hkwty laj{k.k fe”ku ds vurxzr p;fur ncko xzlr fodkl[k.mksa...

Hkwty laj{k.k fe”ku ds vUrxZr p;fur ncko

xzLr fodkl[k.Mksa dk HkwxHkZ ty ifjn`”;

tuin & cfy;k

¼ekLVj fjpktZ Iyku½

fjeksV lsaflax fo/kk ls lhekafdr okVj'ksM esa

gkbMªksft;ksy‚ftdy ,oa gkbMªksft;ksekQksZy‚ftdy

ifjfLFkfr;ksa ds vk/kkj ij vkfVZQhfl;y fjpktZ] Hkwty

fodkl ,oa ty lap;u {ks=ksa ds lhekadu ij dsafær

çfrosnu

'kkldh; ç;ksxkFkZ

'kkldh; ç;ksxkFkZ

Ok’kZ & 2017 & 18 QksVksftvksy‚th ,oa fjeksV lsaflax ç;ksx'kkyk mÙkj çns'k HkwxHkZ ty foHkkx

HHkk wwttyy llaajj{{kk..kk ffee””kkuu ddss vvUUrrxxZZrr pp;;ffuurr

nncckkoo xxzzLLrr ffooddkkll[[kk..MMkk ss aa ddkk HHkk wwxxHHkk ZZ ttyy

iiffjjnn``””;;

ttuuiinn && ccffyy;;kk

¼¼eekkLLVVjj ffjjppkkttZZ IIyykkuu½½

ççssjj..kkkk JJkkssrr ,,ooaa eekkxxZZ ffuunnss ZZ''kkuu %% eekkssffuuddkk ,,llåå xxxxZZ

ççeeqq[[kk llffppoo

yy??kkqq ffllaappkkbbZZ ,,ooaa HHkkwwxxHHkkZZ ttyy ffooHHkkkkxx

mmåå ççåå ''kkkklluuAA

rrdduuhhddhh llgg;;kk ssxx %% oohh00ddss00 mmiikk//;;kk;;

ffuunnss''kkdd

yyss[[kkuu ,,ooaa llaaddyyuu %% vvffuuyy ddqqeekkjj ffeeJJkk

llhhffuu;;jj ggkkbbMMªª kkssfftt;;kkssyy‚‚ffttLLVV

vuqØef.kdk

Øekad fooj.k ist u0

1- tuin & cfy;k esa HkwxHkZ ty & ,d ifjn”; 2

2- tuin & cfy;k & rF;kRed ifjp; 4

3- HkkSxksfyd lwpuk & tuin & cfy;k 7

4- lkekU; lwpuk,a 9

5- Ok’kkZ dh fLFkfr 11

6- HkwxHkZ ty lalk/kuks dk ifjn”; (Hydrogeological Scenario) 12

7- tuin esa y?kq flapkbZ dk;ksZ (M.I. Works) dh fLFkfr 16

8- Lkrr Hkwty izcU/ku gsrq okVj”ksM fl}kUr 17

9- tuin cfy;k esa okVj”ksM {ks=ksa dk lhekadu 18

10- fodkl[k.M& jlM+k fjeksV lsflax vk/kkfjr eSfiax 24

11-

xzkeh.k {ks= esa o’kkZ ty lap;u o fjpktZ rduhds] fMtkbUk] fof/k;ka

32

12- Hkwty izcU/ku 35

13- fu’d’kZ o lq>ko 36

14- fodkl[k.Mokj vkfVZfQfl;y fjpktZ ,oa lrgh ty lap;u ds xzkeokj LFkyksa dh lwph 39

2

ttuuiinn && ccffyy;;kk eess aa HHkk wwxxHHkk ZZ ttyy && ,,dd iiffjj„„'';;

&fjeksV lsaflax fo/kk ls lhekafdr okVj'ksM esa gkbMªksft;ksy�ftdy ,oa gkbMªksft;ksekQksZy�ftdy

ifjfLFkfr;ksa ds vk/kkj ij vkfVZQhfl;y fjpktZ] Hkwty fodkl ,oa ty lap;u {ks=ksa ds lhekadu

