eu state partnership programme-rajasthan gp iwrm...

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

(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

1 Xkzkeh.k]?kjsyq is;ty mi;ksxdrkZ]

2 fdlku

3 ih-,p-Mh- lnL; 4 i’kq ikyd oxZ o xkS’kkyk la?kBuA

5 leLr leqnk; lHkh xzkeh.k rFkk ty miHkksxdrkZvks dks lkFk esa ysdj dk;Z fd;kA

Xkzke iapk;r eylkckoMh es ty ls lacaf?kr xzqi PHED ds dk;ZdrkZ VWH&SC ds lnL; es ty miHkksdrk dks tkx:d fd;k ?kj ?kj tkdj yksxks ls lEidZ

fd;k is;ty o fxjrs Hkq ty ds ckjs es le>k;k x;kA df"kZ {kS= ls fdlku HkkbZ;ks dks lkFk fy;k rFkk ikuh dks ,df=r djuk crk;k x;kA y?kq m/kksx o ?kjsyq

miHkksdrk o efgykvks dks le>kdj bl lfefr ds lkFk tksMdj ty dks cpkvks rFkk feRkO;rk cjruk] de ikuh okyh Qlyks dk mi;ksx djuk ?kjsyq ikuh ds

?kjsyq lfCt;ks dk mi;ksx djuk vkfnA

- Involvement of women

Ekfgykvks dh la[;k & 09

Ekfgykvks dh Hkkxhnkjh iq#"kks dh rqyuk esa de gks jgh gS]A efgyk okMZiapks ls lkekftd dk;ZdrkZ o ,-,u-,e-] vkaxuokMh dk;ZdrkZ] vk’kk ds lg;ksx ls efgykvksa

dh vf/kd Hkkxhnkjh c<kus dh dkfs ’k’k dh xb]Z rFkk SC/ST oxZ ds eksgYyks es efgykvks ds lkFk cSBd dj ty cpko ds rjhds ikuh ds mi;ksx Hkw ty dks c<kus

ds mik;ks ij ppkZ dj muls lq>ko vkef=r fd;s x;sA ijEijkxr rjhdks dks viukus ds ckjs es ckrphr dh xbZA

- Involvement of backward groups (SC / ST, BPL)

YES - SC-05, ST-00, BPL-03 Xkzke iapk;r eylkckoMh es Hkh SC / ST, BPL o fu?kZu ifjokjks dks Hkh lHkh dks leku :i ls i;kZIr ek=k es is;ty miyC?k gks jgk gSA os Hkh xkao fd leL;k ls

ifjfpr gSA feydj nqj djus es budk Hkh lg;ksx ges’kk iw.kZ feyrk jgrk gSA rFkk ogkW ikuh dh ek=k ekax dh vis{kk iwfrZ de gSSA ckfj’k ds le; es lkeqnkf;d

is;ty Vkadk dk fuekZ.k dj ckfj’k dk ikuh bDV~Bk dj is;ty] i’kq] ?kjsyq mi;ksx es yk;k tk ldrk gSA ty cpkvks vfHk;ku ds rgr~ SC / ST, BPL oxZ dks

vU; oxZ ds lkFk f’kf{kr dj ty cpkvks Hkw ty laj{k.k ds mik; ijEijkxr L=ksrks ds ek?;e ls Hkw ty fjpktZ djuk] cUn iMs gSUMiEiks ls Hkw ty fjpktZ

djuk ’kkfey gSA

xzke iapk;r eylkckoMh es ljiap Jhefr iou tSu o xzke lsod Jh jkts’k lkxj ls feys iapk;r Hkou es ljiap xzke lsod okMZiap o xako ds vU; yksx ekStqn

FksA mudks EU-SPP IWRM Plan dh tkudkjh nh xbZ rFkk jkT; ty uhfr 2010 dh tkudkjh o Hkq ty dh fLFkfr Hkq ty foHkkx ds vkadMks ds vuqlkj mudh

viuh Hkk"kk es le>kbl dh o xzke Lrj ij ,d 25 lnL; desVh dk xBu vius Lo; ds xzke iapk;r Lrj ij djus ds fy, vke lgefr cukus dk leqfpr

ç;kl fd;k ftles lHkh leqnk;ks dh Hkkxhnkjh Hkh lqfuf’pr djus dk xkao okyks ls vkxzg fd;k x;kA xzkeh.k Lrj ij desVh dk uke VWH&SC crk;k vkSj

ml ij ljiap ds ns[kjs[k es foLrr ppkZ dh xbZ xbZ] rFkk IWRM ds mn~ns';ks dks crk;kA ljiap o xako ds dqN yksxks ds lkFk ubZ desVh xBu dk

fuosnu fd;k x;k vkSj mlds çf’k{k.k fd frfFk fuf’pr dj voxr djkus dk fuosnu fd;kA lkFk gh efgykvks dh Hkkxhnkjh SC/ST/BPL efgyk o iq:"kks dks

lEkku :i ls lnL;ks ds :i es vkef=r djus dks dgk x;kA mlds ckn ogk ij ljiap us mifLFkr efgykvks] iq:"k] vkaxuokMh dk;ZdrkZ] vk’kk] ANM lfgr xkao ds yksxks dks lEcksf/kr fd;k rFkk mudks IWRM tkudkjh nhA mlds ckn xako es pkSiky fd ftlds vUrZxr xako ds 88 iq:"k o 42 efgykvks us Hkkx fy;k

rFkk IWRM project o VWH&SC ij ppkZ dhA xzke iapk;r eq[;ky; eylkckoMh es ljiap Jhefr iou tSu fd v/;{krk es cSBd gqbZ ftles VWH&SC Member ds xBu ds fy, ppkZ gqbZ rFkk loZlEefr ls VWH&SC dk xBu fd;k x;kA nqljs fnu xkao dh efgykvks o iq:"kks us xkao ds eq[; pkSjkgs ls jSyh

fudkydj ty cpkvks vfHk;ku dk lUns’k fn;kA xzke iapk;r xknkuk es nksa fnolh; çf’k{k.k xzke iapk;r eq[;ky; ij fn;k x;k ftles foLrkj ls ppkZ fd xbZ

