herbs and Shrubs of Medicinal and Economic Value
Pattan Valley
Sr.
No. Local Name
Common
Name Botanical Name
Plant
Type Part Used Uses
1 Aob Shrub Leaf Tea
2 Aocho Shrub Fruit Food
3 Aoon Vibernum
contifolium Tree Fruit Food
4 Aozake Shrub - Medicine
5 Ashano Aesculus indica Tree Seed Medicine
6 Aspinder Tree Seed -
7 Asano Shrub Leaf Medicine
8 Badbatin Deutzia staminea - - -
9 Balo Shrub Root Medicine
10 Bangra Shrub Leaf Medicine
11 Bani Quercus baloot Tree Leaf Fodder
12 Banke Polygonum
paronychioides Shrub Leaf/Seed Medicine
13 Barbateen Salix species Tree Wood Firewood
14 Bareet Prunus cornuta Tree Fruit Food
15 Basmol Fern - Medicine
16 Batpaleo Herb Leaf Food
17 Baon Salix willichianum Tree Leaf Fodder/
Firewood
18 Bhang Cannabis sativa Shrub Leaf Medicine
19 Bareet Prunus cornuta Tree Wood Firewood
20 Burbur Anthriscus
nemorose Herb - -
21 Buti Geum elatum Herb Leaf Medicine
22 Chain Acer cappocicum Tree Leaf Food/
Firewood
23 Chylon Dioscorea
deltoidea Climber Root Medicine
24 Chaygori Herb Root Medicine
25 Chin Acer Caesium Tree Wood Firewood
26 Chodan Taxus wallichiana Tree Fruit Medicine/
Food
27 Choee Blue Pine
Kail Pinus wallichiana Tree Wood
Firewood
Timber
28 Chokibeiyon Shrub Leaf Medicine
29 Choko Aconogonum
Alpinum Shrub Leaf -
30 Cholaki Fern - -
31 Choro Tree Root Medicine
32 Chotyal Rheum
webbianum Herb Root Medicine
33 Chukni Jurinea
doloamiaea Herb Root Medicine
35 Danon Pomagranate Punica granatum Tree Fruit/-Bark Medicine/
Food
36 Dandasa Walnut Juglans regia Tree Fruit Bark
Medicine/
Annexure D–1
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Dasu Hydropower Project – Feasibility Report
Fruit/
Furniture
37 Geroli/Bani Quercus baloot Tree Seed Leaf Medicine
Fodder
38 Ghandii Sambucus
wightianum Shrub Root Medicine
39 Gorte Sorbus lanata Tree Fruit Food
40 Guchi Morcela esculanta Fungus Fruit Food
41 Gup Sorbus
chrysanthemoides Herb Leaf Fodder
42 Gurtu/Gorte Sorbus lanata Tree Fruit Food
43 Hebre Fern - Food
44 Hargoli Tree Fruit Food
45 Hatoi Pteridium
aquilinum Fern Leaf Food
46 Hayon Herb Seed Food
47 Hobobal Rumex dentatus Shrub Leaf/Root Medicine
48 Ispabote Shrub Leaf Medicine
49 Isparki Thymus linearis Herb Seed/ Leaf Medicine
50 Jocho Circium
falconeri Herb Root Food
51 Jaman Herb Flower Medicine
52 Jhojh Betula utilis Tree Bark/-Leaf
Paper/
Medicine/
Fuelwood/
Timber
53 Jomi Urtica dioica Herb Leaf/Root Medicine
54 Jaglot Viburnum
grandiflorus Tree Fruit/Wood Food/Fuel
55 Kalbeer Sorbus
Microphyla Tree Root Medicine
56 Kao Olea ferruginae Tree Leaf Medicine
57 Karal Spruce Picea simithiana Tree Wood Fuelwood/
58 Karhi Sorbaria
tomentosa Herb Leaf -
59 Kasodar Fraxinus
xanthoxyloides Tree Leaf Medicine
60 Kasti Indigofera
heterantha Bush Root Medicine
61 Kathan Wichstromia
canescens Shrub - -
62 Kaur Palao Seseli libonatis Herb - -
63 Kayrmat gel Tarxacum
officinalis Herb Root Medicine
64 Khako Tree Fruit/Wood Food/
Medicine
65 Khakra Herb Root Medicine
66 Khardal Herb Leaf Medicine
67 Khegio Herb - -
68 Kiklohukbursa Chenopodium
folisum Herb - -
69 Koindaru Valeriana
stracheyi Herb - Medicine
70 Kondral Impatiens sp Herb - -
71 Kono Bush Root Medicine
72 Korat Berginea ciliata Herb Root Medicine
72 Logan Tree Leaf -
74 Lilyo Viola caespitosa Herb Flower Medicine
Annexure D–1
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Dasu Hydropower Project – Feasibility Report
75 Loh Herb Root Medicine
76 Loni Cotoneaster
bacillaris Shrub Fruit Food
77 Magrath Vitis jaquemontii Climber Fruit Food
78 Malkaoh Bistorta affine Bush - -
79 Malphatoi Pedicularis spp Herb - -
80 Mamaikh Paenia emodi Herb Root Medicine
81 Mamere Cirydalis sp. Herb Root Medicine
82 Maniri Aconitum sp. Herb Root Medicine
83 Marerang Tree Seed -
84 Marjana Fern - Medicine
85 Minayl Saussuria Lappa Herb Root Medicine
86 Mukbuesah Fragaria nubicola Herb Fruit Food
87 Murel Herb Root Medicine
88 Mushkbala Valeriana
jatamansi Herb Root Medicine
89 Mushkoro Bush Root Medicine
90 Namero Rhododendron
arboreum Shrub
Leaf/
Flower Medicine
91 Nik Shrub Leaf -
92 Ocho Shrub Root Medicine
93 Pabra Herb - Medicine
94 Palon Allium humile Herb Leaf Food
95 Paloojh Deodar Cedrus deodara Tree Wood Firewood/
Timber
96 Pashay Myostis alpestris Herb - -
97 Pashakar Lonicera
caucasica Shrub - -
98 Pashot Patrotiopsis
jaquemontiana Shrub Wood Firewood
99 Phagol Herb Flower Medicine
100 Peechii Sedum Tree Fruit Food
ewersii
101 Phebel Mentha Herb Leaf Medicine
longifolia
102 Pulpalak Aconogonon
alpinum Shrub Lead
Fish
Poison
103 Punar Inula royleana Herb - -
104 Rain Bistorta
amplexicaulis Herb Leaf/Root Vegetable
105 Rain Fir Abies pindrow Tree Wood Firewood/
Timber
106 Rangsalu Lonicera ayrtsllua Shrub Fruit Food
107 Raon Achillea
millifolium Herb - -
108 Ratajokh Geranium
wallchianum Herb Root Medicine
109 Ratrati Arnebia benthamii Herb Root Medicine
110 Satetab Herb Root Medicine
111 Sezan Ziziphus sp. Tree Root/Bark Medicine
112 Shangoy Podophyllum
hexandrum Herb Root Medicine
113 Shegay Rosa webbiana Bush Flower Medicine
114 Sheteel Fungus Fruit Food
115 Shugloo Berberis
brandisiana Bush Root Medicine
Annexure D–1
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Dasu Hydropower Project – Feasibility Report
116 Shukhan Aesculus indica Tree Wood/
Fruit
Firewood/
Timber
Food
117 Shwansh Filipendula
vestitas Herb - Medicine
118 Sumbul Adiantum
venustum Fern Leaf Medicine
119 Tali Shisham Dalbergia sissoo Tree Bark Timber
Firewood
120 Taren Shrub Fruit Food
121 Thoktkoe Shrub Leaf Medicine
122 Tholesh Caltha palustris Tree Fruit Food
123 Titreen Euphorbia
wallichiana Shrub Root Medicine
124 Tondel Tree Fruit Food
125 Trepth Saussurea
candolleana Herb - -
126 Tubuoki Chambeli Jasminium humile Shrub Flower Aromatic
Scent
127 Urni Corylus
jacquemontii Tree Seed Medicine
128 Yumpi Nepeta sp. Herb Leaf Medicine
129 Zacali Herb - Food
130 Zain Tree Fruit Food
131 Zazalo Rabdosia rugosa Herb Root Medicine
132 Zakeeni Shrub Leaf -
133 Zoon Shrub Leaf -
Annexure D–1
Page 1 of 1
Dasu Hydropower Project – Feasibility Report
TABLE D – 7: Mammals/Wild Animals Found At Different Altitudes in the Study Area
Sr.
No. Scientific Name
Sheena or
Kohistani
Name
English/Common
Name
UrduVernacular
Name
1 *Uncia uncia Deen/Seho Snow Leopard Barfani Cheeta
2 Panthera pardus Karao Leopard Cheeta
3 Felis lynx Buk Biaroo Lynx Sia Gosh
4 Felis bengalensis Sher Deen Leopard Cat Cheeta Bili,
Guldar
5 Canis lupus
pallipes Shal/Shurmukh Wolf Bheria
6 **Ursus arctos Gordanch/Each Brown/Red Bear Bhoora Reesch
7 Selanaretos
thibetanus Kanwanch/Eech Black Bear Kala Reesch
8 *Moschus
moschiferus/
Chrysogaster
Rooz/Ramosai Musk Deer Mushk Nafa
9 Capra falconeri Sharao/Boom Markhor Markhor
10 Capra Ibex cibirica Keel Humalayan Ibex Keel
11 Hystrix indica She Porcupine/Chinese
Birch Mouse She/Khar Pusht
12 Murmota caudata - Himalayan/ Golden
Mermot -
13 Martes flavigula - Yellow throated
Marten -
14 Martes foina - Stone Marten -
15 Mustela altaica - Altai Weasel -
16 Pseudois nayyar - Blue Sheep -
17 Vulpes vulpes - Red Fox -
18 Lepus capensis - Cape Hare -
19 Eupetaurus
cinereus -
Wolly Flying
Squirrel -
20 Hylopetes
fimbicatus -
Small Kashmir
flying Squirrel -
21 Ochotona roylei - \rpu;e’s Pika -
22 Apodemus rusiges
(syn: sylvaticus) -
Long tailed Field
Mouse -
23 Mus booduga - Field Mouse -
24 Rattus
turkestanicus - Turkestan’s Rat -
25 - - Lesser Shrew -
26 Dryomys nitedula - Forest Darmouse -
27 Alticola roylei (Syn:
argentatus) -
Royle’s High
mountain Vole -
28 - - Migratory Hamster -
29 Hyperacrius fertilis - True’s Vole -
30 Lutra lutra - Common Otter -
*Asterisk marked animals are rare/ at the verge of extinction
**Animals supposed to be extinct or critically endangered.
Annexure D–1
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TABLE D – 8: Birds & Fowls Found In the Belt Of Dassu – Chilas at Different Altitudes In
The Mountains along the Indus River and kkh
Sr. No. Common Name Scientific Name
1 Long legged Buzard Buteo rufinus
2 Lanceolated Jay Garrulus lanceolatus
3 Spotted Nutcracker Nucifragta caryocatactes
4 Jungle Crow Corvus macrorhynchos
5 Northern Wren Troglodytes troglodytes
6 Jerduous Accentor Prunella strophiata
7 Black Redstart Phoenicurus caeruleocephalus
8 Yellow-browed Warbler Phyllooscopus inornatus
9 Brooke’s Leaf Warbler Phylloscopus subvirides
10 Salty Blue Flycatcher Fecidula tricolor
11 White Cheekd Nuthatch Aegithalos leucogenys
12 Gold Fronted Finch Sitta leucopsis
13 Gold Fronted Finch Serinus pussillus
14 Grey-headed Gold Finch Carduelis carduelis caniceps
15 Common Rosefinch Carpodacus erythrinus
16 Golden Eagle Aquila chrysaetos
17 Himalayan Griffon Vulture Gyps himalayensis
18 Eurasian Kestrel Falco tinnunculus
19 Chukar Alectoris chukar
20 Lammergier Bearded Vulture Gypaetus barbatus
21 Himalayan Snowcock Tetraogallus himalayensis
22 Eastern Rock Dove Columba rupestris
23 Snow Pigeon Columba leuconota
24 Eastern Rock Dove Apus apus
25 Snow Pigeon Eremophila alpestris
26 Eastern Swift Ptyoproprogne rupestris
27 Horned Lark Delichon urbica
28 Brown Tree Pipit Anthus trivialis
29 Alpine Accentor Prunella collaris
30 Blue Throat Luscinia svecica
31 Phoenicurus pleschanka
32 Wall Creeper Tichodroma muraria
33 Red-billed Chough Phyrrhocorax granculus
34 Yellow-billed Chough Phyrrhocorax phyrrocorax
35 Red-breasted Rosefinch Carpodacus puniceus
36 Citrine Wagtail Motacilla citerola
37 Yellow Wagtail Motacilla cinerea
38 Grey Wagtail Motacilla cinerea
39 Pied Wagtail Motacillaalba
Annexure D–1
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TABLE D – 9: Important Pheasants and Birds of Galli Formes Order
Sr.
No. Scientific Name
Sheena or
Kohistani
Name
English/Common
Name
UrduVernacular
Name
1 Aloctoris graeea Kanks Chakor Chakoor
2 *Tragopan
melanoeephalus Jageel
Western Horned
Tragopan Dangir
3 Lophophorus impeyanus Bolash, Lasch,
Lent, Shaeer
Himalayan Monal
pheasant Murgh-e-Zareen
4 *Lophura leucomelana Kaleej Whilte crested Kalij Kaleej, Ban Kukri
5 Pucrasia macrolopha Bachaehoo Koklas pheasant Begaar, Behgir
6 Tetraogaeeus
himalayensis -
Himalayan Snow
Cock Ram Chukor
7 * Chir Pheasant Cheer Pheasant Chir Pheasant
*Asterisk marked animals and birds are rare at the verge of extinction
Annexure D–1
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TABLE D – 10: Plants Used as Fuel Wood
Sr.
No. Scientific/Botanical Name
Local
Name Common Name
Family/Sub
Family
1 Acacia modesta wall Kaker Phulahi Leguminoseae
2 Abies pindrow, Royle Rhein Silver Fir/
Shamshad Conifereae
3 Aesculus indica wall Kasunar Paludar Hippocastinaceae
4 Artemisia scoporia Zoon Artemesia Asteraceae
5 Berberis lyceum Royle Churka - Berberidaceae
6 Bergenia stracheyi Boiss Korat - Saxifragaceae
7 Cedrus deodara (Roxb ex
Lamb) Phlooj Deodar, Cedar Pinaceae
8 Diospyrus lotus Linn Amlook Amloak, Embenaceae
9 Ficus carica Forsk Phag Injeer Moraceae
10 Hippophae rhamnoides Linn Buru - Elaegnaceae
11 Juglans regia Linn Achoey Walnut, Akhrot Juglandaceae
12 Juniperus communis Linn Chilli Juniper Pinaceae
13 Juniperus macropoda Boiss Tik chilli Juniper Pinaceae
14 Morus alba Linn Sho marosh Mulberry, Toot
Safed Moraceae
15 Morus nigra linn Kino marosh Mulberry, Toot Siah Moraceae
16 Melia azedarach Linn Nirku Bakain Meliaceae
17 Myrsine Africana Linn Abou Myrsinaceae
18 Olea furrugenea Linn Kou Wild Zaitoon Oleaceae
19 Pinus gerardiana Wall Yonjii Chilgoza, Nut Pine Pinaceae
20 Pinus wallichiana A.B
Jackson Chein Blue Pine, kail Pinaceae
21 Pinus roxburghii sergent Chein Chir Pine, chil Pinaceae
Annexure D–1
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TABLE D – 11: Plants Used as Vegetables and Pot Herb
Sr.
No. Scientific/Botanical Name
Local
Name Common Name Family/Sub Family
1 Allium cepa Linn Kashoo Liliaceae
2 Allium sativum Linn Thoom Garlic, Lassan Liliaceae
3 Amaranthus caudatus Ghenari - Amaranthaceae
4 Brassica compastris Linn Asger - Brassicaceae
5 Brassica oleracea Linn Gobhi Cabbage Bassicaceae
6 Brassica capitata Linn Ban gobhi - Brassicaceae
7 Brassica botrytis Linn Phul gobhi Cauliflower, Phul
Gobhi Brassicaceae
8 Beta vulgaris Linn Chakandar Beet Root,
Chukandar Chenopodiaceae
9 Cucurbita pepo Linn Sesi wond - Cucurbitaceae
10 Citrullus vulgaris Linn Wond - Cucurbitaceae
11 Cucumis sativus Linn Laa - Cucurbitaceae
12 Daucus carota Linn Gazari Carrot, Gajar Apiaceae
13 Hibiscus esculentus Linn Bhindi Lady Finger,
Okra Cucurbitaceae
14 Ipomea batatus Linn Razalo alu Potato, Aaloo, Convolvulaceae
15 Lycopersicon esculentum Mill Balugan - Solanaceae
16 Luffa escutangula (Linn) Roxb Kinnnu
baluga - Cucurbitaceae
17 Malva parviflora Shanee - Malvaceae
18 Memordica charantia Linn Toki - Brassicaceae
19 Pisum sativum Linn Mattar Peas, Papilionaceae
Annexure D–1
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TABLE D – 12: Fruit Plants Grown in the area, also used for agricultural implements
Sr.
No.
Scientific/
Botanical Name
Local
Name Common Name Family/Sub Family
1 Abies pindrwo Royle Rhein Fir, Shamshad Pinaceae
2 Aescules indica Kasunar Hipocartinaceae
3 Acacia modesta Wall Kaker Phulahi, Momosaceae
4 Betula utilis D.Don Janji - Betulaceae
5 Betula alnoids Ham Chonijonji - Betulaceae
6 Cedrus deodara (Roxb) Phlooj Deodar, Cedar Pinaceae
7 Disospyrus lotus Linn Amlook Amloak Ebenaceae
8 Ficus palmate Forsk Phag Injeer Moraceae
9 Juglans regia Linn Achoey Walnut, Akhroat, Juglandaceae
10 Morus alba Linn Sho Marosh Mulberry, Toot
White/Safed Moraceae
11 Morus nigra Linn Kino Marosh Mulberry, Toot Siah Moraceae
12 Olea ferrugenea Royle Kao - Oleaceae
13 Pinus wallichiana Kachal Blue Pine, Kail Pinceae
14 Pinus longifolia Roxb Chein Chir Pine, Chil Pinceae
15 Pius gerardiana Wall Yonji Chilgoza, Nut Pine Pinceae
16 Platanus orientalis Linn Bichu Chinar, Platanaceae
17 Prunus armeniaca Marsh Juei - Rosaceae
18 Prunus amygdalus Batsch Badam Almond, Badam Rosaceae
19 Pyrus communis Linn Tango Pear – Nashpati Rosaceae
20 Pyrus pashia Ham x D. Don Tango - Rosaceae
21 Prunus avium Linn Gilas Cherry Rosaceae
Annexure D–1
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TABLE D – 13: Honey Bee Species
Sr.
No.
Scientific/
Botanical Name Local Name Common Name
Family/Sub
Family
1 Acacia modesta Wall Kaker Phulahi Memosaceae
2 Adhatoda vesica Nees Ak - Acanthaceae
3 Cannabis sativa Linn Thooji Bhang, Marijuana Canabaceae
4 Cannabis sativa Linn Pely phunar - Asteraceae
5 Cucubita maxima Linn Sangare
phunar - Cucurbitaceae
6 Dicliptra aroxbugiana Nees Jabati phunar - Acanthaceae
7 Fragaria vesica Linn Tunder - Rosaceae
8 Helianthus annus Linn Sadbaru - Asteraceae
9 Hippophae rhamonoides Linn Buru - Elaeagnaceae
10 Indegofera heterantha Wall ex
Brand Nili phunar - Papilionaceae
11 Jasminum humile Linn Chambeli Yellow Jasmine Pleaceae
12 Malus pumila Mill Fala - Rosaceae
13 Melia azadarach Linn Nirku Bakain Meliaceae
14 Narcissus tazetta Linn Nagas Nargis Amarullidaceae
15 Nerium indicum Mill Nirku Kanar Myrtaceae
16 Papaver somniferum Linn Kashkhas - Papaveraceae
17 Pisum sativum Linn Khuken - Papilionaceae
18 Prunus armeniaca Marsh Jueyi - Rosaceae
19 Prunus arygdalus Btsch Bedam Almond, Badam Rosaceae
20 Pyrus bokhariensis Royle Alu bukhara Alu Bukhara Rosaceae
Annexure D–1
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TABLE D – 14: Plants Used for Thatching, Sheltering and Roofing
Sr.