ij dsafær çfrosnu

i’B Hkwfe

tuin cfy;k xaxk ,ywfo;y ds eSnkuh

Hkw&Hkkx dk fgLlk gSA Hkwty ds ifjis{; esa fo”o ds

le} Hkwty L=ksrksa esa ls ,d gSA ;gk¡ Hkwty lEink

dks vlhfer le>dj voSKkfud rjhds ls nksgu ds

dkj.k rFkk Hkwty fjpktZ ,oa nksgu esa leUo; ugh

gksus ls Hkwty Lrj es fujUrj fxjkoV dh fLFkfr

ifjyf{kr gSA o’kkZ ty dks lajf{kr djus rFkk fxjrs

Hkwty Lrj dks jksdus ds fy, d`f=e mik;ks dks

viukuk vfr vko”;d gSA

izns”k ds cfy;k+ tuin esa Hkwty ds

vR;f/kd nksgu ,oa nksgu ds lkis{k gks jgs de

Hkwty fjpktZ ds QyLo:Ik tuin ds 01

fodkl[k.M 2013 ds Hkwty miyC/krk izfrosnu ds

vk/kkj ij ladVkxzLr Js.kh esa oxhZd`r gSA bu {ks=ksa

esa Hkwty lEink dk Lrj fujUrj uhps tk jgk gSA

ftlds QyLo:Ik {ks= esa ty leL;k fodjky :Ik

/kkj.k djus dh fn”kk esa vxzlj gSA

orZeku le; esa tula[;k foLQksV ds

dkj.k] d`f’k] m|ksx vkfn {ks=ks es ty dh ekax es

lrr of} gksus ds lkis{k ty laj{k.k] izca/ku ,oa

fu;kstu dks oSKkfud :Ik ls djrs gq, LFkkuh;

gkbMªksft;ksykWftdy ifjfLFkfr;ksa ds vuqlkj

okVj”ksMokj ty izca/ku dj ty leL;k dk

funku fd;k tk ldrk gSA {ks= es lrgh ty

lap;u] Hkwty fjpktZ ds lkFk HkwxHkZ ty dk iz;ksx

dsoy ihus gsrq fd;k tk;s ftlls HkwxHkZ ty ij

ncko de gksxk rFkk {ks= es gks jgh o’kkZ ds ty

dks iwjs o’kZ ds mi;ksx gsrq ,df=r fd;k tk ldrk

gSA

o’kkZ ty ds mi izokg ds :Ik es cgdj

O;FkZ gksus ds iwoZ {ks= fo”ks’k es bldks jksddj lrgh

ty lap;u ds ek/;e ls lrgh ty mi;ksx fd;k

tkuk le; dh vko”;drk gSA Hkwty iquZHkj.k ,oa

lrgh ty lap;u ds fy, fjeksV lsaflax fo/kk ls

lhekafdr okVj”ksM esa gkbMªksft;ksykWftdy ,oa

gkbMªksft;ksekQksZy�ftdy ifjfLFkfr;ksa ds vk/kkj ij

d`f=e iquZHkj.k ,oa ty lap;u {ks=ks dk lhekadu

,oa d`f=e iquZHkj.k rFkk lrgh ty lap;u ds

LFky p;u lEcfU/kr rduhdh izfrosnu {ks= esaa

Hkwty izca/ku ds fy, lgk;d gksxkA

3

SATELLITE IMAGERY - BALLIA

4

Tkuin&cfy;k+ & rF;kRed ifjp;

tuin cfy;k ,Y;wfo;y eSnkuh Hkw&Hkkx dk fgLlk gksus ds QyLo:i tuin cfy;k+ eq[;r% lery

{ks= gS ftldk lkekU; <yku mRrj&if”pe ls nf{k.k&iwoZ dh vksj gSA Hkw&vkd`frd nf’V ls ;g tuin

xaxk&;equk nksvkc dk yxHkx likV tyks< eSnku gS ftldh <yku mRrj&if”pe ls nf{k.k&iwoZ fn”kk esa gSA

tuin cfy;k+ esa Hkwty ds lexz ifjn'; ij dsfUnzr ;g fjiksVZ ;gka ds Hkwty izcU/ku o fu;kstu ds

fy, mi;ksxh jgsxh ftlesa tuin dh orZeku Hkwty miyC/krk] dks nksgu ,oa fodkl nj ds vk/kkj ij

çdkf'kr fd;k x;k gSSA

d`f"k] vkS|ksfxd ,oa is;ty lsDVjksa gsrq HkwxHkZ ty lalk/kuksa ij fuHkZjrk vf/kd gS] ijUrq flapkbZ gsrq

ugj iz.kkyh Hkh fodflr gSA

o d`f"k ;gk¡ dk eq[; O;olk; gS] fQj Hkh bl {ks= dks lkekftd nf"V ls lEiUu ugh dgk tk ldrk

gSSA

o mYys[kuh; igyw ;g gS fd flapkbZ gsrq iz;qDr gksus okys lrgh ,oa HkwxHkZ ty dk lefUor mi;ksx

(Conjunctive use) u gksus ds dkj.k tyLrj izHkkfor gksrk gSA

o ikVjh Dys iqjkus ty izokgdksa ¼isfy;ks pSuy½ esa feyrh gS rFkk bldk mi;ksx [kijSy ,oa feVVh ds

crZu cukus esa gksrk gSA

o xaxk unh ds izkphu ck<+ eSnku esa dsoy fu{ksi.k osfndk;sa ¼fMikft”kuy Vsjsl½ feyrs gSA

o xaxk unh ds lfØ; ck<+ eSnku esa IokbaV] pSuy rFkk ySV~jy ckj ik;s tkrs gaSA

o xaxk ds mDr eSnkuh {ks= esa Flood Plain Deposit tks fd Newer Alluvium ds :Ik es ifjHkkf’kr gS

esa erosional ,oa depositional deposit Li’V ifjyf{kr gksrh gSA

o ty /kkjd ijrsa (Aquifer) fofHkUu xgjkbZ ij semi - confined ls confined nature esa dbZ ijrksa

esa ikbZ tkrh gS tks fd txg& txg ij clay bed }kjk ,d nwljs ls foHksfnr gksrh gSaA

