eu state partnership...

EU STATE PARTNERSHIP PROGRAMME-Rajasthan GP IWRM PLAN

GP IWRM Plan format Page: 2

Describe here how VWH&SC, with support from NGO, managed the following steps of the planning process in the GP (a) Community mobilization – describe how local community was motivated to take part in the planning process, describe the difficulties met, if any

Vksd }kjk lapkfyr ty

fd Vhe us lkeqnk;d izksRlkgu ds fy, fuEu iz;kl fd;s x;sA

1- laLFkk Vhe ds lnL;ks }kjk xzke iapk;r lkj.k ds lajip Jhefr vatuk jkor ls eqykdkr

dh xbZ o vkbZ-Mcyq-vkj-,e- dk;Zdze ds ckjs esa crk;k x;k

rFkk ;g ifj;kstuk dkSu&dkSu ls {kS= esa dke dj jgh gS mlds ckjs esa tkudkjh nh xbZA

2- xzke iapk;r lkj.k ds xkWoks esa okrkoj.k fuekZ.k ds fy, pkSiky cSBds o ty lj{k.k gsrq

jSfy;kW fudkyh xbZ rFkk ?kj&?kj tkdj leqnk; lEiZd fd;k x;kA

3- xzke iapk;r lkj.k }kjk xzke ty LokLF; o LoPNrk lfefr dk xBu fd;k x;kA

4- xzke ty LokLF; o LoPNrk lfefr ds lnL; Hkq ty laj{k.k lfefr ds lnL; iapk;r jkt

izfrfuf/k LokLFk; dk;ZdrkZ ds lkFk feydj ljdkjh rFkk xSj ljdkjh fo/kky;ksa ds laLFkk

izeq[kksa dks ,dh r ty lalk/ku izca/ku ds ckjs esa tkudkjh nh xbZA

5- lkj.k xzke iapk;r esa vkus okys fo/kky; ds lHkh Nk= Nk=kvksa dks ,dh r dj ty

lalk/ku izca/ku dh tkudkjh nh xbZ mUgs ty ds egRo ds ckjs esa crk;k x;kA

6- fo|ky; Nk= Nk=kvksa ds lkFk feydj ds fp=dyk izfr;ksfxrk dk vk;kstu j[kk x;kA

fp=dyk izfr;ksfxrk ds ek/;e ls Nk= Nk=kvksa ds )kjk ty cpr ty iquHkZj.k ty dh

7-

djds xzkeh.k efgykvksa o efgyk e

,ao Lo; lgk;rk leqg dh efgykvksa dks eksgYyks esa cSBd djds ,dh r ty lalk/ku

izcU/ku ds ckjs esa foLrkj ls tkudkjh nh xbZ !

dk;Z ds nkSjku vkus okyh eq[; leL;k,W&

1- xzkeh.k yksx lkoZtfud dk;ksZ dh vis{kk fuft dk;ksZ dks vf/kd egRo nsrs gSA

2- blfy, Vhe }kjk xzke iapk;r ds dk;ksZ esa LokfeRe fd Hkkouk tkx:d fd xbZ tSls& ty

LokLF;@ty LoPNrk dk;ZØe] lQkbZ o ty dks ,df=r djus ds rjhds vkfnA

3- mUgs ty laj{k.k ds ckjs esa o ty laj{k.k ds mi;ksx esa dke vkus okys VwYl dh tkudkjh

FOREWORD: DOCUMENTATION OF THE PLANNING PROCESS followed by VWH&SC



nh xbZA

(b) Stakeholders’ participation – describe what was done in order to make sure that all the stakeholders were involved in the planning process, and that all water user groups, including the less powerful (women, poor, etc…) were given a chance to express their needs and take part in the decision making process

- Involvement of all Water User dh xzke iapk;r es ikuh dks cpkus ds fy;s iz;kl fd;s tk;s ftlls ikuh dk izcU/k gks lds ,ao ikuh dh cpr gks ldsA izksxzkse dks viuk dke le> dj dk;sZ djs ftlls yksxks es tkx:drk Hkh vk;s ,ao ikuh dh cpr Hkh gks ldsA o efgykvks dh Hkkfxnkjh dks c<kus ij tksj fn;k x;k ,ao ,llh],l]Vh] o fiNMs oxksZ dh Hkkfxnkjh ij tksj fn;k x;k ,ao mUgs vkxs ykus dk iz;kl djus ij tksj fn;k x;k ,ao bUgs bl dkfcy cuk;k tkos dh vf/kdrj fu.kZ; muh ls djokus dk Hkh iz;kl fd;k x;k ftlls oks [kqy dj xzke iapk;r dh leL;k ,ao xfrfof/k;ks es 'kkfey gks lds ,ao mudk ld Mj [kRe gks ldsA yksxks us izksxzke dks tu leqnk; dk;Zdze cukus ij tksj fn;k x;k ,ao tkx:d fd;k x;kA

- Involvement of women efgykvksa fd ;kstuk fuekZ.k esa Hkkxsnkjh

ikuh fd leL;kvks dk lcls vf/kd nq"k izHkko efgykvksa ij iMrs gS efgyks dks ihus dk ikuh

@ diMs /kksus o i'kqvksa ds fy, o ?kjsyq dk;ksZ ds fy, O;oLFkk djuh iMrh gSA efgykvks us

bl dk;Zdze esa vPNh :ph j[kh ,oa efgykvksa dks 2

Involvement of backward groups (SC / ST, BPL) fiNMs leqg tSls &,l-lh-@,l-Vh-@ch-

ih-,y- dh ;kstuk fuekZ.k es Hkkxsnkjh

,l-lh-@,l-Vh-@ch-ih-,y- dks xzke Lrjh; ty LokLF; o LoPNrk lfefr ls tksMk x;k ,oa

c) Situation analysis – describe how situation analysis was conducted, i.e which tools were used in order to assess water resources (quantity & quality) in GP and existing water supply systems, analysis of water uses (drinking water, livestock, agriculture, industries, etc…) and water demand

1 fdlku dks 'kkfey fd;k x;k 2 ,l-lh-,l-Vh- ,ao vU; fiNMs oxksZ ds yksxks dk 'kkfey fd;k x;k 3 lsokfuo`r ljdkjh deZpkjh;ks dks tksMus dk dk;Z fd;k x;k 4 tuizfrfu/k;ks dks tksMk x;k 5 efgykvks dks tksMk x;k



6 xfjch js[kk ls fups thou ;kiu djus okys yksxks dks tksMk x;k 7 ;qok yksxks dks tksMk x;k 8 LoPNrk lfefr ls tqMs yksxks dks tksMk x;k 9 ,l,pth fd efgykvks dks tksMk x;k 10 ykWdy xzke dh desfV;ks ds lnL;ks dks tksMk x;k 11 Ldqy ds izkpk;Z ,ao ldkjh deZpkjh;ks dks Hkh tksMk x;k 12 LokLF; foHkkx ds tqms deZpkjh;ks dks Hkh tksMk x;k 13 efgyk ,ao cky fodkl foHkkx ds deZpkjh;ks dks Hkh tksMk x;k 14 ih-,p-Mh- ds lnL;ks dks Hkh tksMk x;k