No. Scientific/Botanical Name Local Name Common Name Family/Sub Family
1 Abies pindrow Nees Muthari/Rhein Fir, Shamshad Pinaceae
2 Artemisia scoporia Royle Zoon - Asteraceae
3 Betula utilis D.Don. Jongi - Betulaceae
4 Cedrus deodara (Roxb ex
lanb) Phlooge Deodar, Cedar Pinaceae
5 Juglans regia Linn Achoey Walnut, Akhroat Juglandaceae
6 Morus alba Linn Sho marosh Mulberry, Toot
Safed Moraceae
7 Morus nigra Linn Kino marosh Mulberry, Toot
Siah Moraceae
8 Myrsine africana Linn Abou - Myrsinaceae
9 Malus pumila Mill Fala - Rosaceae
10 Olea ferrugenea Royle Kao Wild Olve Oleaceae
11 Juniperus macropoda Boiss Chilli Juniper Cupressaceae
12 Juniperus communis Linn Bari chilli Juniper Cupressaceae
13 Populus nigra linn Phus Poplar, Safeda Salicaceae
14 Pinus gerardiana Wall Yonji Chilgoza, Nut
Pine Pinaceae
15 Pinus longifolia Roxb Chein Chir Pine, Chil Pinaceae
16 Picea smithiana (wall) Boiss Kachal Spruce, Sanober Pinaceae
17 Populus ciliate Linn Sho phus Poplar Safed Salicaceae
18 Platanus orientalis Linn Bichu Chinar Platanaceae
19 Prunus amygdalus Batsch Badam Almond, Badam Rosaceae
20 Quercus incana Roxb Bani Oak, Baloot Fagaceae
Annexure D–1
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TABLE D – 15: Poisonous Plants
Sr.
No.
Scientific/
Botanical Name Local Name
Common
Name
Family/Sub
Family
1 Arisaema flavum schoii Morilboti - Acanthaceae
2 Aconitum leave Linn Bish - Ranunculaceae
3 Aconitum chasmanthum Bishmolo - Ranunculaceae
4 Buxus sempervirens HK Kilimamure - Buxaceae
5 Calotropis procera (Willd)
R.Br. Mthary AK, Aspiadaceae
6 Euphorbia helioscopia(L) Sanger-e-phunar - Euphorbiaceae
7 Euphorbia wallichii Muril - Euphorbiaceae
8 Polygonum barbatum Linn Bish kasoor - Polygonaceae
9 Traxicum officinale webber Cheenga - Asteraceae
10 Taxus wallichiana (Zucc) Han - Taxaceae
11 Vitis negundo Linn Jangli zach - Verbenaceae
12 Sorghan helepense (Linn) Phunar Poa Poaceae
Annexure D–1
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TABLE D – 16: Timber Yielding Plants
Sr.
No.
Scientific/
Botanical Name
Local
Name Common Name Family/Sub Family
1 Abies pindrow Royle Muthari Fir, Shamshad Pinaceae
2 Aesculus indica Wall Nirku - Hippocastinaceae
3 Betula utilis D.Don Jonjii - Betulaceae
4 Acacia modesta Wall Kaker Phulahi Memosaceae
5 Cedrus deodara (Roxb) Phulooj Deodar, Cedar Pinaceae
6 Diospyrus lotus Linn Amlook Amloak Ebenaceae
7 Ficus carica Linn Phang Injeer Moraceae
8 Juglans regia Linn Achoey Walnut, Akhroat Juglandaceae
9 Morus alba Linn Shoe Marosh Muberry, Toot Safed Moraceae
10 Morus nigra Linn Kino Marosh Mulberry, Toot Siah Moraceae
11 Pinus gerardiana Wall Jholash Chilgoza, Nut Pine Pinaceae
12 Pinus wallichiana Chein Blue Pine, Kail Pinaceae
13 Picea smithiana (Wall) Rein Spruce/Sanobar Pinaceae
Annexure D–1
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TABLE D – 17: Persons Contacted
Sr.No. Name of Person
1. Malik Muhammad Mumtaz, Chief Conservator (Director General) Wildlife
NWFP. (Phone 091-9211479)
2. Mr. Hyder Zaman, Conservator of Forests Abbotabad Circle, Abbotabad.
3. ( Phone 0992-9310232)
4. Mr. Naseem Hijazi, Divisional Forest Officer, Upper Kohistan Forest
Division, Dasu. (Phone 0998-407022)
5. Mr.Gul Muhammad, Deputy Director (EDO) Agriculture Dasu. (Phone
0998-407106)
6. Dr. Razaul Haq, Director General Pakistan Forest Institute, Peshawar.
(Phone 091-9216129)
7. Mr. Shabbir Mughal, Forest Botanist, Pakistan Forest
Institute, Peshawar. (Phone 091-9216187)
8. Mr. Muhammad Tehmasp, Sub Divisional Forest Officer, Harban, Shatyal
(Dasu)
9. Mr.Muhammad Riaz, Sub Divisional Forest Officer, Komila/Seo/Khandia
Area and Jalkot Forest Range, Dasu.
10. Mr. Muhammad Mumtaz, Deputy Ranger, Incharge Wildlife Dasu
11. Mr. Faizullah, Livestock & Dairy Development Deptt. Veterinary Assistant
Dasu
12. Haji Abdul Latif Afridi, Forest Contractor And Businessman, Dasu.(Phone
0998-407102)
13. Mr.Muhammad Nazir Qureshi, Area Officer, Pakistan Tourism
Development Corporation Abbotabad.
14. Mr.Toor Mullah, General Store & Medicinal Plant Dealer, Main Bazar,
Dasu/Kamila.
15. Mr.Haleem Fazalur Rehman, Herbal Physician (Unani Hakeem) Komila
Road, Dasu.
16. Mr. Muhammad Asghar, Forester Check Post Shatyal
17. Mr.Abdul Hadi, Forest Guard Shatyal.
18. Mr. Umer Khan, Forest Guard, Harban/Shtyal.
19. Mr. Mir Hassan, Forest Guard Harban/Shatyal.
20. Mr. Chiragh Din, Forest Guard Basha/Harban.
21. Mr. Fazalur Rehman, Fisherman Harban Nullah
22. Dr. Muhammad Qasim, Medical Superintendent Chilas/Shatyal.
23. Mr. Raza Wali Khan, Nazim Shatyal/Sazin.
24. Mr.Salah-ud Din, Forest Contractor, Soomer Nallah.
25. Mr. Gul Mian, Local Resident Dasu.
26. Malik Mukhtar, Prominent Landlord/Ex-Tehsil Nazi Sigloo/Seo Vally
27. Mr. Gul Dad, Landlord Shinglee/Sigloo,Seo Valley.
28. Mr. Abdul Qadoos, Junior Clerk, DCO District Council, Dasu.
29. Mr. Yousaf Khan, Landlord, Employees of Education Department, Dasu.
30. Mr. Muhamamd Sabir, Farmer Seo Valley.
31. Mr. Hussain Khan, Agricultural Assistant (Crops &
32. Poultry Unit) Dasu.
33. Mr. Fazal Dad, Shopkeeper Aleel – Khandia Valley
34. Malik Sikandar Gabral, Khandia Valley
35. Malik Samander, Thuthi Village, Khandia Valley.
36. Malik Fareedoon, Thuthi Kandia Valley.
ANNEXURE D – 2
NATURAL FAUNA AND FLORA OF
KANDIA AND UTHER VALLEYS
Annexure D–2 Page 1 of 10
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NATURAL FAUNA AND FLORA OF KANDIA AND UTHER VALLEYS
1. General
Natural Fauna and Flora of Kandia and Uther Valleys is diversified and variety of Flora and Fauna exists. This Flora and Fauna is though out of the Project area yet its significance as a part of the overall equal system of these regions can hardly be over-emphasized.
2. Upper Area
The area which is much above the influence of Project has some of the globally endangered species of wildlife, Medicinal Plants and Avifauna. Among Wildlife Mammals are Flare Horned Markhor, Brown Bear, Musk Deer and Snow Leopard. Avifauna includes Tragopan Pheasant, Koklas, Monal and Snow Cock Pheasants. A list of threatened animals & birds is given in Table 3. Medicinal plant which have become rare or threatened with extinction are Karru, and Costus roots.
3. Typical Montane Ecosystem (Kandia And Uther Forests)
Kandia – Uther is one of the important and largest watershed of the area. It is located on right bank of Indus river. It contains a typical Vibrant Montane Ecosystem These valleys have a unique, but fragile eco-system comprising a rich bio-diversity of plants, wildlife, birds, fish etc. Kandia-Uther valley has a total surface area of 622,720 acres (252,014 ha), of which 122,249 acres (49,470 ha) i.e. 20% area is covered by Forests. The maximum length of valley along river Khandia is about 97 km and maximum width is about 74 km of which 28 km are approachable by un-metalled Jeep Road upto Zambil. Kandia valley is drained by Kandia river into Indus near suspension bridge, 22 km upstream of Dasu. Uthor valley drains directly into river Indus through Uthor Khawar near Gobar about 10 km upstream from Khandia bridge. Kandia valley has a number of sub - valleys. 3.1 Forests and Vegetation
The forests in kandia – Uther valley are generally confined to steep and precipitous slopes. The watershed is characterized by high mountains having 18 high peaks between El. 3963 m and 5945 m (13,000 feet and 19,500 feet respectively). Means of communication are nearly extinct. Physiography is complex and outcrops, talus slopes and cliffs are common. Prominent dividing ridges and Indus river delineate the watersheds of Kandia - Uther valley from adjoining areas. The tract lies between 35o – 17’ and 35o – 54’ N - latitudes and 72o – 45’ and 73o – 25’ E longitudes. It is bounded by Diamer district of Gilgit Agency, Swat district, Pattan, Dubair and Seo – Goyal valleys and Indus river. However all the boundaries of the valley with adjoining districts are un-demarcated. Dasu Hydropower Project Area is located between El. 772m (at Dam Axis) and El. 957 m and do not exert any significant impact on the bio-diversity of upper areas because real forests and prime vegetation are situated above El. 1677m (5500 ft). However bio-diversity of upper areas of watershed have very profound effect on the water quality/quantity and other factors flowing down therefore a modest account of the Terrestrial Eco-system of the Upper area is deemed to be necessary. Moreover an understanding of the eco-systems and eco-resources of this area which is representative of entire area is of vital importance. Water quality, quantity and water storage life of Dasu reservoir will also improve by proper management and functioning of this eco-system.
Annexure D–2 Page 2 of 10
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3.2 Altitudes and Vegetation
Elevations in the Kandia – Uthor valley vary from about 1035m (3395 feet) at Thuti in the South-East to about 5946 m (19500 feet) in the North-West on boundary with Swat district at Falakser top. Naturally occurring level grounds are rare in the valley. The only level area is about 101 ha (250 acres) in Maidan Dara. There are however a number of man-made level areas of varying extent in the form of agricultural fields carved out of mountain slopes by clearing tree growth, levelling and terracing it for practicing agriculture. The real forests are situated mainly between an elevation of 1677m (5500 feet) and 3200m (10500 feet) which is far above the Project reservoir area. The forest form more or less a continuous belt above the cultivated fields and habitations and below the alpine pastures. The main species are Deodar (Cedrus deodara), Kail, Fir (Abies pindrow), Spruce (Picea smithiana), and Chilgoza pine ( Pinus gerardiana). The lower limit comes down to El. 1035 m (3400 feet) where broad leaved Quercus baloot (oak) is the dominant tree species. Below this level (1035 m) are least important scrub forests of low economic value which spread through the entire Project reservoir area. Forests are generally better stocked on northern and eastern aspects as compared to southern and western. The most degraded forests are found on southern aspect especially on precipitous slopes. The limiting factor in such areas is the non-availability of adequate moisture to help establish tree growth on shallow rocky soils. Avalanches (snow slides) occur commonly in the higher parts of valley. Snow stays all year round in glaciated zone, sheltered places and in beds of khwars above El. 3963 m (13000 feet). Land slides are not common in the area, however soil erosion, weathering, scree formation and cloud bursts transporting huge masses of mud and debris are a regular phenomenon. 3.3 Geology Rocks and Soils
The major rocks of the Kandia – Uther valley area are amphibolites (gneissose metaigneous); some banded (meta sedimentary), and morites-diorites (the former also having a clinopyroxene) and minor alpine periodotites, granitic rocks, pegmatites, and low grade regionally metamorphosed schists in Kandia valley. The norites-diorites are abundant in the north, the amphibolites in the south. Tentative ages have been assigned to the rocks: the various igneous rocks are considered to be related to the Himalayan orogeny and emplaced between Middle/Late cretaceous and Early Tertiary. The rocks of district Kohistan (Kandia and Uthor valleys) are composed of the following types:
i) The Upper Swat Hornblendic group ii) The Kandia schists. iii) The Amphibolites. iv) Norite-Diorite rocks. v) Ultramafic rocks. vi) The Komila Granites. It is expected that sizeable granitic bodies occur in the upper reaches of the Khandia river. Some of the granite boulders, however, are slightly different from those of Komila due probably to the greater proportion of chlorite etc. Under the miscroscope, these rocks are composed mainly of feldspar, quartz and mica with minor proportions of epidote, garnet, chlorite , ore, apatite, and in some hornblende and rutile.
Annexure D–2 Page 3 of 10
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Hornblende is generally in traces except in some. Mica is represented by one or both of biotite and Muscovite.
3.4 Climate
The climate varies with altitude from dry sub-tropical in lower parts of the valley (including Reservoir Area) to dry-temperate, sub-alpine and alpine in upper reaches of Kandia and Uthor valleys of Upper Indus Kohistan. Summers are hot along Kandia and Indus rivers, but Winters are mild below an altitude of 5000 ft. (1538 m). However, summers are mild and winters severely cold in the sub-valleys and throughout the valley above an elevation zone of 1982 m (6,500 ft). Summer monsoons are generally not received except in Bagrodara and in areas adjoining Dubair valley. These areas are on the transititional zone situated at the tail end of the monsoon winds and as such receive showers of light intensity during July-August The dry spell starts from September and ends in December when winter snow starts falling and continues till the end of March above El. 2,896 m (9,500 ft). Occasionally snowfall does occur in April. Lower limit of snowfall is about El. 1,525 m (5,000 ft). Below El. 1,982 m (6,500 ft.) it does not stay long. The weather is hot from May to July at elevations below 1,538 m (5,000 ft). But, it is generally very pleasant in June, July, August and September at elevations above1,982 m (6,500 ft). 3.5 Meteorological Data
No meteorological observatory has been established in the area which might have up-to-date climatic data. Therefore, figures of the adjoining meteorological stations like Chilas and other dry-temperate zones notably Naran and Chitral having close similarity with the climate of the area are reproduced. This gives an idea of the climate of the tract in the wake of the non-availability of reliable data for the area. 3.5.1 Rainfall
The distribution of rainfall is controlled by two factors: namely monsoon winds and the relative elevation. By the time monsoon winds reach this area, they are devoid of moisture and hence they bring comparatively little rain to the area. Rainfall increases with increasing elevation upto 2,134 m (7,000 ft.) and then decreases due to reduced humidity. As the air becomes thinner and free of dust and moisture, it absorbs less radiation and consequently brings less rains to the area. The nearest observatory is at Chials (El. 1,015 m). The averages of the monthly precipitation recorded at this station as well as Naran (El. 2,490 m) and (Dir El. 1,707 m) having dry temperate climate are reproduced below in Table– 3.1.
Table 3.1: Rainfall Data (mm)
Month Chilas Naran Dir
January 7.9 64.5 127.2
February 14.5 294.1 154.2
March 27.4 337.1 192.5
April 46.0 255.8 158.1
May 30.2 90.2 96.1
June 6.1 25.7 50.9
July 11.7 58.4 143.5
August 7.1 38.1 131.7
September 2.3 62.0 90.9
October 18.8 92.2 38.6
November 5.1 49.0 40.3
December 11.2 77.5 64.9
TOTAL: 188 1,471 1,293
Note: i. Chilas averages are from 1967 to 1986. ii. Naran averages are for 1962 to 1965. Naran received 6m 19.7 ft.
snow and 983 mm rainfall in 1979. iii. Dir averages are from 1970 to 1981.
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The average annual precipitation for Khandia and Uthor valleys is expected to be between 380 mm and 890 mm for the major part of the valleys. 3.5.2 Temperature
The temperature varies from place to place depending upon the elevation above mean sea level. The temperature in the lower parts (Project Area) may rise to 41oC – 42oC in summer. The averages of air temperature – daily (max. and min.) for Chilas, Naran and Dir are given below in Table 3.2.
Table 3.2: Monthly Averages of Temperature (Fo)
Chilas Naran Dir Month
Max. Min. Max. Min. Max. Min.
January 52.3 32.5 37.9 19.6 51.1 29.8
February 58.5 37.2 39.9 21.6 53.6 31.1
March 67.8 46.8 45.0 27.0 61.5 38.1
April 76.1 54.7 39.4 34.0 73.6 47.8
May 87.3 62.4 64.6 48.0 81.5 54.3
June 96.4 72.9 76.6 53.6 90.6 62.2
July 103.3 80.4 77.0 51.1 88.2 67.8
August 101.7 79.5 76.8 54.7 86.4 66.0
September 95.5 74.5 68.9 49.3 83.5 5.9
October 80.8 56.7 62.6 30.9 77.2 46.9
November 67.5 13.2 52.3 36.0 68.5 37.6
December 55.9 36.7 42.2 22.3 57.7 32.9
Note: Chilas averages are from 1967 to 1986. Naran averages are from 1962 to 1965. Dir averages are from 1970 to 1981.
3.5.3 Relative Humidity
The average monthly humidity percentages collected at Chilas and other stations are given below in Table 3.3.
Table 3.3: Monthly Average Relative Humidity (%)
Chilas Naran Dir Month
08:00 17:00 0800 hrs. 1700 hrs. 0800 hrs 1700 hrs
January 66 33 64 68 85 57
February 57 30 75 70 85 54
March 47 24 70 71 78 45
April 50 27 69 68 70 43
May 36 18 58 45 55 39
June 25 13 45 39 52 35
July 32 14 49 47 71 52
August 36 17 65 53 79 63
September 34 15 62 49 79 54
October 36 18 60 58 73 44
November 40 26 71 63 72 42
December 64 34 61 64 80 52
Note: Chilas averages are for 1987 to 2007. Naran averages are for 1962 to 1965. Dir averages are for 1970 – 1981.
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3.6 Water Supply/Drainage
Water is available in abundance in Kandia and Uthor valleys both of which drain into river Indus. All the main streams originating from the sub-valleys are snow-fed and are perennial. Wherever possible, water of these streams is utilized for irrigation of the agricultural fields and pastures (Sharhs).
3.7 Distribution of Forest Area
The forests in Kandia and Uthor valleys form more or less a continuous belt above the cultivated fields and habitations, and below the alpine pasture. These have been divided into 42 forest blocks with total area of 49,470 ha (122,240 acres).
3.8 Boundaries and Maps
No regular settlement and forest demarcation of the Upper Indus Kohistan have been done so far. There are no distinct boundaries demarcating these forests, therefore, permanent topographic features such as ridges, spurs and nullah have been taken as natural boundaries to delineate forest blocks compartments and sub-compartments. General topographic sheets, base maps and aerial photographs of the area are available. The base maps (Scale 1:50000) have been prepared by Survey of Pakistan in 1968 from aerial photographs taken in 1967 with very little ground verification. Latest satellite imagery of the area is also available. 3.9 Composition and Condition of the Crop
3.9.1 Forest Types and their Distribution
The forests of Kandia and Uthor valleys have characteristics of the dry sub-tropical broadleaved, Himalayan dry temperate and sub-alpine temperate regions. According to the species composition these can be divided into the following forest types: a) Scrub Forests; (Lowest Altitudes – Ground to 1034 m) b) Dry Oak (Quercus baloot) Forests; (1035 m – 1675 m) c) Dry Zone Deodar (Cedrus deodara) Forests; (1675 m – 2285 m). d) Mixed Sivler Fir (Abies pindrow), Spruce (Picea smithiana), Kail (Pinus
wallichiana) and Deodar Forests; (2285 m – 3355 m).
e) Sub-Alpine Scrub; and (3355 m – 3810 m). f) Alpine Pastures.(Highest Altitude – 3555 m and above). The quantitative species – wise composition of the crop (stand and stock) of Kandia and Uthor valleys forests for the period ending year 200 is given in Table 3.4.