7

HkkSxksfyd lwpuk & tuin & cfy;k+

dqy {ks=Qy 2999-42 oxZ fd0eh0 ¼th0vkbZ0,l0 eSfiax ds vuqlkj½

2992-65 oxZ fd0eh0 ¼lkaf[;dh; Mk;jh ds vuqlkj½

yksds'ku v{kkWa”k 25033*30^^ & 26

011^30^^ mRrj v{kka”k ,oa 83

038^00^^ &

84038^20^^ iwoZ

unh iz.kkyh xaxk] ?kk?kjk] NksVh ljtw rFkk eaxbZ vkfn ufn;ksa ls cuk

viokg rU= ftldk lkekU; izokg mRrj ls nf{k.k fn'kk dh

vksjA

tyok;q v/kZ”kq’d ekulwuh (Semi-Arid)

okf"kZd vkSlr o"kkZ vkSlr o’kkZ 854-103 feyhehVj] ekulwu o"kkZ % 872-00 fe0eh0

VksiksxzkQh mRrj&if”pe ls nf{k.k&iwoZ dh vksj <yku ds lkFk]

lkekU;rk% lery

leqnz ry ls vkSlr

Å¡pkbZ (Altitude)

63 eh0 ls 72 eh0

<yku (Slope) mRrj&if”pe ls nf{k.k&iwoZ fn'kk esa

ft;ksykWth tuin prqFkZdYih volknksa ls vkPNkfnr gS ftudks izkphu

tyks< rFkk uohu tyks< esa foHkkftr fd;k x;k gSA izkphu

tyks< vkDlhdr] Hkwjs] ihys rFkk [kkdh jax ds volknksa }kjk

fufeZr gSa tcfd uohu tyks< vkDlhdr] /kwlj ,oa [kkdh jax

ds volknksa ls cuk gqvk gSA

ft;ksekWQkZsykWth

tuin xaxk eSnku dk ,d Hkw&Hkkx gSA Hkw&vkdfrd :Ik ls

;g mPp Hkwfe rFkk fuEu Hkwfe esa foHkkftr gSA mPp Hkwfe tks

okjk.klh eSnku ds uke ls tkuh tkrh gS] xaxk&?kk?kjk nksvkc

esa vkSlr leqnz ry ls 57&69 eh- dh Å¡pkbZ ij fLFkr gSA

;g eSnku ika”kq ¼flYV½ ls e.e; gS rFkk nf{k.k&iwoZ dh vksj

eUn <yku okyh gSA blesa vof”k’V unh; vkdfr;k¡ tSls fd

rky ,oa iqjkiz.kky fo|eku gSaA

9

lkekU; lwpuk,a

orZeku tula[;k 2011 ds vk/kkj ij & 32]39]774

tula[;k ?kuRo & 1083 izfr oxZ fdåehå

tuin esa ladVkxzLr fodkl[kaMksa dh lwph & 1

1& jlM+k

{ks=Qy ¼fodkl[k.M½

¼laf[;dh Mk;jh ds vuqlkj {ks=Qy % 204-93 oxZ fdeh-½

fodkl [k.M {ks=Qy & A ¼oxZ fdeh0½ * {ks=Qy&AA ¼oxZ fdeh0½ ** jlM+k 204.93 203.63

dqy ;ksx 204.93 203.63

{ks=Qy & A* laf[;dh if=dk ds }kjk izdkf”kr fodkl[k.Mksa dh lwph iqfLrdk o’kZ 2015 ij vk/kkfjrA

{ks=Qy & AA** fjeksV lsaflax rduhd }kjk lEikfnr okVj”ksM eSfiax ij vk/kkfjrA

o tuin ds ladVkxzLr fodkl[kaMksa esa xzkeksa dh la[;k & 173

lkekftd& vkfFkZd igyw

o Qly mRiknu dh fLFkfr [kjkcA

o is;ty ,oa flapkbZ lalk/kuksa dh O;kid dehA

o lk{kjrk nj & 70-94 izfr”krA

10

tyok;q %&

tuin cfy;k+ dh tyok;q lkekU;r% m’.k dfVcU/kh; (Sub-Tropical) “kq’d o ue gSA tuin dh vkSlr o’kkZ

