EU STATE PARTNERSHIP PROGRAMME-Rajasthan GP IWRM PLAN€¦ · 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

(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 Groups /YES

Xkzke iapk;r lojkM 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 lEçsjd fd;k is;ty o fxjrs Hkq ty ds ckjs es le>k;k x;kA df"kZ {kS= ls fdlku Hkkb;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 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;k

- Involvement of women

efgykvks fd la[;k iq:"kks fd vis{kkdr de gh jgh fQj Hkh ANM, ljiap xkao Hkze.k ds le; o pkSiky es feydj ty cpkus dks çsfjr fd;k o

leqg es ysdj ppkZ djds VWH&SC es efgykvks dks vf?kd ls vf?kd tksMus ds dksf’k’k fd lgHkkfxrk c<rh xbZA efgyk ikuh dk mi;ksx

vPNh rjg ls dj jgh gSA rFkk ikuh dk lgh mi;ksx dj jgh gSA efgyk okMZiapks ls lkekftd dk;ZdrkZ o vkaxuokMh dk;ZdrkZ] vk’kk ds lg;ksx

ls efgykvksa dh vf/kd Hkkxhnkjh c<kus dh dksf’k’k dh xbZ] 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 ckrfpr dh xbZA

ykssxks dks Hkh le>kus es ihNs ugh gSA

Ekfgykvks dh la[;k & 06

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

Xkzke iapk;r lojkM es Hkh SC / ST, BPL o fu?kZu ifjokjks dks Hkh lHkh dk leku ls G.L.R. ls ç;kZIr ek=k es is;ty miyC?krk gks jgh 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 og ikuh dh miyC?krk es dksbZ deh ugh

gSA VWH&SC es Hkh SC / ST, BPL dks fy;k x;k rkfd viuh ckr j[k ldsA lq>ko Hkh fy, x;sA

YES - SC- 04, ST-0, BPL-05

xzke iapk;r lojkM ds xzke ipk;r Hkou es IWRM Project ds ckjs es tkudkjh nh xbZ ,oq nks fnolh; çf’k{k.k fn;k x;k ftles VWH&SC ds

lnL;ks ls foLrkj ls ty ds ckjs es ppkZ dh ,ao lek?kku dSls dSls fd;s tk;saA vkil es fopkj foe’kZ dj muds gy fudkys x;sA rFkk xkao ds

bfrgkl ds ckjs es tkudkjh yh rFkk ogkW ij mifLFkr xzkeh.kks ls uD’ks cuok;s x;sAiqjkus ty L=ksrks ds egRo tkuk o ty igys dSls fey jgk

Fkk vc dSls fey jgk gSA bl ij ppkZ dhA vkilh ln~Hkkouk ls dk;Z djus ,ao VWH&SC ds lnL;ks

}kjk xzkeh.kks es tkx:drk ykus rFkk xzke iapk;r ds lkFk feydj dk;Z ;kstuk dks iq.kZ djus es lg;ksx djsxkA nks fnolh; çf’k{k.k cMk jkspd

,ao Kkuo)d jgk ftlls yksxks dks çsfjr djus dk ,d vPNk volj gSA bles iq:"k ,ao efgykvks rFkk lHkh leqnk; ds yksxks es lketL; cuk o

vkilh lg;ksx rFkk ty cpkus dk ladYi fy;k vkSj u;k ukjk fn;k *fuj gS rks flj gS] ty gS rks dy gSA] ty gh thou gSA*

dfBukbZ;k %&

1) tula[;k of) ,d çeq[k dkj.kA

2) Hkw ty dk Lrj es Hkkjh fxjkoVA

3) xkao dh clkoV dk lgh ugh gksukA

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

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

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

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

8) 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

bl Iyku dks vke lHkk esa vuqeksn djok;k x;k rFkk ikuh dh leL;k lk/kku djus ,oa tehu ds ?kVrs ikuh dh cpr ds ckjs easa lHkh lnL;ksa us vius fopkj

nh x;s rFkk ikuh dh leL;k dks /;ku esa j[krs gq,s xkao ds yksxksa }kjk ;g Iyku cuk;k x;k gS lkFk gh ikuh ds ckjs esa cpr djus a ds fcUnqvksa ij fopkj

fd;k tkuk vfr vko’;d gS D;ksfd ikuh gS rks lc g S fcuk ikuh ds lc dqN csdkj gS ikuh ds fcuk ftou dk pyuk lHkough gS bl ckr dks /;ku esa

j[krs gq, xkze LkHkk esa ikuh jks Iyku dk vuqeksnu fd;k x;k gS A

oh-MCY;q-,p-,.M-,l-lh- lfefr ds lnL;ks ,oa vU; x.kekU; O;fDr;ks ds lkFk xzke iapk;r ds leLr ty L=ksrks dk Hkze.k dj ,oa leLr ty mi;ksxdrkZvksa

leqg ls ppkZ djds ikuh ls lEcfU/kr izeq[k leL;kvks dh igpku dh xbZA rFkk ty dh xq.koRrk dh tkap ,-,u-,e- ds }kjk tkap djds mi;qDr mik; Hkh

lq>k;s x;sA

xans ikuh dh fudklh is;ty L=ksrks ds ikl xans ikuh dh leL;kvksa vkfn dks fpfUgr fd;k x;kA