16 Xkzkeh.k]?kjsyq is;ty mi;ksxdrk dks tksMk x;k leLr leqnk; lHkh xzkeh.k rFkk ty miHkksxdrkZvks dks lkFk esa ysdj dk;Z fd;kA

izksxzke dks

(d) Problem analysis and Prioritization of IWRM measures – describe how water-related problems were identified and how priority ranking was conducted

ty laalk/ku dsUnz fd Vhe }kjk xzke iapk;r lkj.k esa ikuh fd leL;kvksa ,oa izkFkfedrk ds

fy, fuEu iz;kl fd;s x;sA

pkSiky cSBdks ds ek/;e ls izR;sd xkao o <+k.kh ds yksxksa ds lkFk lcls igys ikuh ls

lEcfU/kr lalk/kuks dk {sk= Hkze.k djds okLRkfod fLFkfr dk irk yxk dj ,oa leL;kvksa ls

lEcfU/kr tykiwfrZ izR;sd ifjokj rd igwap cus bl gsrq VWH&SC o xkao ds mifLFkr

fiNM+k oxZ] oafpr oxZ dks Hkh lEefyr fd;k x;k A

dks ysdj mu ifjokjkss dk lHkh ds le{k vkadyu dj izkFkfedrk jSfdax r; djus dh

ftEesnkjh mUgh ij NksM+ nh xbZA mudh vkilh ppkZ ds ckn ;g fudy dj vk;k fd ftu

ifjokjksa dks ikuh orZeku esa ugha fey jgk gS vkSj tks ifjokj ikuh ls oafpr gS lcls igyh

izkFkfedrk mUgha dks nh tk;sA bl izkFkfedrk esa ;g /;ku j[kk x;k fd ST,SC,BPL ifjokjks

dks Hkh izkFkfedrk feysA blds ckn tks Hkh izkFkfedrk r; dh xbZ mlesa orZeku O;oLFkk ls

fdrus o"kZ rd tykiwfrZ dh O;oLFkk dk vuqeku yxkdj lHkh izkFkfedrkvksa dks ojh;rk Øe

mUgha ds ek/;e ls fn;k x;kA ftlesa lHkh izdkj ds ikuh dks /;ku esa j[krs gq, ,oa o"kkZ

vk/kkfjr ikuh dks GWR

flapkbZ QOokjsa ,oa fMªi flLVe viuk;k tk;sxk rFkk de ikuh okyh Qlys mxk;h tk;sxhA

?kj&?kj esa lks[rk xM~<+k cuk;k tk;sxkA

xzke iapk;r dk utjh uDlk o fLFkfr dk vkadyu fd;k x;kA

leqnk; ds lkFk ppkZ fd xbZA



ikuh ls leacf/kr leL;kvksa fd igpku fd xbZ leL;kvks dks leqnk

fLFkfr ds vuqlkj izkFkfedrk fn xbZA

(e) Approval of IWRM Plan by Gram Sabha – describe the process which was followed for the approval of the plan by Gram Sabha

xzke iapk;r lkj.k esa VWH&SC dk xBu fd;k gqvk gS ftudks nks fnolh;

çf'k{k.k iapk;r Hkou lkj.k ds vVy lsok ds dsUn ij vk;ksftr fd;k x;k gSA

VWH&SC ds lnL; Iyku ls lacaf/kr fcUnqvksa dks xzke iapk;r dk;kZy; ,oa pkSiky o

xyh eksgYyks es uqDdM lHkk;s dj vkil esa fopkj&foe'kZ djrsa gSaA NGO dk

çfrfuf/k QSlhfyysVj ds :i esa iapk;r dk;kZy; esa desVh ds lnL;ksa dks Iyku ds

fofHkUu fcUnqvksa ,oa ikuh laca/kh leL;k ,ao fxjrs Hkw ty Lrj ij dh tkudkjh ls

voxr djkrs gSaA desVh xzke iapk;r dh ikuh dh leL;kvksa ds lek/kku ,oa ty

vkiwfrZ vkfn ds çLrko rS;kj dj xzke lHkk dh cSBd esa çLrqr djrh gSA xzke lHkk

esa mifLFkr lnL;ksa ds }kjk xgu fopkj&foe'kZ ,oa lq>kvksa ds rn~mijkUr vke

lgefr cukdj loZlEefr ls Lohd`fr çnku dh tkrh gSA blds i'pkr ;kstuk ds

çi=ksa esa leLr mifLFkr xkao ds çfrfuf?k;ks o VWH&SC ds gLrk{kj dj xSj

ljdkjh laxBu ds çfrfuf/k dks vko';d dk;Zokgh gsrq miyC/k djk fn;k x;k gSA

xbZ VWH&SC



1. GENERAL INFORMATION (Source: GP employee)

Nome of Gram Panchayat SARAN

Block KHARCHI Distance from Block Headquarter in km

35 KM

District PALI Distance from District Headquarter in km

77 KM

GP total surface area (in Hectares) Source: Patwari

1684 Hec.

GP Total Population – Growth Trend

Year 2011 2017 2027

Data source Census Census Estimate from PRA (if Census data not available)

Projected (using Decadal Growth Rate DGR)

GP Population 3657 11.99 4096 4587

Source: Census Data / Projected population to be calculated using Decadal Growth Rate: Pop2027 = Pop2017 x (1+ DGR/100)11.99

Population – Break-up

Nome of the Village

2011 2017

M F Total SC / ST M F Total SC / ST

SARAN 1733 1587 3320 591/80 1941 1777 3719 662/81 Baraton Ka Oda 176 161 337 00/00 197 180 377 00/00

GP Total 1909 1748 3657 591/80 2138 1957 4096 662/81

Source: Census Data (Estimates through PRA if Census data 2011 not available)

No of households

Nome of the Village

2001 2017 Total BPL Total BPL

SARAN 551 126 605 126

Baraton Ka Oda 325 55 342 55

GP Total 876 181 947 181

Source: Census Data (Estimates through PRA if Census data 2011 not available)

Livestock population

Nome of the Village 2007 2017

Cow, buffalo & camel

Goat, pig and sheep

Others (poultry, etc)

Total Cow, buffalo & camel

Goat, pig and sheep

Others (poultry, etc)

Total

SARAN 1141 4547 14 5702 1427 5684 18 7129 Baraton Ka Oda 135 1011 8 1154 269 1264 10 1543

GP Total 1276 5558 22 6856 1696 6948 28 8672

Source: Livestock Census Data (Estimates through PRA if Census data is not available)



Climate & soil type [Fill maximum data]

i) Agro-climatic Zone

Source: Agriculture Directorate Website

II B TRANSITIONOL PLAIN OF LUNI BASIN , JODHPUR (PALI)

ii) Temperature

Source: IMD (record from the closest location to the GP)

Annual Maximum (in °C) 46°C (Location = PALI)

Annual Minimum (in °C) 15°C

iii) Drought Years (dates, in the last 20 years)

Source: IMD

1991, 1999, 2001, 2002, 2006, 2009

iv) Soil types (in % of GP total surface area)

Source: PRRD agriculture supervisor

a) Coarse textured soils - sand predomiNont - "sandy soils” NO

b) Medium textured soils - silt predomiNont - "loamy soils" 70 %

c) Fine textured soils - clay predomiNont - "clayey soils" 30 %

v) Rainfall

Source: WRD website (record from the closest rain gauge to the GP [at block])

Annual Average {(in mm) Average of past 10 years}: 437 mm

Monsoon (June – September) rainfall {(in mm) Average of past 10 years}: 392 mm

Non monsoon (October – May) rainfall {(in mm) Average of past 10 years}: 45 mm

(Rain gauge location = [kkjph ¼ekjokM+ taD’ku½

vi) whether the Panchayat falls in DPAP or ODI Block

Source: DBO/Panchayat Samiti

NO

Infrastructural facilities (provide map in Annex)

a) Health Centres (number & type) Govt.PHC01,PHSC-02R.P.M.-02 SPM-02 Community Health worker 02

b) EducatioNol Institutions (number & type) Govt. PS 03,GUPS 03,G.S.S.School01, Pups 03, Computer center 01,GBUPs 01

c) Industries, mines (number and type) No

Source: PRA

2. GP STAKEHOLDERS / WATER USER GROUPS

Village Water, Health and Sanitation Committee (VWH&SC)

(a) Date of formation / reconstitution of the committee 15/03/2012

(b) Number of members (i) Total No: 25

(ii) Male: 15

(iii) Female: 10

(iv) SC – 06, ST-01

(v) BPL 03



Source: PRA

2.2. Water User Groups / GP Committees having activities related to water maNogement (Forest, Irrigation, Water User Association, Watershed, Village Development Committee, etc)

Nome of Water User Group /

committee Year of

creation Active / INoctive

Main activities (describe) Involved in planning process

(Yes / No) Tkurk ty ;kstuk 2010 Active Tkurk ty ;kstuk dks fdz;kfUor djuk Yes

NO NO NO NO NO

NO NO NO NO NO

NO NO NO NO NO

NO NO NO NO NO

Source: PRA

(c) Details of membership

Name of member Village / hamlet Male / Female SC / ST / BPL Position in GP (Teacher, ANM,

Gram Sewak, SHG, CBO, etc…)