854-103 fe0eh0 gS rFkk 2016 esa okLrfod o’kkZ 872-00 fe0eh0 FkhA yxHkx 80 izfr”kr o’kkZ n0i0 ekulwu ls

gksrh gSA

VksiksxzkQh %&

mRrj&if”pe ls nf{k.k&iwoZ dh vksj <yku ds lkFk] lkekU;rk% lery] Å¡pkbZ 63 vkSj 72 ehVj ds e/; gSA

tc fd eq[; ufn;ksa ds lehiorhZ {ks= undulating <yku fy, gq, gSaA dgha dgha ij natural levees izdkj dh

lajpuk,a Hkh ns[kh tk ldrh gSA

ufn;k¡ %&

xaxk] ?kk?kjk] NksVh ljtw rFkk eaxbZ vkfn ufn;ksa ls cuk viokg rU= ftldk lkekU; izokg mRrj ls nf{k.k

fn'kk dh vksjA ;g Hkh dgk tk ldrk gS fd {ks= lrgh ty ls ifjiw.kZ gSA ljksojh; eSnku yxHkx lery gS

,oa tyk”k; ;qDr gSA ;s eSnku okjk.klh eSnku esa ekStwn HkwxrZ esa fLFkr gSaA df"k ,oa vkS|ksfxd {ks=ksa gsrq

vko';d ty dh yxHkx 71 izfr'kr rd vkiwfrZ eq[;r% HkwxHkZ ty ij fuHkZj gSA

df’k %&

tuin ds vf/kdka”k xzkeh.k {ks= dk O;olk; d`f’k gSA vr% vkfFkZd ,oa lkekftd nf’V ls bldk egRoiw.kZ

LFkku gSA jch] [kjhQ ,oa tk;n bl {ks= dh rhu izeq[k Qlys gSaA xsgwa] tkS] puk] eVj rFkk ljlksa vkfn jch

dh rFkk /kku] Tokj] cktjk] eDdk] ewaxQyh]vkfn [kjhQ dh çeq[k Qlysa gSaA tk;n esa [kjcwtk] ddM+h] [khjk

vkfn eq[; Qlysa gSaA

flapkbZ %&

o’kZ 2014&15 ds vkadM+ksa ds vuqlkj tuin esa fofHkUu Qlyksa dh flapkbZ gsrq eq[;r% Hkwty lalk/kuksa ,oa ugjksa

dk mi;ksx gksrk gSA tuin esa yxHkx 85 izfr”kr flapkbZ Hkwty }kjk gksrh gS rFkk 15 izfr”kr flapkbZ ugjksa

}kjk gksrh gSA tuin esa 419 fdeh0 ugjksa dk usVodZ gSA ftys esa “kq} cks;k x;k {ks=Qy 213635 gs0 gS blesa

ls 180856 gs0 ¼85 izfr”kr½ “kq} {ks=Qy esa flapkbZ gksrh gSA

11

o’kkZ dh fLFkfr

Hkkjrh; ekSle foHkkx ds vkadM+ksa ds vuqlkj o’kZ 2016 eas tuin dh okLrfod o"kkZ 872-00 fe0eh0 gS]

tcfd tuin dh vkSlr okf’kZd o’kkZ 854-103 fe0eh0 ¼foxr 46 o’kksZ dk vkSlr½ ntZ dh x;h gSA bl tuin

esa Hkwty laxzg.k@miyC/krk esa o’kkZ ty dk fo”ks’k egRo gSA bl o’kkZ ty esa _.kkRed fopyu ¼o’kkZ ty esa

deh½ gksus ls Hkwty fjpktZ lh/ks izHkkfor gksrk gSA

bl tuin esa tgk¡ foxr o"kksZa esa o"kkZ ty esa /kukRed fopyu ns[kk x;k gS] ogh dbZ o’kkZsa esa _.kkRed

fopyu fjdkMZ fd;k x;k gSA tc _.kkRed fopyu ;kuh deficient rainfall vis{kkÑr vf/kd gks] rks

meteorological drought ¼lw[kk½ dh fLFkfr mRiUu gks tkrh gSA

Decadal Change in Rainfall ¼ o’kkZ esa n”kdh; ifjorZu½

Decade Frequency of Deficent Rainfall Years

(Negative Deviation)

Frequency of Excess Rainfall Years

(Positive Deviation)

1971 – 1980 0 10 1981 – 1990 0 10

1991 – 2000 8 2

tuin esa lw[ks dh fLFkfr % o’kZ 2004 ls 2011 rd

tuin cfy;k+ esa o’kZ 2005 ls 2011 rd o’kkZ lkekU; vkSlr o’kkZ dh rqyuk esa cgqr de gqbZ gSA

o’kZ fopyu

2004 -33%

2005 -23%

2006 -29%

2007 -9%

2008 42%

2009+ -66%

2010 -40%

2011 -18%

mDr rkfydk ls Li’V gS fd lanfHkZr o’kksZ esa fujUrj 7 o’kZ rd tuin cfy;k+ esa lw[ks dk ladV jgkA

blls Hkwty fjpktZ izHkkfor gksus Hkwty Lrj esa tgka fxjkoV ifjyf{kr gqbZ] ogha Hkwty miyC/krk esa Hkh deh

jghA o’kZ 2011 ds Ik”pkr o’kZ 2012] 2013] 2014 ,oa 2015 esa lkekU; vkSlr o’kkZ ds lkis{k tuin cfy;k+ esa