Table 3.4: Stand and Stock of Kandia and Uther Valleys Forests
Stand Stock
Species No. of Trees %age M
3 %age
Deodar 1188572 61.1 1561370 50.4
Fir/Spruce 394364 20.3 819913 26.4
Kail 218778 11.2 520022 16.8
Chilghoza pine 22830 1.2 34132 1.1
Broad leave 120491 6.2 163642 5.3
Total: 1945035 100.0 3099080 100.0
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3.9.2 Scrub Forests in Project Area
The least important of all and not of any appreciable extent, these forests are found below an altitudinal zone of 1035 m, which is the Project/Reservoir Area of Dasu Hydropower Project. The principal species are kao (Olea ferruginea), phulai (Acacia modesta), sanatha (Dodonaea viscosa), Carissa opaca, Pistacia spp., Punica granatum, Adhatoda
vasica, Zizyphuys nummularia and Ziziyphus sativa, etc. This forest type has been subjected to heavy fellings, lopping and topping as well as excessive grazing in the past till today, and is in an extremely degraded condition. The upper canopy of these forests is open. The forests of this type cannot be brought under management at present, unless the consent of locals is obtained., who maintain these for meeting their firewood, fodder and grazing requirements. 3.9.3 Dry Oak (Quercus baloot) Forests
These are open forests with the xerophytic evergreen oak greatly dominating. Oak occurs in pure form alongside Khandia river and the nullahs of the sub-valleys. These forests are generally confined to the elevation zone between El. 1035 and 1675 m just above the Project Area and are part of the catchment area. The density of the crop varies from place to place but generally it is low, as this has been put to excessive biotic pressure due to their proximity to centres of population concentration. The crop has been ruthlessly cut for firewood, excessively lopped, browsed and over-grazed, and is in degraded condition. Towards the upper reaches around El. 1675 m, this forest type gives way to deodar or mixed deodar/chilghoza and kail forest. A fair amount of shrub growth also exists in the open parts, mostly of zerophytic types such as Daphne oleoides, particularly do exist. 3.9.4 Dry Zone Deodar Forests
Deodar (Cedrus deodara) locally known as ‘Beetch’ generally occurs in pure form in the altitudinal zone of El. 1675 – 2285 m and with sporadic admixture of kail, fir/spruce and Q. dilatata. It extends upto El. 2745 m. In the lower altitudinal range, on hot southern and exposed slopes, chilghoza pine is found mixed with deodar, as in Thuti. Dry zone deodar forests represent a climax form and in KKandia-Uthor valleys it consists above 60% of the total coniferous stand, and 50% of total coniferous stock volume as detailed in Table 7. The density of the crop and its state of regeneration vary depending on aspect, slope and soil condition. In places where slopes are moderately steep, soil sufficiently deep and moisture adequately available, good quality and high density crop is found. The regeneration in these compartments is adequate and established. On cool aspects where sufficient gaps has been created regeneration of deodar is excellent and comes up profusely. The excessive fellings by the forest contractors generally have eliminated large size trees. In these compartments the crop ranges from young to sub-mature ages with sporadic occurrence of mature and over-mature trees. The most important broadleaved associate of deodar is oak (Q. baloot and Q. dilatata).
3.9.5 Mixed Silver Fir, Spruce, Kail and Deodar Forests
The mixed silver fir (Charu), spruce (Reeun), Kail (Chogoi), and deodar (Beetch) forests are generally found in almost all compartments in the form of a belt above deodar zone, at elevations ranging from El. 2285 m into 3355 m with variation in altitudinal range according to aspect. The fir/spruce crop generally has mixture of deodar at lower elevations and sporadic mixture of high altitude kail, birch (Betula utilis) and Holly oak (Q. dilatata) in upper reaches. Odd trees of horse-chestnut Aesculus indica), Maple (Acer caesium), bird’s cherry (Prunus padus), walnut (Juglans regia), Jhaand (Q.
baloot), amlok (Diospyros lotus), and Salix spp; are met with in cool shady places.
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Spruce generally occupies sheltered places and its proportion is limited as compared to fir. Mostly the fir and spruce trees are mature to over mature. Regeneration is scanty on hot southern and western aspects and satisfactory in almost all cool shady places and on northern and eastern aspects.
3.9.6 Sub-Alpine Scrub
This type is found above mixed silver fir spruce, kail and deodar forests in Mashbil, Soyal and Bagro sub valleys between El. 3350 m and 3810 m) elevations. The main species is birch (Betula utilis). The associate shrubs are salix spp., Juniperus spp., Prunus
jacquemontii, Prunus prostrata, Rhmanus spp.; Parrotia jacquemontii, Rices spp., Ephedra gerardiana, Hippophae rhamnoides and Rhododendron, spp. These plants usually draw moisture from the nearby snow covered peaks and the accumulated snow in depressions.
3.9.7 Alpine Pastures
These are vast alpine pastures in the sub-valleys above the tree limit usually starting from El. 3505 m upwards. These pastures extend from west to east and from north-west to south-west along the mountain tops of Kandia – Dubair – Pattan, Kandia-Swat, and Kandia-Uthor Gilgit valleys. These grassy lands store huge quantities of water in the form of snow during winter supplying the streams of the sub-valleys, terminating at Khandia river which in turn ends up in river Indus. As the snow starts melting in April/May and retracts, the locals and the Gujar nomads who usually pay Kalang fee for grazing rights to Kohistani Maliks of the area start moving upwards to use these areas as grazing grounds for the herds of their goats, sheep and cattle, right upto the middle October. These alpine pastures play a pivotal role in the agrarian economy of local people. A substantial portion of their day to day requirements are met from the sale of products obtained from their livestock raised on these pastures.
3.9.8 Cultivated Plants/Farm Trees
In and around the villages besides oak, locals also grow trees for fruit and shade. The most popular tree grown for nuts is walnut (Choun). Fruit trees are not much popular among the locals, however, scattered trees of pear (Pyrus communis), amlook (Dispyros lotus), apple (Malus pumila), apricot (Prunus armeniaca), mulberry (Morus spp.) pums (Prunus bokhariensis) and grape (Vitis vinifera) are seen growing in the area. The valley has a great potential for a variety of fruit trees such as pomegranate (Punic
granatum), sweet cherry (Prunus avium), peach Prunus persica), fig (Ficus carica),
almond (Amygladus communis), Pista (Pistacia vera), apples, grapes, amlok, plums, apricots and walnut. Forest and Agriculture Departments of the province are doing good work to introduce valuable fruit and fast growing energy plants so as to provide an additional source of income and energy to the locals living under extreme socio-economic depression. This will on the one hand help to improve the socio-economic status of the locals and on the other reduce excessive pressure on the dwindling forest resources of the valley.
3.10 Injuries to Forests
The crops in Kandia and Uther velleys are liable to injuries due to two main type of causes, natural and human, which are described below:
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3.10.1 Natural Causes
(a) Snow
Damage by snow, though insignificant and limited in the lower reaches, is rather pronounced in the upper most parts in almost all the forests of the Valley.
(b) Erosion
The valley has a very rugged topography. The only insurance against erosion and landslides is an effective vegetative cover. As a result of steady decimation of the forests by excessive grazing, forest cutting and clearing of land for cultivation, the hillsides are subjected to erosion. The culturable land is quite limited. The locals have to feed themselves, therefore, they resort to clearing of forests, terracing the land, levelling and using it for raising of agricultural crops. (c) Frost
The damage by frost is negligible in the forests.
(d) Drought
The damage to young seedlings due to drought is not recorded. The monsoon rains are scanty in the area, therefore, drought or semi-drought conditions prevail over most of the area from May to June. The effect of drought is not much important for the natural regeneration of the conifers in the area but is of significant importance if forests are to be restored artificially.
(e) Insects and Fungi
The damage by insects and fungi is negligible in the area. In addition to limited incidence of stem and bark borers like Ips longifolia (Scolytidae, Coleoptera) on fir and defoliator such as Ectropis deodarae (Geometriidae, Lepidoptra) on deodar, no other damage by insects worth to mention has been observed in the forests. The usual victims of fungi are those trees having injuries deep to the heart wood through lopping, logging, etc., in the living trees. The dead wood is attacked only by Lenzites spp in the forest as well as in the storage. Phellinus pini (=Fomes pini), the red-ring-rot fungus attack living heartwood of the conifers and of them the most susceptible species is the blue pine. Polyporous
schwinitzi known as red velvet fungus causes the butt and the root-rot in fir and spruce. Fomes spp. are the deadly destructive pathogens causing serious heart-rot in oaks.
(f) Wild Animals
Flying squirrels and monkeys cause damage to unripe cones of the conifers. Bears and monkeys peel off the bark of kail, deodar and fir/spruce poles to lick resin and sap. Monkeys also damage walnut seed and pull out walnut seedlings to eat tender roots. On the whole the damage due to wild animals is not much to be worried about and must be accepted as a natural phenomenon of the prevailing ecosystem.
(g) Lightenings
Lightening frequently occurs especially in the upper reaches of the forests on mountain tops. Fir trees are the usual victims of lightening. Many trees can be seen standing dry or top broken. A ribbon of bark in spiral shape is usually stripped off the main stem from top to bottom in Kail and Deodar stands.This damage is beyond the control of human agency and is a part of the ecosystem of high hill forests.
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(h) Windfalls
The damage by wind storms or hurricanes is rare but it does occur in the area. The damage to trees due to wind storm, whenever it occurs is to kail or deodar trees hollowed for torchwood or which have been damaged by fire before. Torchwood extraction of kail and deodar trees can be seen near dwellings, “Bandas” or along village paths passing through the forests and sometimes it is quite heavy. The people are extremely poor and there is no electric or fossil energy available. The locals are thus compelled to extract torchwood to light their way at nights. There is no way to eradicate this damage unless the socio-economic lot of the locals improves.
3.10.2 Human Interferences
Interference by human being residing in the area is causing degradation of the environments through grass cutting, grazing and browsing by their livestock, torchwood extraction tree felling and fires.
(a) Grass Cutting
Local people as a common practice protect grass on comparatively flat grounds in summer for making hay at the beginning of autumn for feeding their cattle during winter months. Flat grassy grounds (locally called sharhs) are regularly irrigated to get more grass. In many places check dams like structures are raised to hold soil and water, and encourage good grass growth. These sharhs are generally maintained near villages in Quercus baloot (formerly known Q. ilex) zone where cutting of seedlings alongwith grasses is not a problem. However in deodar, kail or fir/sprice zone seedlings of coniferous species are eliminated from area maintained for raising of grasses so as to obtain more grass for making of winter feed (hay). This practice negatively impacts the establishment of regeneration and density of forest. Palatable shrubs like Indigofera species, which is a weed from forester’s point of view in regeneration areas is ironically a valuable fodder for Kohistanis. Thus areas once cleared for agricultural or grass raising usually do not become available for growing trees.
(b) Grazing and Browsing
Grazing and browsing are an ever increasing and incessant processes, being a visible phenomena of the socio-economic scene in the poverty ridden hilly regions of the province, and have done much damage to these forests. Excessive grazing tramples the soil, reduces soil aeration, permeability and plant cover, and accelerates soil erosion. Indiscriminate grazing may totally eliminate forest growth and may bring about irreversible ecological changes which are detrimental to forest conservancy. Damage by grazing and browsing is generally more pronounced near the habitation and water points. The most seriously hit forest type is Q. baloot, where regeneration is unsatisfactory and the trees have been turned to bush form. In addition to the cattle of the locals, ponies, herds of sheep, goats, kine and buffaloes are brought by Gujar nomads during summer when the locals lease out the high-hill pastures and forest land to seasonal graziers. These herds also do considerable damage to the forests on their way to and back from the pastures. Grazing and browsing are two of the many social problems plaguing forestry and ecosystems in hilly regions which are the hardest of all the prevailing problems to be solved.
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(c) Torchwood Extraction
Near habitations, bases of the standing trees of kail and deodar are constantly scooped for the extraction of torchwood. Such trees ultimately fall or are uprooted by winds. This practice is much in vogue near “Bandas” situated in the high-hills. The locals have no facility of electricity, fossil or other fuel, living 30-40 km inside valleys. Moreover, they are extremely poor to afford any of these facilities, therefore, they are compelled to light their way in the forest during night or the surroundings in the mosque or hujra under a roof by burning the extracted torchwood. (d) Illicit Felling and Lopping
There is no control of the Forest Department over the lopping and felling of broadleaved Q. baloot done for fuel and fodder. Conifers are not damaged for grazing, however, for constructional purposes and clearing of land for cultivation, excessive felling of conifers is a common practice. The damage is in the form of removing green trees for dry/wind fallen, vigorously growing instead of diseased and dying, good quality against the suggested malformed and wolf trees, as well as felling more than the prescribed yield. In the past large tracts of kail and deodar forests of the valley have been ruthlessly felled by forest contractors with the result that trees over 50 inches diameter are rarely seen in these so called virgin forests of Kohistan.
(e) Fires
Fires are mostly accidental as a result of negligence by graziers or travellers . In some areas these are deliberately caused so as to clear land for cultivation or to encourage grass growth. The damage due to fire is not extensive, however, there area number of places in the valley where fire had occurred in the past thus damaging forests in small patches of 10-15 acres. Occasional small fires usually occur in kail-deodar zone.
3.11 Developmental Works
Until 1976, when the tract was declared settled and Kohistan district was created the area had remained a tribal territory for centuries. The area remained totally cut off from the other parts of the country and the people remained ignorant. There is still lack of basic education, communication, health and other facilities. Illiteracy, poverty and economic depression prevails over the area. After 1976, a lot of developmental works have been completed by The Government through Kohistan Development Board (KDB) which was scrapped during 1984/85, and the works are now looked after by respective departments.
APPENDIX E
ACCESS REPLACEMENT
AND UPGRADATION
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DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX E – ACCESS REPLACEMENT AND UPGRADATION
TABLE OF CONTENTS
SUMMARY S-1
1. COMMUNICATIONS ACROSS THE INDUS RIVER E-1
1.1 General E-1
1.2 Downstream Area E-1
1.3 Largani Bridge E-1
1.4 Kandia Bridge E-2
1.5 Tangir Suspension Bridge E-2
1.6 Shatial Suspension Bridge E-2
1.7 Dadishall Bridge E-3
1.8 Roads / Tracks on the Right Bank of River Indus E-3
1.9 Cable Car (Doli) E-3
2. TRAFFIC SURVEY E-5
3. REHABILITATION OF SUSPENSION BRIDGES E-6
3.1 Largani Bridge and Kandia Bridge E-6
3.2 Tangir Bridge and Shatial Bridge E-6
3.3 Dudishall Bridge E-6
3.4 Summary of Rehabilitation Works E-6
4. REHABILITATION OF ROADS AND TRACKS E-7
5. COST OF REHABILITATION WORKS E-8
FIGURES
SATELLITE IMAGERY
PHOTOLOG
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DASU HYDROPOWER PROJECT
ACCESS REPLACEMENT AND UPDGRADTION
SUMMARY
There are five suspension bridges across the river Indus in the proposed Dasu reservoir
area. These bridges (namely Largani, Kandia, Tangir, Shatial and Dudishall are shown in
Figure E-1) form vital communication links between ten valleys on right bank of the river
and the Karakoram Highway (KKH) on the left bank. It has been estimated that a human
population of over one hundred thousand is currently using the five suspension bridges.
The traffic includes passenger vehicles, goods transport vehicles, pedestrians and
livestock. Transport of agriculture and forest produce from the valleys to the KKH and
further to the markets forms a vital economic activity of the area which is dependent on
the suspension bridges. On impoundment of the Dasu reservoir, these suspension
bridges will be inundated and communication across the river will have to be
rehabilitated.
For assessment of the rehabilitation needs, a site visit was made and 24-hours traffic
count surveys were carried out on all of the five suspension bridges. The survey showed
that the bridges were being used by vehicular traffic, pedestrians and livestock. Based
on the field observations and a desk study of Survey of Pakistan maps and high
resolution satellite imagery, the following works are recommended to mitigate the
adverse effects.
i) New bridge at Kandia:
The existing Kandia bridge and Largani bridge are located 7 km apart (Figure E-3).
Kandia bridge is being used by the dwellers of Kandia valley, which is thickly populated.
The traffic includes vehicles pedestrians and livestock. Largani bridge is being used by
dwellers of Duga Khar valley which is thinly populated. Having a wooden deck, the
bridge is non-operational for vehicular traffic and is only being used by pedestrians and
livestock. For rehabilitation of the river crossing facility for these two valleys, it is
recommended to construct a new bridge near the existing Kandia bridge and link the
Duga Khar valley traffic with this bridge through construction of a 7 km long road. The
road will connect the two valleys and also provide a vehicular river crossing to Duga
Khar valley dwellers, which is currently not available.
ii) New bridge at Shatial:
Tangir and Shatial suspension bridges across the river Indus are located 6 km apart and
serve the residents of Tangir and Shatial valleys respectively (Figure E-4). As these
bridges will be inundated by the Dasu reservoir, it is recommended to construct a new
bridge near the existing Shatial bridge to rehabilitate the river crossing facility for the
traffic from the two valleys. Access to the new bridge will be provided for Tangir valley
residents through construction of a 6 km long road from the new bridge to the existing
Tangir bridge.
iii) Dudishall bridge:
Dudishall bridge is located just downstream of the proposed site of Diamer Basha Dam
(Figure E-5). Close to the Dudishall bridge location, a new steel bridge is planned to be
constructed as part of Diamer Basha Dam Project. The currently available river crossing
facility will not be disrupted by inundation of Dudishall suspension bridge.
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iv) Upgradation of Seo Road Link:
Seo village, located about 2 km downstream of the proposed site of Dasu dam, is
currently linked with Dasu bridge and the KKH through a 6 km long motorable road
(Figure E-2). This road will be widened and upgraded to two-lane facility for vehicular
traffic. In addition a 2 km long road will be constructed from Seo to the Dasu dam site.
The road will link Seo to the new steel bridge, which will be constructed just downstream
of the dam as part of Dasu Hydropower Project. Residents of Seo village and the
adjoining valley will thereby have easy access to the KKH, both from Dasu bridge and
also Dasu Hydropower Project bridge.
v) Construction of Roads / Tracks on the Dasu reservoir rim:
A total of about 13 km of roads and 41 km of tracks are running along the right bank of
the river Indus, and will be inundated of the Dasu reservoir. To mitigate this adverse
impact, 18 km of new roads and 31 km of new tracks will be constructed on the rim of the
Dasu reservoir. In addition a 6 km long road from Dasu bridge to Seo village will be
widened and upgraded.
The total cost of the replacement and upgradation works is estimated to be Rs. 1487
million.
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DASU HYDROPOWER PROJECT
ACCESS REPLACEMENT AND UPGRADATION
1. COMMUNICATIONS ACROSS INDUS RIVER
1.1 General
The existing two-lane Karakoram Highway, popularly known as the KKH is 810 km long and was constructed in 1978. It is one of the important roads of the entire communication network of the Northern Areas of Pakistan linking with China. The road not only serves as an important international trade route but also connects some important towns such as Havelian, Mansehra, Abbottabad, Batgram, Besham Qila, Dasu, Chilas, Gilgit, Baltit, Hunza and Khunjrab pass. In the Dasu project area, communication between the valleys located on right bank of river Indus and the KKH is facilitated by the following five suspension bridges.
1) Largani bridge 2) Kandia bridge 3) Tangir bridge 4) Shatial bridge 5) Dudishall bridge
The location of these bridges is shown in Figure E-1. In addition to the human and lives tock movement, these bridges are used for transportation of agriculture and forest produce from the valleys on the right bank to the KKH and then further on to markets. An assessment of the population benefiting from the five suspension bridges located in the area of the proposed Dasu reservoir was made through study of the available Survey of Pakistan maps, high resolution satellite imagery and the population census data of 1998. The study shows that roughly over 100,000 population of the ten valleys are using these bridges.
Figures E-2 to E-5 shows the sections of the valleys relevant to the study of the bridges. The description of the areas/valleys with respect to Dasu damsite and the suspension bridges is given in the following sub-section. 1.2 Downstream Area
The Dasu damsite (Axis 5) is located about 8 km upstream of Dasu bridge on river Indus and about 2 km upstream of Seo village. A 6 km long motorable road exists from Dasu bridge to Seo village. From Seo onwards tracks provide communication links to the valley dwellers.
The road linking Seo village with Dasu bridge will not be inundated as it is located downstream of the proposed Dasu damsite. Therefore, communications for the dewellers of Seo village and the settlements in the adjoining valley will not be disrupted by the construction of Dasu Hydropower Project.
1.3 Largani Bridge
Largani suspension bridge on river Indus is located 8 km upstream of the proposed damsite with its deck at El. 880 m (Figure E-3). The bridge has a wooden deck and is used for pedestrian and livestock traffic only by the dewellers of the Duga Khar valley. The valley is thinly populated with five prominent settlements in its 8 km length. The dewellings are connected to the bridge with a track. An estimated total population 1153
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living in the immediate vicinity in the valley use the Largani bridge river crossing. The bridge will be inundated on impoundment of the Dasu reservoir, warranting mitigation measures for the adverse effects produced. 1.4 Kandia Bridge
Kandia suspension bridge is located on the river Indus about 15 km upstream of the proposed Dasu damsite and about 7 km upstream of Largani suspension bridge (Figure E-3). The bridge is 157m long, having a steel deck with a total width of 3.65 m. The deck is placed at elevation 920 m asl.
Kandia bridge servs the population of Kandia valley so that they can cross the river Indus and access the KKH. The Kandia valley stretches over a length of about 37 Km, starting from the left bank of river Indus and extending to Parai town. On its way, a large number of tributaries join the Kandia river from both sides of its banks. The side valleys are also populated.
The population of the Kandia valley having access to Kandia suspension bridge is estimated as10,000. A motorable road runs along right bank of Kandia river whereas the population in the side valleys use tracks for access to the Kandia valley road.
The facility of this heavily used Indus river crossing will cease to exist for the Kandia valley population when the Kandia suspension bridge is inundated by the proposed Dasu reservoir. Rehabilitation of the river crossing facility will have to be undertaken to mitigate the adverse effect.
1.5 Tangir Suspension Bridge
Tangir suspension bridge is located on river Indus about 48 km upstream of the proposed Dasu damsite (Figure E-4). The bridge is 202m long having a 3.65 m wide, steel deck at El. 950 m and provides a river crossing facility to the settlements of the Tangir river valley. The valley is about 43 km long, extending from the right bank of river Indus to Tangir town. A motorable track exists along the Tangir river providing access to the settlements existing on both of its banks.