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

/kqU/kyk 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 VWH&SC ds ek?;e ls o PHED }kjk orZeku le; es daVkfy;k

cka?k ls ehBk is;ty miyC?k gks jgk gSA Hkw ty dk Lrj uhps fxj x;k gSA ikbZi ykbZu fydst nqj fd;s tk;s o G.L.R. dh lQkbZ dh tk;sA G.L.R. ij Vsi yxkbZ tk;sA xkao ds rhuks rkykc dj ejEer fd tk;s blls i’kqvks ds fy, is;ty miyC/k gksxkA viO;;rk dks jksdk tk, ikuh dh ’kq}rk cjkcj gks xank ikuh

dks nqj fd;k tk;sA iqjkuh ckoMh dks <hd djds is;ty gsrq mi;ksx yk;s tk;sA PHED o GWD dh V~;qcosy <hd djds is;ty gsrq miyC/k djkbZ tk;sA



1. GENERAL INFORMATION (Source: GP employee)

Name of Gram Panchayat SAWRAD

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

40 KM

District PALI Distance from District Headquarter in km

80 KM

GP total surface area (in Hectares) Source: Patwari

3648 He

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 5250 11.99% 5882 11.99%

Source: Census Data / Projected population to be calculated using Decadal Growth Rate: Pop2021 = Pop2011 x (1+ DGR/100)

Population – Break-up

Name of the Village

2011 2017

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

SAWRAD 2232 2281 4513 949/00 2500 2555 5055 1063/00 RISANIYA 340 397 737 283/00 382 445 827 318/00

GP Total 2572 2678 5250 1232/00 2882 3000 5882 1381/00

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

No of households

Name of the Village

2011 2017 Total BPL Total BPL

SAWRAD 832 94 1094 113 RISANIYA 131 13 172 21

GP Total 963 107 1266 134

Source: Census Data (Estimates through PRA if Census data 2011 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

SAWRAD 625/760/01 1026/2395 180 4987 663/806/02 1088/2539 190 5288

RISANIYA 236/154/01 483/451 75 1400 256/164/01 512/478 80 1491

GP Total 1777 4355 255 6387 1892 4617 270 6779

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” 65%

b) Medium textured soils - silt predominant - "loamy soils" 30 %

c) Fine textured soils - clay predominant - "clayey soils" 05%

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) SAWRAD 01 P.H. Sub Centre

RISANIYA 01 P.H. centre

b) Educational Institutions (number & type) SAWRAD

01G.S.S. , 01 G.U.P.S. ,01 G.G.U.P.S. , 01 G.P.S. 01 P.U.P.S.

RISANIYA 01 G.P.S.

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 07/01/2012

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

(ii) Male: 19

(iii) Female 06

(iv) SC / ST 04/00

(v) BPL 05



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) turk ty ;kts uk 2001 Active Yes

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 Jh dSyk’k ekyoh;