,ao leL;kvks ds lek?kku fudkys x;s ,ao mik; lq>k;s x;sA

dfBukbZ;k - 1)tkfrokn dh Hkkouk dh otg ls fuEu oxZ yksx viuh leL;kvks dks vfHkO;fDr djus ds fy, Hk;xzLr jgrs gS

2)iq:"k iz/kku lekt es inkZ izFkk dh otg ls efgykvks dh Hkkxhnkjh de gksrh gS

3)vf’k{kk dh otg ls xzkeh.k ljdkjh ;kstukvks ls vufHkK jgrs gS

4)xzkeh.k ifjos’kks es tkx:drk dk vHkko gS

5)fgr lk/kd O;fDr;ks dh viuh izofr ,ao lgHkkfxrk dks rS;kj gksuk

6) lkeqnkf;d Lrj ij is;ty ds fy, leku :i ls miyC?krk dk vkHkkoA

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



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

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

(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 esa VWH&SC dk xBu fd;k gqvk gS ftudks nks fnolh; çf'k{k.k iapk;r Hkou esa fn;k tk pqdk 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 Lohdfr 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 tks ;kstuk

çi= ftyk desVh ds le{k vko’;d çi=ks ds lkFk o ml xkao es pkfg xbZ VWH&SC ds vuqlkj is’kdj vko’;d dk;Zokgh dh tkuh gSA

1 VWH&SC ds lnL;ks ds lkFk xkao es leqnk; ds lkFk vyx vyx xzqi es okrkZyki dj ikuh ls lEcfU?kr leL;kvks ij ppkZ dj xkao es ihus ds ikuh dh

eq[; leL;k dk vkadyu dj ikuh dh xq.kork Hkw ty es deh vR;f?kd ek=k es ¶yksjkbM o SC/ST o BPL oxZ ds yksxks dks ?kjks es ;k rks uke ek= dk

ikuh igqprk gSA ;k ikuh dh miyC?krk gh ugh gSA

2 BPL ifjokjks dks vkfFkZd dkj.k o’k tgkW lalk?ku miyC/k gSA ogkW ij Hkh ikuh miyC?k ugh gks ik jgk gSA

3 tkx:drk ds vHkko es vke O;fä ikuh dks dqnjr dk vueksy migkj ekudj mldk vR;f?kd ek=k es viO;; djrk gSA

4 yksxks es tkx:drk ykus ds fy, le;≤ ij tu tkxj.k çf’k{k.k] mi;ksfxrk f’kfoj yxkdj f’kf{kr fd;k tkuk vko’;d gSA

5 xzke Lrj ij lHkh oxksZ ls dkuquu ’kqYd ysuk vko’;d gksA

6 bu lHkh fcUnqvks dks ?;ku es j[kdj xfBr VWH&SC ,d egRoiq.kZ dne gSA desVh vko’;drkuqlkj is;ty dk fu?kkZj.k ?kjsyq mi;ksx df"k vkS?kksfxd {kS=

i’kqikyu ds fy, çkFkfrdrkuqlkj fu?kkZj.k djsA

xzke iapk;r eylkckoMh ds lnL; VWH&SC ds lnL;ks] x.kekU; ukxfjdks ds lkFk xzke iapk;r ds leLr ty miHkkssxdrkZ ds lkFk ty L=ksrks dk Hkze.k

djds fpfUgr fd;k okLrfod ;FkkfLFkfr dh tkudkjh yh ty miHkkssxdrkZ ls ppkZ fd ikuh ls lacaf?kr çeq[k leL;kvks dh igpku fd xbZA ty lkelU; gh

miyC/k gSA xq.koRrk ikuh L=ksrks H.P./Openwell/Tubewell o crZuks ij yo.kh;rk dk vlj lkQ utj utj vk jgk gSA blls fcekfj;k gks jgh gSA PHED }kjk feBk ikuh miyC/k djk;k tk jgk gSA ysfdu daVkfy;k cka?k ls vk jgh ikbZi ykbZu txg txg ls yhdst Bsdsnkj çkFkZ es gSA blfy, le; ij fydst ugh

fudky jgs gSA ftlls ikuh Qkyrq cg jgk gSA o"kkZ ds ikuh dks jksdus dks jksdus ds fy, ikbZi ykbZu ds fyadst nqj fd;s tk;sA

xzke iapk;r eylkckoMh ds lnL; VWH&SC ds lnL; x.kekU; ukxfjdks ds lkFk xzke iapk;r ds leLr ty L=ksrksvks ds lkFk nksuks xakoks dk Hkze.k fd;kA

eylkckoMh ,ao Bkdqjokl dk Hkze.k dj is;ty ds L=ksrks dk fo’ys"k.k ikuh dh xq.korkvks es yo.kh; ;qDr ¶yksjkbM o lkYV;qDr vf?kd ek=k es gSA tks fd

ekud Lrj ls o ANM }kjk VsLV fd;k x;k ftlls ikuh dh xq.kork dh okLrfod tkudkjh voxr gqbZA Hkw ty dk Lrj uhps fxj x;k gSA



1. GENERAL INFORMATION (Source: GP employee)

Name of Gram Panchayat MALSA BAWARI

Block KHARCHI (MARWAR JUNCTION) Distance from Block Headquarter in km

25 KM

District PALI Distance from District Headquarter in km

65 KM

GP total surface area (in Hectares) Source: Patwari

1930he.