A large population is settled in the Tangir valley which benefits from the Tangir suspension bridge. This bridge will also be inundated on impoundment of the proposed Dasu reservoir and measures will be needed to replaced the disrupted river crossing facility. 1.6 Shatial Suspension Bridge
Shatial suspension bridge is located on the river Indus 54 km upstream of the proposed Dasu damsite and 6 km upstream of Tangir suspension bridge (Figure E-4). Shatial bridge is 149 m long, provided with a 3.65 m wide, steel deck at elevation 950 m asl. About 75 m upstream there exists an older suspension bridge with a wooden deck, which has been abandoned.
Shatial suspension bridge is a vital Indus river crossing in the proposed Dasu reservoir area, which is being used by a large population of living in the Darel valley. The valley is thickly populated for a reasonable length of about 20 km and accessed through a motorable road passing through the settlements. Submergence of this bridge will also occur when the proposed Dasu reservoir is impounded, which will require replacement of the river crossing facility at this location.
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1.7 Dudishall Bridge
Dudishall suspension bridge is located on the river Indus about 69 km upstream of the proposed Dasu damsite and 2 km downstream of the proposed Diamer Basha damsite (Fig E-5). The bridge is 168 km long and provided with a 3.65 m wide steel deck at elevation 950 m asl. The bridge facilitates crossing of the river Indus to the settlers of the Dudishall valley. The Dudishall valley extends over a length of about 15 km and is thinly populated, having tracks linking the settlements. A large population living in the Dudishall valley benefits from the river crossing facility provided by the suspension bridge.
Dudishall bridge will be adversely affected by construction of both Dasu Hydropower Project and the Diamer Basha Dam Project. Mitigation measures would be needed for replacement of the river crossing facility for the residents of the Dudishall valley.
1.8 Roads / Tracks on Right Bank of River Indus
Dasu damsite is proposed to be located about 8 km upstream of Dasu bridge and about 2 km upstream of Seo village. A 6 km long motorable road connects Seo village with Dasu bridge. From Seo village to the north a 28 km long track extents along the right bank of the river Indus, which terminates at the confluence of the Uther Gah with the river Indus. From there on the terrain of right bank of river Indus between Uther Gah and Tangir valley is very rugged and steeply sloping. As such no track exists in this 22 km stretch of the rim of the proposed Dasu reservoir. Between Tangir valley and Shatial valley there exists a motorable road along the river bank. From Shatial valley further upstream to Dudishall bridge a 13 km long track exists along the right bank. The roads and tracks existing on right bank of river Indus, as described above are listed below. Roads - Dasu bridge to Seo village 6 km - Tangir valley to Shatial valley 7 km_ Total: 13 km Tracks - Seo village to Uther Gah 28 km - Shatial valley to Dudishall bridge 13 km
Total: 41 km Study of the available topographic maps shows that most of the roads / tracks running along right bank of Indus river and upstream of the dam will be inundated by the proposed Dasu reservoir. As a result measures will be needed to mitigate these adverse effects. 1.9 Cable Car (Doli)
In the project area there are five cable cars known as “Doli” in local language. These Dolies (plural) are being used to cross the river at five different locations across the Indus river (Figure1). These locations are: (i) Seglo (ii) Barseen (iii) Gayal (iv) Gummo
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(v) Kot Gul These Dolies are pulled across through a hanging iron rope. These are operated either manually or mechanically. Each Doli can take a load of four persons or equivalent weight across the river width. Due to the construction of reservoir these cable cars operating system will be submerged in water, and one of the mode of traveling across the river will be abandoned. This will disrupt the communication link, which need to be mitigated through the construction /rehabilitation of suspension bridges and roads / tracks on the right bank.
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2. TRAFFIC SURVEY In order to assess the traffic load, using these bridges, a 24 hour traffic count
survey over each of five bridges was carried out in July 2007. The results of the traffic count are given below.
Daily Traffic Count Survey on Suspension Bridges across Indus River (July 2007)
* Non-operational for vehicular traffic Largani bridge is provided with a wooden deck and it is non-operational for vehicular traffic. The other four suspension bridges are provided with steel decks and are being used for vehicular traffic. On the day of the count, only 23 vehicles crossed Dudishall bridge, whereas the vehicular traffic count on the other three bridges i.e. Kandia, Tangir and Shatial was 168, 264 and 225 respectively. The pedestrians and livestock count crossing the five bridges varied from 184 to 613, which is significant for the area. The traffic count survey indicates that the bridges are being used by vehicular traffic as well as pedestrians and livestock to cross river Indus. Inundation of these bridges by impoundment of the Dasu reservoir would have significant adverse effect on the communication links between the two banks of river Indus and mitigation measures are needed.
Suspension Bridges
Largani* Kandia Tangir Shatial Dudishall
Traffic
Category Bridge Bridge Bridge Bridge Bridge
Total
Daily
Traffic on
All
Bridges
(A) Vehicles
Bicycle 0 0 20 4 0 24
Motor Cycle 0 0 36 36 0 72
Car/Jeep 0 64 68 128 16 276
Loader/Pickup 0 12 24 18 2 56
Van 0 92 88 24 3 207
Tractor/Trolly 0 0 28 15 2 45
Total Traffic 0 168 264 225 23 680
(B) Human
Pedestrian 428 16 192 184 336 1156
(C) Livestock
Cow 19 0 17 188 0 224
Buffalo 0 0 0 0 0 0
Goat/Sheep 86 0 48 0 0 134
Other Animals 17 0 0 16 0 33
Total Animals 122 0 65 204 0 391
Total 550 184 521 613 359 2227
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3. REPLACEMENT OF SUSPENSION BRIDGES
River crossing facilities disrupted by the impoundment of Dasu reservoir will be replaced as part of the implementation of the project. The optimum engineering solutions to mitigate the adverse effects of inundation of the five suspension bridges are presented in the following.
3.1 Largani Bridge and Kandia Bridge
As stated earlier, Largani bridge is provided with a wooden deck and is being used for river crossing by pedestrians and livestock. It is not operational for vehicular traffic. A relatively small population of the Dongah valley (about 1000) are using this river crossing facility. About 7 km upstream of this bridge, there exists the Kandia suspension bridge, which is being used for vehicular traffic, pedestrians and livestock. Kandia bridge is serving a large population (about 10000) of the Kandia valley.
As the two bridges will be inundated by the Dasu reservoir, it is proposed to construct a new bridge at Kandia to replace the river crossing at this location (Figure 3). In addition, an 8 km long road will be constructed from Largani bridge to the new Kandia bridge on right bank. The road will provide access to enhanced travel facilities to the the vehicular river crossing for Dongah valley residents through the Kandia bridge as against the present facility of only pedestrian crossing on the existing Largani bridge.
The deck of the new Kandia bridge will be higher, at elevation 960 m asl. against the 920m level of the existing bridge. Accordingly the length of the new bridge will be increased to about 460 m as against the 157 m length of the existing bridge. The new bridge will have two-lane vehicular traffic facility with a total width of 7.3 m. 3.2 Tangir Bridge and Shatial Bridge
Tangir and Shatial suspension bridges are located on the river Indus 6 km apart, providing vehicular access to the dwellers of Tangir valley and Shatial valley respectively (Figure E-4). A vehicular track, connecting the two bridges exists on the right bank of the river. With impoundment of the Dasu reservoir, both of the bridges will be inundated. The vehicular track connecting the two bridges will also be inundated. The river crossing facility now available to the population of the Shatial and Tangir valleys will be replaced by constructing a two-lane bridge with deck raised to El. 960m. The existing location of the Shatial bridge offers a promising site and a new bridge with a length of about 180m will be constructed at this location. A 7 km long two-lane, asphalt road will be constructed on the rim of the reservoir, which will provide easy vehicular access from the Tangir valley to the new bridge.
3.3 Dudishall Bridge
The Diamer Basha Dam Project plan includes construction of a bridge over the river Indus just upstream of the existing Dudishall suspension bridge (Figure 5). The new bridge will be available for use by the present users of the Dudishall bridge. 3.4 Summary of Bridges Replacement
As described above the replacement of the communication links across the river Indus will require construction of the following two new suspension bridges. (1) New bridge at Kandia, 7.3 m wide, 460 m long (2) New bridge at Shatial, 7.3 m wide, 180 m long
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4. REPLACEMENT AND UPGRADATION OF ROADS AND TRACKS
All the roads and tracks which will be inundated in Dasu reservoir will be replaced with new roads and tracks constructed above the reservoir maximum water level. In addition, the existing road from Dasu bridge to Seo village, although not affected by the Dasu project, will be widened and upgraded to provide improved access to the residents of Seo and the adjoining valley settlements. New Roads - Seo village to Dasu damsite 2 km - Existing Largani bridge to the new Kandia bridge 7 km - Existing Tangir bridge to Darel valley 9 km_ Total 18 km New Tracks - Dasu damsite to the existing Largani bridge 8 km - Kandia valley to Uther Gah 12 km - Darel valley to the existing Dudishall bridge 13 km Total 31 km Upgradation of Existing Road - Dasu bridge to Seo village 6 km
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5. COST OF REPLACEMENT AND UPGRADATION WORKS
The rehabilitation works include construction of suspension bridges, roads and tracks and also upgrading of existing roads. The estimated cost of these works is based on the prevailing unit costs in similar hilly terrain. The component-wise costs are summarized below.
Estimated Cost of Replacement and Upgradation Works
Sr.
No. Component of Work Quantity
Rate
(Rs.)
Cost
(Rs.)
1. New suspension bridge at Kandia
460 m long 7.3 m wide
85,000/m2 285,430,000
2. New suspension bridge at Shatial
180 m long 7.3 m wide
85,000/m2 111,690,000
3. New roads 18 km 28,000,000/km 540,000,000
4. New tracks 31 km 14,000,000/km 465,000,000
5. Upgradation of existing road 6 km 14,000,000/km 85,027,740
Total 1,487,147,740
Say Rs. 1,487 million
The total cost of replacement and upgradation works is estimated as Rs. 1487 million.
PHOTOLOG
Bridge at Chainage 6+000
Bridge at Chainage 10+700
Sheet 1 of 2
DASU HYDROPOWER PROJECTPHOTOGRAPH OF CONCRETE BRIDGES ON KKH
IN PROPOSED RESERVOIR AREA
Bridge at Chainage 23+500
Bridge at Chainage 27+400
Sheet 2 of 2
DASU HYDROPOWER PROJECTPHOTOGRAPH OF CONCRETE BRIDGES ON KKH
IN PROPOSED RESERVOIR AREA
Plate E-1 Largani Suspension Bridge (Looking from Downstream).
Plate E-2 Kandia Suspension Bridge (Looking from Downstream).
Sheet 1 of 3
Sheet 2 of 3
Sheet 3 of 3
APPENDIX F
PETROGLYPHS IN THE
PROJECT AREA
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i
DASU HYDROPOWER PROJECT
ENVIRONMENTAL IMPACT ASSESSMENT AND RESETTLEMENT ASPECTS
APPENDIX F – PETROGLYPHS IN THE PROJECT AREA
TABLE OF CONTENTS
SUMMARY S-1
1. ARCHEOLOGY IN THE PROJECT AREA F-1
2. CUSTODY OF ARCHAEOLOGICAL HERITAGE IN PAKISTAN F-1
3. PROCEDURE FOR EIA OF ARCHAEOLOGICAL SITES F-1
4. CONSERVATION AUTHORITIES FOR ARCHAEOLOGICAL SITES F-2
5. HISTORY OF ROCK CARVINGS BETWEEN SHATIAL AND CHILAS F-2
6. STUDY OF PETROGLYPHS AT SHATIAL BY CONSULTANTS F-3
7. LEVELING SURVEY OF PETROGLYPHS F-4
REFERENCES
FIGURES
PHOTOLOG
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DASU HYDROPWOER PROJECT
PETROGLYPHS IN THE PROJECT AREA
SUMMARY
This appendix addresses the Petroglyphs (rock paintings and carvings) that exist near
Shatial bridge on periphery of the proposed Dasu reservoir. These petroglyphs are 46 in
number and clustered on right bank of Indus River (see Figure F-1). Some of these
petroglyphs have been dated from the 4th and 5
th century AD and are of international
importance, particularly to Buddhist travelers and especially those from Japan. The
petroglyphs are under the jurisdiction of the Archaeology Department who manage the
sites and have erected explanatory plaques about the rock carvings.
Leveling survey has been conducted in order to ascertain the level of the Petroglyphs
and it has been found that the Petroglyphs are located above elevation 960 m. Since the
full supply level of Dasu reservoir is 950 m, the Petroglyphs will not be inundated. Even
during flood routing through the Dasu reservoir, the Petroglyphs will not be affected.
Rather the proposed reservoir will add to the beauty and grandeur of these Petroglyphs
by providing an environment with a beautiful water body and in a background of this
location. Consequently it will have a positive impact and encourage tourism.
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DASU HYDROPWOER PROJECT
PETROGLYPHS IN THE PROJECT AREA
1. ARCHAEOLOGY IN THE PROJECT AREA
The aim of this study is to document the archaeological finds and study the likely environmental impact on them due to the proposed project so that the authority with the appropriate legal mandate may act to take the necessary protective actions if needed.
It is well known that many ancient civilizations have existed and flourished along rivers. The Indus river is one of the largest rivers in the world and the evidence of the existence of very old civilizations along this river had been of interest to historians and archeologists. The Indus Civilization has been documented, (including remains in the Lower Indus at Mohanjodaro and also upstream at Harappa), and is regarded as one of the oldest civilizations in the world, having been established around 4500 years before the present. The Upper Indus civilization has also been recorded by historians, archaeologists and researchers. The following details focus on physical evidence of civilization in the upper Indus river valley. A common history would seem to apply to petroglyphs (rock carvings) at both Chilas and Shatial, the latter which lie within the proposed Dasu reservoir area the Chilas being in the proposed Diamer Basha reservoir area. The locations of the petroglyphs near Shatial town are shown in Figures F-1 on satellite imagery. Some selected petroglyph photographs of Shatial area is given in photolog. Archaeologists have discovered many signs of the old civilization in the northern reaches of the Indus river. Among these findings are the rock carvings/paintings along Indus river in the reach 25km either side of the settlement of Chilas. Their artwork depicts the detail of daily life and holy ceremony centered on the image of the Buddha. Similar petroglyphs exist further downstream at Shatial which lies in the Dasu dam reservoir area. A German team, in association with Department of Archaeology & Museum Pakistan, had been active in the Chilas area, searching for more rock carvings and have documented their locations. The German study was conducted under the South Asian Institute Heidelberg, Germany in 1983. Those prominent among the study group were Prof. Dr H. Hauptman, and Prof. Dr Holfman who was the Project Director. The Department of Archaeology & Museum Pakistan considers these rock carvings to be “ethnic clues in the history of Pakistan”. 2. CUSTODY OF ARCHAEOLOGICAL HERITAGE IN PAKISTAN
The Federal Department of Archaeology and Museums of the Government of Pakistan is the sole custodian of all articles of archaeological finds and historical heritage. The Antiquity Act 1975 of the Government of Pakistan and International Agreements with United Nations Educational, Scientific and Cultural Organization (UNESCO) provide the necessary legal framework for protection of the historical structures and sites. The provincial Governments have also created provincial Archaeological Departments in Punjab, NWFP and Sindh. The exception is Balochistan. These departments have been established with the specific aim of protecting the historical sites in the respective provinces. 3. PROCEDURE FOR EIA OF ARCHAEOLOGICAL SITES
The guideline procedure for Environment Assessment of archaeological sites given by the Pakistan EPA reads as follows:
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“If the proponent or the consultant identifies an archaeological site that appears to be of importance but the site is not listed they should discuss the site with the relevant conservation authority”. “The relevant conservation authority should inform the Responsible Authority of their assessment of the significance of likely impact of the proposed development early in the process in order for the Responsible Authority to determine the level of documentation required. The provincial EPA will then be in a position to review the level of reporting required in the light of advice from the Archaeology Department”. 4. CONSERVATION AUTHORITIES FOR ARCHAEOLOGICAL SITES
The conservation authorities for archaeological sites in the Federal and Provincial Governments are as follows: - The Director General,
Federal Department of Archaeology & Museum 1st Floor, Block 4, Sitara Market, G-7 Markaz, Islamabad. Tel. 92 - 51-9206236, Fax 92 - 51-2201592
- The Deputy Director (DD) Department of Archaeology and Museum, Government of Pakistan, Lahore Fort Office, Lahore. Tel 92-42-7662657, Fax 92-42-7662656
- The Director General, Punjab Department of Archaeology, Ministry of Tourism and Culture, Lahore.
- The Director Archaeology, Department of Culture and Tourism Government of NWFP, Peshawar.
- The Assistant Director, Sub Regional Office, Gilgit. Tel 92 -5811-55016
5. HISTORY OF ROCK CARVINGS BETWEEN SHATIAL AND CHILAS
The history of these carvings has been assembled by historians and experts of the Department of Archaeology & Museums of the Government of Pakistan and also eminent international experts. An edited extract of the history of these carvings is given as follows: “The rock carvings at Shatial~Chilas belong to 4th to 8th century AD. It has been imagined that local lords and noble men ordered Buddhist carvings and inscriptions to be made for their spiritual salvation and that of their loved ones. These carvings were made by foreign artists. The local lords were thought to be independent. Being independent empowered them to give shelter to refugees from countries where Buddhist faith and its followers were harassed by the invading barbarians who were of Hunnish descent and were close relatives of Hephthalites. The harassed artists ran away to take refuge in this mountainous territory, which is now Chilas and took refuge of the locals who were independent and God-fearing people. The artists from many lands resulted in carvings showing great diversity of style and artistic quality”. A group of figural carvings with pertinent Buddhist inscriptions has recently been discovered east of Chilas at the mouth of Shing Gah. Whilst this location is upstream of the proposed Dasu reservoir it is useful to outline the results of investigations here as it throws light onto the likely origins of the petroglyphs in the Shatial area that lies within the proposed Dasu reservoir area. The Indus river at the location east of Chilas flows in a narrow gorge and the flow is fast. It is thought that a sanctuary nearby existed where
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the travelers offered prayers before or after crossing the river, as depicted by the pious artistic activities. The carvings of the 8th century AD have impressive inscriptions of the ruler with royal title ‘Sahi’, Vagrasura by name. Some of the names are certainly not derived from Sanskrit. These are non Indo-European languages, perhaps a sort of Proto-Burushaski. The ruler was a Buddhist, but the stupa carving over the inscriptions has a “solar rosette” instead of normal “anda”. The rock carvings with “solar rosettes” are seen on the rocks very near to this location indicating that they were executed by the same technique. The research has suggested that emergence of these arts took place in the upper part of Gilgit valley and Chitral. This era, according to a report of Huei-ch’ao (1938), was the beginning of 8th century AD. It has been assumed that Burushaski was spoken. It has been suggested that Tibetans invaded the Gilgit valley (the old name was Little Bolor) and the attackers were held back by Chinese army, who had to depend on supplies from Kashmir via Gilgit to the Bunar valley. Kashmir was in alliance with China in order to push back the Tibetans. It is assumed that it was during the times of war that these anti- Buddhist carvings with their martial mood were carved and which were rarely expressed in earlier monuments. These carvings are scattered in a large area along Indus river and are not limited to the Chilas and Thalpan areas as claimed by Monenco. The carvings have been identified in many valleys, including the Khanbari valley, the Thor valley, the Hodar valley, the Kiner valley, the Thak valley, the Shing valley, the Ges Bala valley and also at the mouth of Shatial Gah. All these carvings are on rocks on both banks of the Indus river and also rocks along the side valleys. According to Dr. M. Arif (Department of Archaeology & Museum-2003) these carvings date back to between the 5th and 8th century AD. The inscriptions are in the following languages: - Brami - Sanskrit - Soghdin (a Central Asian language) specific to Shatial village - Chinese A plaque at the site explains the significance of these Petroglyphs (photo log sheet 1). There can be tens of carvings at one boulder stone at a specific location.
In brief it can be said that these carvings ‘have a history to tell.’ More details about the rock carvings and the history of the Northern area are available in authoritatively written documents by various writers. Some important publications include: i. History of Northern Areas of Pakistan By Dr. Ahmad Hasan Dani – 2001 ii. Cultural Heritage of the Northern Regions of Pakistan Down to the Islam. A handout from a photographic exhibition arranged by the Department of Archaeology and Museum, Government of Pakistan in collaboration with the Heidelberg, Germany Academy for the Humanities and Sciences. 6. STUDY OF PETROGLYPHS AT SHATIAL BY CONSULTANTS
The Consultants visited the Dasu project area and identified the locations of petroglyphs commonly known to the people in the area. Among the sites visited was Shatial along the Karakoram highway (KKH). The carvings on the rocks are located just downstream
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of the suspension bridge across the River Indus at Shatial town. The rock carvings are on a large boulder very close to the left bank of the river channel. Some of these petroglyphs are in very good condition whilst others are damaged due to weathering of the rock. These petroglyphs along the KKH at Shatial are the most easily accessible rock carvings in the area and are of interest to tourists, especially foreigners. Buddhists from Japan particularly stop to see these with great interest. The site is managed by the Archaeological Department. The Consultants photographed the rock carvings at Shatial during April 2007. Some of these images are given in photo log. 7. LEVELING SURVEY OF PETROGLYPHS
Leveling survey has been conducted in order to ascertain the level of the cluster of Petroglyphs in Shatial area. The boundary of the cluster was picked through the survey. The contour line of El. 960 m was marked on the ground with burjies for future reference. The survey data along with the plot is given in Annexure F-1. As a result of this survey it has been found that the Petroglyphs are located above elevation 960 m. Since the full supply level of Dasu reservoir is 950 m, the Petroglyphs will not be inundated. Even during flood routing through the Dasu reservoir the Petroglyphs will not be affected as the PMF flood discharge will be about 955 m. Rather the proposed reservoir will add to the beauty and grandeur of these Petroglyphs by providing an environment with a beautiful water body and in a background of this location. Consequently it will have a positive impact and encourage tourism REFERENCES
1. Dani, Ahmad Hasan Dr. (2001): “History of Northern Areas of Pakistan”. Sang –e-Meel Publication, 25 Shaahrah-e-Pakistan (Lower Mall) Lahore.