Proposed position in VWH&SC (Chairman, Secretary,

Treasurer, etc…) 1 Jhefr vatuk jkor Lkkj.k Ekfgyk ljiap v/;{k

2 Jh vkse izdk’k Lkkj.k Ikq:"k miljiap lnL;

3 Jh dkyqjke Lkkj.k Ikq:"k okMZip lnL;

4 Jhefr deyk noh Lkkj.k efgyk okMZip lnL;

5 Jhefr Nxuh nsoh Lkkj.k efgyk okMZ lnL; lnL;

6 Jh iqd flag Lkkj.k Ikq:"k N.G.O. izfrfuf/k lnL;

7 Jh gfjvkse Lkkj.k Ikq:"k H.M. iz/kkuk/;kid lnL;

8 Jh jkeyky es?koky Lkkj.k Ikq:"k PHED lnL; lnL;

9 Jh foeyk nsoh Lkkj.k efgyk AWW lnL;

10 Jhefr fot; dqekjh Lkkj.k efgyk ANM lnL;

11 Jhefr rqylh nsoh Lkkj.k efgyk SGH lnL;

12 Jh jkts’k lkxj Lkkj.k Ikq:"k xzkelsod lnL;

13 Jh dkyq flag jkor Lkkj.k Ikq:"k BPL/Male lnL;

14 Jh ujflag Lkkj.k Ikq:"k SC/Male lnL;

15 Jhefr lqflyk jsxj Lkkj.k efgyk SC/Female lnL;

16 Jh ukjk;.k yky Lkkj.k Ikq:"k iwoZ ljiap lnL;

17 Jh nso ukFk Lkkj.k Ikq:"k iwoZ lSfud lnL;

18 Jh ujsUnz flag Lkkj.k Ikq:"k Y.C. Member lnL;

19 Jh f=yksd flag Lkkj.k Ikq:"k Y.C. Member lnL;

20 Jh tLlq flag Lkkj.k Ikq:"k CBO. Member lnL;

21 Jh jes’k dqekj Lkkj.k Ikq:"k CBO. Member lnL;

22 Jh Jh fgEr flag Lkkj.k Ikq:"k R.G.Offical lnL;

23 Jh Hkaojyky Lkkj.k Ikq:"k R.G.Offical lnL;

24 Jhefr yyhrk nsoh Lkkj.k efgyk T.S.C. Member lnL;

25 Jhefr xhrk nsoh Lkkj.k efgyk T.S.C. Member lnL;

(d) Contact numbers of VWH&SC Chairman and Secretary

VWH & SC Chairmen Jhefr vatuk jkor – 9001938143 Secretary Jh jkts’k lkxj &9001179297



3. SITUATION ANOLYSIS

Water resources status and potential water availability in the GP in the current year (to be calculated if data is available, details of water availability calculations to be given in Appendix) – Refer to IWRM Training Manual, Module 4 for more details

Groundwater a) Pre monsoon Ground water level Z1 (in m below ground level) – current year (if available) (Source: GWD)

13.00 m3

b) Post monsoon Ground water level Z2 (in m below ground level) – current year (if available) (Source: GWD)

24.30 m3

c) Aquifer surface area A (in m2) (= GP area) (Source: Patwari) 1684000 m3

d) Aquifer specific yield Y (Source : Groundwater information system, GWD) 0.02

POTENTIAL GROUNDWATER AVAILABLE (m3

/ year) : GW = (Z1 – Z2) x Y x A 11.30x0.02 x16840000=3805840 m3

Surface water (maximum theoretical potential run-off generated in the GP area)

a) Monsoon Rainfall R (in mm) – current year, June to September (Source: WRD) 392 0.392

b) GP area B (in m2) (Source: Patwari) 16840000

c) Catchment type (Good / Bad / Average, as per Strange) (See Training Manual) Good

d) Estimated runoff coefficient Ro (as per Strange table – Refer to Training Manual) 0.105

MAXIMUM POTENTIAL SURFACE WATER AVAILABLE* (m3

/ year) : SW = B x R/1000 x Ro 7611680x0.0105x0.392 =313296.74 m3

Treated sewage water (in m3) TSW NO

TOTAL (GROUNDWATER + SURFACE WATER) (in m3/ year) : GW + SW + TSW 3805840 +313296.74 +0=4119136.76 m3

Source: PRA (FGD) / Groundwater Information System, GWD / Detailed calculations at WRC / Support from GWD & Watershed department if required

Existing water supply sources and supply systems within GP administrative boundaries (including uninhabited areas)

Water sources and supply systems (ex: talab, johad, river, caNol, tubewell, open well, baori, kund, rooftop RWH, hand pump, GLR, Public Stand Post, Household connection, water tanker, etc…)

Number in use / number abandoned (if abandoned, describe why; if dry, describe from month A to month B)

Water uses related to this source (ex: drinking water, domestic use, livestock, irrigation, industry, etc…) Note: user groups can share the same source

Dedicated use for (i) school, (ii) AWW or (iii) SC Basti (if Yes, indicate which)

Total number of persons using this source (number of BPL)

(estimate)

Water quality (ex: drinkable / fluoride / brackish / bacterial contamiNotion / nitrates / etc…) Note: if not tested; write “not tested”

(a) Small water bodies (river, talab, johad, caNol, anicut, check dam, etc…)

Village Talab 01 01 only 02 month June to July

Livestock & domestic For all community

180 Tested by PHED 1.17 Floride

(b) Open wells, baoris & tubewells (list separately public and private infrastructures)

Open wells 80 Drinking water, domestic & irrigation

All community

1835 Not tested

Public PHED Tubewells 02 Drinking water domestic use

For all community

1905 Drinkable tested by PHED 1.17 fluoride

Private Tubewells 35 Irrigation For all & SC Basti

556 Drinkable Not tested

(c) Handpump, GLR, PSP and Household connection

Handpump 15 Drinking water & domestic use

AWW School Sc Basti

113 Drinkable tested by PHED 1.17 fluoride

GLR 02 Drinking water & domestic use

All Basti 840 Drinkable tested by PHED 1.17 fluoride

House Hold Connection 187 Drinking water & domestic use

All public 2515 Drinkable tested by PHED 1.17 fluoride



Water sources and supply systems (ex: talab, johad, river, caNol, tubewell, open well, baori, kund, rooftop RWH, hand pump, GLR, Public Stand Post, Household connection, water tanker, etc…)

Number in use / number abandoned (if abandoned, describe why; if dry, describe from month A to month B)

Water uses related to this source (ex: drinking water, domestic use, livestock, irrigation, industry, etc…) Note: user groups can share the same source

Dedicated use for (i) school, (ii) AWW or (iii) SC Basti (if Yes, indicate which)

Total number of persons using this source (number of BPL) (estimate)

Water quality (ex: drinkable / fluoride / brackish / bacterial contamiNotion / nitrates / etc…) Note: if not tested; write “not tested”

(d) Rooftop rainwater harvesting, tanka, kund, etc…

Tanka 01 June to Aug. Drinking & Domestic AWW/Sc Basti

130/35 Drinkable

(e) ExterNol sources and supplies from GP (Water tanker, etc) Note: for water tanker, add number of trips per day and location of water intake(same GP, GP located at 3km, etc)

Source: PRA (mainly Transect walk and Focus Group Discussion)

Existing water uses in the GP (village-wise)

Water uses Existing sources normally used

(including number)

Average distance from the

sources (ex: >250m or

<=250m for drinking; 10m…)

Water quality (ex: drinkable / fluoride /

brackish / bacterial contamiNotion / nitrates

/ not tested / etc…)

No of months during which

sources can be used in a year

AlterNotive sources during dry months

Village “A” SARAN

1 Drinking GLR & Pipe line Supply Tkurk ty ;kstuk

H.P.-25

<100 m drinkable & tested by PHED

12 month Some problem Pipe line, Reprig New Pipe line

2 Livestock Tkurk ty ;kstuk

Privat open Well & Hand pump

<150 m Fluoride & drinkable 08 month Other Source Tankar Available per day One

3 Domestic, Commercial InstitutioNol

Tkurk ty ;kstuk

GLR Pipe line supply Tubewells & handpump 04

<200 m Drinkable & Some Hand pump fluoride & Tested

12 month Some problem Pipe line, Reprig New Pipe line

4 Agriculture Tubewells & open well

<200 m Drinkable & Some fluoride & Tested

04 month Nov. To Feb.