lojkM iq#"k O.B.C. ljiap v/;{k

2 Jh tkye flag lojkM iq#"k & lnL; lnL;

3 Jhefr iq"ik xgyksr lojkM Efgyk & lnL; lnL;

4 Jh dSyk’k iqjh lojkM iq#"k SC/BPL lnL; lnL;

5 Jh u~f’kgdVkfj;k fjlkf.k;k iq#"k SC okMZ lnL; lnL;

6 Jh izdk’k pkSgku lojkM iq#"k & N.G.O. izfrfuf/k lnL;

7 Jh ikjley xgyksr lojkM iq#"k ST H.M. iz/kkuk/;kid lnL;

8 Jh eksgEen fldUnj lojkM iq#"k & PHED lnL; lnL;

9 Jhefr yhyk jkBkSm lojkM efgyk & AWW lnL;

10 Jhefr ljkst lojkM efgyk & ANM lnL;

11 Jhefr larks"k jkBkSM lojkM efgyk SC/BPL Lo;a lgk;rk leqg lnL;

12 Jh fd’kukjke nsoklh lojkM iq#"k & xzkelsod lfpo

13 Jh dY;k.k flag lojkM iq#"k ST/BPL & lnL;

14 Jhefr xxknsoh lojkM efgyk ST/BPL & lnL;

15 Jh jktkjke es?koky lojkM Iqk:"k SC/BPL & lnL;

16 Jh xksoZ/ku yky lojkM iq#"k & iwoZ ljiap lnL;

17 Jh cLrhjke ljxjk lojkM iq#"k & iwoZ lSfud lnL;

18 Jh lksgu yky lojkM iq#"k & Y.C. Member lnL;

19 Jh ca’kh yky lojkM iq#"k & Y.C. Member lnL;

20 JH usekjke lojkM iq#"k & CBO. Member lnL;

21 Jh ukjk;.k yky lojkM iq#"k & CBO. Member lnL;

22 Jh gsekjke es?koky lojkM iq#"k & R.G.Offical lnL;

23 Jh vej yky lojkM iq#"k & R.G.Offical lnL;

24 Jhefr xtjknsoh gjhtu lojkM Ekfgyk & T.S.C. Member lnL;

25 Jhefr lTuk nsoh lojkM efgyk & T.S.C. Member lnL;

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

dSyk’k ekyoh;– 9928359478

fd’kukjke nsoklh – 9829588753



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)

42.30 m

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

36.65 m

c) Aquifer surface area A (in m2) (= GP area) (Source: Patwari) 36480000 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 5.65x0.02x36480000 = 4122240 m3

Surface water (maximum theoretical potential run-off generated in the GP area) 36480000 m3

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

b) GP area B (in m2) (Source: Patwari) 36480000 m3

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

d) Estimated runoff coefficient Ro (as per Strange table – Refer to Training Manual) 0.052

MAXIMUM POTENTIAL SURFACE WATER AVAILABLE* (m3

/ year) : SW = B x R/1000 x Ro 36480000 x 0.392x 0.052 = 743608.32 m3

Treated sewage water (in m3) TSW No

TOTAL (GROUNDWATER + SURFACE WATER) (in m3/ year) : GW + SW + TSW 4122240 + 743608.32 = 4865848.32 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…)

SAWRAD Talab Nadi

01 01

July to Sept. July to Sept.

Livestock & Domestic use

All community

2258 Not tested

RISANIYA Talab 01 July to Oct. Livestock All Community

670 Not tested

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

SAWRAD Open wells =313 05 Functional 09 Functional

299 Not Functional

July to June July to Nov.

Hkw ty Lrj ds xgjk gkus s

dkj.k cUn iMh gSA

Drinking water domestic 2 livestock

Farmer & Private

1310

Not tested

RISANIYA Open wells = 05 05 Not Functional


dkj.k cUn iMh gSA

120

SAWRAD Tubewells = 50 02 Drinking water domestic

a Drinkable

Private Tubewells 02 Irrigation



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

SAWRAD Handpump = 39

03 Functional 36 Not Functional

July to June


dkj.k cUn iMh gSA

Drinking water &

domestic use

AWW School Sc Basti

GLR 02 Functional July to June (Supply from PHED

T.W. & Kantaliya Dem)

Drinking water & domestic use

AWW School Sc Basti Peo.

Pichka 02 Functional July o june Drinking water & domestic use

AWW School Sc Basti Peo.

RISANIYA Handpump = 11 F.

July toJune

Drinking water & domestic use

AWW School Sc Basti

3450

Tested by ANM 1.6 Fluoride

GLR 02 Functional July o June Drinking water & domestic use

All community

120 Tested by ANM 1.6 Fluoride

(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” SAWRAD

1 Drinking G.L.R. xaokbZ fipdk

gMS iEi

G.L.R.

>100 m >50 m >150 m >120 m

drinkable Fluoride – 1.5 by ANM

July to June d.Vkfy;k cka/k ls

is;ty O;oLFkk

2 Livestock rkykc

G.L.R. fipdk

>250 m >50 m >100 m

Drinkable July to Sept. July to June

d.Vkfy;k cka/k ls

is;ty O;oLFkk

3 Domestic, Commercial Institutional

G.L.R. 2 fipdk 2

>100 m >50 m

Drinkable July to June d.Vkfy;k cka/k ls

is;ty O;oLFkk

4 Agriculture Tubewells open well

>200 m >250 m

Drinkable & Some fluoride & Tested

July to Dec. d.Vkfy;k cka/k ls

is;ty O;oLFkk



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

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

NA NA NA NA NA

Village “B” RISANIYA

1 Drinking G.L.R. 01 Hand pump 11 F.

>100 m >20 m

drinkable & Fluoride – 1.5 by ANM

July to June July to June

d.Vkfy;k cka/k ls

is;ty O;oLFkkA

2 Livestock G.L.R. rkykc

>100 m >250 m


July to June July to Oct.

d.Vkfy;k cka/k ls

is;ty O;oLFkkA

3 Domestic, Commercial Institutional

G.L.R. 01 Hand pump 11 F.