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 4611 11.99% 5163 11.99%

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

Population – Break-up

Name of the Village

2011 2017

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

MALSA BAWARI 1738 1372 3110 922/00 1946 1536 3483 1032/00 THAKURWAS 764 737 1501 291/21 855 825 1680 326/23

GP Total 2502 2109 4611 1213/21 2801 2361 5163 1358/23

Source: Census Data (Estimates through PRA if Census data 2017 not available)

No of households

Name of the Village

2011 2017 Total BPL Total BPL

MALSA BAWARI 529 46 561 76

THAKURWAS 295 27 313 60

GP Total 824 73 874 136

Source: Census Data (Estimates through PRA if Census data 2017 not available)

Livestock population

Name of the Village 2011 2017 Cow, buffalo

& camel Goat, pig

and sheep Others

(poultry, etc) Total Cow, buffalo

& camel Goat, pig

and sheep Others

(poultry, etc) Total

MALSA BAWARI 911 1192 146 2177 965 1263 157 2309

THAKURWAS 498 741 98 1337 528 785 104 1417

GP Total 1409 1933 244 3514 1493 2048 261 3726

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 TRANSITIONAL 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 predominant - "sandy soils” -------NIL-------

b) Medium textured soils - silt predominant - "loamy soils" 40 %

c) Fine textured soils - clay predominant - "clayey soils" 50 %

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

-------NIL-------

Infrastructural facilities (provide map in Annex)

a) Health Centres (number & type) 01 P.H.S.C.

b) Educational Institutions (number & type) G.P.S.- 04 , G.U.P.S. - 04, G.S.S. - 01, G.S.S.S. -01

c) Industries, mines (number and type)

Source: PRA

2. GP STAKEHOLDERS / WATER USER GROUPS

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

(a) Date of formation / reconstitution of the committee 20.1.2012

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

(ii) Male: 16

(iii) Female 09

(iv) SC / ST 05/00

(v) BPL 03



Source: PRA

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

Name of Water User Group /

committee Year of

creation Active / Inactive

Main activities (describe) Involved in planning process

(Yes / No)

No No No No No 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 iou tSu eylkckoMh efgyk & ljiap v/;{k

2 Jhefr Qyq daoj Bkdqjokl efgyk & lnL; lnL;

3 pkFS k flg th jk.kkokl LVs’ku i:q "k & lnL; lnL;

4 lqfurk jSxj eylkckoMh efgyk SC lnL; lnL;

5 NkVs fq lg Bkdqjokl i:q "k & okMZ lnL; lnL;

6 xkis ky flg eylkckoMh i:q "k Gen./BPL N.G.O. izfrfuf/k lnL;

7 Jhefr lfork tks’kh eylkckoMh efgyk & H.M. iz/kkuk/;kid lnL;

8 ds-,e-[kUuk eylkckoMh iq:"k & PHED lnL; lnL;

9 bUnzk pkSgku eylkckoMh efgyk & AWW lnL;

10 deyk nsoh eylkckoMh efgyk & ANM lnL;

11 jruknsoh eylkckoMh efgyk SC & lnL;

12 jkts’klkxj eylkckoMh i:q "k SC xzkelsod lnL;

13 vejkjke e?s koky Bkdqjokl i:q "k SC/BPL i:q "k/BPL lnL;

14 tokgjyky jk.kkokl LVs’ku i:q "k SC & lnL;

15 eqUuhsnsoh eylkckoMh efgyk & & lnL;

16 Hkksykjke Bkdqjokl iq:"k & iwoZ ljiap lnL;

17 isekjke pkSdhnkj eylkckoMh i:q "k SC iwoZ lSfud lnL;

18 jruyky Vkad jk.kkokl LVs’ku i:q "k & Y.C. Member lnL;

19 egkohj flg jktiqjksfgr Bkdqjokl iq:"k & Y.C. Member lnL;

20 ique th Bkdqjokl iq:"k & CBO. Member lnL;

21 jktqjke oS".ko Bkdqjokl i:q "k & CBO. Member lnL;

22 iUukyky nekeh jk.kkokl LVs’ku i:q "k SC R.G.Offical lnL;

23 uflgnku pkj.k jk.kkokl LVs’ku i:q "k & R.G.Offical lnL;

24 lfork eylkckoMh efgyk & T.S.C. Member lnL;

25 vkes çdk’k eylkckoMh i:q "k SC T.S.C. Member lnL;

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

Jhefr iou tSu & 9785614570

jkts’klkxj & 9001179297



3. SITUATION ANALYSIS

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)

33.55 m

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

30.70 m

c) Aquifer surface area A (in m2) (= GP area) (Source: Patwari) 1930000 m2

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

POTENTIAL GROUNDWATER AVAILABLE (m3

/ year) : GW = (Z1 – Z2) x Y x A 2.85 x 0.02 x 19300000 = 1100100 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 mm 0.392 m

b) GP area B (in m2) (Source: Patwari) 19300000 m3

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 19300000 x 0.392 x0.105 = 794388 m3

Treated sewage water (in m3) TSW ---------NIL---------

TOTAL (GROUNDWATER + SURFACE WATER) (in m3/ year) : GW + SW + TSW 1100100+ 794388 = 1894488 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, canal, 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 contamination / nitrates / etc…) Note: if not tested; write “not tested”

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

MALSA BAWARI Talab - 01 July to oct. Livestock No No Not tested

THAKURWAS Nadi - 02 July to Sept. Livestock No No Not tested

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

MALSA BAWARI Tube wells 03 PHED Fuctional

July to June Drinking water domestic use

Yes 37 Drinkable & Fluoride tested

Fluoride 1.8

Open well 302 143 Functional

159 Not Functioal

July to June

Closed

Livestock Drinking

water domestic use

RANAWAS STATION Tubewells 03 PHED

02 Funcioal

01 Not Functional

July to June

Closed

Drinking water domestic use

Yes

20

Drinkable &

Fluoride tested Fluoride 1.8

THAKURWAS Tubewells 01 Functional

July to june Drinking water domestic use

Yes 22 Drinkable & Fluoride tested

Fluoride 3.3



Water sources and supply systems (ex: talab, johad, river, canal, 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 contamination / nitrates / etc…) Note: if not tested; write “not tested”

(c) Handpump, GLR, PSP and Household connection

MALSA BAWARI H.P. 21 Functional 13 Not Functional 8

July to May

Closed

Drinking water &

domestic use

AWW School Sc Basti

42

Drinkable & Fluoride tested by PHED Pali

MALSA BAWARI GLR 01 July to June Drinking water & domestic use

AWW School Sc Basti Peo.