Depand on Rain falls

5 Other (Industry, Power generation, Environment & ecology, Leisure, etc…)

NO NO NO NO NO

Village “B” cjkrks dk vksMk

1 Drinking G.L.R. -01 H.P. -02

<50 m Drinkable 12 Month 8 Month

Some problem G.L.R. demege H.P. some time

2 Livestock 01 <50 m Drinkable & Floride 08 Month Other sorce tanker available



Water uses Existing sources

normally used (including number)

Average distance from the

sources (ex:

>250m or <=250m for

drinking; 10m…)

Water quality (ex: drinkable / fluoride /

brackish / bacterial contamiNotion / nitrates

/ not tested / etc…)

No of months during which

sources can be used in a year

AlterNotive sources during dry months


G.L.r. 01 Open well/H.P.

<180 m Drinkable ,some well &T.W. Floride 1.17 &Tested by PHED

12 Month Nov. To Feb. (3 month some problum)

Some H.P. repring

4 Agriculture Tube well &open well

>250 m &>100 m

Drinkable/floride not tested

04 Month No


No No No No No

Village “C”, etc…

1 Drinking

2 Livestock


4 Agriculture


Source: PRA (mainly Transect walk and Focus Group Discussion)

Detailed aNolysis of DRINKING water use in GP (existing situation)

(i) Access to safe drinking water in GP

Village Total population

2011

Drinking water security for all is ensured throughout the year

Total number of people without access to safe drinking water

(quantity & quality)

throughout the year

% of population lacking access to safe

drinking water throughout the year (=

Population lacking access / Total population)

Quantity (Yes / No)

Quality (Yes / No)

Reliability [supply hours are known in advance and serviced] (Yes / No)

Village “A” SARAN 3719 Yes No Yes 744 / 3719= 20% 80%

Village “B” cjkrks dk vksMk

377 Yes No No 57/377=15% 85%

Source: Estimate through PRA (Transect walk and Focus Group Discussion)


(ii) MaNogement, O&M of existing sources and systems, current practices for water conservation and water savings


Village Ownership of main drinking water supply system (Private

/ Public)

MaNogement and O&M

(ex: PHED, GP committee,

private, etc…)

Water tariff – (Describe tariff system:

who pays and how much)

O&M activities (Appropriate / Not

appropriate) – If not appropriate,

describe problems

Potential for water savings – Describe

(ex: fix leakages, avoid wastage, promote GW

recharge, etc…

Village “A” SARAN Public PHED PHED, GP Janta jal yojna

32 Rs/ month at H.H. connection, free at PSP, GLR & Handpump

appropriate lkoZtfud rkykc ls ikuh

pksjh jksduk] iqjkus gsUMiEiks

dks ckfj’k ds ikuh ls fjpktZ

djuk] ckofM;ks dks is;ty

ds mi;ksx gsrq mik;] iqjkus

dqvks ftles ikuh ugh gSA

ckfj’k dk ikuh Mkydj

is;ty fjpktZ o [ksrh ds

fy, mi;kxs h cukuk ,ao

df=e csl¶yks fuekZ.k] [ksrks

es pSdMse fuekZ.k] Rain water harvesting fuekZ.k] lkoZtfud lekjksg

es ikuh dh cckZnh dks

jksduk] xkfM;ks o ?kjks dh

lQkbZ es xhys diMks ls

lkQ djukA

Village “B” cjkrks dk vkMs k

Public PHED PHED, GP Janta jal yojna

appropriate lkoZtfud rkykc ls ikuh

pksjh jksduk] iqjkus gsUMiEiks

dks ckfj’k ds ikuh ls fjpktZ

djuk] ckofM;ks dks is;ty

ds mi;ksx gsrq mik;] iqjkus

dqvks ftles ikuh ugh gSA

ckfj’k dk ikuh Mkydj

is;ty fjpktZ o [ksrh ds

fy, mi;kxs h cukuk ,ao

df=e csl¶yks fuekZ.k] [ksrks

es pSdMse fuekZ.k] Rain water harvesting fuekZ.k] lkoZtfud lekjksg

es ikuh dh cckZnh dks

jksduk] xkfM;ks o ?kjks dh

lQkbZ es xhys diMks ls

lkQ djukA

Source: PRA (Transect walk and Focus Group Discussion)

Detailed aNolysis of AGRICULTURE water use in GP (existing situation)

(i) CULTIVATED AREA AND CROPS GROWN in GP area (Current year information)

Nome of the Village

Kharif Rabi Double crop

Crop Approximate Area (Hectares)

Crop Approximate Area (Hectares)

Approximate Area (Hectares)

SARAN 1- Tokj] 44.00 1-Xksagq 140.00 1- esgUnh 160.00

2- cktjk] 65.55 2-jk;Mk 90.00 3- fry 26.00 3-puk 55.00 4- pkyS k vkSj exwa &eksB 1.10 4-thjk] 32.00

5 esgUnh 100.00 5 bZlcxksy 2.00

cjkrks dk vksMk 1- Tokj 3.00 1-Xksagq 6.00 1- esgUnh 12.00

2- cktjk 7.00 2-jk;Mk 4.00 3- fry 2.00 3-puk 3.00 4 pkyS k vkSj exwa &eksB 1.00 4-thjk] 3.00 5 esgUnh 8.00

GP total TOTAL area Kharif

256.65 TOTAL area Rabi 345.00 TOTAL area Double crop

172.00

Source: Patwari


(ii) PRIMARY SOURCE OF WATER FOR CROP PRODUCTION (Current year information)


Nome of the

Village Total Arable land

(Hectares) Rainfed only

(Hectares) Irrigated from Ground Water

(tube well, open well, etc…) (Hectares)

Irrigated from Surface Water (caNol, pond, river, etc…) (Hectares)

Irrigated from Ground Water &

Surface Water (Hectares)

Fallow land (Hectares)

lkj.k 878.65 236.65 329 No No 313 cjkrks dk vksMk 56 26 20 No No 10

GP Total 934.65 262.65 349 No No 323

Source: Patwari and PRA

(iii) Details of EXISTING IRRIGATION SYSTEMS (if any): MaNogement, O&M, current practices for water conservation and water savings

Nome of the

Village Water source for

irrigation (Surface water / Groundwater) + Nome of river / caNol or total number of tubewells

for irrigation, including number of dried and

brackish ones

Ownership of main

irrigation system

(Private / Public)

MaNogement (WUA, private,

etc…)

Water tariff – (Describe who pays and how

much)

O&M (Appropriate /

Not appropriate) – If not

appropriate, describe problem

Use of water saving devices, such as drip & sprinkler

systems (Yes / No) Describe Potential for water savings

SARAN open well 80 Private Private No tariff appropriate drip & sprinkler systems (YES)

Tubwell 35 private Private No tariff appropriate drip & sprinkler systems (YES)

Barato ka Oda Open well

20 private Private No tariff appropriate drip & sprinkler systems (YES)

Source: PRA

Detailed aNolysis of OTHER water uses in GP (if any)

Describe other water uses (industries, environmental, etc…) found in the GP and their impact on water resources in terms of quantity (water requirement) and quality (water pollution) and their impacts on other water uses

Water use

Impact on water resources quantity (water requirements)

- Describe

Impact on water resources quality (water pollution) –

Describe

Impacts / conflicts with other water uses or human activities, if any -

Describe

1 turk ty ;kstuk 2010 ikuh iqfrZ lHkh dks ihus ds fy, ikuh



Water demand in the GP (current year = 2011 and projection =2021) (details of water demand calculations to be given in Appendix)

Water use Annual water demand (m3) in

2017 Annual water demand (m3) in

2027

Human drinking water 11960.32m3 13396.96m3

Livestock drinking water 56662.50m3 53270.1655m3

Other domestic, commercial and municipal water uses 551062.40m3 71096.16m3

Agriculture Kharif Rabi

00 00

1318750 m3 1318750 m3

Power generation

Environmental and ecological

Industrial

Non consumptive uses, such as cultural, leisure and tourist

Others

TOTAL GP ANNUAL WATER DEMAND (in m3

/ year) 1938435.22 m3 1456513.2855 m3

Source: PRA / Detailed calculations at WRC

Existing sanitation and wastewater disposal systems in the GP

(i) Existing household sanitation facilities

Nome of the Village Total number of households

in village

Total number of households having latrines

Number of Latrines in use

Number of Latrines not in

use (not functioNol,

etc…)

Approximate % coverage with hygienic latrines (=

Number of latrines in use / Total number of households)