2 Jettmar Karl (1992):“Cultural Heritage of Northern Regions of Pakistan – An
Introduction” Department of Archaeology & Museums, Government of Pakistan, Karachi, in Collaboration with Heidelberg Academy for Humanities and Sciences, Germany.
3. Pakistan Environmental Protection Act (PEPA) No. XXXIV of 1997. 4. Government of Pakistan (1999) “District Census Report of Kohistan” – Population
Census Organization Statistics Division, Islamabad.
PHOTOLOG
Page 1 of 3
PETROGLYPHS IN THE PROJECT AREA
Plate F-1 Plaque at Site Describing Rock Carving at Shatial
Plate F-2 A View of Rock Carving at Shatial
Page 2 of 3
Plate F-3 Another Plaque at Shatial Describing Rock Carvings
Plate F-4 Another Boulder Showing Rock Carving at Shatial
Page 3 of 3
Plate F-5 Boulder Showing Rock Carvings at Shatial
Plate F-6 Rock Carvings in Shatial Area
ANNEXURE F – 1
Survey Data at Archaeological Site – Shatial
Annexure F–1
Page 1 of 3
Dasu Hydropower Project – Feasibility Report
TABLE F-1: Survey Data Archaeological Site – Shatial
Point
No. Easting Northing Elev. Remarks
4 3247363.81 1263085.45 982.7 RE
5 3247362.66 1263074.99 982.7 RE
6 3247366.11 1263097.12 982.5 RE
6 3247372.83 1263097.76 982.5 RE
7 3247378.91 1263107.61 982.5 RE
8 3247387.42 1263118.26 982.6 RE
9 3247401.11 1263132.13 982.9 RE
10 3247416.75 1263145.82 983.7 RE
11 3247412.01 1263149.59 983.5 RE
12 3247395.29 1263135.39 982.9 RE
13 3247382.02 1263122.47 982.7 RE
14 3247374.06 1263112.18 982.6 RE
15 3247373.51 1263115.51 981.9 RE
16 3247385.16 1263134.53 979.5 RE
17 3247380.86 1263136.7 979.4 RE
18 3247367.46 1263114.94 982.2 RE
19 3247357.51 1263078.47 982.7 RE
20 3247398.88 1263163.54 976.4 RE
21 3247403.53 1263161.94 976.3 RE
22 3247415.46 1263186.89 975.9 RE
23 3247411.44 1263189.09 975.8 RE
24 3247424.55 1263212.29 975.6 RE
25 3247428.96 1263210.22 975.5 RE
26 3247440.29 1263237.76 973.1 RE
27 3247443.07 1263242.58 972.8 RE
28 3247447.6 1263241.55 972.8 RE
29 3247426.39 1263252.5 970.6 BW
30 3247429.54 1263255.32 970.4 BW
31 3247424.03 1263249.55 971.3 BLD
32 3247420.9 1263246.15 971.2 BLD
33 3247424.57 1263242.58 971.2 BLD
34 3247469.37 1263288.88 970.4 RE
35 3247473.51 1263286.83 970.4 RE
36 3247483.54 1263325.54 969.9 RE
37 3247486.69 1263330.07 970.1 RE
38 3247493.36 1263332.76 970 RE
39 3247495.39 1263328.59 970.1 RE
40 3247489.67 1263325.21 970 RE
41 3247485.32 1263314.94 970.1 RE
43 3247346.71 1263197.9 957 BW
44 3247386.779 1263245.135 962.7 BW
45 3247412.23 1263266.83 962.7 BW
46 3247415.04 1263278.9 961.4 BW
47 3247429.22 1263295.94 958.6 BW
48 3247415.44 1263312.78 952.4 BW
51 3247462.04 1263320.92 963.2 BW
52 3247479.23 1263312.25 969.8 BW
56 3247549.22 1263382.7 970.4 RE
57 3247537.3 1263364.57 970.3 RE
58 3247524.13 1263345.46 970 RE
60 3247516.44 1263331.89 970.1 RE
Annexure F–1
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Dasu Hydropower Project – Feasibility Report
61 3247535.2 1263349.75 970.1 RE
62 3247547.1 1263370.35 970.4 RE
63 3247562.48 1263395.76 970.3 RE
64 3247538.6 1263404.59 961 BW
65 3247534.29 1263407.92 960.8 BW
66 3247529.22 1263401.38 960.4 BW
67 3247532.15 1263388.55 962.4 BW
68 3247537.11 1263379.41 967.8 BW
69 3247543.12 1263373.41 970.4 BW
70 3247557.86 1263397.72 970.4 BW
71 3247580.45 1263437.01 966.8 BW
72 3247586.22 1263434.16 966.9 RE
73 3247572.73 1263444.36 958.9 BW
74 3247576.23 1263449.16 959 BW
75 3247584.83 1263442.49 966.2 BW
77 3247596.29 1263447.38 965.3 RE
78 3247592.9 1263452.17 965.3 RE
79 3247626.39 1263477.74 962.3 RE
80 3247628.5 1263475 962.3 RE
81 3247642.29 1263486.77 961.2 RE
82 3247639.97 1263489.83 961.3 RE
83 3247659.72 1263501.68 959.5 RE
84 3247657.33 1263504.84 959.5 RE
85 3247668.12 1263509.2 958.3 RE
86 3247671.61 1263519.22 957.8 RE
87 3247662.97 1263525.05 957.3 RE
88 3247644.44 1263519.71 956.1 RE
89 3247644.81 1263516.67 956 RE
90 3247627.43 1263513.49 954.2 RE
91 3247629.53 1263518.01 954.2 RE
92 3247623.65 1263520.94 953.7 BRG
93 3247619.91 1263517.63 953.7 BRG
94 3247609.79 1263528.52 954 BRG
95 3247613.44 1263531.78 953.9 BRG
96 3247655.27 1263525.76 957.1 BW
97 3247658.98 1263532.47 958.4 BW
98 3247670.47 1263530.78 958 BW
99 3247668.62 1263526.64 957.6 BW
100 3247666.54 1263547.48 954.9 BW
101 3247663.52 1263546.51 954.8 BW
102 3247671.98 1263548.14 955.3 BW
103 3247669.29 1263557.82 952.6 BW
104 3247664.36 1263559.41 952.3 BW
105 3247655.96 1263553.79 952.8 BW
106 3247687.19 1263563.85 954.1 BW
107 3247690.99 1263562.94 954.3 BW
108 3247688.56 1263565.54 953 BW
109 3247685.4 1263563.18 953.4 BW
110 3247686.2 1263559.52 954 BW
111 3247707.513 1263551.82 960.18 F
112 3247688.518 1263529.487 960.361 F
113 3247627.59 1263482.949 960.033 F
114 3247577.234 1263450.664 959.906 F
115 3247532.464 1263409.316 960.251 F
116 3247466.696 1263340.553 959.912 F
117 3247488.595 1263355.787 960.241 F
Annexure F–1
Page 3 of 3
Dasu Hydropower Project – Feasibility Report
118 3247456.499 1263331.175 960.2 F
119 3247413.056 1263281.783 960.188 F
120 3247381.293 1263246.477 960.131 F
121 3247446.678 1263271.018 968.274 MONUMENT
122 3247425.511 1263279.694 963.287 MONUMENT
123 3247350.513 1263179.13 960.23 F
NOTE
RE, Stands for Road Edge
BLD, Stands for building
BRG, Survey points at left bank of the Darel Bridge over Indus River
BW, Points at the boundary of the site.
F, Stands for survey points at + 960.0 m elev.
APPENDIX G
WATER, AIR AND NOISE
QUALITY DATA
Pakistan Space & Upper Atmosphere Research Commission SUPARCO HQs, Sector-28, Off University Road, Gulzar-e-Hijri, P.O. Box 8402,
Karachi-75270, Ph: (021) 4650765-79, 042-7047448 Fax: (021) 4644928, 4644941
AAMMBBIIEENNTT AAIIRR AANNDD WWAATTEERR QQUUAALLIITTYY MMOONNIITTOORRIINNGG AATT
DDAASSUU DDiissttrriicctt KKoohhiissttaann
2007-2008
Executed By
Environmental Monitoring at DASU for Hydropower Project DASU
PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
TABLE OF CONTENTS
Sr. No. TITLE PAGE
1 Summary i
2
INTRODUCTION
1.1 Description of Project
1.2 Ambient Air Quality
1.3 Water Quality
1
1
1
2
3
DESCRIPTION OF THE ENVIRONMENT
2.1 Physical Resources
2.2 Ecological Resources
2.3 Economic Development
2.4 Social and Cultural Resources
3
3
3
3
3
4
SCOPE OF WORK
3.1 Air Quality Study
3.2 Water Quality Study
3.3 Noise
4
4
4
4
5
Map of Sampling Sites
5
6
METHODOLOGY
4.1 Objectives
4.2 Air Quality sampling / Testing Plan
4.3 Water Analysis Methods
4.4 Ambient Air Monitoring Methods
4.5 Ambient Air quality Standards
4.6 NEQS
6
6
6
7
8
9
10
7
Ambient Air Quality
5.1a Sampling Site 1 (Near Harban Bridge)
5.1b Sampling Site 2 (Near Summer Nallah)
5.1c Sampling Site 3 (Near DAM Axis-5)
5.2 AMBIENT NOISE LEVEL PHASE II
5.3 COMPARISON OF AMBIENT AIR QUALITY
DURING PHASE I & PHASE II
11
11
12
13
14
14
8
Water Quality
6.1 Results for Water samples at River site
6.2 Results for water samples of Nallahs
15
25
29
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9
COMPARISION OF WATER QUALITY RESULTS OF PHASE II WITH PHASE I
7.1 Comparison of Phase I and Phase II River
Water samples
7.2 Comparison of Phase I and Phase II Nallahs
Water samples
32
32
35
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SUMMARY
Pakistan Water & Power Development Authority (WAPDA) appointed the consultants
(a Joint Venture of NESPAK, ACE, MWH (USA), CPE (Switzerland) in association with
Binnie and Partners (UK)) to prepare a Feasibility Study for the DASU Hydropower
project.
Pakistan Space & Upper Atmosphere Research Commission (SUPARCO) was
awarded the Environment Baseline data collection part of the Feasibility Study.
Ambient air quality and water quality monitoring was performed twice i.e. in high flow
condition of Indus River (July-August) and in low flow condition of Indus River
(December).
Air Quality and Noise level monitoring was performed at three sites viz. HARBAN
Bridge (SW-I), SUMMER Nallah (SW-2) and At Dam Axis-5 (SW-3) with online
analyzers for SO2, NOX, CO, CO2, PM10, HC and Noise level (dB).
Water samples were collected from 11 sites, 5 at Indus River and 6 at Nallahs joining
Indus River. Water Temperature, Dissolved Oxygen, Specific Conductance and pH
values were taken at the spot whereas the remaining tests were performed at
SUPARCO’s analytical lab. Inductively Coupled Plasma Mass Spectrometer (ICP-MS)
was used for trace & toxic metals analysis.
Results of ambient air quality were compared against USEPA World Bank & WHO
standard while the results of water sample of River & Nullah were compared against
USEPA fresh water standard. During Phase-I (Summer) and Phase-II (Winter), results
of ambient air, water samples (River & Nullah) and Noise level were found within
international limits at all sampling sites. Hence environmental condition at selected
sampling site complies with international standard limits.
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1. INTRODUCTION
Demand for electricity in Pakistan currently outstrips supply. Inadequate generation,
transmission, and distribution, as well as the inefficient use of electricity, lead to
shortages, particularly at peak times. Recognizing that the electricity is one of the key
drivers of rapid economic growth and poverty reduction, the Government of Pakistan is
striving at meeting the electricity demand. Other objectives include providing all
households an access to the electricity. The substantial demand for electricity will be
met mainly by the installation of new power stations including hydro power plants and
thermal power plants.
1.1 Description of Project
DASU HYDROPOWER PROJECT.
Location Dasu Hydropower project is a run of river scheme located 2 km upstream of Dasu village on Indus river, 69 km (43 miles) downstream of Basha.
Province NWFP
Installed Capacity 3700 MW
Gross Head 650
Cost 3107 million
The project was identified and ranked as most attractive after
Basha in the overall Inventory and Ranking study of Major
Hydropower Projects carried out by MECO under CIDA grant
during 1984. PC-II Proforma for feasibility study, detailed
design and preparation of tender documents has been
approved by ECNEC on 27.09.2003.
Power
2712 MW
Source: http://www.wapda.gov.pk
1.2 Ambient Air Quality
Anthropogenic air pollution originates from a variety of sources, including vehicles,
large stationary sources, small and medium-size industries, thermal power plants,
windblown dust, fugitive emissions as a result of mechanical break-up, abrasion etc.
The economic damage from urban air pollution (including its effects on structures,
crops, vegetation and forests) is estimated as US$ 1 billion to US$ 4 billion annually in
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cities in Asia (World Bank)1. Rapid urbanization in many cities of the developing world
and in particular South-East Asia, together with the associated industry and transport
network expansion, has led to a situation where individuals will face similar health
risks from air pollution to those experienced in Europe forty years ago. A study carried
out by the Ministry of Environment reports that about 16.28 million2 people (32.5
percent of which live in urban population) of Pakistan are at health risk due to air
pollution because the country does not comply with World Health Organization (WHO)
ambient air quality standards. In addition, air pollutants contribute to acidification and
global climate change, which have impacts on crop productivity, forest growth,
biodiversity, buildings and cultural monuments. Higher air pollution levels in major
cities of Pakistan have been observed especially the particulate levels (TSP, PM10 &
PM2.5), CO, and NOx.3
The burning of these fossil fuels in power plants and for other energy requirements
results in the emissions of a wide variety of pollutants, principally, particulate matter,
carbon monoxide (CO), oxides of nitrogen (NOx), oxides of sulphur, hydrocarbons
(Methane & Non-Methane), Volatile Organic Compounds (VOCs). The emissions have
an adverse impact on the air quality and health of human being especially those who
are directly exposed to this polluted air. The health effects associated with the most
common pollutants include respiratory effects ranging from minor symptoms (cough)
to more serious (chest congestion and asthma) children, elderly, and those with pre-
existing respiratory and cardiac conditions are more susceptible. However the hydro-
power plants use energy stored in water and there are no fuel combustion
requirements in this mode of generation of electricity.
1.3 Water Quality
Water is basic component of our life and widely used for domestic and industrial
purpose. In both of these major applications, high quality water is required. In industry,
many chemicals are used in different processes that may pollute downstream water.
The use of polluted water may be harmful causing many diseases. The current
examples of the use of polluted water are the incidences that occurred in Karachi and
Faisalabad causing hospitalization of thousands of people. Noise is mainly produced
from traffic and different industrial processes. Prolonged exposure to noise can cause
loss in concentration, stress and hearing loss in human beings.
1 World Bank Technical Paper No. 508, Pollution Management Series, Sep 2001. 2 http://www.irinnews.org 11 Oct, 2004. 3 Ghauri, B, Lodhi, A, Mansha, M, “Development of baseline (Air Quality) data in Pakistan”,
Environmental Monitoring Assessment, 2006
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2. DESCRIPTION OF THE ENVIRONMENT
2.1. Physical Resources
The topography at monitoring site is mountainous. This region has rugged terrain and
tough climatic conditions. In this area the summer prevails from April to September
and the maximum temperature ranges 25-30 ºC with minimum below zero during
winter.
2.2 Ecological Resources
This region has rugged terrain and tough climatic conditions that force plants and
animals to adapt and become stronger. The genetic resources of crops and fruits in
these areas are adaptable to the local environment such as extreme cold, heat, frost
and drought. Mountains are effective reserves for the future as far as the biodiversity
of the world is concerned, especially as more and more lowland areas are turned into
high cash yielding fields. These mountains possess rich varieties of plants and
animals, many of which are unique to their landscapes. Flora and fauna that is found
in these mountains is often endangered or extinct in the surrounding regions due to
human contact and exploitation.
There are about 5,700 species of flowering plants reported, with almost 400 endemic
species, found in the northern and western mountains of Pakistan. Region has a
variety in crop and fruit species as well as domesticated animals, which make up the
agricultural biodiversity due to its close location with two major centers of agro
biodiversity.
Region has a variety of mammal species particularly, large mammals. It is estimated
that around fifty-four species of mammals are found in this region.
2.3 Economic Development
Mining and cultivation is the dominant land use activity in the area. The livelihood of
people of region is dependent mainly on agricultural biodiversity.
2.4 Social and Cultural Resources
The access to the site is through a Karakorum road at Dasu district Kohistan. Health
care facilities are limited. Same is the case with education.
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3. SCOPE OF WORK
The Scope of Work entails providing primary environmental data for the project site at
Dasu. This covered data on prevailing Air, Water quality and noise.
3.1 Air Quality Study
The Air Quality study for project site needed to cover the following:
Primary data: collection of statistically valid sample of ambient air at the project site (at
least 24 hour recording of relevant parameters). The Air quality sampling included
measurements of NOx, SO2, TSP/PM10, Ozone, CO and CO2 using USEPA
sampling methods as set forth in 40 CFR 50 methods. The results/ measurements
were compared with the ambient air quality standards of the World Bank, World Health
Organization, and US EPA.
Three monitoring/ sampling location(s) were selected as Site No. 1(HARBAN Bridge),
Site No. 2 (SUMMER Nallah) and Site No. 3 (DAM AXIS 5) as indicated in the Fig 1.
The site monitoring included simultaneous collection of meteorological and noise data.
3.2 Water Quality Study
The Water Quality study for project site needed to cover the following:
Primary data: collection of statistically valid sample of the water at the project site and
their analysis. Water sampling and analysis include collection of sample and then
analyzing them for parameters such as COD, BOD, pH, TSS, oil and grease, total
residual chlorine, chromium, copper, iron and zinc. Water temperature data and
measurements of TDS, conductivity, turbidity, total hardness, and alkalinity were also
determined. Water samples were also analyzed for potassium, sodium, silicon, nickel,
magnesium, aluminum, chromium, lead and other trace elements.
3.3 Noise
Ambient noise monitoring was performed in the site vicinity at several locations.
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1 Km from DAM
AXIS-5 (SW-4)
WATER SAMPLING SITES
AIR SAMPLING SITES
HARBAN
Bridge (SW-1)
DAREL River
(NSW-3)
SUMMER
Nallah (SW-2)
SUMMER
Nallah (NSW-2)
CHURI
Nallah
KANDIA
River (NSW-1)
BARSIN
Nallah (NSW-5)
DAM AXIS-5
(SW-3)
Fig.1 Map of the Sampling Site
After DASU City (SW-5)
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4. METHODOLOGY
Mobile laboratory, equipped with online US EPA designated ambient air analyzers for
all criteria pollutants and water tests was used. The sampling interval of measurement
was 15 minutes (for gaseous pollutants) and monitoring was carried out continuously
for 24 hrs at each site
4.1 Objectives:
a. To collect the data of ambient air for SO2, CO, NOx, CO2, TSP, PM10 and O3
b. To collect the noise levels in the site vicinity at three locations.
c. To collect and analyze the water samples for different parameters
4.2 Air Quality Sampling/Testing Plan:
The sampling and testing was carried out as per following schedule during phase-I
Site Name
Sampling/Testing
Start (hrs)
Sampling/Testing
Completion (hrs) Total Duration
(Hrs)
Date Time Date Time
HARBAN Bridge 27-09-07 1200 28-09-07 1100 23 HRS
SUMMER Nallah 28-09-07 1145 29-09-07 1045 23 HRS
DAM AXIS 5 29-09-07 1100 30-09-07 1100 24 HRS
Table: 4.1 a The sampling and testing was carried out as per following schedule during phase-II
Site Name
Sampling/Testing
Start (hrs)
Sampling/Testing
Completion (hrs) Total Duration
(Hrs) Date Time Date Time
HARBAN Bridge 29-01-08 0900 30-01-08 0900 24 HRS
SUMMER Nallah 30-01-08 1000 31-01-08 1000 24 HRS
DAM AXIS 5 31-01-08 1100 01-02-08 1100 24 HRS
Table: 4.1 b
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4.3 WATER ANALYSIS METHODS
Sr. No. Parameters Testing Methods Used
1 pH ASTM D 6764-02 (2007)
2 Temperature ASTM D 6764-02 (2007)
3 DO
Titration ASTM D 888-03
4 TDS -
5 TSS HACH Method#8006
6 Total Hardness as
CaCo3 Titration
ASTM D 1126-02
7 Fecal Coliform HACH Method#10029
8 E-Coli HACH Method#10029
9 Nitrate (as N03 ) HACH Method#8171
10 Ammonia Nitrogen ASTM D 1426-03
11 Arsenic ASTM D 2972-03
12 Turbidity ASTM D 6698-07
13 Chloride Titration ASTM D 512-04
14 Iron ASTM D 3919-04
15 Sodium ASTM D 6071-06
16 Iodine ASTM D 4785-00a
17 BOD HACH METHOD 1009
18 COD Titration ASTM D 1252-00
19 Fluoride (F- ) ASTM D 1179-04
20 Cyanide ASTM D 2036-06
21 Sulphate ASTM D 516-07
22 Sulphide ASTM D 4658-03
23 Pesticides In-House Method
24 Cadmium ASTM D 3919-04
25 Chromium ASTM D 3919-04
26 Copper ASTM D 3919-04
27 Lead ASTM D 3919-04
28 Selenium ASTM D 3919-04
29 Nickel ASTM D 3919-04
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30 Silver ASTM D 3919-04
31 Zinc ASTM D 3919-04
32 Chlorine-Total ASTM D 1253-03
Table: 4.2
4.4 AMBIENT AIR MONITORING MEHTODS
Pollutants Methods Title of US EPA 40 CFR Instruments/
Analyzer
NOx Reference Method in Appendix F of Part 50
Measurement of NOx in the Atmosphere (Gas Phase Chemiluminescence)
NOx Analyzer, USA.