>100 m >20 m


July to June July to June

d.Vkfy;k cka/k ls

is;ty O;oLFkkA

4 Agriculture Tubewells open well

>250 m >150 m

Drinkable & Some fluoride & Tested

July to Oct. July to Oct.

d.Vkfy;k cka/k ls ugj

;kstuk nh tk;sA

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

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

2017

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)


5055

Yes

No

No

758/5055 =15 %

85%


827

Yes

No

No

124/827=15% 85%

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 Turk ty ;kstuk

PHED, GP committee

Free 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

pSdMes fuek.Z 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


Public PHED Turk ty ;kstuk

PHED, GP committee

Free 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

pSdMes fuek.Z 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

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)

SAWRAD 1- Tokj] 140 1-Xksagq 90 1- esgUnh 883

2- cktjk] 235 2-jk;Mk 60 3- fry 100 3-thjk 30 4- pkSyk vkSj ewax&eksB 16 4-esgUnh 133 5. esgUnh 750

RISANIYA Total 315 05 122

GP total TOTAL area Kharif

1556 TOTAL area Rabi 318 TOTAL area Double crop

1005

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)

SAWRAD 2049 1241 313 No No 495 RISANIYA 499 315 05 No No 179 GP Total 2548 1556 318 No No 674

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

SAWRAD 3130 = Open wells Functional = 05 July to June Functional = 09 July to Oct. Not Functional = 299 Closed

Private Private No tariff appropriate QOokjk i)fr viukbZ

tk;sA

Ukgj ;kstuk nh tk;sA

53 =Tubewells Fuctional = 15 July to June Functional = 22 July to Oc. No Functional = 16 Closed

private Private No tariff appropriate QOokjk i)fr viukbZ

tk;sA


RISANIYA 05=Open wells Not Functioal 05 Closed

private Private No tariff appropriate

Tube well 15 03 Funcional July to June 12 Not Functional Closed

private

Private

No tariff

appropriate

QOokjk i)fr viukbZ

tk;sA


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

0 0 0 0

0 0 0 0



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 2011

Annual water demand (m3) in 2021

Human drinking water 17175.44 m3 19239.88 m3

Livestock drinking water 46488.225 m3 49300.55m3

Other domestic, commercial and municipal water uses 68701.76 m3 76959.52m3

Agriculture Kharif Rabi

00 00

1101600 m3 1101600 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) 242525.425 m3 1247099.95 m3

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)

SAWRAD 1094 328.2 310 18 94.15% RISANIYA 172 35 30 05 85.71% GP total 1266 363.2 340 23 93.6%

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 Functional

Schools Yes 26 (lHkh fo|ky; es)

20 Functional 06 Not Functional

Functional njokts VqVs gq, ,ao j[k j[kko dk vHkkoA

Health centres Yes 01 01 Functional Functional

Other (Community latrines, etc…)

Other = 363

Community = 25

340 Functional 23 Not Funtional 25 No Functional

Functional njokts VqVs gq, j[k j[kko dk vHkko ,ao lkQ lQkbZ dh leL;k gSA

njokts VqVs gq, j[k j[kko ,ao ikuh dk vHkko

GP Total 416 54 Not Functional 362 Functional



(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

NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO NO

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 450 mm 580 mm

Groundwater level 20 m 28 m 45 m

Groundwater quality Best Medium Low

Water sources used for drinking water

ckoMh] xaokbZ fipdk [kqys dq,

lkoZtfud ty xg rkykc

lkoZtfud fipdk th-,y-vkj- gSMiEi ]

V~;qcosy PHED }kjk gSMiEi [kqys dqW,

Tube well cksjoSy lkoZtfud fipdk

th-,y-vkj futh d.q M gMS iEi ls i;s ty

miyC?k gks jgk gASS

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

2 rkykc

lojkM 200 x 120 x 16 fjlkf.k;k 180 x 80 x 15 Openwell 10 ckoMh 80 x 200 x 30

2 rkykc

lojkM 200 x 120 x 16 fjlkf.k;k 180 x 80 x 15 Openwell 200 G.L.R. 01 , fipdk 02

Open well = 318 T.W. = 68 2 rkykc

G.L.R. = 04, fipdk = 02

Number of tube wells in GP area

No 38 Functional Private T.W. = 65(F.-43,N.F.-22) PHED 2 T.W. = 2 N.F.