SARAN 605 182 175 07 28.92 % cjkrks dk vksMk 342 24 24 No 7.01 %

GP total 947 206 199 07

Source: PRA

(ii) Existing public sanitation facilities (in GP building, schools, health centres, community latrines, etc…)

Location Toilet facilities (Yes / No)

Functional / Not functioNol

If not functional, describe problem

GP building Yes 01 Functional

Schools Yes 05 Functional

Health centres Yes 04 Functional

Other (Community latrines, etc…)

Yes 206 Functional

Community-10 Functional 03 Not Functional 07

07 Non- Functional dqN njokts VqVs gq, gSA ikuh dh deh dh

otg ls can gS

GP Total 226 219 Functional 07 Not functioal



(iii) Existing wastewater disposal system

Nome of the Village Existing wastewater disposal system (soak

pits, gutter / drains, kitchen garden, etc…) -

Describe

Wastewater disposal is adequate (Yes / No)

If not, describe problem (flooding / water logging, risk of contamiNotion of fresh water resources,

etc…)

Needs for complete sanitation

(latrine+wastewater disposal) (number and

type of systems) – including new systems and rehabilitation of

existing systems SARAN Ukfy;k 04 ’kSdrks xM~Ms No izn"q k.k dk [krjk] ty Hkjko jkLrs

es

Ukfy;k dh le; ij lQkbZ

O;oLFkkA

cjkrks dk vksMk Ukfy;k 02 ’kSdrks xM~Ms No izn"q k.k dk [krjk] ty Hkjko jkLrs

es

’kSdrks xM~Ms cukuk Ukfy;ks dk

fuekZ.k djuk A xkao ds ckgj

iMr Hkwfe ij lMd ds fdukjs

lkoZtfud ’kkSpky; o ’kSdrks

xM~Ms BPL/SC/ST ds ?kjks es

vuqnkfur ’kkSpky;ks dk fuekZ.k

fd;k tk;sA

Source: PRA

Community’s perception about existing water-related problems in GP

(i) Changes over time

Describe here the situation in GP 30 years ago, 15 years ago and now.

30 years ago 15 years ago Now

Rainfall 600 mm 550 mm 450 mm

Groundwater level 10.01 m 18.0 m 33 m

Groundwater quality lkekU; dqN de [kjkc ¶yksjkbM+[kjkc

Water sources used for drinking water

[kqys dq, cSy jgrsa ls ikuh

fudkyuk tksgM fipdk

lkoZtfud ty xzg rkykc

lkotZ fud G.L.R.fipdk] rkykc]

iEilSV] pfyr dq,] Tubewell, Handpump,openwell

G.L.R. lkotZ fud turk ty

;kstuk cksjoSy ,Handpump

Number, size and functioNolity of surface water bodies and TraditioNol rainwater harvesting structures

1 rkykc 150x 35 x 6

fipdk 15x7x12 tksgM 180 x70 x12

lkoZtfud ty 10 x 3 x 7

G.L.R.=20x12x7

rkykc =150x35x6

[kqys dq, =total=327

(312 N.F.= 15 F only 4

mount water)

Tubewell 10 (4N.F.,6 F.)

H.P.= 44 (42 F.,02 N.F.) Number of tube wells in GP area

NO 22 F. 1 PHED

Tubewells=10 (4N.F.,6F.) PHED =01 T.W.

Population in GP 2066 3657 4718

Livestock population in GP 950 Cows, 8800 Goats, Sheaps, 180 Beffelow,

880 Cows, 7600 Goats, Sheaps, 410Beffelow

773cow,654 buffalo,6948Goat, sheep,

Cultivated area and type of crops grown

1- Tokj] 2- cktjk]

3- fry]

4- xsagq] 5- tk]S

6- ljlksa]

7 ewax]

8- dikl

9 pkyS k]

10- eksaB

11 puk

1- Tokj] 2- cktjk]

3- fry]

4- xgas ]q 5- tk]S

6- ljlksa 7 ewax]

8- jk;Mk 9- pkyS k]

10- eksaB 11 puk

1-Tokj]

2- cktjk]

3- fry]

4- xgas ]q 5- tk]S

6- jk;Mk 7- ewax] 8-esgUnh

9- puk

Main source of livelihood in the GP

df"k vkSj i’kq/ku dqN ds ljdkjh

ukSdkjh

df"k vkSj i’kq/ku] etnqjh ,o ljdkjh

ukSdkjh O;kikj

etnqjh] ljdkjh ukSdjh] fuft O;olk;

jkT; ls ckgj O;kikj ,o çkboZ sV



Source: PRA

(ii) Summary of encountered water and sanitation related problems in GP and suggested solutions (description)

(a) Allocation of water for different uses (describe how water allocation between different Water User Groups is decided and what is the system of prioritization of water uses, especially in a period of water crisis – describe existing conflicts between Water User Groups and with neighbouring GPs, if any)

Source: PRA

(b) Drinking water supply (quality, quantity, reliability of supply, etc…) – Describe encountered problems and what needs to be done to improve the situation

Source: PRA

Problems: xzke lkj.k o ckjkrks dk vksMk es

¼1½ is;ty%& dbZ ckj vkiwfrZ le; ij ugh gks ikrh gS] ,oa ikbZi ykbZu txg

txg ls fydst dh leL;k Hkh gks tkrh gSA

¼2½ fctyh fd ck/kk Hkh izeq[k leL;k gSA

¼3 th ,y vkj fd le; ij lQkbZ dk vHkko o >jtj voLFkk es gS

¼4½ xzke iapk;r fd feVVh iFkjhyh o yof.k; gksuk Hkh ,d izeq[k dkj.k

¼5½ Hkwty dh Lrj uhps pyk x;kA

¼6½ iqjkus lzksrks dk vHkko

¼7½ ferO;rk dk vHkko

¼8½ tula[;k o}h ,d izeq[k dkj.k

¼9½ ikuh fd vkiqfrZ ds le; izs'kj ds vHkko ds dkj.k mijh {kS= okyks dks

is;ty miyC/krk es dehA

¼10½ dqvks dks vf?kd xgjk djuk ,ao dqvks dk lq[k tkuk çeq[k dkj.kA

Proposed Solutions: 1 xzke iapk;r lkj.k o ckjkrks dk vksMk VWH&SC }kjk o turk ty desVh

}kjk ikuh fd le";k ds fy, ftEesnkj O;fDr dks fu;qDr fd;k tk, ,ao

leqg es feydj le";k dks le>s

2 ikbi ykbu ds fydst nqj fd, tk;s

3 xzke iapk;r dks vkcknh ds vuqlkj ,d SR cMh Vadh igkMh ij cuk nh

tk, ftlls nksuks xkoks dks iz;kZIr ek=k es o isz'kj ls mijh {kS= okyks dks

ty feyuk vklku gks tk,xk

4 le; ij ikuh dh iqfrZ le; ij eakx ds vuqlkj gh dh tk;sA

5 SC/ST/BPL cLrh es ubZ ikbi ykbu yxkdj is;ty miyC/k djk;k tk;sA

6 iDds edkuks ds Nrks ls o"kkZ ty Vkdks es fy;k tk;sA

7 iqjkus gSMiEi o [kqys dqW, es o"kkZ ty dks fjpktZ fd;k tk;sA

8 ?kjks es fufeZr Vkadks dks Nrks ls vkus okys ikuh ls tksMk tk;sA rFkk ikuh dks

,df=r fd;k tk;sA rFkk ml ikuh dks mi;ksx es fy;k tk;sA

9 fo|ky;] vkaxuokMh] vLirky es Rain water harvesting Tanka fuekZ.k fd;k tk;sA

Problems: is; ty fd leL;k gS

1 eakx o iqfrZ es vlUrqyu gksukA

2 o"kkZ dk de gksukA

3 cak/k ds cgko {kS= es :dkoV vf/kd gksukA

4 lHkh oxksZ dks leku :i ls is;ty miyC/k gks jgk gS ysfdu xzke ds cjkrks

dk vksM es is;ty fd deh gS

5 Hkqty Lrj dk uhps pys tkuk izeq[k dkj.k gSA

6 QyksjkbM o yof.k;rk fd ek=k dk vf/kd gksukA

7 iqjkus L=ksrks dk cUn gksukA

8 xUns ikuh fd fudklh fd leL;kA

9 turk ty ;kstuk ls ehBk ikuh feyrk gS ysfdu yksxks }kjk cqLVj yxkuk

,d izeq[k dkj.k gS 24 ?k.Vs fydst gksus ds dkj.k lk/ku miy/k ugh gksuk

fuLrkj.k gSA

10 i’kqvks ds fy, i;kZIr ek=k es ikuh ugh fey jgk gSA iqjkus ty L=ksr cUn

gks x;s gSA

11 df"k dk;Z ds fy, ty dh iwfrZ ugh gks jgh gSA d,qW lq[k x;s gSA rFkk o"kkZ

dk de gksuk Hkh ,d çeq[k dkj.k gSA

Proposed Solutions: 1 xzke iapk;r lkj.k es ekx o iwfrZ ftles ekax vf?kd gS vkSj iwfrZ de gS vkSj