SO2
Ambient Monitoring Reference & Equivalent Method in 40CFR Part32
Determination of SO2
Emissions in the Atmosphere (Fluorescence)
Fluorescence SO2 Analyzer, USA
O3 Method in Appendix D of 40 CFR Part 50
Measurement of O3. (UV Spectroscopy)
Ozone Analyzer, USA
CO Method in Appendix C of 40 CFR Part 50
Measurement of CO.(GFC Spectroscopy)
CO Analyzer, USA
CO2 Method in Appendix C of 40 CFR Part 50
Measurement of CO2. (GFC Spectroscopy
CO2 Analyzer, USA
TSP Reference Method in Appendix B of Part 50
Determination of Suspended Particulate Matter in Atmosphere (Gravimetric analysis)
1.High Volume Sampler 2.β-guage particulate counter
PM10 Reference Method in Appendix J of Part 50
Determination of Particulate Matter as PM10 in Atmosphere (Gravimetric analysis)
PM10 High Volume Sampler 2.β-guage particulate counter
Noise Level 40 CFR Part 201 Noise Emission Measurement Criteria
Sound Level Meter
Table: 4.3
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4.5a Ambient Air Quality Standards
Pollutant
USEPA WHO (2005)
Averaging Time
Standard Averaging
Time Guideline Values
SO2 24 HRS ANNUAL MEAN
365µg/m3 (140 ppb)
80µg/m3 (30 ppb)
24 HRS ANNUAL 10 MIN
125 µg/m3 (48 ppb) 50µg/m3 (20 ppb) 500µg/m3 (190 ppb)
CO 8 HRS 1 HR
10 mg/m3 (9 ppm)
40 mg/m3 (35 ppm)
8 HRS 1 HR
10mg/m3 (9 ppm) 30 mg/m3 (25 ppm)
NOx ANNUAL MEAN
100µg/m3 (50 ppb) ANNUAL 1 HR
40 µg/m3 (20 ppb) 200µg/m3 (105 ppb)
O3 1 HR 8 HRs
235µg/m3 (120 ppb)
160µg/m3 (80 ppb)
8 HRS
100µg/m3 (50 ppb)
PM10 24 HRS Annual Mean
150µg/m3
50µg/m3
ANNUAL MEAN 24 HRs
20 µg/m3 50 µg/m3
TSP 24-HRS 260 µg/m3 24-HRS 150-230 µg/m3
Table: 4.4
4.5b Ambient Air Quality Guideline Values (World Bank)
Pollutant
World Bank Guideline Values
Averaging Time Moderate Air Quality * Poor Air Quality **
SO2 Annual Mean 24 HRS
50µg/m3 (18ppb) 150µg/m3 (58 ppb)
100µg/m3 (35ppb) 150µg/m3 (58 ppb)
NOx Annual Mean 24 HRS
100µg/m3 (53 ppb) 150µg/m3 (79 ppb)
200µg/m3 (105 ppb) 150µg/m3 (79 ppb)
PM10 Annual Mean 24 HRS
50 µg/m3
150 µg/m3 100 µg/m3
150 µg/m3
Noise
Residential, Institutional Educational Commercial, Industrial
Day time 55dB Night time 45dB Day time70dB Night time70dB
Day time 55dB Night time 45dB Day time70dB Night time70dB
TSP Annual Mean 24-HRS
80 µg/m3
230 µg/m3
160 µg/m3
230 µg/m3
* 98th Percentile of 24 hours mean Values ** 95th Percentile of 24 hours mean Values
Table: 4.5
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4.6 National Environmental Quality Standards
i) Sulphur dioxide
* For immediate values between 50 and 100 µg/m3 linear Interpolations should be true (No projects with sulphur dioxide emissions will be recommended)
Table: 4.6 ii) Nitrogen Oxide
Ambient air concentrations of nitrogen oxide, expressed as NO2 should not exceed the following Annual Arithmetic Mean: 100 µg/m3 (0.05 ppm)
Sulphur dioxide Background levels (mg/m3). Standards
Background Air Quality (SO2 Basis)
Annual Average
Max. 24-hours Interval
Criterion Max. SO2 Emission (Tons / day / plant)
Criterion Max. allowable ground level increment to ambient (µg/m3)
Unpolluted Moderately Polluted*
<50 <200 500 50
Low 50 200 500 50
High 100 400 100 10
Very polluted* >100 >400 100 10
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5. Ambient Air Quality Phase II
Ambient air quality was monitored at three sites i.e. Near HARBAN Bridge, Near
SUMMER Nallah and At DAM AXIS 5. Of these three sites, the pollutants level at site
DAM AXIS 5 was relatively higher.
5.1a Sampling Site 1 (Near HARBAN Bridge):
Sampling site 1 (Near HARBAN Bridge) was located about 10 m away from the
Karakorum Highway. The area contains low vegetation and most of the land is
uncovered.
Table 5.1 Ambient Air Results Site No.1 (Near HARBAN Bridge)
Pollutants US EPA
Standards
Min. Con.
(24 hrs)
Max. Con.
(24 hrs)
Average Con.
(24 hrs)
S.D (±)
98th Percentile
SO2 ppb 140 (24 HRS)
5.1
9.6
7.6
1.20
9.60
NOx ppb 53 (Annual)
8.1
11.6
9.7
0.84
11.60
CO ppm 9 (8 HRS)
0.8
1.1
1
0.07
1.12
CO2 ppm - 284
309
297.4
7.13
306.24
PM10
µg/m3 150
(24 HRS) 34
58
46.3
6.68
56.16
HC ppm - 0.07 0.12 0.09 - -
The minimum SO2 concentration of 5.1 ppb and maximum 9.6 ppb was observed
(Table 5.1) While 24 hourly average concentration was found 7.6 ppb with 98th
percentile value 9.6 ppb and standard deviation (S.D) + 1.20. Minimum NOx
concentration was found 8.1 ppb while maximum of 11.6 ppb was observed at this
site. 24 hourly average for NOx was found 9.7 ppb with 98th percentile value of 11.6
ppb and S.D + 0.84. Minimum CO concentration was found 0.8 ppm while maximum of
1.1 ppm was observed at this site. 24 hourly average for CO was found 1.0 ppm with
98th percentile value 1.12 ppb and S.D + 0.07. Minimum CO2 concentration was found
284 ppm while maximum of 309 ppm was observed at this site. 24 hours average for
CO2 was found 297.4 ppm with 98th percentile value of 306.24 ppm and S.D + 7.13.
Heavy and Light vehicles passing from the Karakoram Highway can be thought to be
the major contributors for CO & CO2 at the sampling site. Minimum PM10 concentration
was found 34 µg/m3 while maximum of 58 µg/m3 was observed at this site. 24 hours
average for PM10 was found to be 46.3 µg/m3 with 98th percentile value of 56.16 µg/m3
and S.D + 6.68. Particulate Matter can be attributed to the local road dust due to
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vehicles movement and strong wind. All the pollutants (SO2, NOx, CO, CO2 and PM10)
were compared with US EPA standards and were found well within limits.
5.1b Sampling Site 2 (Near SUMMER Nallah)
Suggested sampling site 2 located near SUMMER Nallah was about 8 m far from the
roadside (Karakorum Highway). Relatively Higher wind speed and lower pollutant
concentrations were found there. The minimum SO2 concentration of 6.4 ppb and
maximum of 11.4 ppb was observed. While 24 hours average concentration was found
8.9 ppb with 98th percentile value of 11.22 ppb and standard deviation (S.D) + 1.39.
(Table 5.2). Minimum NOx concentration was found 8.1 ppb while maximum of 15.2
ppb was observed at this site. 24 hourly average for NOx was found 11.2 ppb with 98th
percentile value 15.20 ppb and S.D + 2.19. Minimum CO concentration was found
0.8ppm while maximum of 1.2 ppm was observed at this site. 24 hourly average for
CO was found 1.0 ppm with 98th percentile value of 1.8 ppb and S.D + 0.10. Minimum
CO2 concentration was found 271 ppm while maximum of 308 ppm was observed at
this site. 24 hourly average for CO2 was found 290.9 ppm with 98th percentile value of
308.0 ppm and S.D + 10.22. Minimum PM10 concentration was found 38 µg/m3 while
maximum of 60 µg/m3 was observed at this site. 24 hourly average for PM10 was found
44.4 µg/m3 with 98th percentile value of 58.08 µg/m3 and S.D + 4.72.
Table 5.2 Ambient Air Results Site No.2 (Near SUMMER Nallah)
Vehicles movement on the Karakorum highway and natural windblown dust can be
regarded as the prevalent sources for the particulate matter at the sampling site. Local
dust due to construction work near the sampling site can also be a prime source for
particulate matter. Due to greater dispersion because of higher wind speed at the area
and low anthropogenic activities, all the pollutants concentrations were found to be the
Pollutants US EPA Standards
Min. Con.
(24 hrs)
Max. Con.(24
hrs)
Average Con.
(24 hrs)
S.D (±)
98th Percentile
SO2 ppb 140 (24 HRS)
6.4
11.4
8.9
1.39
11.22
NOx ppb 53 (Annual)
8.1
15.2
11.2
2.19
15.20
CO ppm 9 (8 HRS)
0.8
1.2
1
0.10
1.18
CO2 ppm - 271
308
290.9
10.22
308.0
PM10
µg/m3 150
(24 HRS) 38
60
44.4
4.72
58.08
HC ppm - 0.03 0.09 0.06 - -
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minimum among the three sampling sites, and found well within the limits when
compared to the US EPA ambient air quality standards.
5.1c Sampling Site 3 (Near DAM AXIS - 5)
Sampling site 3, the proposed site for Dasu hydropower project, was located about 10
m far from the Karakorum highway. Relatively lower wind speed and higher % RH was
observed here. The minimum SO2 concentration of 7.9 ppb and maximum of 12.6 ppb
was observed. While 24 hourly average concentration was found 10.2 ppb with 98th
percentile value 12.50 ppb and standard deviation (S.D) + 1.32 (Table 5.3). Minimum
NOx concentration was found 9.1 ppb while maximum of 15.9 ppb was observed at
this site. 24 hourly average for NOx was found 13 ppb with 98th percentile value 15.72
ppb and S.D + 1.68. Minimum CO concentration was found 0.8 ppm while maximum of
1.1 ppm was observed at this site. 24 hourly average for CO was found 1 ppm with
98th percentile value of 1.09 ppb and S.D + 0.08. Minimum CO2 concentration was
found 291 ppm while maximum of 312 ppm was observed at this site. 24 hourly
average for CO2 was found 302.2 ppm with 98th percentile value of 310.16 ppm and
S.D + 4.69. Minimum PM10 concentration was found 51.0 µg/m3 while maximum of 56
µg/m3 was observed at this site. 24 hourly average for PM10 was found 45.5 µg/m3
with 98th percentile value 54.0 µg/m3 and S.D + 3.57.
All the pollutants (SO2, NOX, CO, CO2, PM10) concentrations were found higher as
compared to the data from the other sampling sites but found well within the limits
when compared with the US EPA standards. Relatively higher concentrations of
pollutants can be attributed, mainly, towards heavy machine work being done for the
construction of the dam, about 5 - 8 m away from the sampling site.
Table 5.3 Ambient Air Results Site No.3 (Near DAM AXIS 5) Phase II
Pollutants US EPA Standards
Min. Con.
(24 hrs)
Max. Con.
(24 hrs)
Average Con.(24 hrs)
S.D (±)
98th Percentile
SO2 ppb 140 (24 HRS)
7.9
12.6
10.2
1.32
12.50
NOx ppb 53 (Annual)
9.1
15.9
13
1.68 15.72
CO ppm 9 (8 HRS)
0.8
1.1
1
0.08 1.09
CO2 ppm - 291
312
302.2
4.69
310.16
PM10
µg/m3 150
(24 HRS) 51.0
56.0
45.5
3.57
54.00
HC ppm - 0.04 0.11 0.08 - -
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5.2 AMBIENT NOISE LEVEL PHASE II
Table 5.4 Noise Data Phase II
Sr. No. Site Noise Level (dB)
1 HARBAN Bridge 41 – 53
2 SUMMER Nallah 41 – 58
3 DAM AXIS 5 41 – 59
5.3 COMPARISON OF AMBIENT AIR QUALITY DURING PHASE I (Summer) &
PHASE II (Winter)
The Indus River at Dasu usually records high flow in July-August and low flow in late
December every year. The baseline ambient conditions of high flow (summer) and low
flow (winter) was compared and presented in Table 5.5 to Table 5.7 below. The overall
comparison shown the slightly high level for SO2, CO, CO2 and PM10 were recorded
during low flow (Phase II). Comparatively low levels were observed for HC in Phase II
at all sampling sites. However a little decline in NOx level was observed in Phase II.
PM10 level at site 3 Dam Axis 5 has also decreased in Phase II.
5.5 Site No. 1 (Harban Bridge)
Pollutant Phase I Phase II
Min Max Average Min Max Average
SO2 (ppb) 5.1 9.8 7.02 5.1 9.6 7.6
NOX (ppb) 8 14.3 10.09 8.1 11.6 9.7
CO (ppm) 0.74 1.09 0.92 0.8 1.1 1
CO2 (ppm) 279 310 291.2 284 309 297.4
PM10 (µg/m3) 32 55 41.55 34 58 46.3
HC (ppm) 0.1 0.2 0.14 0.07 0.12 0.09
5.6 Site No. 2 (Summer Nallah)
Pollutant Phase I Phase II
Min Max Average Min Max Average
SO2 (ppb) 6 8 6.48 6.4 11.4 8.9
NOX (ppb) 9 14 11.3 8.1 15.2 11.2
CO (ppm) 0.71 1.8 0.93 0.8 1.2 1
CO2 (ppm) 267 302 285.72 271 308 290.9
PM10 (µg/m3) 26 42 34.37 38 60 44.4
HC (ppm) 0.08 0.1 0.089 0.03 0.09 0.06
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5.7 Site No. 3 (Dam Axis 5)
Pollutant Phase I Phase II
Min Max Average Min Max Average
SO2 (ppb) 8 11.9 10.31 7.9 12.6 10.2
NOX (ppb) 10.7 17.7 13.35 9.1 15.9 13
CO (ppm) 0.95 2 1.35 0.8 1.1 1
CO2 (ppm) 281 313 298.11 291 312 302.2
PM10 (µg/m3) 33 77 53.59 51 56 45.5
HC (ppm) 0.1 0.2 0.13 0.04 0.11 0.08
6. Water Quality Phase II
Water samples were collected from 11 sites, 5 from Indus River (one each from
HARBAN Bridge, SUMMER Nallah (SW-2), At DAM AXIS-5, 1 Km DAM AXIS-5 and
After DASU City) and the remaining 6 from the Nallahs joining Indus river (one each
from KANDIA River, SUMMER Nallah (NSW-2), DAREL River, UCHAR Nallah,
BARSIN Nallah and CHURI Nallah) for the laboratory analysis. However Water
Temperature, Dissolved Oxygen, Specific Conductance and pH values were taken at
the spot according to the ASTM guidelines (ASTM D 6764-02 (2007), “ Standard guide
for the Collection of Temperature, Dissolved Oxygen, Specific Conductance and pH
from Open Channels”). Detail of water parameters measured on spot and analysis
performed in laboratory are given in the following paragraphs. These 11 Samples were
analyzed for 40 parameters.
6.1 Temperature
Temperature of water samples ranged from 6.8° C to 8.2° C (Table 6.1). Minimum
temperature was found for the sample collected from Summer Nallah (SW-2) Site.
There was a general trend for the change of temperature for samples of Indus River. It
goes on increasing along the flow direction of river with slight deviations from the trend
due to branch nullahs joining at different sites.
6.2 pH
Range of pH for water samples was 7.5 to 8.2 units (Table 6.1). All values were within
the Standard range provided by US EPA for fresh water. There was very slight change
in pH value for different samples of Indus River from 1st site to the last one. For
nullahs joining main Indus River pH was very slightly different from that of Indus River
samples.
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6.3 Dissolved Oxygen (DO)
Dissolved oxygen level ranged from 7.8 mg/l to 8.3mg/l (Table 6.1). Maximum
Dissolved Oxygen 8.3 was found at Summer Nullah SW-2. It is reduced to 7.8 mg/l at
the site After Dasu city SW-5. Hence DO goes on decreasing along the flow of river.
This reduction may be due to the mixing of some organic wastes like animal waste etc
to water as it flows from Harban Bridge to Dasu city. However there was a slight
reduction in the DO as River Indus flows down from Harban Bridge to Dasu city.
Dissolved oxygen for water samples collected from branch nullahs was found from 7.7
mg/l to 8.2 mg/l.
6.4 Conductivity
Conductivity of water samples of Indus River was found from 68.2 µS/cm at Dam Axis
5 (SW-3) site to 73.5 µS/cm at SW-5 site after Dasu city (Table 6.1). As the Indus
River passes from the Harban Bridge to Dam Axis-5 city it receives water from Darel
River with conductivity value 40.8 µS/cm, Summer Nullah (NSW-2) with conductivity
43.6 µS/cm, Churi Nullah with conductivity 44.4 µS/cm, Kandia River (NSW-1) with
conductivity 46.2 µS/cm, Barsin Nullah (NSW-5) with conductivity 46.3 µS/cm, and
Uchher Nullah (NSW-4) with conductivity 44.8 µS/cm (Table 6.2).
6.5 Turbidity
Range of turbidity values for Indus River water was found from 48 NTU to 81 NTU.
Minimum value was found at Harban Bridge (SW-1) (Table 6.1). There was a general
increase in turbidity values along the direction of flow of Indus River. This increase
may be due to addition or mixing of some insoluble waste like straws, animal waste to
water as it flows down. However turbidity for water samples collected from branch
nullahs was found in range of 7.9 NTU to 9.5 NTU (Table 6.2).
6.6 Hardness
The Hardness values for Indus River samples in mg/l of CaCO3 was found in a range
of 140 to 164 (Table 6.1). Maximum value was found at Harban Bridge (SW-1) while it
was minimum at Summer Nullahs (SW-2) site. As the Indus River passes from Harban
Bridge to Dasu city it receives water from Darel River with hardness value 57 mg/l,
Summer Nullah (NSW-2) with hardness 59 mg/l, Churi Nullah with hardness 59 mg/l,
Kandia River (NSW-1) with hardness 64 mg/l, Barsin Nullah (NSW-5) with hardness
64 mg/l, and Uchher Nullah (NSW-4) with hardness 62 mg/l (Table 6.2).
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6.7 BOD and COD
BOD level for Indus river ranged from 2.0 mg/l to 2.6 mg/l (Table 6.1). Minimum value
was found at (SW-1) and maximum value at (SW-5). Hence there was an increasing
trend along the flow direction of the river. As the Indus River passes from Harban
Bridge to Dasu city it receives water from Darel River with BOD value 2.1 mg/l,
Summer Nullah (NSW-2) with BOD 2.1 mg/l, Churi Nullah with BOD 2.2 mg/l, Kandia
River (NSW-1) with BOD 2.4 mg/l, Barsin Nullah (NSW-5) with BOD 2.4 mg/l, and
Uchher Nullah (NSW-4) with BOD 2.4 mg/l (Table 6.2).
COD level for Indus river ranged from 3.3 mg/l to 4.1 mg/l (Table 6.1). Minimum value
was found at (SW-1) and maximum value at (SW-5). Hence there was an increasing
trend along the flow direction of the river. As the Indus River passes from Harban
Bridge to Dasu city it receives water from Darel River with COD value 4.2 mg/l,
Summer Nullah (NSW-2) with COD 4.2 mg/l, Churi Nullah with COD 4.3 mg/l, Kandia
River (NSW-1) with COD 4.4 mg/l, Barsin Nullah (NSW-5) with COD 4.5 mg/l, and
Uchher Nullah (NSW-4) with COD 4.4 mg/l (Table 6.2).
