act4ssaws project deliverable 6 final research …inter-basin water transfer by nakambala sugar plc...
TRANSCRIPT
ACT4SSAWS
PROJECT DELIVERABLE 6
FINAL RESEARCH PLAN
ZAMBIA
Using IWRM best practices to develop Appropriate Capacity and Training to
benefit Sub-Saharan Africa Water Security [ACT4SSAWS]
2015
AFRICAN UNION COMMISSTION RESEARCH GRANT
10th European Development Fund The African Component of the ACP Research Programme for Sustainable Development
Ref: EuropeAid/132-331/M/ACT/ACP
2
1.1 Background
The Lower Kafue Sub-basin is a large area extending from Itezhi-Tezhi Dam
up to the end of Kafue Flats at the Kafue Road Bridge south east of Kafue
Town located south of Lusaka. The Kaleya River Sub-basin and the
Nakambala Sugar Plantation area in Mazabuka are of special interest to this
project. The large Nakambala Sugar Plantation is heavily dependent on water
supplies pumped from the Kafue River. On the other hand, large scale
commercial farmers in the Middle Kaleya Catchment use water resources
derived from the Kaleya River for the irrigation purposes. Two sites of
environmental concern selected as focal points for the Zambia ACT4SSWS
Project are the Munali Albidon Nickel Mine Area and the Kaleya River Basin.
Munali Nickel Mine Area was selected in order to investigate water availability
and solicit stakeholder views on minimisation of the impacts of underground
mining activities. Similarly, the Kaleya River Basin offers opportunities for
investigating integrated water utilisation and management practices by
commercial and small-scale farmers. Water utilisation and management have
implications on water balance assessment in the Kaleya Basin given the
inter-basin water transfer by Nakambala Sugar Plc from Kafue River to the
Lower Kaleya River Basin for sugarcane irrigation by the smallholder farmers.
Figure 1.1: Location of the two study sites Munali Nickle Mine and Kaleya
River Basin
3
1.2 Project’s Goal
Munali Nickel Mine study area is a water deficit area such that it heavily relies
on groundwater sources for its operations. As such, the goal of project is to
quantify water availability and characterise quality of water within and in areas
surrounding Munali Nickel Mine. For the Kaleya River Basin, the goal is to
conduct a water balance assessment status for equitable and sustainable
utilisation of water resources in the Kaleya River Basin.
1.3 Objectives
The objectives for the Munali Nickel Mine areas at to: i) identify major sources
of ground and surface water in Munali Nickel Mine area; ii) assess the quality
of subsurface and surface water in the Mine area; iii) assess people's attitudes
and perceptions on water situation in the area; and iv) develop a model on
water availability and sustainable water management strategy for the Munali
Nickel Mine Area.
For the Kaleya River basin, the objectives are to: i) identify sources of water for
domestic and agricultural purposes in the basin; ii) quantify water utilisation by
various users in the catchment; iii) assess water harvesting techniques and
conservation practices used in the Kaleya River Basin; iv) assess the nature of
water rights ownership and management approaches used in the basin; and v)
to develop a sustainable water management strategy for the Kaleya River
Basin.
1.4 Physical Setting of Study Sites
The Munali Albidon Nickel Mine Area is located 65km southeast of Lusaka in
the Naluama/Nega-Nega area of Mazabuka District. It is characterised by a
hilly and undulating topography varying between elevations of 1000 and 1296
meters above mean sea level.
The Munali Nickel Deposit lies in the Zambezi Metamorphic Belt, a
Neoproterozoic orogenic belt with a generally NW-SE strike (Figure 1-2). The
belt consists of metasedimentary rocks with shelf affinities belonging to the
Katangan sequence (Neoproterozoic) overlying a polymetamorphosed
Basement of meta-igneous and meta-sedimentary rocks of Palaeoproterozoic
and Mesoproterozoic age. The Munali Deposit is hosted within the Munali
intrusion, a largely gabbroic body that is intruded close to the Munali Thrust, a
major NW-SE trending structure, which juxtaposes amphibolite grade gneisses
and granitoids of the Basement with greenschist facies metasedimentary rocks
of the Nega Nega Formation, part of the Katangan sequence.