76 Drinkable & Fluoride tested by PHED Pali

MALSA BAWARI PSP 16 F. July to June Drinking water & domestic use



THAKURWAS GLR 02 July to June Drinking water & domestic use



THAKURWAS HP 15 12 Functional

03 Not functional

July to April

Closed

Drinking water & domestic use Hkq&ty Lrj uhps pys tkus

ds dkj.k


38

Drinkable & Fluoride tested by PHED Pali

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

(e) External 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 contamination / nitrates

/ not tested / etc…)

No of months during which sources can be used in a year

Alternative sources during dry months

Village “A” MALSA BAWARI

1 Drinking RANAWAS Station SR Tanki GLR 01

>250 m

>150

drinkable

drinkable

July to June

July to June

No

No

2 Livestock Talab, GLR >200 m Not tested July To April No

3 Domestic, Commercial Institutional

RANAWAS Station SR Tanki GLR 01

>250 m

>150

drinkable &Fluoride

drinkable &Fluoride

July to June

July to June

No

No



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 contamination / nitrates

/ not tested / etc…)

No of months during which sources can be used in a year

Alternative sources during dry months

4 Agriculture Tubewells & open

well >300 m Not tested July to Oct. No

5 Other (Industry, Power generation, Environment

& ecology, Leisure, etc…)

No No No No No

Village “B” THAKURWAS

1 Drinking GLR 02 >150 m Drinkable & Fluoride tested by PHED

July to June No

2 Livestock Nadi,GLR >200 m Not tested July to June No

3 Domestic, Commercial Institutional

GLR 02 >150 m Drinkable & Fluoride tested by PHED

July to June No

4 Agriculture Openwell,Tubewell >250 m No tesed July to Sept. No

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

No No No No No

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

Detailed analysis 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)


3483 Yes No Yes 696/3483=20% 80%

Village “B” THAKURWAS

1680 Yes No Yes 336/1680=20% 80%

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



(ii) Management, 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)

Management 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…


Public PHED PHED No Tairff 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;ksxh

cukuk, 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 fxys diMks

ls lkQ djukA

Village “B” (RANAWAS STATION) MALSA BAWARI

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

appropriate lkoZtfud rkykc ls ikuh pksjh jksduk]










ls lkQ djukA

Village “C” THAKURWAS

Public PHED PHED No Tairff appropriate lkoZtfud rkykc ls ikuh pksjh jksduk]










ls lkQ djukA

Village “D”

Village “E”

Source: PRA (Transect walk and Focus Group Discussion)

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

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

Name of the Village

Kharif Rabi Double crop

Crop Approximate Area (Hectares)

Crop Approximate Area (Hectares)

Approximate Area (Hectares)

MALSA BAWARI Tokj] cktjk]

fry]Xokj] eksB] esgUnh

615 Xksagq] jk;Mk] thjk] puk 364

THAKURWAS Tokj] cktjk]

fry]Xokj] eksB] esgUnh

218 Xksag]q jk;Mk] thjk] puk 309

GP total TOTAL area

Kharif 833 TOTAL area Rabi 675 TOTAL area

Double crop

Source: Patwari


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


Name of the

Village Total Arable land

(Hectares) Rainfed only

(Hectares) Irrigated from Ground Water

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

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

Irrigated from Ground Water &

Surface Water (Hectares)

Fallow land (Hectares)

MALSA BAWARI 1337 618 369 No No 177

THAKURWAS 593 215 300 No No 41

GP Total 1930 833 675 No No 218

Source: Patwari and PRA

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

Name of the

Village Water source for

irrigation (Surface water / Groundwater) + name of river / canal or total number of tubewells

for irrigation, including number of dried and

brackish ones

Ownership of main

irrigation system

(Private / Public)

Management (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

MALSA BAWARI 16 Open wells 10 Not functional 06 Functional

Private Private

Private Private

No tariff No tariff

Appropriate Appropriate

drip & sprinkler systems (NO) drip & sprinkler systems (Yes)

09 Tubewells Fuctional 6

Not Functional 3

Private Private

Private Private

No tariff No tariff



THAKURWAS 10 Open wells 06 Not functional 04 Functional

Private Private

Private Private

No tariff No tariff



Tube well 01 Functional Public PHED Public No tariff Appropriate drip & sprinkler systems (Yes)

Tube well 08 Functional 5 Not Functional 3

Private Private

Private Private

No tariff No tariff


drip & sprinkler systems (Yes) drip & sprinkler systems (No)

Source: PRA

Detailed analysis 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

NO NO NO NO

NO NO NO NO

NO NO NO NO



Water demand in the GP (current year = 2017 and projection =2027) (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 15075.96m3 16883.44 m3