Population in GP 3547 4568 5882

Livestock population in GP 7345 5350 6779

Cultivated area and type of crops grown

[kjhQ& dikl] fephZ] cktjk] Tokj]

fry] ewaxQyh] vj.MhA

jch & xsgq]jk;Mk]tkS]thjk]lkSQA

[kjhQ& dikl] fephZ] cktjk] Tokj]

fry] ekSB]eqaxA

jch & xsgq]jk;Mk]tkS]thjk]lkSQA

[kjhQ& poyk] cktjk] Tokj]

fry] ekSB]eqax] esgUnhA

jch & xsgq]jk;Mk]A

Main source of livelihood in the GP

df"k ,ao etnqjh dqN ljdkjh ukSdjh

vkjS i’k/q ku ij vkthfodk O;kiu dj

jgs gSA

df"k i’kq/ku]dqN ljdkjh] v)Z ljdkjh

ukSdjh çkbZosV ukSdjh O;kikj ,ao vU; jk;ks es

O;kikj ,ao vU; jkT;ks es O;kikj ,ao etnqjh

ds fy,iyk;u i’kq/ku ij fuHkZjA

df"k etnqjh ljdkjh ukSdjh çkbZosV ukSdjh

O;kikj vU; jkT;ks dks iyk;u etnqjh

eujsxk i’kq/ku vkfn ij fuHkZj gSA

Source: PRA



(ii) Summary of encountered water and sanitation related problems in GP and suggested sol uti ons (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

Source: PRA

Problems: xzke lojkM] fjlkf.k;k es ukfy;ks dk fuekZ.k gks j[kk gSA ysfdu xanxh ls iq.kZ

:i ls MVh iMh gSA lQkbZ dk cgqr vHkko gksus ds dkj.k ukfy;ks VqVh gqbZ gSA

xank ikuh ckgj QSy jgk gSA SC cLrh es ukfy;k o lh lh lMd ugh gksus ds

dkj.k xank ikuh vke jkLrs es tek gks jgk gSA lkoZtfud ’kkSpky; dk

vHkko]’kkSdrs xM~Mks dk vHkko] xako es dbZ txg ?kjkd ds vkxs ,ao uqDdMks o

pkSjkgks ij vif’k"V inkFkZ] IykfLVd dh FkSfy;k pk; ihus ds di vkfn dpjk

Mkyrs gSA lsuhVs’ku ds foifjr gh çHkko iMrk gSA

Proposed Solutions: xzke lojkM] fjlkf.k;k ukfy;ks dk fuekZ.k gks j[kk gSA txg txg ls VqVh gqbZ

gSA lQkbZ ds vHkko dks nqj fd;k tk;sA iqu ukfy;k o lh lh lMdks dk

fuekZ.k fd;k tk;sA xans ikuh ls d"kd flpkbZ ds :i es mi;ksx ys ldrs gSA

?kjsyq dpjks dks pkSjkgks ij dpjk ik= es Mkyk tk;s fQj iapk;r )kjk

fuLrkj.k fd;kA’kkSdrs xM~Mks dk fuekZ.k fd;k tk;sA fcekfj;ks QSyus ls jksdk

tk ldrs gSA LoPNrk ds fy, leqnk; i xakeh.kks ds fopkjks o lksp es cnyko

rFkk le> fidflr djus ds fy, tu psruk dk;Zdze pyk;s tk;sA

Problems:

xzke lojkM o fjlkf.k;k es

¼1½ is;ty%& dbZ ckj vkiwfrZ le; ij ugh gks ikrh gSA

¼2½ ikbZi ykbZu txg txg ls fydst dh leL;k Hkh gks tkrh gSA

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

¼4½ th-,y-vkj ds vkl ikl xanxh dk vkye blls fcekjh;ks es of) gks jgh

gSA

¼5½ xzke iapk;r ds lsgokt o nknh;k es yxHkx lHkh gSMiEi [kjkc gks j[ks ;k

lq[k x;sA

¼6½ Hkqty dk Lrj dkQh uhpk pyk x;kA

¼7½ xzke iapk;r ds rkykc dk j[k j[kko dk vHkko o cgko {kS= es :dkoVsA

¼8½ xzke iapk;r dh feV~Vh es yo.kh;rk dk çHkko vf?kd ek=k es gSA

¼9½ iqjkus L=ksrks dk vHkkoA

¼10½ ferO;;rk dk vHkkoA

¼11½ tula[;k of) ,d çeq[k dkj.kA

¼12½ unh dk yEcs le; ls u vkukA

¼13½ o"kkZ Hkh de ek=k es gks jgh gSA

Proposed Solutions: ¼1½ xzke lojkM o fjlkf.k;k es V WH & SC }kjk o PHED ikuh dh leL;k