4
On the other hand, the Kaleya River Basin is located in Mazabuka district and
rises from Chikankata Hills from which it flows south and southeast of
Mazabuka town. It covers part of the Kafue Flats in the southwest and
northwest of Mazabuka before joining Kafue River (Figure 1-3). The soils are
dominated by red clays which are clay to sandy in texture and are well drained.
The catchment is covered by natural savannah vegetation, which, in most
areas has been cleared for commercial and subsistence cultivation.
Figure 1-2: Geology map of Munali Hills area.
5
RiverDamDam sitesCatchment boundarySwampRoadBuilt up areaGauging station
LEGEND
Kaleya KAFUE
ChishibaLagoon
ChanyanyaLagoon
Mazabuka
15 45’S 15 45’S
16 00’S 16 00’S
16 15’S 16 15’S27 45’E
27 45’E 28 00’E
28 00’E
N
Scale
05 5 km
Figure 1-3: Location of Kaleya River Basin in Mazabuka District. Source:
Sichingabula et al. (2012).
6
1.5 Socio-Economic System
One third (35%) of Zambia’s population of 13 million is in urban areas and is
largely made of young people (45 % below 15 years of age). This is one of the
reasons for the promotion of development in rural areas especially in water,
agriculture and road infrastructure in order to achieve Zambia’s 2030 vision to
be a prosperous middle-income country. Climate change and variability with
projections by the IPCC in 2007 of an increase in the mean temperature for
Zambia and a projected precipitation increase in the episodes of extreme
climate events, especially floods, calls for carefully planned investment
programmes to manage these threats and sustain livelihoods and
development.
In Zambia, the real Gross Domestic Product (GDP) growth increased to 7.6
percent in 2010 from 6.4 percent in 2009, which was driven by strong
performance in agriculture, mining, as well as transport and communications.
The macroeconomic environment was also favourable, with annual inflation in
2010 at 7.9 percent. However, the Living Conditions Monitoring Survey
(LCMS) report by Central Statistical Office in 2006 reported a marginal decline
of poverty levels to 64 percent from 68 percent with extreme poverty declining
to 51 percent from 53 percent reported in 2004. Therefore, promoting food
security through sustainable agriculture is one means of reducing poverty.
In the recent years, Zambia has recorded an increase in the production of most
food crops such as maize, sorghum, rice, groundnuts, and potatoes, mixed
beans and sweet potatoes, whereas the production of most cash crops
reduced. This production was based mainly on good rainfall, and therefore
given the climatic variability, it is important that the country implements
irrigation strategies to sustain and surpass this performance. Of the available
2,750,000 ha of irrigable land, only 155,912 ha is used including 100,000 ha of
low lying and dambo areas used by traditional farmers to grow winter
vegetables and maize. Therefore, there is more than 2,590,000 ha that could
be used for irrigation to increase food production without necessarily
depending on rainfall.
In the metal mining sector, total copper production was 852,565 Mt compared
to 698,179 Mt in 2009 against a projection of 740,000 Mt. The manufacturing
sector grew at 4.1 percent in 2010 compared to 2.2 percent in 2009, while the
electricity, gas and water sectors grew by 7.4 percent compared to 6.8 percent
in 2009. Growth in manufacturing was facilitated by favourable agricultural
production, stability in the forestry sector, and continued growth in mineral
7
production. Growth in construction sector at 8.1 percent in 2010 was lower
than 9.5 percent in 2009.
The total renewable water resources of Zambia amount to about 100
Km3/year. Groundwater potential is estimated at 57.5 km3/year with a total
water demand at less than 40 Km3 with hydropower generation using the
largest amount of 36 Km3 per year, agriculture about 2.31 Km3, industry 0.21
Km3 and households 0.48 Km3. The lack of adequate storage reservoir
capacity and limited groundwater development has undermined this potential.
Ninety-nine percent of electricity production in the country is from hydropower.
Consequently, the economic growth in the industrial sector, particularly mining,
and its subsequent increased demand for energy has affected the country’s
water resources utilization against the other competing demands, such as
agriculture. The Energy Regulation Board in 2009 reported that, at national
level, current energy (electricity) access rates stood at 22 percent while
coverage for rural and urban areas was at 3.2 percent and 49.3 percent,
respectively. This situation shows that limited access to electricity is a
contributing factor to limiting social and economic development, and thus
reducing poverty, in the country.