6.8 Total Dissolved Solids (TDS) and Total Suspended Solids
Total dissolved solids for Indus River water samples ranged from 45.2 mg/l to 49.3
mg/l (Table 6.1). There is a general increase in the TDS values along the flow
direction of the river. As the Indus River passes from Harban Bridge to Dasu city, it
receives water from Darel River with TDS value 26.8 mg/l, Summer Nullah (NSW-2)
with TDS 26.1 mg/l, Churi Nullah with TDS 29.2 mg/l, Kandia River (NSW-1) with TDS
28.1 mg/l, Barsin Nullah (NSW-5) with TDS 30.0 mg/l, and Uchher Nullah (NSW-4)
with TDS 29.8 mg/l (Table 6.2).
Suspended solids in the Indus River water samples ranged from 126 mg/l to 160 mg/l.
At the site of Harban Bridge suspended solids were found 126 mg/l (Table 6.1). As the
Indus River passes from Harban Bridge to Dasu city, it receives water from Darel
River with suspended solids level of 45 mg/l, Summer Nullah (NSW-2) with suspended
solids 48, Churi Nullah with suspended solids level of 51 mg/l, Kandia River (NSW-1)
with suspended solids 46 mg/l, Barsin Nullah (NSW-5) with suspended solids 52 mg/l,
and Uchher Nullah (NSW-4) with suspended solids 57 mg/l (Table 6.2).
6.9 Chloride (Cl -1) and Chlorine Total
Chloride for Indus River water samples ranged from 3.7 mg/l to 4.1 mg/l (Table 6.1). At
Harban Bridge SW-1, Chloride was found to be minimum i.e. 3.7 mg/l. There is an
increasing trend along the direction of flow of river. As the Indus River passes from
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Harban Bridge to Dasu city it receives water from Darel River with Chloride value of
2.6 mg/l, Summer Nullah (NSW-2) with Chloride level 2.8 mg/l, Churi Nullah with
Chloride contents 3.2 mg/l, Kandia River (NSW-1) with Chloride level 3.5 mg/l, Barsin
Nullah (NSW-5) with Chloride 3.0 mg/l, and Uchher Nullah (NSW-4) with Chloride level
3.3 mg/l (Table 6.2), as a result there is a increase in Chloride value as Indus river
flows down.
For Indus River and branch Nullahs joining the Indus River, the Total Chlorine value
was found below detection limit.
6.10 Sodium (Na +1)
Sodium contents in the Indus River water samples ranged from 2.30 mg/l to 2.45 mg/l
(Table 6.1). At Harban Bridge site, Sodium conc. was found to be minimum i.e. 2.30
mg/l. There was a general increase in sodium conc. values along the direction of flow
of Indus River As the Indus River passes from Harban Bridge to Dasu city it receives
water from Darel River with Sodium value of 2.50 mg/l, Summer Nullah (NSW-2) with
Sodium of 2.58 mg/l, Churi Nullah with Sodium value of 2.60 mg/l, Kandia River
(NSW-1) with Sodium 2.60 mg/l, Barsin Nullah (NSW-5) with Sodium 2.58 mg/l, and
Uchher Nullah (NSW-4) with Sodium 2.64 mg/l (Table 6.1), as a result there is a
reduction in sodium level as Indus River flows down.
6.11 Fluoride (F –1)
For most of the samples along the Indus River Fluoride Conc. was below detection
limit
6.12 Iodine
Iodine contents in the Indus River water samples ranged from 0.50 mg/l to 1.59 mg/l
(Table 6.1). Iodine conc. was found to be minimum i.e. 0.50 mg/l at Harban Bridge
(SW-1) and Maximum at After DASU City (SW-5) site. There was a general increase
in Iodine conc. values along the direction of flow of Indus River
6.13 Sulphate (SO4 –2)
Sulphate contents in the Indus River water samples ranged from 48 mg/l to 56.1 mg/l
(Table 6.1). At (SW-5) site, Sulphate was found to be maximum i.e. 56.1 mg/l. An
increase in Sulphate value was observed as Indus River flows down. As the Indus
River passes from Harban Bridge to Dasu city it receives water from Darel River with
Sulphate value of 44.7 mg/l, Summer Nullah (NSW-2) with Sulphate value of 45.3
mg/l, Churi Nullah with Sulphate level of 45.2 mg/l, Kandia River (NSW-1) with
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Sulphate 46.1 mg/l, Barsin Nullah (NSW-5) with Sulphate 46.2 mg/l, and Uchher
Nullah (NSW-4) with Sulphate level of 45.3 mg/l (Table 6.2).
6.14 Sulphide (S -2)
Sulphide contents in the Indus River water samples ranged from 153 µg/l to 212 µg/l
(Table 6.1). At (SW-5) site, Sulphide was found to be maximum i.e. 212 µg/l. An
increase in Sulphide value was observed as Indus River flows down. As the Indus
River passes from Harban Bridge to Dasu city it receives water from Darel River with
Sulphide value of 70.2 µg/l, Summer Nullah (NSW-2) with Sulphide value of 81.2 µg/l,
Churi Nullah with Sulphide level of 84.6 µg/l, Kandia River (NSW-1) with Sulphide 82.6
µg/l, Barsin Nullah (NSW-5) with Sulphide 86.8 µg/l, and Uchher Nullah (NSW-4) with
Sulphide level of 85.5 µg/l (Table 6.1).
6.15 Nitrogen Ammonia and Nitrate Nitrogen Ammonia in the Indus river water samples ranged from 0.01 to 0.13 (Table
6.1). There was no general trend observed in the nitrogen ammonia values along the
river. Nitrate concentration at Harban Bridge and Summer Nullah was found below
detection limit. Nitrate concentration at (SW-5) was 1.15 mg/l which was maximum.
There was an increasing trend along the flow direction of the river was observed.
Nitrate concentration for the branch nullahs joining the main river was observed in the
range 0.80 to 0.85 (Table 6.2).
6.16 Coliforms (E. Coli) and Coliforms (Fecal)
The most of the probable number count of Coliforms/100ml in the main Indus River
samples ranged from 9 to 12 (Table 6.1). Maximum number i.e 12 was found at After
DASU city (SW-5) cite. Out of branch Nullahs joining the Main River, water sample of
Kandia River (NSW-1) site was found most contaminated with E. Coli, The most
probable number count / 100ml at this site water sample was 7.
Most probable number of Coliforms (fecal) for main Indus River samples ranged from
17 to 22 / 100ml (Table 6.1). Maximum number i.e 22 was found at (SW-5). There was
an increasing trend along the direction of flow of the river.
6.17 Copper
Copper for Indus River water samples ranged from 0.88 µg/l to 2.3 µg/l. At the site of
Harban Bridge Copper was found 0.88 µg/l (Table 6.1). As the Indus River passes
from Harban Bridge to Summer Nullah (SW-2) it receives water from Darel River with
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Copper contents of 1.22 µg/l, Summer Nullah (NSW-2) with Copper contents 1.28
µg/l, Churi Nullah with Copper 1.38 µg/l, Kandia River (NSW-1) with Copper 1.26 µg/l,
Barsin Nullah (NSW-5) with Copper 3.1 µg/l, and Uchher Nullah (NSW-4) with Copper
level 5.0 µg/l (Table 6.2). As a result there is an increase in Copper concentration as
Indus River flows down.
6.18 Cadmium
Cadmium in the Indus River water samples ranged from 2.6 µg/l to 2.9 µg/l (Table
6.1). As the Indus River passes from Harban Bridge to Dasu city it receives water from
Darel River with Cadmium 1.72 µg/l, Summer Nullah (NSW-2) with Cadmium 1.8 µg/l,
Churi Nullah with Cadmium 1.90 µg/l, Kandia River (NSW-1) with Cadmium 2.05 µg/l,
Barsin Nullah (NSW-5) with Cadmium 2.7 µg/l, and Uchher Nullah (NSW-4) with
Cadmium level of 2.1 µg/l (Table 6.2).
6.19 Chromium
Chromium for Indus River water samples ranged from 3.8 µg/l to 4.2 µg/l (Table 6.1).
Maximum Chromium concentration was observed at (SW-5) after Dasu city site. As
the Indus River passes from Harban Bridge to Dasu city, it receives water from Darel
River with Chromium 1.98 µg/l, Summer Nullah (NSW-2) with Chromium 2.2 µg/l,
Churi Nullah with Chromium conc. of 2.1 µg/l, Kandia River (NSW-1) with Chromium
2.05 µg/l, Barsin Nullah (NSW-5) with Chromium 2.3 µg/l, and Uchher Nullah (NSW-4)
with Chromium 2.22 µg/l (Table 6.2). An increasing trend in chromium concentration
has been observed along the direction of the flow of Indus river.
6.20 Lead
Lead for Indus River water samples ranged from 17.2 µg/l to 19.5 µg/l (Table 6.1).
Maximum Lead concentration was observed at (SW-5) after Dasu city site. As the
Indus River passes from Harban Bridge to Dasu city, it receives water from Darel
River with Lead 12.1 µg/l, Summer Nullah (NSW-2) with Lead 12.5 µg/l. At Summer
Nullah (SW-2) site Lead concentration was found 17.2 µg/l. As Indus river Passes
from Summer Nullah (SW-2) to Dam Axis–5 (SW-3) site, it receives water from Churi
Nullah with Lead conc. of 12.5 µg/l, Kandia River (NSW-1) with Lead 12.1 µg/l, Barsin
Nullah (NSW-5) with Lead 12.8 µg/l, and Uchher Nullah (NSW-4) with Lead 12.2 µg/l
(Table 6.2).
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6.21 Silver
Silver for Indus River water samples ranged from 0.01 µg/l to 0.1 µg/l (Table 6.1).
Maximum Silver concentration was observed at Dam Axis 5 (SW-3) site. All the values
complies the standard limits as given by US EPA. At branch Nullahs joining the Indus
River Silver was found below detection limit.
6.22 Zinc
Zinc for Indus River water samples ranged from 0.85 µg/l to 1.08 µg/l (Table 6.1). An
increasing trend was observed along the flow direction of the river and maximum Zinc
concentration was observed at (SW-5) after DASU city site. As the Indus River passes
from Harban Bridge to Dasu city it receives water from Darel River with Zinc 0.86 µg/l,
Summer Nullah (NSW-2) with Zinc 0.88 µg/l, Churi Nullah with Zinc 0.79 µg/l, Kandia
River (NSW-1) with Zinc 0.82 µg/l, Barsin Nullah (NSW-5) with Zinc 0.84 µg/l, and
Uchher Nullah (NSW-4) with Zinc 0.82 µg/l (Table 6.2).
6.23 Nickel
Nickel for Indus River water samples ranged from 5.8 µg/l to 7.1 µg/l (Table 6.1).
Maximum Nickel concentration was observed at (SW-5). As the Indus River passes
from Harban Bridge to Dasu city it receives water from Darel River with Nickel 8.7 µg/l,
Summer Nullah (NSW-2) with Nickel 8.8 µg/l, Churi Nullah with Nickel 9.1 µg/l, Kandia
River (NSW-1) with Nickel 10.7 µg/l, Barsin Nullah (NSW-5) with Nickel 10.9 µg/l, and
Uchher Nullah (NSW-4) with Nickel 9.2 µg/l (Table 6.2). As a result an increase in
nickel concentration was observed along the flow direction of the river.
6.24 Arsenic
Arsenic for Indus River water samples ranged from 1.82 µg/l to 2.45 µg/l (Table 6.1).
An increasing trend in Arsenic concentration has been observed along the direction of
the flow of Indus river. Maximum Arsenic concentration was observed at (SW-5) after
Dasu city site. As the Indus River passes from Harban Bridge to Dasu city, it receives
water from Darel River with Arsenic 0.90 µg/l, Summer Nullah (NSW-2) with Arsenic
0.92 µg/l, Churi Nullah with Arsenic conc. of 0.92 µg/l, Kandia River (NSW-1) with
Arsenic 1.15 µg/l, Barsin Nullah (NSW-5) with Arsenic 1.80 µg/l, and Uchher Nullah
(NSW-4) with Arsenic 0.98 µg/l (Table 6.2).
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6.25 Selenium
Selenium for Indus River water samples ranged from 0.01 µg/l to 0.098 µg/l (Table
6.1). Maximum selenium concentration was observed at (SW-5) and minimum at
Harban bridge (SW-1). As the Indus River passes from Harban Bridge to Dasu city it
receives water from Darel River with selenium 0.01 µg/l, Summer Nullah (NSW-2) with
selenium 0.01 µg/l, Churi Nullah with selenium 0.08 µg/l, Kandia River (NSW-1) with
selenium 0.07 µg/l, Barsin Nullah (NSW-5) with selenium 0.08 µg/l, and Uchher Nullah
(NSW-4) with selenium 0.07 µg/l (Table 6.2). An increase in selenium concentration
was observed along the flow direction of the river.
6.26 Manganese
Manganese for Indus River water samples ranged from 68 µg/l to 105.2 µg/l (Table
6.1). Maximum manganese concentration was observed at 1 Km D/S Axis 5 (SW-4).
As the Indus River passes from Harban Bridge to Dasu city, it receives water from
Darel River with manganese 30.1 µg/l, Summer Nullah (NSW-2) with manganese 31.2
µg/l, Churi Nullah with manganese conc. of 30.5 µg/l, Kandia River (NSW-1) with
manganese 29.6 µg/l, Barsin Nullah (NSW-5) with manganese 31.5 µg/l, and Uchher
Nullah (NSW-4) with manganese 9.1 µg/l (Table 6.2).
6.27 Iron
Iron for Indus River water samples ranged from 90.7 µg/l to 289.8 µg/l (Table 6.1). Iron
concentration was minimum at (SW-1) and maximum at (SW-5). An increase in iron
concentration was observed along the flow direction of the river. As the Indus River
passes from Harban Bridge to Dasu city it receives water from Darel River with iron
125.3 µg/l, Summer Nullah (NSW-2) with iron 130.6 µg/l, Churi Nullah with iron 155.8
µg/l, Kandia River (NSW-1) with iron 145.6 µg/l, Barsin Nullah (NSW-5) with iron 168.5
µg/l, and Uchher Nullah (NSW-4) with iron 124 µg/l (Table 6.2).
6.28 Barium
Barium for Indus River water samples ranged from 14.6 µg/l to 17.7 µg/l (Table 6.1).
After DASU city (SW-5) site , barium concentration was found to be maximum i.e. 17.7
µg/l. There is an increasing trend along the direction of flow of river. As the Indus River
passes from Harban Bridge to Dasu city it receives water from Darel River with barium
value of 11.8 µg/l, Summer Nullah (NSW-2) with barium level 12.1 µg/l, Churi Nullah
with barium contents 12.2 µg/l, Kandia River (NSW-1) with barium level 12.5 µg/l,
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
Barsin Nullah (NSW-5) with barium 12.7 µg/l, and Uchher Nullah (NSW-4) with barium
level 12.4 µg/l (Table 6.2).
6.29 Boron
Boron for Indus River water samples ranged from 26.2 µg/l to 36.4 µg/l (Table 6.1).
After DASU city (SW-5) site , boron concentration was found to be minimum i.e. 26.2
µg/l and maximum at 1 Km D/S Axis 5 (SW-4). As the Indus River passes from Harban
Bridge to Dasu city it receives water from Darel River with boron value of 9.2 µg/l,
Summer Nullah (NSW-2) with boron level 10.1 µg/l, Churi Nullah with boron contents
11.4 µg/l, Kandia River (NSW-1) with boron level 11.3 µg/l, Barsin Nullah (NSW-5)
with boron 13.2 µg/l, and Uchher Nullah (NSW-4) with boron level 11.8 µg/l (Table
6.2).
6.30 Alpha-BHC, Gamma-BHC and 4,4-DDT (Pesticides)
Alpha-BHC for Indus River water was found below detection limit at Harban Bridge
(SW-1). Maximum Alpha BHC concentration was found after DASU city (SW-5) i.e
0.59 µg/l. Similarly Gamma-BHC and 4,4-DDT concentrations were found below
detection limit at Harban Bridge. Maximum concentration for Gamma-BHC was found
at 1 Km D/S Axis 5 (SW-4) i.e 0.28 µg/l. And maximum concentration for 4,4-DDT was
found at after DASU city site (SW-5) i.e 0.44 µg/l.
6.31 Comparison of Phase-I and Phase-II
Phase I (summer study) and Phase II (winter study) results were compared (Table 7.1
and 7.2). Comparatively high level in river samples for BOC, COD, TDS, TSS,
Chloride, Sodium, Iodine, Sulfate, Sulphide, Coliform, Lead, Manganese, Iron, Boron
were observed in Phase-II, while nitrogen ammonia, copper, chromium, cadmium,
nickel, arsenic, selenium, barium level slightly reduced in winter sampling. Pesticides
were not detected at Harban Bridge site, however comparatively less level for alpha-
BHC, Gamma-BHC, 4,4-DDT were found at summer nallah (SW-2), at 1 Km D/S Axis
5 and after DASU city in Phase-II (Table 7.1). Chlorine, mercury and phenolic
compounds were not detected in Phase-II River samples. In Nallah samples the
comparatively higher concentrations were analyzed in Phase-II for turbidity, hardness,
BOD, COD, TDS, TSS (Kandia River, Summer Nallah, Uchhar Nallah, Barseen
Nallah), Chloride, Sodium, Flouride (Kandia River, Summer Nallah, Darel River,
Uchhar Nallah and Churi Nallah), Iodine, Sulfate, Sulphide, coliforms except at Kandia
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
River, copper, cadmium. Lead, manganese, iron, boron, chlorine, cyanide, silver,
phenolic compounds and pesticide (at Summer Nallah, Darel River, and mercury were
not detected in Phase-II samples (Table 7.2).
6.32 Conclusion:
Results of ambient air quality were compared against USEPA World Bank & WHO
standard while results of water sample of River & Nullah were compared against
USEPA fresh water standard. During Phase-I (Summer) and Phase-II (Winter), results
of ambient air, water samples (River & Nullah) and Noise level were found within
international limits at all sampling sites. Hence environmental condition at selected
sampling site complies with international standard limits.
Environmental Monitoring at DASU for Hydropower Project DASU
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
6.1a WATER QUALITY RESULTS OF PHASE II
Sampling Sites : River Samples Sample collected on : January 29-30, 2008
Table: 6.1 WATER QUALITY RESULTS OF PHASE II
S.No Parameter Sampling Sites US EPA Standard
for Freshwater
Remarks
Harban Bridge SW-1
Summer Nallah SW-2
At Dam Axis 5 SW-3
At 1 Km D/S Axis 5
SW-4
After DASU City
SW-5
1. Temperature ( oC) 7.5 6.8 7.9 7.0 8.2
- No Standard Limit
2. Odour Odour Less
Odour Less
Odour Less
Odour Less
Odour Less
3. Taste
No Taste
No Taste
No Taste No Taste No Taste
4. pH 7.8 8.1 8.0 7.7 7.5
6.5-9.0 pH Complies
5. DO (mg/l) 8.2 8.3 8.2 7.9 7.8 >5.0 Complies
6. Conductivity (µS/cm)
73.1 70.7 68.2 71.4 73.5 - No Standard Limit
7. Turbidity (NTU) 48 71 78 72 81
15 NTU. Not Complies
8. Hardness as CaCO3 (mg/l)
164 140 143 142 144 -
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d…)
S.No Parameter Sampling Sites US EPA Standard
for Freshwater
Remarks
Harban Bridge SW-1
Summer Nallah SW-2
At Dam Axis 5 SW-3
At 1 Km D/S Axis 5
SW-4
After DASU City
SW-5
9. BOD (mg/l) 2.0 2.1 2.4 2.1 2.6
- No Standard Limit
10. COD (mg/l) 3.3 3.4 3.9 3.4 4.1
- No Standard Limit
11. Total dissolved solids (mg/l)
45.3 45.5 46.2 45.2 49.3 - No Standard Limit
12. Chloride (mg/l) 3.7 3.7 3.9 3.9 4.1
1.0 to 35.0 Complies
13. Chlorine Total (µg/l) ND ND ND ND ND 19.0 Complies
14. Sodium (mg/l) 2.30 2.30 2.35 2.38 2.45 - No Standard Limit
15. Fluoride (mg/l) ND ND ND 65 62
50 - 2700 Complies
16. Iodine (mg/l) 0.50 0.60 0.98 0.98 1.59 - No Standard Limit
17. Sulphate (mg/l) 48 50.4 53.2 53.5 56.1 - No Standard Limit
18. Sulphide (µg/l) 153 159 184 181 212 200-40K Complies
19. Nitrogen Ammonia (mg/l)
0.13 0.07 0.01 0.10 0.09 6.12 - 6.67 Complies
20. Nitrate (mg/l) ND ND 0.93 1.10 1.15 - No Standard Limit
ND= Not Detected.