ds fy, dksbZ ftEessnkj O;fDr dh fu;qfDr dh tk;s] ,oa lewg esa feydj

turk dh okLrfod leL;kvksa dk lek?kku fudkysA

¼2½ lHkh leqnk; dks ekax ds vuq:it y dh iqfrZ dh tk;sA

¼3½ ikbZi ykbZu ds fydst dks nqj fd;k tk;sA

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

¼5½ rkykc dk fuekZ.k djds o"kkZ ds ikuh dks jksdk tk;s tksgM es dq.M dk

fuekZ.k fd;k tk;sA

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

SC /ST cLrh es ikuh fey jgk gSA tks ç;kZIr ek=k es rFkk <k.kh;ks ij o"kkZ

ikuh ,df=r djus gsrq dq.Mks dk 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 nknh;k o

esykokl es is;ty fd deh gS

5 PHED }kjk daVkfy;k cka?k ls is;ty dh lIykbZ gks jgh gSA ikbZi ykbZu

fyadst gksus ds dkj.k ty O;FkZ cg jgk gSA

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

7 ¶yksjkbM o yof.k;rk fd ek=k dk vf/kd gksukA

8 iqjkus L=ksrks dk cUn gks x;s gSA G.W. dh T.W. cUn gks xbZ gSA 9 PHED dh T.W. es de ikuh gSA

10 xUns ikuh fd fudklh lgh ugh gSA rFkk yksxks }kjk ukfy;ks dh lqkbZ <hd

gSA

Proposed Solutions: ¼1½ xzke lsgokt es nknh;k o esykokl rhuks xkaoks es Hkkx ,ao iwfrZ leku gksA

SC/ST cLrh ,oa ch-ih-,y- ifjokjks ds fy, lekurk j[krs gq;s lkoZtfud

th-,y-vkj- ,oa ikbZi ykbZu }kjk i;kZIr ek=k esa is;ty miyC/k gSA

¼2½ ftUgs de jkf’k ls ty miyC/k djk;k tk;sA

¼3½ ikuh ds viO;; dks jksds rFkk ,p-,p- dusD’ku esa ?kj ij VqaVh yxk;sA

¼4½ ikuh ds egRo dks le>s o"kkZ ds ikuh dks Nrks ls bdBk~ djsA

¼5½ df"k ds fy, QqOokjk ,oa fMªi flLVe dk mi;ksx fd;k tk;sA o"kkZ ds ikuh

ls Hkwty dk Lrj c<k;s] dqvksa ,oa V;wcosy dk ty Lrj Hkh c<k;s tk,A



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

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

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

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

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 —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, ftlls fcekfj;k¡ uk QSysA

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

(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 1 is;ty dh vkiqfrZ dh vfu;ferrk gksukA 1 fu;fer ikuh dh iwfrZ djuk A

2 ¶yksjkbM ;qDrA

3 ikbZi ykbZu fydstA

2 Hkw ty dk fujUrj fxjrk fLFkjA

3 vksoj Mªk¶V ds dkj.k A

2 [kqys uyks ij Vsi yxk nsuk pkfg,A

3 lq[ks H.P. o dqvks dks fjpktZ djds iqu

(iv) Priority ranking

Measures such as change in cropping pattern, Tanka Drain Lines Recharge structure

Improve water availability

Improve equitable distribution

Water Priority Priority frequncy

Drinking Drinking Drinking Drinking 4 Health Health ---- Health 2

Ground Water availability Recharge Priority 3 Agriculture availability New Technology Priority 2 Livestock Drinking Drinking Priority 2

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/k¼vR;f/kd ek=k esa ½iz;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)

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. (i) G.L.R.fuekZ.k csjk

fiify;kW 430 xzkeh.k

(ii) gMS iEi csjk feBkf.k;k]csjk

dks;Vk

gSMiEi fuekZ.k dks;Vk csjk ] gSMiEi fuekZ.k feBkf.k;k csjk] bu nksuks csjks ij gSMiEi fuekZ.k gksus ls 8

ls 10 ekg rd ;k 12 ekg rd is;ty miyC?k gks ldrk gSA blls 150 xzkeh.kks ,ao 230 i’kqvks dks

is;ty vklkuh ls miyC?k gks tk;sxkA D;ksfd xzke iapk;r lojkM ls 2 fdyksehVj nqj gSA blfy,

bu gSMiEiks dk fuekZ.k vfrvko’;d gSA csjk fiify;kW G.L.R.fuekZ.k 10000 yhVj e; ikbZi ykbZu

dk dk;ZA xzkeh.k turk 430 ,ao 150 i’kqA G.L.R.fuekZ.k gksus ls vkl&ikl ds csjks okyks dks Hkh

is;ty miyC?k gks tk;sxkA

ikbZi ykbZi fuekZ.k dk;Z lojkM ls eksBoky dh vksj c<k;h tk;sA vkcknh 150,ao 100 i’kqA PSP yxkus ls is;ty miyC?k gks tk;sxkA