Access to safe water stands at 87 percent for urban areas and 37 percent for
rural areas. Therefore, reduction in poverty requires investment in water
supply and sanitation particularly in rural Zambia. The national development
agenda whose overarching goal over the next two decades (as stated in the
Vision 2030) is to become a prosperous middle-income country, with a
competitive and outward oriented economy, where hunger is eradicated and
poverty is reduced to minimal levels. Water and energy resources are key
drivers to catalyse developments in these sectors.
At the study area level, the economic linkages in the Lower Kafue River Basin
are centred on the production driven from water resources used within the
Kafue. These include the power generation, agricultural production, industrial
production and domestic water use, with powers of private sector (Zambia
Sugar, ZESCO, ZamBeef), tourism (natural), fisheries and the population
growth (community livilihoods). Without adequate hydrological resources or
biological health within the system, economic production is not sustainable.
This is further compounded by climate change and variability. In addition,
quantity (allocation to the competing needs – agriculture, livestock, fisheries
and e-flows) and water quality in the sugar growing area are of great
importance. The waters of Lower Kafue Basin contribute 80% to sugarcane
8
production, 50% of hydropower production, 25% to national maize production,
20% to livestock population in Zambia, 7% to national fisheries, and that 73% of
its area is rural.
In the two study sites, local land use in the area around Munali Nickel Mine
include subsistence agriculture, livestock grazing and sand mining especially
in Kasengo Village area north of Munali Hills area. The water supply to Munali
Nickel Mine is from boreholes some of which were sunk for water quantity and
quality monitoring purposes. Munali Albidon Nickel Mine area activities also
impact on local communities that depend on the mine for water supply and
other social amenities. The mine is the only one located in Mazabuka district
and offers employment to people from the surrounding area as well as people
from Kafue, Mazabuka and Lusaka towns.
Kaleya River basin is renowned for large scale production of sugar cane,
coffee, wheat, maize, potatoes and livestock (sheet, goat, cattle). These
activities demand use of large quantities of water from groundwater and
surface sources. The existence of large-scale and small-scale farmers in the
basin, points to the need for assessment of the social and economic impacts of
agricultural development in Kaleya River basin.
1.6 Ecological-Hydrological System
Zambia is a land-locked country in Southern Africa lying between latitudes 8o –
18o South and longitudes 22o – 34o East of the Greenwich Meridian. It shares
borders with eight countries, namely, Angola, Namibia, Botswana, Zimbabwe,
Mozambique, Malawi, Tanzania and the Democratic Republic of Congo.
Zambia’s main water resources is mostly found in major drainage systems
composed of the Zambezi, Kafue, Luangwa, Lufubu and the
Chambeshi-Luapula rivers, and the two man-made lakes at Kariba and
Itezhi-Tezhi dams, and two large lakes, the Tanganyika and Mweru with some
extensive swamps like Bangweulu, Busanga and Lukanga. These features
provide Zambia’s resources of water, fisheries and tourism attractions.
Mazabuka District is located in the Southern Province of Zambia along the
Great North Road, 125 km by road from Lusaka. It provides goods and
services to the surrounding area of approximately 6, 687 km2. It experiences
three types of seasons in a year, namely, the dry and wet season is from
November to March, the cold and dry season from April to July and the dry and
hot season from August to October. Temperatures range from 12o to 34o C. It is
well known for the largest sugar plantation in country owned by the Nakambala
9
Sugar plc.
1.7 Institutional Setting/Arrangements
The AU ACT4SSWS project is hosted under the IWRM Centre at University of
Zambia with overall oversight of the Ministry of Education, Science, Vocational
Training and Early Education. Other key stakeholders include the Ministry of
Mines and Mineral Development, Albidon Munali Nickel Mine, The
Environmental Management Authority (ZEMA), Nakambala Sugar Plc, Small
Holder (Out-grower) farmers, Southern Water and Sewerage Company,
Mazabuka District Council as well as the Traditional Leadership.