vis{kkd`r dkQh de o’kkZ fjdkMZ dh x;h gSA

o’kZ Okkf’kZd

o’kkZ ¼fe0eh0½

2012 677.30

2013 786.50

2014 729.90

2015 602.30

2016 872.00

lkekU; o’kkZ 854.103

mDr ls Li’V gS fd foxr 10 o’kksZ esa dkQh de o’kkZ tuin esa fjdkMZ dh x;h gS] ftldk lh/kk

izHkko o’kkZ ls gksus okys Hkwty fjpktZ ij iM+uk LokHkkfod gSA ;g eq[; dkj.k gS fd tuin cfy;k+ esa foxr 2

n”kdksa esa de ckfj”k gksus ls HkwxHkZ ty dh miyC/krk izHkkfor gqbZ gSA

677.30786.50

729.90602.30

872.00 854.103

0.00

200.00

400.00

600.00

800.00

1000.00

2012 2013 2014 2015 2016 lkekU; o’kkZ

Okkf’kZd o’kkZ ¼fe0eh0½

12

HkwxHkZ ty lalk/kuksa dk ifjn`”; (Hydrogeological Scenario)

ft;ksykWth %&

tuin esa lkekU; HkwfoKku fLFkfr fuEu izdkj gS %&

Age/Period Formation Group Lithology

Holocene Channel Alluvium Newer Alluvium Grey, micaceous, fine to

medium grained, loose sand,

silt and clay

Terrace Alluvium Grey, micaceous, fine to coarse grained, immature

sand, silt and clay

Middle to Upper Pleistocene

Varanasi Alluvium Older Alluvium Brownish yellow, silt-clay with kankar and brownish

sand (Recent recycled

Varanasi Alluvium sediments

in tals/paleochannels also included)

tuin prqFkZdYih volknksa ls vkPNkfnr gS ftudks izkphu tyks< rFkk uohu tyks< esa foHkkftr fd;k

x;k gSA izkphu tyks< vkDlhd`r] Hkwjs] ihys rFkk [kkdh jax ds volknksa }kjk fufeZr gSa tcfd uohu tyks<

vkDlhd`r] /kwlj ,oa [kkdh jax ds volknksa ls cuk gqvk gSA izkphu tyks< ftls okjk.klh tyks< ¼e/; ls mPp

IyhLVkslhu ;qx½ ds uke ls tkuk tkrk gS dh lajpuk dadM+ ijr&;qDr Hkwjs flYV&efRrdk rFkk vHkzde; ckyw

ds xkS.k laLrjksa ls gqbZ gSA uohu tyks< ¼gksykslhu ;qx½ vilefoU;klh :Ik esa okjk.klh tyks< ds Åij

vofLFkr gSA ;g fuEu Hkwfe vkor djrk gS rFkk bldks osfndk tyks< ,oa iz.kky tyks< esa foHkDr fd;k x;k

gSA osfndk tyks< esa /kwlj] vHkzde; ckyw] flYV rFkk efRrdk ds vUrjklaLrfjr vuqØe fufgr gSa vkSj ;g

xaxk] ?kk?kjk rFkk NksVh ljtw ufn;ksa ds fdukjs iw.kZ :Ik ls fodflr gSA iz.kky tyks< ds vUrxZr [email protected]

jksf/kdkvksa ds vn<+ ckyw rFkk v/kkrVh; flYV vkrs gSaA ljksojh fu{ksi Hkwj s flYV rFkk efRrdk dh iryh ijrksa

ls fufeZr gSA rky iqjkiz.kky esa feyus okyh iad dh iryh ijrksa dks uohu tyks< ds ledkyØeh ekuk x;k

gSA

gkbMªksft;ksykWth

bl tuin esa xaxk] ?kk?kjk] NksVh ljtw rFkk eaxbZ ufn;k¡ lrgh ty lalk/ku iznku djrh gSaA xaxk

rFkk fge ls vkiwfjr ufn;k¡ gSaA lqjgk] clÅ] nkgk vkSj nkg cM+s rky gSaA Hkwty pkj&Lrjh; tyHkrksa ds :i

esa lkekU; ls ifj#) voLFkkvksa esa fo|eku gSA Hkwty dh xgjkbZ 2 ls 10 eh- rd fopfjr djrh gSA ?kjsyw ,oa

flapkbZ dk;ksZ ds fy, lrgh rFkk Hkwfexr ty dk mi;ksx fd;k tkrk gSA

tuin xaxk eSnku dk ,d Hkw&Hkkx gSA Hkw&vkd`frd :Ik ls ;g mPp Hkwfe rFkk fuEu Hkwfe esa foHkkftr

gSA mPp Hkwfe tks okjk.klh eSnku ds uke ls tkuh tkrh gS] xaxk&?kk?kjk nksvkc esa vkSlr leqnz ry ls 57&69

eh- dh Å¡pkbZ ij fLFkr gSA ;g eSnku ika”k q ¼flYV½ ls e.e; gS rFkk nf{k.k&iwoZ dh vksj eUn <yku okyh gSA

blesa vof”k’V unh; vkdfr;k¡ tSls fd rky ,oa iqjkiz.kky fo|eku gSaA fuEu Hkwfe mPp Hkwfe ls dxkjksa }kjk

iFkd gSA bldks izkphu ck< eSnku ¼osfndk½ ,oa lfØ; ck< eSnku esa foHkkftr fd;k x;k gSA fu{ksi.k osfndk