iwfrZ dks c<kus ds fy, Hkq ty dks c<kuk vko’;d gSA

2 igkMh {kS=ks es ouks dh vU?kk?kqU?k dVkbZ ds dkj.k o"kkZ dk de gksukA lajf{kr

o vlajf{kr {kS=ks es vR;f?kd ek=k es isM ikS?kks dks mxkuk

3 lkj.k cak/k dks ikuh ds cgko {kS= es vkus okys vojks/kks dks vfr'kh?kz nqj

fd;k tk, ftlls 50 xakoks dks ykHk fey lds

4 fctyh fd iqfrZ iq.kZ miyC/k gks ftlls is;ty le; ij miyC?k gks ldsA

5 Hkqty ds vR;f?kd nkSgu ij ’kzh?k jksd yxkuk lkoZtfud Lrj ij —f"Zk dk;Z

ds fy, u;s V;qcosy ij jksd yxkkbZ tk, vkSj ml ij n.Muh; O;oLFkk gksA

6 iqjkus L=ksr es o"kkZ ty dks ,d= fd;k tk, ftlls QyksjkbM ls futkr

feysA turk ty ;kstuk okyh desVh dks ikbi ykbu fyadst gsrq foHkkx

}kjk ç;kZIr ek=k es lkeku miyC/k djk;k tkosA

7 ,d cMk ukyk dk fuekZ.k fd;k tk;s ftlls xako dk xUnk ikuh cgdj

fudklh vklku gks tk;sA

8 xkao ds ckgj ’kkSdrs xM~Mks dk fuekZ.k gks ftlls fdlku Hkh flpkbZ ds fy,

ty mi;ksx es ys ldrs gSA

9 i’kqvks ds fy, is;ty dh iwfrZ le; ij gks A

10 df"k dk;Z ds fy, [ksrks es o"kkZ dk ikuh jksddj ds mls flpkbZ ds fy,

mi;ksx es ys ldrs gSA Qookjk i)fr viukbZ tkuh pkfg,A



(c) Sanitation – Describe encountered problems (water logging / flooding, risk of contamiNotion of fresh water sources by wastewater, status of waterborne diseases in GP, etc…) and what needs to be done to improve the situation

Source: PRA

(d) Irrigation situation - Describe here the problems faced by farmers concerning water supply and what can be done to improve the situation, including how to reduce water demand for irrigation

Source: PRA

Problems: ¼1½ xzke iapk;r lkj.k :- df"k ds fy;s dsoy T;knk xgjs dq, ,ao V;qcosy es

de ek=k es gh ty miyC?k gSA

¼2½ o"kkZ ty ij vk?kkfjr df"kZ {kS= gh ij fuHkZj djrs gS vf?kdrj [kqys dq,

,ao V;qcosy lq[k x;s gSA dqN gh {kS= es jch dh Qly es Hkh futh

V;qcosy ,ao dq,s es flpkbZ djrs gSA

¼3½ fctyh dh vkiqfrZ Hkh ugh gks ikrh gSA mRiknu es dehA

¼4½ Hkw ty Lrj dkQh uhps pyk x;k gSA

¼5½ o"kkZ dk i;kZIr ek=k es u gksukA

¼6½ vf?kdk’ka fdlkuks }kjk ty ds vHkko es O;kikj ds fy, ,ao etnajh ds fy,

’kgjks dh vksj iyk;u dj pqds gSA

¼7½ mRiknu es deh vkukA ykxr njks es o etnqjh es Hkkjh ek=k es of) dk

gksukA

¼8½ mRiknu dh lgh ykxr uk feyukA

¼9½ le; ij o"kkZ dk u gksuk A

Proposed Solutions: ¼1½ df"k {kS= es flpkbZ ds fy, QOokjk i}fr viukbZ tk;sA

¼2½ [ksr es ,d txg o"kkZ ds ikuh ds bDdVk fd;k tk;sA

¼3½ de ikuh okyh o o"kkZ vk?kfjr df"kZ viuk;sAyksxks o d"kdks dks tkx:d

fd;k tk,A

¼4½ lkj.k cka| ls vkus okyk ikuh ds cgko {kS= es :dkoVks dks vfr’khz?k nqj

fd;s tk;sA ikuh dk Bgjko djds fdlkuks dks flpkbZ ds fy, ty miyC?k

djok;k tk ldrk gSA

¼5½ lq[ks dqvks dks o"kkZ ty ls fjpktZ fd;k tk;sA

¼6½ fctyh dh iwfrZ le; ij gks A ftlls dh fdlku le; ij flpkbZ djds

Qly dk mRiknu ys ldsA

¼7½ fdlkuks dks Qly mRiknu dh lgh ykxr feysA

¼8½ fdlkuks es tkx;drk ykbZ tk;s o ljdkjh ;kstukvks dh iw.kZ tkudkjh nh

tk;sA

Problems: ¼1½ xzke iapk;r lkj.k ukfy;k ?kjsyq o gksVyks ds IykfLVd dpjks o le; ij

lQkbZ ds vHkko es xank ikuh lMdks QSy tkrk gSA

¼2½ lkoZtfud ’kSpky;ks dh lQkbZ o j[k j[kko dk vHkko [kjkc gkas jgh gSA

¼3½ ukfy;k VqVh gqbZ gSA

¼4½ ’kSdrks xM~Ms ,ao lkoZtfud ’kkSpky;ks dk vHkkoA

¼5½ xako es dbZ txg ?kjks ds vkxs ,ao uqDdMks ij i’kqvks dk xkscj eyeq=

?kklQql jlksbZ dk vif’k"V] IykfLVd dh FkSfy;k vkfn dpjk Mkyrs jgrs

gSA lsuhVs’ku ds foifjr çHkko iMrk gSA

¼6½ SC/ST cLrh es ukfy;ks dk fuekZ.k fd;k tk;sA

Proposed Solutions: ¼1½ xzke iapk;r lkj.k iDdh ukfy;ks dk fuekZ.k djkosA

¼2½ ukfy;ks fd le; ij j[k j[kko <hd fd;k tk;s rFkk ihu ls —f"kZ {kS= ds

mi;ksx fd;k tk ldrk gSA

¼3½ ?kjsyq o gksVyks dk dpjk dk fuLrkj.k gsrq dpjk ik= txg txg yxk;s

tk;sAftlls fcekjh QSyus dk vUns’kk ugh jgsA

¼4½ LoPNrk dh fLFkfr es lq?kkj ds fy, lHkh us feydj ;g r; fd;k fd xako

es ç;kZIr ukfy;ks ,ao ’kSdrks xM~Ms dh fuekZ.k gks rFkk LoPNrk ds |Vdks

ij xzkeh.kks dh le> fodflr djus ds fy, ty psruk dk;Zdze pyk;k

tk,A

¼5½ lkoZtfud ’kkSpky;ks dk fuekZ.k gks ,ao ’kSdrks xM~Ms dk xkao ds ckgj

fuekZ.k gks ftlls ty dk fjpktZ Hkh gksxk rFkk fdlku Hkh bldk mi;ksx

[ksrh es dj ldsxsaA

¼6½ SC/ST cLrh es ukfy;ks dk fuekZ.k gks ,ao lQkbZ dk dk;Z O;fä fo’ks"k

}kjk fd;k tk;sA



¼1½ihus ds ikuh dh deh Problem Tree

ihus ds ikuh dh leL;k

9 ?kjks es Vªsdj dk fuekZ.k ,ao uyks dks [qyk NksM

fn;k

10 oxZ la?k"kZ dks c<kok feysA

11 i’kqvks ds fy, is;ty dh leL;k es vf?kd of}A

ftlls fcekfj;k¡ uk QSysA

9 VWH&SC }kjk le; le; ij ukfy;ks

dh lQkbZ O;oLFkk lq?kkjukA

10 df"k ds fy, QOokjk i}fr viukukA

11 xfeZ;ks es i’kqvks ds fy;s ihus ds ikuh dh

leL;k de gSA

12 fcekfj;ks es of} gksukA

13 xans ikuh dk fuLrkj.k lgh ugh gksukA

14 ukfy;ks dk IykfLVd ls vo:} gksukA

(iii) Problem Tree

le";k

1 is;ty dk ladVA

2 ¶yksjkbM ;qDrA

dkj.k

1 is;ty dh vkiqfrZ dh vfu;ferrk A

2 Hkw ty dk fujUrj fxjrk fLFkjA

mik;