Livestock drinking water 40799.7 m3 43241.55 m3

Other domestic, commercial and municipal water uses 60303.84 m3 67533.76 m3

Agriculture Kharif Rabi

00 00

1609860 m3 1609860 m3

Power generation

Environmental and ecological

Industrial 8270 m3 8270 m3

Non consumptive uses, such as cultural, leisure and tourist

Others

TOTAL GP ANNUAL WATER DEMAND (in m3

/ year) 1734309.5m3 1745789.75m3

Source: PRA / Detailed calculations at WRC

Existing sanitation and wastewater disposal systems in the GP

(i) Existing household sanitation facilities

Name 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 functional,

etc…)

Approximate % coverage with hygienic latrines (=

Number of latrines in use / Total number of households)

MALSA BAWARI 529 256 196 60 76.56% THAKURWAS 295 105 60 45 57.14%

GP total 824 361 256 105 70.91%

Source: PRA

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

Location Toilet facilities (Yes / No)

Functional / Not functional

If not functional, describe problem

GP building Yes 01 01 Functional

Schools,Collages Yes 15 15 functional

Health centres Yes 02 02 functional

Other (Community latrines, etc…)

Yes 02 02 Not functional Ikkuh ugh gS],ao njokts ttZj voLFkk es gSA

GP Total 20 Toilet 18 functional 02 Not functional


Source: PRA


(iii) Existing wastewater disposal system

Name 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 contamination 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 MALSA BAWARI Ukkfy;k }kjk No izn"q k.k ,oa chekfj;kas dk [krjk Xkako ds ckgj iMr Hkqfe ij

lMd ds fdukjs 0.5 fdyksehVj

nqjh ij lkoZtfud ’kkSpky; o

’kkSdrs xM~Ms BPL, SC/ST ds

?kjks es vuqnkfur ’kkSpky;ks

dk fuekZ.k fd;k tk;sA

THAKURWAS Ukkfy;k }kjk No iznq"k.k ,oa chekfj;ksa dk [krjk Xkako ds ckgj iMr Hkqfe ij

lMd ds fdukjs 0.5 fdyksehVj

nqjh ij lkoZtfud ’kkSpky; o

’kkSdrs 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 400 mm 350 mm 250-300 mm

Groundwater level 18 m 20 m 22 m

Groundwater quality Best Medium Low

Water sources used for drinking water

Open Wells, Talab & river Open Wells, Talab Tubewell, Handpump

Number, size and functionality of surface water bodies and Traditional rainwater harvesting structures

Xkkao dk rkykc xokbZ fipdk] [kqyk

dqvk] vkSj ukMh ls euq"; vkSj i’kqvksa

ds ihus ds fy, o"kZ Hkj ikuh dh

vkiwfrZ gksrh FkhA

xkao dk rkykc Qjojh ekg esa l[q kus ds

dkj.k xkao ds yksx vkSj i’kq/ku] xokbZ fipdk

vkSj [kqys gq;s dq, ij fuHkZj jgrs FksA

oreZ ku esa xkao ds rkykc esa vDVEq cj ekg

rd ikuh jgrk gS]lq[kus ds ckn QyksjkbM

;qDr ikuh jgrk gAS

Number of tube wells in GP area

0 02 Tubewells 08 Tubewells

Population in GP 2206 3980 5163

Livestock population in GP 3252 3424 3626

Cultivated area and type of crops grown

Tokj] cktjk]fry] xgsa ]q tkS] jk;Mk thjk Tokj] cktjk]fry] xgsa q] tkS] jk;Mk thjk]eqax]

pkSyk

Tokj] cktjk]fry] xgsa q] tkS] jk;Mk] rkjkehjk]

esgUnh

Main source of livelihood in the GP

df"k vkSj i’kq/ku df"k vkSj i’kq/ku] etnqjh etnjq h] ljdkjh ukdS jh] fuft O;olk; vkjS

df"k

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

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

Problems: 1. ukfy;ks dh le; ij lQkbzZ ugh gksus ds dkj.k jksMij xUnxh QSyukA

2. unh] rkykc o jksM ds fdukjs yksxks }kjk dpjk Mky fn;k tkrk gSA

ftlds dkj.k xUnxh QSyukA

3. dbZ eksgYyks es ukfy;k ugh gksus ds dkj.k ikuh fudklh dh lgh O;oLFkk

ugh gksukA

4. xkao ds pkjks rjQ xUnk ikuh unh o ukyks es tek gksrk gSA

Proposed Solutions: 1. xzke iapk;r }kjk ukfy;ks dh lQkbZ ds fy, lQkbZdehZ dks ikcUn fd;k

tkuk pkfg,A

2. unh] rkykc o jksM ds fdukjs yksxks dks dpjk ugh Mkyus ds fy, çsfjr

fd;k tkuk pkfg,A

3. ftu eksgYyks es ukyh fuekZ.k ugh gks j[kk gSA ogkW ij xzke iapk;r }kjk

ukyh fuekZ.k fd;k tkuk pkfg,A

4. xkao dk xUnk ikuh tks ukfy;ks }kjk ckgj tkrk gSA mls xkao ds ckgj

unh o ckys es vksiuosy cukdj Hkq&ty fjpktZ djuk pkfg,A

Problems: xzke iapk;r eylkckoMh %&

¼1½ xzke es is;ty dh vkiqfrZ le; ij ugh gksrh gSA

¼2½ fctyh dk vHkko jgrk gSA

¼3½ GLR dh ns[kjs[k o lQkbZ dk vHkkoA

¼4½ GLR o fipdk ds vkl ikl xUnxh dk vkye blls fcekfj;ks es of) gks

jgh gSA

¼5½ gSMaiEi [kjkc gks j[ks gSA o lq[k x;s gSA lq[ks gSMaiEiks dks o"kkZ dky es

fjpktZ djukA

¼6½ Hkw ty dk Lrj dkQh uhps pyk x;k gSA

¼7½ rkykc ds j[k j[kko dk vHkko o cgko {kS= es :dkoVA

¼8½ xzke eylkckoMh es ferO;rk dk vHkkoA

¼9½ tula[;k of) ,d çeq[k dkj.kA

¼10½ o"kkZ dk de gksukA

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

Proposed Solutions:

¼1½ fo|qr lIykbZ fu;fer ugh gksus G.L.R. es ikuh lxzfgr ugh gks

ikrk gSA PHED ds deZpkfj;ks dh deh ls ikuh lIykbZ es ijs’kkuh gksrh gSA

xzke iapk;r eylkckoMh es VWH&SC ,oa PHED }kjk ,d O;fä dh ikuh

lIykbZ ds fy, fu;fer fu;qfDr vko’;d gSA

¼2½ leqg cukdj ppkZ djuk turk ls ppkZ djuk okLrfod leL;k ds vHkko

dks nqj djukA

¼3½ lHkh leqnk; dks ç;kIZ r ek=k es is;ty miyC?k djk;k tk;As

¼4½ lQkbZ O;oLFkk dk iq.kZ ?;ku j[kk tk;s

¼5½ o"kkZ ds ikuh dks futh ?kjks es Vkads cukdj lxzfgr djs rFkk rkykcks es

vkus okys cgko {kS= es vfrdze.k nqj fd;s tk;sA

¼6½ le; ij is;ty dh iqfrZ dh tk;s ekax ds vuqlkj is;ty miyC?k gksA

¼7½ SC/ST cLrh ikuh fey jgk gSA rFkk >ksiMh;ks es ubZ ikbZi ykbZu fcNkbZ

tk;sA

Problems: is;ty dh leL;k %&

¼1½ ekax o iqfrZ es deh gqbZ gSA

¼2½ o"kkZ dk de gksukA

¼3½ rkykc ds cgko {kS= es :dkoV miyC?k gks jgk gSA

¼4½ xkao es ikbZi ykbZu iqjkuh fcNh gqbZ gSA tks cgqr xgjh gS rFkk iqjkuh gksus

ls fydsat gks jgh gSA

¼5½ ikuh dh ekax ds vuqlkj iqfrZ ugh gks jgh gSA

¼6½ lHkh oxksZ dks leku :Ik ls is;ty miyC?k gks jgk gSA

¼7½ ¶yksjkbM o yo.kh;rk dh ek=k gSA

¼8½ Hkw ty dk Lrj uhps pyk x;k gSA

¼9½ iqjkus L=ksr lkjs cUn gks x;s gSA PHED dh T.W. cUn gSA ¼10½ PHED dh T.W. es de ek=k es ikuh cpk gSA

¼11½ xank ikuh dh fudklh lgh ugh gSA rFkk yksxks }kjk ukfy;kW Hkh lQkbZ

Bhd ugh gSA

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

cUn gks x;s gSA

¼13½ rkykc o ukMh es de le; rd gh is;ty miyC?krk es deh Hkh ,d

cMk dkj.k gS i’kqvks ds fy,A

¼14½ df"k dk;Z ds fy, ty dh iwfrZ ugh gks jgh gSA dq,W lq[k x;s gSA rFkk

o"kkZ dk de gksuk Hkh ,d çeq[k dkj.k gSA

Proposed Solutions: ¼1½ xzke iapk;r eylkckoMh es eakx ,ao iwfrZ leku gksA

¼2½ foHkkx }kjk le; ij ubZ ikbZi ykbZu yxkbZ tk;sA

¼3½ fyadst nqj fd;s tk;sA

¼4½ rkykc ds cgko {kS= es :dkoVks dks nqj fd;k tk;sA

¼5½ is;ty dh OloLFkk le; ij gksA

¼6½ ekax ds vuqlkj ikuh dh iqfrZ dh tk;sA

¼7½ ¶yksjkbM o yo.kh;rk dks nqj fd;k tk;sA

¼8½ lkjs iqjkus L=ksr lgh fd;s tk;sA

¼9½ o"kkZ ty dks ,df=r fd;k tk;sA

¼10½ fo|ky; es o"kkZ ty dks jksdusa ds fy;s Vkadk fuekZ.k fd;k tk;sA

¼11½ ukfy;ks dk fuekZ.k fd;k tk;s rFkk le; ij lQkbZ dh tk;sA



¼1½ihus ds ikuh dh deh Problem Tree

ihus ds ikuh dh leL;k

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

(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

(iii) Problem Tree

leL;k

dkj.k

mik;

1 is;ty dk ladVA

2 ¶yksjkbM ;qDrA

1 is;ty dh vkiqfrZ dh vfu;ferrk gksukA

2 Hkw ty dk fujUrj fxjrk fLFkjA

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

5 df"k {kS= es ikuh dk vHkkoA 5 Hkwfe dk [kjkc gksukA 5 —f=e dq Hkj.k djukA

6 le; dh cckZnh 6 ikuh dh ek=k fnuks fnu [kjkc gks jgh gSA 6 o"kkZ ty laj{k.k djds jksdukA

7 vf?kd ?ku [kpZ djuk iMrk gS vkfFkZd gkfuA 7 Qlyks dk de mRiknu gks jgk gSA 7 cgk {kS= dks jksdukA