¼Vh1½ iw.kZ :i ls xaxk] ?kk?kjk rFkk NksVh ljtw ufn;ksa ds fdukjs fodflr gSA blesa ufn;ksa ds dVkoksa ds nkSjku

ds fu{ksfir volkn lajf{kr gSaA lfØ; ck<+ eSnku ufn;ksa ds orZeku fdukjksa rd lhfer gS vkSj blds vUrxZr

[email protected]@ikf”Zod jksf/kdk,a vkrh gSaA xaxk rFkk ?kk?kjk ufn;ksa ds fdukjs ;g pkSM+k vkSj ckywe; gSA jlM+k

rglhy esa ljksojh fu{ksi okjk.klh eSnku ds Åij x<~<ksa esa fo|eku gaSA

13

o HkwxHkZ ty Lrj % tuin ds fofHkUu {ks=ksa esa Hkwty Lrj mFkyk (Shallow) gS] tks 7-05 eh0 ls

vf/kdre 8-75 eh0 dh jsUt esa ekik x;k gSA

Hkwty Lrj ¼ehVj esa Hkw lrg ls uhps½

vof/k U;wure vf/kdre

izh ekulwu] 2015 7-20 eh0 8-10 eh0

iksLV ekulwu] 2015 7-05 eh0 8-75 eh0

Hkwty Lrj jsat ¼eh0½ ,oa 2005 ls 2015 ds e/; vkSLkr fxjkoV ¼ ls0 eh0@ o’kZ½

Ø0l0 fodkl [k.M Hkwty Lrj

jsat¼eh0 esa½

Hkwty Lrj esa vkSlr fxjkoV

¼ls0eh0 izfro"kZ½ ft;ksykWftdy QkesZ'ku

izh ekulwu iksLV ekulwu

1 2 3 4 5 6

1 jlM+k 7.05 – 8.75 27.53 6.55 ,Y;wfo;e

HkwxHkZ ty foHkkx m0 iz0 ekuhVfjax ds vuqlkj 80 izfr”kr Lks vf/kd fujh{k.k dwiksa esa foxr o’kksZ esa

Hkwty Lrj esa fxjkoV ik;h x;h gSA

14

o fodkl [k.Mokj Hkwty miyC/krk

tuin cfy;k+ esa HkwxHkZ ty miyC/krk ds o’kZ 2011 ,oa 2013 ds rqyukRed vkadM+ksa ds vuqlkj

o’kkZ ,oa vU; L=ksrksa ls gksus okys okf’kZd fjpktZ (annual recharge) dh ek=k esa o’kZ 2011 ds lkis{k

o’kZ 2013 esa deh gqbZ gSA

;fn tuin esa Hkwty nksgu dh fLFkfr ns[kh tk;s rks dqy Hkwty nksgu ¼Mªk¶V½ esa leLr

fodkl[kaMksa esa fujarj of) gqbZ gSA ijUrq ;fn fodkl[kaMokj ns[kk tk;s rks o’kZ 2011 ds lkis{k o’kZ

2013 esa tuin ds bl fodkl[kaM esa Hkwty nksgu esa u rks c<+ksrjh gqbZ gSA

tuin esa ladVkxzLr fodkl[k.Mksa dh o’kZ 2011 ,oa 2013 esa HkwxHkZ ty miyC/krk dh rqyukRed fLFkfr

& tuin cfy;k+&

S. No. Block

Groundwater

Assesment

Area (ha)

Net

Groundwater

Recharge

(ham)

Existing

Gross

groundwater

Draft for all

Uses (in ham)

Net

groundwater

availability

for future use

(ham)

Stage of

groundwater

development

(%)

As on 31-3-2011

1 jlM+k 20880 4501.17 4126.18 99.51 91.67

Total 20880 4501.17 4126.18 99.51 91.67

As on 31-3-2013

1 jlM+k 20880 4075.09 3822.59 32.01 93.80

Total 20880 4075.09 3822.59 32.01 93.80

fodkl[k.Mksa dk oxhZdj.k

Øe l[a;k

fodkl [k.M Js.kh

2011 2013

1 jlM+k fØzfVdy lseh fØzfVdy

93.80

0.00

20.00

40.00

60.00

80.00

100.00

jlM+k

Stage of groundwater development, 2013 (%)

91.67

0.00

20.00

40.00

60.00

80.00

100.00

jlM+k

Stage of groundwater development, 2011 (%)