1 fu;fer ikuh dh iwfrZ djuk A

2 [kqys uyks ij Vsi yxk nsuk pkfg,A

3 ikbZi ykbZu fydstA 3 vksoj Mªk¶V ds dkj.k A 3 lq[ks H.P. o dqvks dks fjpktZ djds iqu

4 vkcknh dk fc[kjko A

4 fjpktZ djus ds iq.kZ lk?ku ugh gksukA

Hkju djukA

4 ukfy;ks dk fuekZ.k iDdh cukdj ’kSdrks

xM~Ms cuk dj xans ikuh dk fuLrkj.k o

Hkw ty dk fjpktZ djuk A

5 df"k {kS= es ikuh dk vHkkoA

6 le; dh cckZnh

7 vf?kd ?ku [kpZ djuk iMrk gS vkfFkZd gkfuA

8 fnu p;kZ ij çHkkoA

5 Hkwfe dk [kjkc gksukA

6 ikuh dh ek=k fnuks fnu [kjkc gks jgh gSA

7 Qlyks dk de mRiknu gks jgk gSA

8 jlk;u [kknks dk vf?kd mi;ksxA

5 —f=e dq Hkj.k djukA

6 o"kkZ ty laj{k.k djds jksdukA

7 cgk {kS= dks jksdukA

8 xkao dh xanxh dks ,slh txg Mkyuk pkfg,

(iv) Priority ranking

1 is;tyA

2 i’kqvks ds fy, tyA

3 ?kjsyq mi;ksx gsrqA

4 df"k {kS= ds fy,A

5 m?kksxks ds fy,A

6 ç;kZoj.k ds fy, tyA

7 vU;A



4. PROPOSED IWRM MEASURES (technical, maNogement, economic, social, environmental, regulatory, integrated)

KEEP IN MIND: IWRM measures do not necessarily include construction works! Examples of measures which can be implemented include:

Technical measures (new infrastructures + repair / rehabilitation of existing structures). Technical measures should cover first rehabilitation of existing infrastructure wherever technically feasible, and creation of new facilities if required.

Social measures (pro-poor, SC/ST, etc…)

MaNogement measures (new organization of Water User Groups for improved water maNogement & conservation, revival of traditioNol wisdom for water maNogement, training of VWH&SC members, awareness raising & capacity building, etc)

Economic measures (water tariff, recovery of O&M costs, incentives for water saving and conservation, etc…)

Regulatory measures (regulation of tube well construction and groundwater draft, regulation of wastewater disposal, etc…)

(Describe proposed IWRM measures in brief and provide necessary drawings, layouts and technical details in Appendix)

IWRM measure Description in brief - what will be done, where (village and landmark), size and main features of the proposed measure

No of beneficiaries

(including number of SC/ST/BPL)

1. lkoZtfud S.R . fuekZ.kdk;Z xkze

lkj.k ,o cjkrksa ds igkMh {ks= esa xzke iapk;r lkj.k o cjkrks dk vksMk ioZrh; {kS= es vk;k gqvk gSA ;g xzke iapk;r

igkfM;k ds chp clk gqvk gSA lkoZtfud S.R. cukdj turk ty ;kstuk dks fnu es Åijh

{kS= o cjkrks dk vksMk xk¡o es is;ty LFkk;h :i ls miyC?k gks x;kA

SC= 714,ST=103

BPL=170,

iqjs xkao dh

tula[;k=3731

2. lkoZtfud G.L.R fuekZ.k dk;Z xk¡o cjkrks dk vksMk es ,d G.L.R.dk fuekZ.k djus ls nqj nqj ds yksxks dks ikuh fey ldsA

,ao tks fdlku csjks ij fuokl djrs gSA mudks Hkh le; ij is;ty ,ao ?kjsyq o i’kqvks dks

ikus ds fy, ikuh fey ldrk gAS rFkk G.L.R.dks Hkjus ds fy, xaokbZ d,q ls ikbZi ykbuZ

}kjk Hkjk tkrk gSaA

All community

435

3. lkoZtfud Vkadk fuekZ.k dk;Z xkzze

lkj.k lkoZtfud LFkku ,o txg ij

xzke iapk;r es lkj.k S.S.School es ,d Vadk fuekZ.k djds fo|ky; dh Nr dk o"kkZ dk

ikuh ,df=r djuk o ty cpkuk fo|ky; ds Nk=ks dks ç;kZIr ek=k o T;knk le; rd

is;ty miyC?k gks tk;sxkA S.S.School jktho xka?kh Hkou o vLirky es Vasdks dk fuekZ.k

gksus ls SC cLrh o vklikl fuokl djus okys yksxks dks Hkh i;kZIr ek=k es o"kkZ ty

miyC?k gks tk;sxkA

All School

4. rkykc fuekZ.k dk;Z ,oa i’kq [ksyh

fuekZ.k dk;Z xkze lkj.k

Ukjsxk }kjk rkykc dk fuekZ.k djuk ftlls i’kqvks ds fy, ç;kZIr ek=k es o T;knk le;

rd is;ty miyC?k gks tk,xkA

Ik’kq?ku 3640

BPL =28, SC=30,ST=02

All School

5. lko Zt fud ’ k k Sp ky;

fue k Z . k d k; x z ke lkj. k

xzke iapk;r lkj.k o cjkrks dk vksMk es lkj.k es 3 o cjkrks dk vksMk es 1 ’kkSdrs xM~Ms

[kksnuk ftlls xans ikuh dh leL;k nqj gks tk;sxhA rFkk fdlku HkkbZ;ks dks vk; gksxh rks

lQkbZ O;oLFkk o vU; dk;Z es [kpZ dj ldrs gSa rFkk yksxks es tkx:drk vk;sxhA

lkoZtfud ’kkSpky;ks dk fuekZ.k gks ftlls xjhc ifjokj SC/ST/BPL dks ykHk feyxs kA

SC Basti

All School

6.ukyk fuekZ.k dk;Z xzke iapk;r lkj.k es iDdk ukyk fuekZ.k o ukfy;ks dk fuekZ.k djukA SC Basti

All community

7. Regulatory xzke iapk;r lkj.k es lkj.k cka?k dh nhokj FkksMk de dj fn;k tk;s rkfd 30 xkaoks dks

ykHk gksxkA blls is;ty o Hkq ty dk fLFkj c<sxkA

All community

8. Regulatory xzke iapk;r lkj.k ds uofufeZr jktho xka?kh lqpuk Hkou ij Rain gage yxkuk

furkUr vko’;d gSA ftlls ty lalk?ku foHkkx dks ml {kS= dh ckfj’k dk lgh

vkdayu dj xzke iapk;r dh is;ty ;kstuk dh fdz;kfUor fd;k tk ldsA ,ao

ljdkj dks Hkh çR;sd xzke iapk;r ds lgh vakdMs miyC?k gks ldsA

blls lHkh xzkeh.kks dks

Qk;nk gksxkA



5. ESTIMATED COSTS OF THE PROPOSED MEASURES AND FINONCING PLAN

KEEP IN MIND:

1. Itemized list of required material and labour with detailed Cost Estimate for each IWRM measure should be given in Appendix. Use the guidelines of the scheme used for funding in order to estimate cost of material and labour

2. Government schemes / programmes: check relevant websites for last updates of the guidelines of available schemes and programmes

3. Cost estimates should be prepared in agreement with the Rural BSR document issued by RD&PRD

4. EU-SPP funds: they are meant for gap filling only. Amount available per GP is at least Rs.2 lakhs.

5. Public / private contribution: include GP own funds, local community contribution, sponsorship by an NGO or an individual, etc…

IWRM measure Total

Cost (Rs.)