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d…)
S.No Parameter Sampling Sites US EPA Standard for Freshwater
Remarks
Harban Bridge SW-1
Summer Nallah SW-2
At Dam Axis 5 SW-3
At 1 Km D/S Axis 5
SW-4
After DASU City
SW-5
21. Cyanide (µg/l) ND ND ND ND ND
5.2 (Chronic) 22 (Acute)
Complies
22. Coliforms (E. Coli) Organisims/100 ml
9 10 10 11 12 126 Complies
23. Coliforms (Fecal) Organism/100 ml
17 17 20 22 22 200 Complies
24. Suspended Solids (mg/l)
126 155 158 160 160 - No Standard Limit
25. Copper (Cu) µg/l 0.88 1.9 1.95 2.1 2.3
0.2 – 30* Complies
26. Cadmium (Cd) µg/l 2.8 2.5 2.9 2.9 2.7
0.01 – 3* Complies
27. Chromium (Cr) µg/l 3.8 3.9 3.9 4.2 4.2
0.1 – 6* Complies
28. Lead (Pb) µg/l 18 17.2 17.5 19 19.5
0.06 – 120* Complies
29. Silver (Ag) µg/l 0.01 0.08 0.1 0.02 0.05
0.01 - 3.5* Complies
30. Zinc (Zn) µg/l 0.85 0.88 0.89 0.93 1.08
0.2 – 100* Complies
* Environmental Chemistry of the elements by H. J. M. Bowen (Department of Chemistry The University of Reading England
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d…)
S.No Parameter Sampling Sites US EPA Standard for Freshwater
Remarks
Harban Bridge SW-1
Summer Nallah SW-2
At Dam Axis 5 SW-3
At 1 Km D/S Axis 5
SW-4
After DASU City
SW-5
31. Nickel (Ni) µg/l 5.8 5.8 6.2 6.25 7.1
0.02 – 27* Complies
32. Arsenic (As) µg/l 1.82 1.96 1.99 2.15 2.45
0.2 - 230* Complies
33. Selenium (Se) µg/l 0.01 0.08 0.095 0.06 0.098
0.02 – 1* Complies
34. Alpha BHC (µg/l) (Pesticide)
ND 0.28 0.49 0.54 0.59 - No Standard Value
35. Gamma-BHC (µg/l) (Pesticide)
ND 0.16 0.25 0.28 0.26 0.95 Complies
36. 4,4’-DDT (µg/l) (Pesticide)
ND 0.11 0.41 0.41 0.44 1.1 Complies
37. Phenolic Compounds (n-Octylphenol)
ND ND ND ND ND - No Standard Value
38. Manganese (µg/l) 68 91 86 105.2 101.2 0.02-130
Complies
39. Iron (µg/l) 90.7 166.4 195.9 269.4 289.8 10-1400
Complies
40. Mercury (µg/l)
ND ND ND ND ND 0.0001-2.8 Complies
41. Barium (µg/l) 15.2 15.8 14.6 17.2 17.7 <3-150
Complies
42. Boron (µg/l) 30.2 35.5 35.9 36.4 26.2 7-500 Complies
* Environmental Chemistry of the elements by H. J. M. Bowen (Department of Chemistry The University of Reading England
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
Sampling Sites : Nullah Samples Sample collected on : January 29-30, 2008 Table 6.2 WATER QUALITY RESULTS OF PHASE II S.No
Parameter Sampling Sites US EPA Standard for Freshwater
Remarks
Kandia River NSW-1
Summer Nallah NSW-2
Darel River NSW-3
Uchhar Nallah NSW-4
Barseen Nallah NSW-5
CHURI NALLAH
1 Temperature (0C)
7.2 7.2 7.0 7.5 7.5 7.5 - No Standard Value
2 Odour Odour Less
Odour Less
Odour Less
Odour Less
Odour Less
Odour Less
3 Taste No Taste No Taste No Taste No Taste No Taste No Taste
4 pH 8.2 8.0 8.1 7.9 7.8 8.2 6.5-9.0 pH Complies
5 DO (mg/l) 7.9 7.8 7.7 8.1 8.2 7.9 >5.0 Complies
6 Conductivity (µS/cm)
46.2 43.6 40.8 44.8 46.3 44.4 - No Standard Value
7 Turbidity (NTU) 9.2 8.2 7.9 9.1 9.5 8.6 15 NTU. Complies
8 Hardness as CaCO3 (mg/l)
64 59 57 62 64 59 - No Standard Value
9 BOD (mg/l) 2.4 2.1 2.1 2.4 2.4 2.2 - No Standard Value
10 COD (mg/l) 4.4 4.2 4.2 4.4 4.5 4.3 - No Standard Value
11 TDS (mg/l) 28.1 26.1 26.8 29.8 30.0 29.2 - No Standard Value
12 Chloride (mg/l) 3.5 2.8 2.6 3.3 3.0 3.2 1.0-35.0
Complies
13 Chlorine (mg/l) ND ND ND ND ND ND 19 No Standard Limit
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d…) S.No Parameter Sampling Sites US EPA Fresh
water Standard Remarks
Kandia River NSW-1
Summer Nallah NSW-2
Darel River
NSW-3
Uchhar Nallah NSW-4
Barseen Nallah NSW-5
CHURI NALLAH
14 Sodium (mg/l) 2.60 2.58 2.50 2.64 2.58 2.60 - Complies
15 Fluoride (mg/l) 28 30.8 30 30 48 31.2 50-2700
Complies
16 Iodine (mg/l) 0.78 0.78 0.82 0.82 0.85 0.79 - No Standard Limit
17 Sulphate (mg/l) 46.1 45.3 44.7 45.3 46.2 45.2 -
No Standard Value
18 Sulphide (μg/l) 82.6 81.2 70.2 85.5 86.8 84.6 200-40000 Complies
19 Nitrogen Ammonia (mg/l)
0.06 0.05 0.03 0.15 0.11 0.06 6.12 - 6.67 Complies
20 Nitrate (mg/l) 0.80 0.85 0.82 0.83 0.85 0.84 - Complies
21 Cyanide (mg/l) ND ND ND ND ND ND
5.2 (Chronic) 22 (Acute)
Complies
22 Coliforms (E. Coli) Organisims/100 ml
7 5 3 5 5 4 Complies
23 Coliforms, Fecal Organism/100 ml
19 12 8 10 20 12 200 Complies
24 Suspended Solids (mg/l)
46 48 45 57 52 51 - No Standard
Value
25 Copper (Cu) µg/l 1.26 1.28 1.22 5.0 3.1 1.38 0.2 – 30* Complies
26 Cadmium (Cd) µg/l 2.05 1.8 1.72 2.10 2.7 1.90 0.01 – 3* Complies
* Environmental Chemistry of the elements by H. J. M. Bowen (Department of Chemistry The University of Reading England
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d….)
27.
Chromium (Cr) µg/l 2.05 2.2 1.98 2.22 2.3 2.1 0.1 – 6* Complies
28.
Lead (Pb) µg/l 12.1 12.5 12.1 12.2 12.8 12.5 0.06 – 120* Complies
29.
Silver (Ag) µg/l ND ND ND ND ND ND 0.01 - 3.5* Complies
30.
Zinc (Zn) µg/l 0.82 0.88 0.86 0.82 0.84 0.79 0.2 – 100* Complies
31 Nickel (Ni) µg/l 10.7 8.8 8.7 9.2 10.9 9.1 0.02 – 27* Complies
32 Arsenic (As) µg/l 1.15 0.92 0.90 0.98 1.80 0.92 0.2 - 230* Complies
33 Selenium (Se) µg/l 0.07 0.01 0.01 0.07 0.08 0.08 0.02 – 1* Complies
34 Alpha BHC (µg/l)
(Pesticide) 0.19 ND ND 0.18 0.28 0.2 -
No Standard Value
35 Gamma-BHC (µg/l) (Pesticide)
0.11 ND ND 0.19 0.18 0.08 0.95 Complies
36 4,4’-DDT (µg/l) (Pesticide)
0.15 ND ND 0.22 0.35 0.25 1.1 Complies
37 Phenolic Compounds
(n-Octylphenol) ND ND ND ND ND ND -
No Standard Value
38 Manganese (µg/l) 29.6 31.2 30.1 9.1 31.5 30.5 0.02-130 Complies
39 Iron (µg/l) 145.6 130.6 125.3 124 168.5 155.8 10-1400 Complies
40 Mercury (µg/l) ND ND ND ND ND ND 0.0001-2.8 Complies
41 Barium (µg/l) 12.5 12.1 11.8 12.4 12.7 12.2 <3-150 Complies
42 Boron (µg/l) 11.3 10.1 9.2 11.8 13.2 11.4 7-500 Complies
* Environmental Chemistry of the elements by H. J. M. Bowen (Department of Chemistry The University of Reading England ND= Not Detected.
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
7. COMPARISION OF WATER QUALITY RESULTS OF PHASE II WITH PHASE I
Sampling Sites : River Samples Sample collected on : September 27-28, 2007 Table: 7.1 COMPARISION OF PHASE I AND PHASE II
No. Parameter
Sampling Sites Harban Bridge Summer Nallah At Dam Axis 5 At 1Km D/S Axis 5 After DASU City
SW-1 SW-2 SW-3 SW-4 SW-5
Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II
1 Temperature (°C) 14.5 7.5 14 6.8 16.5 7.9 16 7 18 8.2
2 Taste No No No No No No No No No No
Taste Taste Taste Taste Taste Taste Taste Taste Taste Taste
3 Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour
Less Less Less Less Less Less Less Less Less Less
4 pH 6.8 7.8 6.8 8.1 6.9 8 6.8 7.7 7.01 7.5
5 DO (mg/L) 8 8.2 8 8.3 7.8 8.2 7.8 7.9 7.4 7.8
6 Conductivity (µS/cm) 70.9 73.1 68.6 70.7 67.3 68.2 71.2 71.4 72.8 73.5
7 Turbidity (NTU) 45 48 70 71 75 78 70 72 80 81
8 Hardness as CaCO3 (mg/L) 160 164 108 140 140 143 144 142 132 144
9 BOD (mg/L) 1.9 2.0 2.1 2.1 2.2 2.4 2 2.1 2.6 2.6
10 COD (mg/L) 3.1 3.3 3.3 3.4 3.9 3.9 3.2 3.4 3.8 4.1
11 Total Dissolved Solids (mg/L)
42.6 45.3 41.5 45.5 41 46.2 42.8 45.2 44.1 49.3
12 Total Suspended Solids (mg/L)
118 126 134 155 145 158 137 160 83 160
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
No. Parameter
Sampling Sites Harban Bridge Summer Nallah At Dam Axis 5 At 1Km D/S Axis 5 After DASU City
SW-1 SW-2 SW-3 SW-4 SW-5
Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II
13 Chloride (mg/L) 3.5 3.7 2.5 3.7 2.75 3.9 2.9 3.9 2.4 4.1
14 Chlorine Total (µg/L) 10 ND ND ND ND ND ND ND ND ND
15 Sodium (mg/L) 2.27 2.30 1.62 2.30 1.75 2.35 1.88 2.38 1.56 2.45
16 Fluoride (µg/L) ND ND ND ND ND ND 50 65 ND 62
17 Iodine (mg/L) 0.33 0.50 0.21 0.60 0.88 0.98 0.2 0.98 1.34 1.59
18 Sulphate (mg/L) 42 48 40 50.4 39 53.2 40 53.5 38 56.1
19 Sulphide (µg/L) 148 153 155 159 180 184 176 181 201 212
20 Nitrogen Ammonia (mg/L) 0.47 0.13 0.98 0.07 0.95 0.01 0.89 0.1 0.65 0.09
21 Nitrate (mg/L) ND ND ND ND ND 0.93 ND 1.10 ND 1.15
22 Cyanide (µg/L) ND ND ND ND 0.85 ND 0.92 ND 1.1 ND
23 Coliforms (E.Coli) (org/100ml)
7 9 13 10 9 10 12 11 2 12
24 Coliforms (Fecal) (org/100ml)
15 17 21 17 46 20 24 22 5 22
25 Copper (Cu) (µg/L) 0.83 0.88 6.36 1.9 4.82 1.95 12.21 2.1 4.76 2.3
26 Cadmium (Cd) (µg/L) 2.8 2.8 2.71 2.5 3.71 2.9 2.92 2.9 1.61 2.7
27 Chromium (Cr) (µg/L) 4.2 3.8 3.1 3.9 4 3.9 4.5 4.2 4.8 4.2
28 Lead (Pb) (µg/L) 17.06 18 17.14 17.2 16.36 17.5 16.93 19 19.22 19.5
29 Silver (Ag) (µg/L) 0.03 0.01 0.04 0.08 0.02 0.1 0.03 0.02 0.06 0.05
30 Zinc (Zn) (µg/L) 0.82 0.85 0.85 0.88 0.79 0.89 2.01 0.93 0.86 1.08
ND= Not Detected.
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
(Cont’d…)
No. Parameter
Sampling Sites Harban Bridge Summer Nallah At Dam Axis 5 At 1Km D/S Axis 5 After DASU City
SW-1 SW-2 SW-3 SW-4 SW-5
Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II Phase I Phase II
31 Nickle (Ni) (µg/L) 12.7 5.8 9.8 5.8 3.8 6.20 8.7 6.25 6.8 7.1
32 Arsenic (As) (µg/L) 3.6 1.82 3.1 1.96 2.9 1.99 3.5 2.15 3.8 2.45
33 Selenium (Se) (µg/L) 0.05 0.01 0.03 0.08 0.04 0.095 0.09 0.06 0.12 0.098
34 Manganese (Mn) (µg/L) 62.38 68 70.5 91 84 86 65.48 105.2 72 101.2
35 Iron (Fe) (µg/L) 68 90.7 142 166.4 170 195.9 72 269.4 78 289.8
36 Barium (Ba) (µg/L) 27.89 15.2 31.34 15.8 35 14.6 29.99 17.2 27 17.7
37 Boron (B) (µg/L) 12.46 30.2 14.51 35.5 15 35.9 13.21 36.4 13 26.2
38 Mercury (Hg) (µg/L) 0.71 ND 0.72 ND 0.92 ND 0.75 ND 0.84 ND
39 Alpha BHC (pesticide) (µg/L) ND ND 0.33 0.28 0.35 0.49 0.44 0.54 0.51 0.59
40 Gamma BHC (pesticide) (µg/L)
ND ND 0.38 0.16 0.42 0.25 0.47 0.28 0.62 0.26
41 4,4'-DDT (pesticide) (µg/L) ND ND 0.35 0.11 0.3 0.41 0.42 0.41 0.48 0.44
42 Phenolic Compounds (n-octylphenol)
ND ND ND ND ND ND ND ND ND ND
ND= Not Detected.
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
Sampling Sites : Nullah Samples Sample collected on : September 27-28, 2007 Table: 7.2 COMPARISION OF PHASE I AND PHASE II
No. Parameter
Sampling Sites
Kandia River Summer Nallah Darel River Uchhar Nallah Barseen Nallah Churi Nallah
NSW-1 NSW-2 NSW-3 NSW-4 NSW-5
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
1 Temperature (°C) 12.5 7.2 13.4 7.2 12.2 7 12.6 7.5 12.9 7.5 13.5 7.5
2 Taste No No No No No No No No No No No No
Taste Taste Taste Taste Taste Taste Taste Taste Taste Taste Taste Taste
3 Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour Odour
Less Less Less Less Less Less Less Less Less Less Less Less
4 pH 6.85 8.2 6.59 8 7.68 8.1 6.6 7.9 6.7 7.8 6.9 8.2
5 DO (mg/L) 8 7.9 7.5 7.8 7.6 7.7 8.5 8.1 8.7 8.2 7.9 7.9
6 Conductivity (µS/cm) 28.73 46.2 18.18 43.6 37.7 40.8 28.83 44.8 37.37 46.3 17.24 44.4
7 Turbidity (NTU) 7.1 9.2 5.7 8.2 14.54 7.9 7.43 9.1 6.23 9.5 9.5 8.6
8 Hardness as CaCO3 (mg/L) 28 64 44 59 55 57 72 62 32 64 52 59
9 BOD (mg/L) 1.3 2.4 1.55 2.1 1.8 2.1 1.75 2.4 1.5 2.4 1.7 2.2
10 COD (mg/L) 3.5 4.4 3.7 4.2 4.18 4.2 4.15 4.4 3.56 4.5 3.8 4.3
11 Total Dissolved Solids (mg/L)
16.75 28.1 10.92 26.1 20.23 26.8 17.36 29.8 21.73 30.0 35.8 29.2
12 Total Suspended Solids (mg/L)
3.33 46 3.33 48 107 45 5.7 57 1 52 80 51
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PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
No. Parameter
Sampling Sites
Kandia River Summer Nallah Darel River Uchhar Nallah Barseen Nallah Churi Nallah
NSW-1 NSW-2 NSW-3 NSW-4 NSW-5
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
13 Chloride (mg/L) 1.4 3.5 2.4 2.8 2.85 2.6 2 3.3 1.75 3 2.5 3.2
14 Chlorine Total (µg/L) ND ND 0.03 ND ND ND 0.01 ND ND ND ND ND
15 Sodium (mg/L) 0.9 2.60 1.56 2.58 1.82 2.50 1.3 2.64 1.1 2.58 1.6 2.60
16 Fluoride (µg/L) ND 28 30 30.8 ND 30 ND 30 330 48 ND 31.2
17 Iodine (mg/L) 0.05 0.78 0.03 0.78 0.13 0.82 0.1 0.82 0.05 0.85 0.04 0.79
18 Sulphate (mg/L) 10.27 46.1 4.90 45.3 42.60 44.7 10.30 45.3 5.33 46.2 11.2 45.2
19 Sulphide (µg/L) ND 82.6 ND 81.2 ND 70.2 0.01 85.5 ND 86.8 0.01 84.6
20 Nitrogen Ammonia (mg/L) 0.07 0.06 0.03 0.05 0.96 0.03 0.04 0.15 0.025 0.11 0.05 0.06
21 Nitrate (mg/L) 1.5 0.80 1.7 0.85 1 0.82 1.6 0.83 1.9 0.85 1.4 0.84
22 Cyanide (µg/L) ND ND ND ND ND ND ND ND ND ND ND ND
23 Coliforms (E.Coli) org/100ml) 38 7 4 5 1 3 2 5 1 5 3 4
24 Coliforms (Fecal) (org/100ml)
18 19 14 12 4 8 52 10 35 20 21 12
25 Copper (Cu) (µg/L) 0.62 1.26 5.56 1.28 1.02 1.22 5.2 5.0 0.7 3.1 0.77 1.38
26 Cadmium (Cd) (µg/L) 1.01 2.05 2.95 1.8 0.93 1.72 2.85 2.10 0.43 2.7 0.82 1.90
27 Chromium (Cr) (µg/L) 4.07 2.05 1.52 2.2 3.62 1.98 2.04 2.22 4.61 2.3 4.01 2.1
28 Lead (Pb) (µg/L) 14.04 12.1 16.88 12.5 19.17 12.1 6.88 12.2 10.79 12.8 17.1 12.5
29 Silver (Ag) (µg/L) 0.01 ND 0.02 ND 0.03 ND 0.01 ND 0.02 ND 0.02 ND
30 Zinc (Zn) (µg/L) 0.77 0.82 0.93 0.88 0.88 0.86 0.79 0.82 0.72 0.84 0.8 0.79
31 Nickle (Ni) (µg/L) 17 10.7 13 8.8 23.7 8.7 5.6 9.2 18 10.9 14.2 9.1
32 Arsenic (As) (µg/L) 1.8 1.15 1.5 0.92 1.4 0.90 2 0.98 1.7 1.80 1.9 0.92
Environmental Monitoring at DASU for Hydropower Project DASU
37
PPAAKKIISSTTAANN SSPPAACCEE AANNDD UUPPPPEERR AATTMMOOSSPPHHEERREE RREESSEEAARRCCHH CCOOMMMMIISSSSIIOONN
No. Parameter
Sampling Sites
Kandia River Summer Nallah Darel River Uchhar Nallah Barseen Nallah Churi Nallah
NSW-1 NSW-2 NSW-3 NSW-4 NSW-5
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
Phase I
Phase II
33 Selenium (Se) (µg/L) 0.04 0.07 ND 0.01 0.01 0.01 0.03 0.07 0.11 0.08 0.09 0.08
34 Manganese (Mn) (µg/L) 12 29.6 8 31.2 6.8 30.1 7.5 9.1 15 31.5 11.7 30.5
35 Iron (Fe) (µg/L) 98 145.6 70 130.6 44 125.3 62 124 145 168.5 120 155.8
36 Barium (Ba) (µg/L) 19.32 12.5 12.39 12.1 11.23 11.8 10.98 12.4 10.15 12.7 17.65 12.2
37 Boron (B) (µg/L) 9.1 11.3 7.66 10.1 8.98 9.2 9.37 11.8 8.7 13.2 8 11.4
38 Mercury (Hg) (µg/L) 0.07 ND 0.52 ND 0.45 ND 0.75 ND 0.7 ND 0.8 ND
39 Alpha BHC (pesticide) (µg/L) 0.25 0.19 0.11 ND 0.05 ND 0.1 0.18 0.4 0.28 0.25 0.2
40 Gamma BHC (pesticide) (µg/L)
0.26 0.11 0.2 ND 0.09 ND 0.3 0.19 0.45 0.18 0.3 0.08
41 4,4'-DDT (pesticide) (µg/L) 0.3 0.15 0.18 ND ND ND ND 0.22 0.33 0.35 0.28 0.25
42 Phenolic Compounds (n-octylphenol)
ND ND ND ND ND ND ND ND ND ND ND ND
ND= Not Detected.
Air and Water Sampling (DASU hydropower project Phase I)
Air and Water Sampling (DASU hydropower project Phase II)