16

tuin esa y?kq flapkbZ dk;ksZ (M.I. Works) dh fLFkfr

dze la[;k y?kq flapkbZ dk;Z la[;k

¼ o’kZ 2005 & 2006 rd½

la[;k

¼ o’kZ 2015 & 2016 rd½

1 dwi ( dug well) 732 732

2 mFkys uydwi

( Shallow tubewells) 36962 42025

3 xgjs uydwi

( deep tubewells)

1 12

xzkeh.k {ks=ksa esa HkwxHkZ ty dk lokZf/kd nksgu y?kq flapkbZ lsDVj esa gksrk gS] tuin cfy;k+ esa shallow

tubewells ¼mFkys uydwi½ dh la[;k lokZf/kd gSA tuin esa xgjs uydwiksa dh la[;k esa fujarj of) gqbZ gS]

tgk¡ o"kZ 2005 & 06 esa xgjs uydwiksa dh la[;k 01 Fkha ogha o"kZ 2015 & 16 esa c<+dj 12 gks x;h gS] blh

izdkj ls mFkys uydwiksa esa 5063 dh of} gqbZ gS] ftlls ;g çrhr gksrk gS dh fdl çdkj HkwxHkZ ty nksgu

Åijh ,D;wQj (upper aquifer) esa c<+k gSA mDr rkfydk ls Li’V gS fd shallow tubewells o deep

tubewells dh la[;k esa rqyukRed of} gqbZ gS vkSj ifj.kkeLo:Ik Hkwty nksgu esa Hkh of} LokHkkfod gSA

17

lrr Hkwty izcU/ku gsrq okVj”ksM fl)kUr

(Watershed Concept for Sustanable Ground Water Management)

-The area within the ridges i.e; the catchment of a drainage system is defined as “Watershed”

¼vFkkZr Msªust iz.kkyh ds dSpesUV {ks= dks okVj”ksM vFkok tykxe dgk tkrk gS½

& HkwoSKkfud rF; ;g gS fd unh iz.kkyh hierarchical gksrh gSA

& bl iz.kkyh ds dSpesUV ds vUrxZr %

Rain water on a ridge flows in the direction of its slopes. The ridge therefore acts as a

„Water divider‟ It means that rain water normally divertes from this water divider in two or more

direction, following the land slopes/gradient,

As such, each watershed comprises a network of streams i.e., the drainage system

occupying an area surrounded by a continuous ridge line,

& bl izdkj ,d okVj”ksM {ks= dh Msªust iz.kkyh gh lkekU; rkSj ij lrgh ,oa Hkwty miyC/krk ,oa cgko dks

fu;af=r djrh gSA

- Howerver, the „watershed‟ as Ground water assessment unit is not considered within

an Alluvial terrain.

- okVj”ksM {ks= bl izdkj ,d izkd`frd tyh; Hkwfe (natural hydrologic land) gS] ftlds v/khu o’kkZ

ty dk cgko fo|eku Msªust usVodZ ls fu;af=r gksrk gSA lkekU;r% okVj”ksM ¼tykxe {ks=½ dk

oxhZdj.k {ks= fo”ks’k esa cgus okyh River ,oa streams ds vkdkj ij fuHkZj djrk gSA

okVj”ksM oxhZdj.k %

& d`f’k ea=ky; ds vky bf.M;k Lokby ,.M yS.M ;wt losZ }kjk fu/kkZfjr ekud ds vuqlkj okVj”ksM

dks N% Jsf.k;ksa esa oxhZd`r fd;k tk ldrk gS%&

1& dSpesUV 4& lc&okVj”ksM

2& lc&dSpesUV 5& y?kq okVj”ksM

3& o`gr okVj”ksM 6& ekbØks okVj”ksM

fdUrq Hkwty vkadyu@v/;;u ds fy, 100 ls 300 oxZ fd0eh0 {ks=Qy ds okVj”ksM fpfUgr

djus dh laLrqfr dh xbZ gSA

18

tuin cfy;k+ esa okVj”ksM {ks=ksa dk lhekdau

Hkwty lalk/kuksa ds leLr fodkl ,oa izcU/ku ds fy, {ks= fo”ks’k dh okVj”ksM ft;ksekQksZykWth dk

leqfpr v/;;u vfr egRoiw.kZ gksrk gSA okVj”ksM ds bl fl}kUr dks viukrs gq, tuin cfy;k+ esa gokbZ fp=ksa

,oa gokbZ rLohjksa @ mixzgh; fp=.k (air photos & satellite images) dk iz;ksx djds fofHkUu okVj”ksM

fpfUgr fd;s x;s gSaA

bl v/;;u ds vUrxZr 1%50]000 iSekus ij vkbZ0vkj0,l0 Ja[kyk dh mixzgh; rLohjksa] CySd ,.M