1.8 Expected Outcomes
The expected outcomes are:
Water quantity and quality in Munali Nickel Mine Area and Kaleya River
Basin assessed;
Water Balance assessments in Munali Nickel Mine area and Kaleya
River Basin conducted;
Equitable utilisation of water in Kaleya River basin provisionally agreed
by stakeholders; and
Local community views on socio-economic problems related to Munali
Nickel Mining in Munali Hills area discussed with Albidon Nickel Mine
Management.
1.9 Planned Activities
The planned activities are:
Engaging various stakeholders in Mazabuka District and to explain
project activities;
Supporting academic research activities for students working within the
project areas;
Holding stakeholder consultative workshops in Mazabuka;
Undertaking water quantity and quality measurements in Munali Nickel
Mine Area and in Kaleya River Basin;
Modeling water availability in Munali Nickel Mine Area.
10
Research Tasks
SOCIAL STAKEHOLDERS
SOC1- Involve local authorities on the Project activity
SOC2 - Create awareness among communities on water
Quantity and quality issues.
SOC3 - Identify stakeholder groups and their interests to
produce stakeholder profile and list
SOC4 – Conduct preliminary field visit in the Lower Kafue
basin to identify key preliminary issues with stakeholders
SOC5 - Assess social impact of mining on resettlement of
local communities
MACO, ZEMA, NGOs
MLEP, DMMU, MOH, MHA,
Mazabuka District Council
Traditional Leadership
Rural Communities,
Commercial farmers,
MWED, UNZA, NHC
ECONOMIC-Financial
EC1 – Assess economic benefit of mining activities in the
area
EC2 - Evaluate the cost of water supply to mine area from
Kafue River
EC3- Assess the economic value of water in the Mine area
EC4-Determine the value of water for different users – Socio
economic value of water in the Kaleya River Basin
Mazabuka District Council,
Local Communities,
Munali Nickel Mine,
Traditional Leadership
DWA, WAMA, ZESCO,
MSTVT
ZEMA, UNZA, SWSC
TECHNICAL
TEC1 -Perform a needs assessment for water quality
Monitoring
TEC2 – Perform an analysis of, land use, land cover & water use in
Kaleya river basin.
TEC3 – Produce model for the assessment of Groundwater in Munali
Nickle mine area.
TEC4- Evaluate water quality
Rural Communities,
ZEMA, MSTVT
MWED, UNZA,
Munali Nickel Mine, Local
Communities
INFORMATION, EDUCATION, COMMUNICATIONS
IEC1 - Develop communication strategy
IEC2 – Hold dissemination workshops with stakeholders
IEC3 - Sensitizing/awareness of good mining practices
IEC4 - Engage media to share findings on activities in the Lower
Kafue River Catchment for sustained collaboration
IEC5- Conduct meetings with key stakeholders working in Lower
Kafue river Catchment on the project activities
IEC6- Capacity building i.e. graduation of university students with
skills on IWRM
ZNBC
Local Communities,
Mazabuka District Council,
MP,
MWED ZEMA
ENVIRONMENTAL
ENV1- Determine quantity and quality of water in the
Kaleya river basin
ENV2- Estimate SW-GW interaction in the Munali area
ENV3 - Analysis of different causes of river banks degradation in
Kaleya Basin
ENV4 Assessing sources & non sources of potential
contaminates/pollutants
ENV5 - Analysis of different causes of soil degradation
ENV6 - Evaluate the sustainable use of forest resources
ENV7- Assess and identify different methods of biodiversity
preservation
MACO
MLEP,
Local Communities
Mazabuka District Council
Traditional Leadership
ZEMA
Department of Forestry
11
INSTITUTIONAL & MANAGEMENT
IM1. Establish and sustain the collaboration with different tiers of
governance operating in the Kaleya River Basin
IM2. Identify contact persons to work with the Munali Nickle Mine
area and Kaleya River Basin.
Improvement Plan Coordination Committee
IM3 - Evaluate the involvement and the participation of local
communities in the area
IM4 - Evaluate the functionality of mining management structure
IM5 - Evaluate the efficiency of flow of information among
stakeholders (top-down and down-top)
MACO
MLEP,
Mazabuka District Council,
Traditional Leadership,
Commercial farmers,
Nakambala Sugar Plc
NGOs
ZEM, ZNFU SWSCO,
Mazabuka District Council,
Local Community Radios,
UNZA