Total 730

SC/BPL= 210

2. Rain water harvesting

jktho xka/kh Hkou ,ao jktdh; ek/;fed fo|ky; es o"kkZ ty laxgz .k Vkadks dk fuek.Z k gksus ls nksuks

LFkkuks ij SC ,ao vU; lenq k; dks Hkh is;ty ,ao ?kjsyq ikuh mi;ksx gsrq 3&4 ekg rd miyC?k gks

ldrk gSA

jktdh; ek/;fed fo|ky; Nk=ks ,ao v?;kidks dks ikuh 6 ekg is;ty gsrq miyC?k gks tk;sxkA

150 Sc/30 BPL

+

fo|ky; Nk= ,ao v?;kid

370

3. ckoMh dk th.kks}Z kj ,sfrgkfld ckoMh dk th.kksZ}kj gksus ls iqjkus ty L=ksr thfoUr gks ldrs gSA blls is;ty ,ao ?kjsayq

mi;ksx gsrq ikuh miyC?k gks ldrk gAS rFkk o"kkZ dk ikuh laxfz gr gks ldsxkA ;g ,d xzkeh.kks ds

fy, ,d vPNk vuqHko gksxk is;ty cpkus dk blls vkus okyh ih<h Hkh çsfjr gksxhA

All Community

4. ukyk fuek.Z k 1. ukyk fuekZ.k dkyq jke uk;d ds ?kj ls rkykc dh vksj A

2. Hkaoj yky jsaxj ds ?kj ls eq[; ukyk rdA

3. dsukjke fljoh ds ?kj ls HkS:th efUnj dh vksj 500 QhVA

ukyk fuekZ.k gksus ls xkao dk xUnk ikuh rkykc es tkus ls df"k ds fy, mi;ksx gks ldrk gSAHkw ty

fjpktZ Hkh dNq ek=k es gksxk ,ao xkao dh xUnxh Hkh njq gksxhA eysfj;k ] Mk;fj;k tlS h fcekfj;ks ls

jkgr feyxs hA

150/Sc/0/BPL

+

vkcknh 2564/PRA+

Livestock + Agriculture

5. lkotZ fud ’kqyHk

’kkSpky;ks dk fuekZ.k

lkotZ fud ’kqyHk ’kkpS ky;ks dk fuekZ.kAlojkM xkao es jkBkMS ks dk ckl ,ao ljxjks dk ckl es ,ao

fjlkf.k;k xkao es Hkh lkoZtfud ’kqyHk ’kkSpky; dk fuekZ.k gksus ls xUnxh nqj gksxh ,ao xzkeh.kokfl;ks

dks ’kkSp dk;Z gsrq fuf’pr LFkku feysxkA xkz eh.kokfl;ks es tkx:drk vk;sxhA

All Community

6. Rain gage xzke iapk;r lojkM ds uofuferZ jktho xka?kh lsok dsUnz 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

gkxs kA

NOTE :- lHkh çLrko xzke lHkk ls vuqeksfnrA



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/Programm

es

EU-SPP Funds

Public/Privat e

Contribution


fiify;kW 430 xzkeh.k


dks;Vk

60,000/-

4635/-

61,000/-

85,365/-

121,000/-

90,000/-

PHED

PHED

0 Jenku ds :i

es

Jenku ds :i

es


120,000/-

180000/- 300000/- EU-SPP 300000/- Jenku ds :i

es

3. ckoMh dk th.kks}Z kj 80,000/- 50,000/- 130,000/-

PHED

0 -

Jenku ds :i

es

4. ukyk fuek.Z k 60,000/- 80,000/- 140,000/- T.F.C.+MNREGA 0 Jenku ds :i

es


’kkSpky;ks dk fuekZ.k

32,200/- 2,29600/- 2,61800/- T.F.C.+ MNREGA 0 Jenku ds :i

es

6. Rain gage 1500/- 3500/- 5000/- G.P 0 xkz e iapk;r

Total 916800/- 300000/-

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

NOTE :- lHkh ewY; xzke iapk;r çLrko ds vk/kkj ij çLrkfor o vuqeksfnr gSA



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

lojkM xzke iapk;r IWRM ds rgr tks çLrko fy, gSA mlds fy, xzke iapk;r LFkku miyC?k djok;sxh vkSj ;kstukvks dks iw.kZ djsxhA

lojkM xzke iapk;r IWRM ds rgr ;fn vkfFkZd /ku fd deh vkrh gSA rks xzkeh.k turk bles vkfFkZd ,ao Jenku lg;ksx djds dk;Z ;kstukvks

dks iw.kZ djus es VWH&SC dk iw.kZ lg;ksx jgsxkA

1. gMS iEi fuek.Z k dks;Vk csjk ] gMS iEi fuek.Z k feBkf.k;k csjk] bu nksuks csjks ij gMS iEi fuek.Z k gksus ls 8 ls 10 ekg rd ;k 12 ekg rd is;ty miyC?k gks ldrk gAS