8 fnu p;kZ ij çHkkoA 8 jlk;u [kknks dk vf?kd mi;ksxA 8 xkao dh xanxh dks ,slh txg Mkyuk

pkfg, ftlls fcekfj;k¡ uk QSysA

9 oxZ la?k"kZ dks c<kok feysA 9 df"k ds fy, QOokjk i}fr viukukA

10 i’kqvks ds fy, is;ty dh leL;k es vf?kd of}A 10 xfeZ;ks es i’kqvks ds fy;s ihus ds ikuh dh

leL;k de gSA

(iv) Priority ranking

1 is;ty ç;kZIr ek=k es miyC?k gSA

2 i’kq?ku ds fy, is;tyA

3 ?kjsyq mi;ksx gsrqA

4 df"k {kS= ds fy,A

5 m?kksxks ds fy,A

6 i;kZoj.k ds fy, ty miyC?k gSA

7 vU;A

Problems: ¼1½ df"k esa ikuh dh vR;f/kd ek=k dk mi;ksx gksus ls d"kdks }kjk vR;f/kd

xgjs uydqi [kksndj ikuh dk vU/kk/kqU/k iz;ksx djukA

¼2½ d"kdks }kjk [ksrks esa cMh cMh D;kfj;kW cukdj cgko flpkabZ djuk ftlls

ikuh dh vR;f/kd cjcknh gksrh gSA

¼3½ d"kdks }kjk fujUrj ,d ds ckn ,d u;s u;s V;qcosy [kksnuk ftllsa

vR;f/kd nksgu ls ikuh dk xgjkbZ es tkuk] ftlls ikuh [kjk gksrk gSA

ikuh {kkjh; ,oa yo.k;qDr gsk tkrk gSA QyLo:i df"k mit izHkkfor gksrh

gSA

¼4½ d"kdks dks ubZ ubZ rduhdh dk Kku ugh gksus ls Hkh ikuh dk

vU/kk/kqU/k mi;skx djrs gSA

¼5½ d"kdks }kjk vR;f/kd nksgu ds dkj.k dHkh os cgrs ikuh dks Hkwty Lrj

c<kus ds izfr xEHkhj ugh jgrs gSA

Proposed Solutions: ¼1½ d"kdks }kjk ubZ ubZ rdhuhdh dk mi;skx djuk pkfg, ftlesa QOokjk

flpkabZ] cqan cqan flpkbZ dk mi;skx djuk pkfg,A

¼2½ [ksrk esa ikuh V;qcosy ls ikbZi ds ek/;e ls lIykbZ djuk pkfg, ftlls

ikuh dh fNtr de gksA

¼3½ o"kkZ ty ,df=r dj mls flpkbZ ds mi;ksx esa ysuk pkfg,A

¼4½ de o"kkZ okys {ks=ks esa Qlys cny cny dj de ikuh okyh Qlys ysuh

pkfg,A

¼5½ df"k {ks= esa ubZ rduhdh dk mi;skxdjuk pkfg,A

¼6½ o"kkZ ty ls dqvksa dks Hkwty Lrj c<kus ds fy, fjpktZ djuk pkfg,

vko’;d gksu ij pSd Mse] NksVs ,uhdV dk fuekZ.k dj ikuh dk mi;skx

djuk pkfg,



4. PROPOSED IWRM MEASURES (technical, management, 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…)

Management measures (new organization of Water User Groups for improved water management & conservation, revival of traditional wisdom for water management, 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)

1 xzke iapk;r eylkckoMh

es GLR dk fuekZ.k djokuk

ftlls xzkeh.kks dks is;ty

miyC?k gks ldsxkA

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)

2 xzke iapk;r

eylkckoMh ds xkao

Bkdqjokl es GLR dk

fuekZ.k djokuk ftlls

xzkeh.kks dks is;ty

miyC?k gks ldsxkA

xzke iapk;r eylkckoMh es GLR dk fuekZ.k djokuk ftlls xzkeh.kks dks is;ty

miyC?k gks ldsxkA

All Community

3 xzke iapk;r eylkckoMh

ds Bkdqjokl xkao ds

jktdh; fo|ky; es Rain

water harwesting Vkadk

fuekZ.k djokuk ftlls

fo|ky; ds Nk=ks ,ao

vkl&ikl ds xzkeh.kks dks

’kq) is;ty miyC?k gks

ldsxkA

xzke iapk;r eylkckoMh ds xkao Bkdqjokl es GLR dk fuekZ.k djokuk ftlls

xzkeh.kks dks is;ty miyC?k gks ldsxkA

All Community

4 xzke iapk;r eylkckoMh ds

eylkckoMh xkao ds jktdh;

fo|ky; es Rain water

harwesting Vkadk fuekZ.k

djokuk ftlls fo|ky; ds

Nk=ks ,ao vkl&ikl ds

xzkeh.kks dks ’kq) is;ty

miyC?k gks ldsxkA

xzke iapk;r eylkckoMh ds Bkdqjokl xkao ds jktdh; fo|ky; es Rain water

harwesting Vkadk fuekZ.k djokuk ftlls fo|ky; ds Nk=ks ,ao vkl&ikl ds

xzkeh.kks dks ’kq) is;ty miyC?k gks ldsxkA

All Community

5 xzke iapk;r eylkckoMh ds

Bkdqjokl o eylkckoMh xkao

es lkoZtfud ’kkSpky;ks dk

fuekZ.k djokuk A ftlls lHkh

leqnk;s dks lqfo?kk feysxh ,ao

yksxks es tkx:drk vk;sxhA

xzke iapk;r eylkckoMh ds eylkckoMh xkao ds jktdh; fo|ky; es Rain water

harwesting Vkadk fuekZ.k djokuk ftlls fo|ky; ds Nk=ks ,ao vkl&ikl ds

xzkeh.kks dks ’kq) is;ty miyC?k gks ldsxkA

All Community

6 jktho xka?kh Hkou ij

jSuxst ;a= yxk;k tk;s

ftlls ckfj’k laca?kh vkadMs

çkIr fd;s tk ldsxsaA

xzke iapk;r eylkckoMh ds Bkdqjokl o eylkckoMh xkao es lkoZtfud ’kkSpky;ks

dk fuekZ.k djokuk A ftlls lHkh leqnk;s dks lqfo?kk feysxh ,ao yksxks es

tkx:drk vk;sxhA

All Community



5. ESTIMATED COSTS OF THE PROPOSED MEASURES AND FINANCING 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. eylkckoMh es GLR dk