Funding Source (Labour / Material and amount in Rs)

Remarks

Labour Material Total Govt. Schemes/Programmes

EU-SPP Funds

Public/Private

Contribution

1. S.R. 715000/- 585000/- 13,00000/- PHED & M.L..A. Found

fu;ekuqlkj

2. G.L.R. 60,000/- 61,000/- 12,1000/- PHED & MNREGA M.L..A. Found

fu;ekuqlkj

3. Vakdk fuekZ.k RWH in S.S.school,U.P.S.,

Hospital & Rajiv Gadhi Bhavan

20000/- X 4= 80,000/-

22,300/- X 4 = 89,200/-

42,300/- X 4 = 16,9200/-

MNREGA.+EU-SPP 169200/- fu;ekuqlkj

4. Rkkykc [kqnkbZ 55,000/- No 55,000/- EU-SPP 55000/- fu;ekuqlkj

5. ’kSkdrs xM~Ms 4 8,000/- No 8,000/- MNREGA fu;ekuqlkj

6. iDdh ukfy;k fuekZ.k 30,000/- 20,000- 50,000/- MNREGA + T.F.C. fu;ekuqlkj

7. cka?k dh nhokj de

djuk

Jenku ds :i es

Lkg;ksx

8. Rain Gage 1500/- 3500/- 5000/- GP fu;ekuqlkj

Total 949500/- 758700/- 1708200/- 224200/-

Note :- leLr fooj.k Iyku o jkf’k dk;Z xzke iapk;r dh xzke lHkk es lkeqfgd :i ls vuqeksfnr o vuq’kkf"kr gSA

Source: Key informants in GP / ANolysis at WRC / Technical support from Line Departments if required



6. VWH&SC AND GRAM SABHA DECISIONS RELATED TO THE IMPLEMENTATION OF IWRM PLAN

Reasons for selection of IWRM measures - why the options are given priority by Gram Sabha (describe how the proposed measures will help improving the water situation of the GP)

Ex: improve drinking water access, especially for the poor, make water use more efficient, better conserve water, reduce water pollution, etc…

Not e: Attach in Appendix a minutes of the Gram Sabha meeting held for selection of IWRM measures, covering options presented by the NGO, queries raised by community members, decisions taken, attendance record. Also attach resolution of Gram Sabha approving the fiNol IWRM plan.

Local community fiNoncial contribution to funding of IWRM measures – Describe who will contribute to the funding of IWRM measures, how (fiNoncial, labour) and how much (refer to column “Public / Private contribution” from Section 5. table for total amount to be collected for each measure)

Availability of land for construction of facilities (if required) – Describe if the land required for new infrastructure is Common or private land and how and when it will be made available. If some facilities are to be constructed on a private land, written approval from land owner with date of availability of the land should be given in Appendix

lkj.k xzke iapk;r dh lkj.k cka?k cuk gqvk gSA tks fiNys 20 o"kksZ ls Hkjk ugh gqvk gSA rFkk ml cka?k dh nhokj de dh tk;sA blls vkxs okys

xkaoks dks ykHk gksxk D;ksfd unh es ikuh vk;sxkA rks lq[ks dqvks] V~;qcosy es Hkq ty ds fLFkj es lq?kkj gksxkA

Iyku ds eq[; ?kVd es S.R. o G.L.R. dk uo fuekZ.k dk fy;k x;k gSA ftlls dksbZ fo’ks"k vkfFkZd lg;ksx nsus es dksbZ jkth ugh gS dsoy Jenku

ds fy, 15 O;fDr;ks us lgefr nh rFkk Ldqy Hkouks ls o"kkZ dk ikuh ,df=r fde;k tk lds o ihus rFkk i;kZoj.k ds fy, mi;ksx fd;k tk

ldrk gSA

xzke iapk;r lkj.k es vjkoyh ioZrekyk dh xksn es clk gqvk xkao gSA ;fn bl xako es S.R.(cMh Vadh) igkMh Åij cuk nsus ls turk

ty ;kstuk }kjk ?kjks es uy dusD’ku ns j[ks gSA lHkh iq.kZ :i ls lHkh dks leku ek=k es ty miyC?k ugh gks jgk gSA vr S.R.(cMh

Vadh ) ls çR;sd ?kj es vkjke ls is;ty o ?kjsyq mi;ksx gsrq vkjke ls is;ty miyC?k gks tk,xkA cjkrks dk vksMk es is;ty miyC?k

de gks jgk ;fn G.L.R. cuus ls is;ty O;fä;ks o i’kqvks dks feyus yxsxkA ’kkSdrs xM~Ms dk fuekZ.k fd;k tkuk pkfg, blls xzkeh.k

turk dks lh?kk ykHk feysxkA xzke iapk;r o VWH&SC ds lnL;ks }kjk lEiw.kZ dk;Z dk ns[kjs[k fd;k tk;sxkA Rain gage Rajiv Gandhi lqpuk dsUnz ij yxk;k tk;s ftlls ckfj’k laca?kh vkadMs dh tkudkjh fey ldsxhA ukyh fuekZ.k djus ls lQkbZ O;oLFkk es

lq?kkj gksxkA jktdh; mPp ek?;fed fo|ky;] jktdh; mPp çkFkfed fo|ky;] jktho xk?kh Hkou es Rain water harvesting Tanka dk fuekZ.k gksus ls ckfj’k dk ikuh bDVBk gksxk rFkk Nk=ks ds fy, is;ty miyC?k gksxkA rFkk xzkeh.k turk dks Hkh blls enn feysxhA



6.4. MaNogement and O&M of selected IWRM measures

IWRM measure Water User

Group or VWH&SC member in charge

Operation and MainteNonce

O&M required

(Yes / No)

If Yes, describe what needs to be

done

O&M cost estimate (Rs / year)

Who will be

responsible for O&M

Who will pay for O&M costs (community

contribution, GP own funds, government

scheme, etc…) - describe

1. S.R. Tank PHED turk ty

Yes Xkq.kork Yes fu;ekuqlkj PHED turk ty

lnL;

PHED& G.P. turk ty ;kstuk

2. G.L.R. PHED Yes Lke; ij miyC?krk Yes fu;ekuqlkj PHED PHED

3. Vakdk fuekZ.k 02

RWH

School VWH&SC

lnL;

No No fu;ekuqlkj MNERGH SELF

4. rkykc VWH&SC lnL;

Yes No fu;ekuqlkj MNERGH xzke iapk;r

5. ’kkSdrs xM~Ms]

lkoZtfud ’kkSpky; o

lqyHk ’kkSpky;

VWH&SC lnL;

Yes No fu;ekuqlkj MNREGA + TFC

xzke iapk;r

6. iDdh ukyh fuek.Z k VWH&SC lnL;

Yes No fu;ekuqlkj MNREGA + TFC

xzke iapk;r

7. cka| dh nhokj de

djuk

VWH&SC

lnL;

Yes No fu;ekuqlkj xzke iapk;r ,ao tu lg;ksx

8. Rain gage G.P. Yes Yes fu;ekuqlkj G.P G.P.

Source: VWH&SC - WUGs / ANolysis at WRC

7. SCHEDULE OF IMPLEMENTATION OF IWRM MEASURES – list here the activities to be undertaken for the implementation of each of the IWRM measures selected (ex: submission of proposal, fund request, fund received, purchase of material, implementation of the measure itself, organization of a training session, etc…) and tick when these activities will take place in the calendar year

1.

ACTIVITIES Financial Year

IWRM measure 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027

S.R. Tank

G.L.R.

. Vakdk fuekZ.k RWH

rkykc

’kkSdrs xM~Ms]lkoZtfud ’kkSpky;

o lqyHk ’kkSpky;

iDdh ukyh fuek.Z k

cka| dh nhokj de djuk

Rain gage

Source: PRA and ANolysis at WRC

8. DETAILS OF GP BANK ACCOUNT



Details of GP Bank Account where funds will be deposited

Nome of the bank (NotioNolised / Cooperative

Bank)

Branch Account No. Balance at time of submission of IWRM Plan for approval

(Date / balance in Rs.)

Authorized sigNotories

Note: Bank account details to be given in Appendix

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