blls 150 xzkeh.kks ,ao 230 i’kqvks dks is;ty vklkuh ls miyC?k gks tk;sxkA D;ksfd xzke iapk;r lojkM ls 2 fdyksehVj nqj gSA blfy, bu gSMiEiks dk fuekZ.k

vfrvko’;d gSA cjs k fiify;kW G.L.R.fuekZ.k 10000 yhVj e; ikbiZ ykbuZ dk dk;AZ xkz eh.k turk 430 ,ao 150 i’kqA G.L.R.fuekZ.k gksus ls vkl&ikl ds csjks okyks

dks Hkh is;ty miyC?k gks tk;sxkA ikbZi ykbZi fuekZ.k dk;Z lojkM ls eksBoky dh vksj c<k;h tk;sA vkcknh 150,ao 100 i’kqA PSP yxkus ls is;ty miyC?k gks

tk;sxkA

2. jktho xka/kh Hkou ,ao jktdh; ek/;fed fo|ky; es o"kkZ ty laxzg.k Vkadks dk fuekZ.k gksus ls nksuks LFkkuks ij SC ,ao vU; leqnk; dks Hkh is;ty ,ao ?kjsyq ikuh

mi;ksx gsrq 3&4 ekg rd miyC?k gks ldrk gSA jktdh; ek/;fed fo|ky; Nk=ks ,ao v?;kidks dks ikuh 6 ekg is;ty gsrq miyC?k gks tk;sxkA

3. ,sfrgkfld ckoMh dk th.kksZ}kj gksus ls iqjkus ty L=ksr thfoUr gks ldrs gSA blls is;ty ,ao ?kjsayq mi;ksx gsrq ikuh miyC?k gks ldrk gSA rFkk o"kkZ dk ikuh

laxzfgr gks ldsxkA ;g ,d xzkeh.kks ds fy, ,d vPNk vuHq ko gksxk is;ty cpkus dk blls vkus okyh ih<h Hkh çsfjr gksxhA

4. ukyk fuekZ.k gksus ls xkao dk xUnk ikuh rkykc es tkus ls df"k ds fy, mi;ksx gks ldrk gSAHkw ty fjpktZ Hkh dqN ek=k es gksxk ,ao xkao dh xUnxh Hkh nqj gksxhA

eyfs j;k ] Mk;fj;k tlS h fcekfj;ks ls jkgr feyxs hA

5. lkotZ fud ’kyq Hk ’kkpS ky;ks dk fuekZ.kAlojkM xkao es jkBkSMks dk ckl ,ao ljxjks dk ckl es ,ao fjlkf.k;k xkao es Hkh lkotZ fud ’kyq Hk ’kkpS ky; dk fuek.Z k gksus ls

xUnxh nqj gksxh ,ao xzkeh.kokfl;ks dks ’kkSp dk;Z gsrq fuf’pr LFkku feysxkA xzkeh.kokfl;ks es tkx:drk vk;sxhA

6. xzke iapk;r lojkM ds uofufeZr jktho xka?kh lsok dsUnz ij Rain gage yxkuk furkUr vko’;d gAS ftlls ty lalk?ku foHkkx dks ml {kS= dh ckfj’k dk lgh

vkdayu dj xzke iapk;r dh is;ty ;kstuk dh fd;z kfUor fd;k tk ldsA ,ao ljdkj dks Hkh çR;sd xkz e iapk;r ds lgh vakdMs miyC?k gks ldsA



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


fiify;kW

430 xkz eh.k

(ii) gMS iEi csjk

feBkf.k;k]csjk

dks;Vk

G.P. VWH&SC

yes Need for quality construction and help

121,000/-

90,000/-

G.P. VWH&SC

Grampanchayat


G.P. VWH&SC


300000/- G.P. VWH&SC

Grampanchayat

3. ckoMh dk th.kks}Z kj G.P. VWH&SC


130,000/- G.P. VWH&SC

Grampanchayat

4. ukyk fuek.Z k G.P. VWH&SC


140,000/- G.P. VWH&SC

Grampanchayat


’kkSpky;ks dk

fuekZ.k

G.P. VWH&SC


2,61800/- G.P. VWH&SC

Grampanchayat

6. Rain gage G.P. VWH&SC


5000/- G.P. VWH&SC

Grampanchayat

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


fiify;kW 430 xkz eh.k


dks;Vk


3. ckoMh dk th.kks}Z kj

4. ukyk fuek.Z k

5. lkotZ fud ’kqyHk ’kkSpky;ks dk fuekZ.k

6. Rain gage

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 PLAN€¦ · EU STATE PARTNERSHIP...

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