fuekZ.k

60000/- 61031/- 121031/- PHED 0 Jenku o

vko’;drkuqlkj

lgHkkfxrk

lg;ksx

2. Bkdqjokl es GLR dk

fuekZ.k

60000/- 61031/- 121031/- PHED 0 Jenku o

vko’;drkuqlkj

lgHkkfxrk

lg;ksx

3. Bkdqjokl xkao ds

jktdh; fo|ky; es

Rain water harwesting Vkadk

200000/- 255000/- 455000/- EU-SPP 0 Jenku o

vko’;drkuqlkj

lgHkkfxrk

lg;ksx

4. eylkckoMh xkao ds

jktdh; fo|ky; es


120000/- 180000/- 300000/- EU-SPP 300000/- Jenku o

vko’;drkuqlkj

lgHkkfxrk

lg;ksx

5. Bkdqjokl o eylkckoMh

xkao es lkoZtfud

’kkSpky;ks dk fuekZ.k

djokuk

32200 x 3 = 96600/-

229600 x 3 = 688800/-

261800 x 3= 785400/-

TFC + MNREGA + TSC 0 Jenku o

vko’;drkuqlkj

lgHkkfxrk

lg;ksx

6. jSuxst ;a= 1500/- 3500/- 5000/- GP 0 GP

Total 1787462/- 300000/-

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 gAS

Source: Key informants in GP / Analysis 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 final IWRM plan.

Local community financial contribution to funding of IWRM measures – Describe who will contribute to the funding of IWRM measures, how (financial, 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

xzke iapk;r }kjk IWRM Measures ds fy, fuekZ.k dk;Z ls iqoZ tehu miyC?k djk nsxhA

IWRM Measures ds rgr Local community financial contribution to funding ugh djsxhA Jenku ds :i es dqN yksx lg;ksx djsxsA

bl dk;Z es vU; lfefr ds lnL; Hkh fuekZ.k dk;Z es viuk le; ,ao lgHkkfxrk fuHkkus ds fy, Hkh rS;kj gSA

1. xzke iapk;r eylkckoMh es GLR dk fuekZ.k djokuk ftlls xzkeh.kks dks is;ty miyC?k gks ldsxkA

2. xzke iapk;r eylkckoMh ds xkao Bkdqjokl es GLR dk fuekZ.k djokuk ftlls xzkeh.kks dks is;ty miyC?k gks ldsxkA

3. xzke iapk;r eylkckoMh ds Bkdqjokl xkao ds jktdh; fo|ky; es Rain water harwesting Vkadk fuekZ.k djokuk ftlls fo|ky; ds

Nk=ks ,ao vkl&ikl ds xzkeh.kks dks ’kq) is;ty miyC?k gks ldsxkA

4. xzke iapk;r eylkckoMh ds eylkckoMh xkao ds jktdh; fo|ky; es Rain water harwesting Vkadk fuekZ.k djokuk ftlls fo|ky; ds

Nk=ks ,ao vkl&ikl ds xzkeh.kks dks ’kq) is;ty miyC?k gks ldsxkA

5. xzke iapk;r eylkckoMh ds Bkdqjokl o eylkckoMh xkao es lkoZtfud ’kkSpky;ks dk fuekZ.k djokuk A ftlls lHkh leqnk;s dks lqfo?kk

feysxh ,ao yksxks es tkx:drk vk;sxhA

6. jktho xka?kh Hkou ij jSuxst ;a= yxk;k tk;s ftlls ckfj’k laca?kh vkadMs çkIr fd;s tk ldsxsaA



6.4. Management and O&M of selected IWRM measures

IWRM measure Water User

Group or VWH&SC member in charge

Operation and Maintenance

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. eylkckoMh es GLR

dk fuekZ.k

VWH&SC + PHED

Yes is;ty

fu;ekuqlkj

PHED + GP

PHED+ Govt. scheme

2. Bkdqjokl es GLR dk

fuekZ.k

VWH&SC + PHED

Yes

is;ty

fu;ekuqlkj

PHED + GP

PHED+ Govt. scheme

3. Bkdqjokl xkao ds

jktdh; fo|ky; es


VWH&SC + GP + School Body

Yes

is;ty

fu;ekuqlkj

GP

Govt. Scheme + GP own funds

4. eylkckoMh xkao ds

jktdh; fo|ky; es


VWH&SC + GP + School Body

Yes

is;ty

fu;ekuqlkj

GP

Govt. Scheme + GP own funds

5. Bkdqjokl o

eylkckoMh xkao es

lkoZtfud ’kkSpky;ks

dk fuekZ.k djokuk

VWH&SC + GP

Yes LoPNrk ds fy;s

fu;ekuqlkj

G.P.

GP own funds, government scheme

6. jSuxst ;a=

VWH&SC + GP

Yes

ckfj’k laca?kh vkadMks

ds fy,

fu;ekuqlkj

G.P.

GP own funds,

Source: VWH&SC - WUGs / Analysis 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

ACTIVITIES Financial Year

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

1. eylkckoMh es GLR

dk fuekZ.k

2. Bkdqjokl es GLR dk fuekZ.k

3. Bkdqjokl xkao ds jktdh; fo|ky; es


4. eylkckoMh xkao ds jktdh; fo|ky;

es Rain water harwesting Vkadk

5. Bkdqjokl o

eylkckoMh xkao es lkoZtfud

’kkSpky;ks dk fuekZ.k djokuk

6. jSuxst ;a=



Source: PRA and Analysis at WRC

8. DETAILS OF GP BANK ACCOUNT

Details of GP Bank Account where funds will be deposited

Name of the bank (Nationalised / Cooperative

Bank)

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

(Date / balance in Rs.)

Authorized signatories

Note: Bank account details to be given in Appendix

eu state partnership programme-rajasthan gp iwrm...

Documents