OgkbV gokbZ fp=ksa ,oa 1%50]000 iSekusa ij VksihlhV~l dh enn ls 01 fodkl [k.Mksa esa izeq[k ufn;ksa ,oa

primary, secondary o tertiary drainage, lrgh ty lajpukvksa rFkk ft;ksykftdy lajpukvksa dh eSfiax

dk dk;Z lEiUu fd;k x;kA

bl izdkj fjeksV lsaflax v/;;u@eSfiax ls fpfUgr fd;s x;s fofHkUu Mªsust flLVe ds vUrZxr leqnz ry

ds lkis{k VksiksxzkfQdy ÅapkbZ rFkk ty cgko dh fn”kk ds vk/kkj ij izkd`frd lhek,a fpfUgr djrs gq,

okVj”ksM (watershed) {ks=ksa dks lhekafdr (delineate) fd;k x;kA

& tuin cfy;k+ esa 02 izeq[k okVj”ksM ¼tykxe {ks=½ fpfUgr fd;s x;s gSA ;g Major watersheds bl

izdkj gS %&

1- NksVh ljtw unh

2- HkSalgh unh

;gh lHkh izeq[k okVj”ksM ,oa buds vUrxZr lc& okVj”ksM~ (sub watersheds) dks izeq[k ufn;ksa o

fjeksV lsflax eSfiax ls fpfUgr drainage network ds vk/kkj ij delineate ¼lhekafdr½ fd;s x;s gSA

24

fjeksV lsflax v/;;u vk/kkfjr okVj”ksMokj o’kkZ ty miyC/krk

fodkl [k.M % jlM+k

¼{ks=Qy & 203-63 oxZ fdeh0½

fjeksV lsflax vk/kkfjr v/;;u @ eSfiax dh enn ls fodkl [k.M jlM+k esa fpfUgr 2

izeq[k okVj”ksM ¼NksVh ljtw unh ,oa HkSalgh unh okVj'ksM½ {ks=ksa dk lhekadu fd;k x;k gS] ftudk

fooj.k fuEuor~ gS %&

Ø

1 NksVh ljtw unh 13407.40 11451.30

2 HkSalgh unh 6955.39 5940.62

TOTAL 20362.79 17391.92

NksVh ljtw unh tykxe {ks= ¼okVj”ksM½ dk dqy {ks=Qy 13407.40 gs0 ,oa dqy o’kkZ ty

miyC/krk 11451.30 gs0 eh0 gS ftldk 80 çfr”kr 9161-04 gs0eh0 ty çcU/ku dk;Z gsrq

mi;ksx esa yk;k tk ldrk gS ftlds vuq:i {ks= esa lrgh ty lap;u ,oa Hkwty fjpktZ

lajpukvksa dk ijke”kZ fd;k x;k gSA

HkSalgh unh tykxe {ks= ¼okVj”ksM½ dk dqy {ks=Qy 6955.39 gs0 ,oa dqy o’kkZ ty

miyC/krk 5940.62 gs0 eh0 gS ftldk 80 çfr”kr 4752-50 gs0eh0 ty çcU/ku dk;Z gsrq

mi;ksx esa yk;k tk ldrk gS ftlds vuq:i {ks= esa lrgh ty lap;u ,oa Hkwty fjpktZ

lajpukvksa dk ijke”kZ fd;k x;k gSA

lhekafdr okVj”ksM ,oa o’kkZ ty dh dqy miyC/krk IysV la0 & 2 esa n”kkZ;h xbZ gSA

32

xzkeh.k {ks= esa o’kkZ ty lap;u o fjpktZ rduhds] fMtkbUk] fof/k;ka

xzkeh.k {ks= esa o’kkZ ty lap;u ,oa fjpkftZ ax dk;ZØe lkekU;r% okVj”ksM dks ,d bdkbZ

ds :Ik esa ekudj ykxw fd;k tkuk pkfg,A bl gsrq izR;sd fodkl[k.M@U;k; iapk;r dh

gkbMªksft;ksykWftdy ifjfLFkfr;ksa dk vkadyu vko”;d gSA o’kkZ ty lap;u ,oa fjpktZ iz.kkyh

gsrq xzkeh.k {ks=ksa esa txg dh miyC/krk Ik;kZIr jgrh gSA vr% xzkeh.k {ks=ksa esa ijEijkxr ty

L=ksrksa ds lao/kZu ij vk/kkfjr fuEu surface spreading technique vklkuh ls viukbZ tk ldrh

gS %&

eSnkuh {ks= %

1- rkykc ¼th.kksZ}kj@uo fuekZ.k½

2- fjpktZ “kk¶V ¼{ks=h; vuqdwyrk ij fuHkZj½

3- psd MSe

4- xSfc;u LVªDpj

5- ukyk Iyfxax

6- fjpktZ dwi

7- Qkyrw ty gsrq fjpktZ fiV

ty cpkus dh vklku o lLrh fof/k;ka

izns”k ds vf/kdka”k “kgjh {ks=ksa esa is;ty vkiwfrZ eq[;r% HkwxHkZ ty ij fuHkZj gSa

ifj.kkeLo:Ik bl izkdfrd L=ksr dk vfu;af=r nksgu gksus ls Hkwty Lrj esa fujUrj

fxjkoV gks jgh gS] ftlls HkwxHkZ ty LVªsVk (Aquifers) vR;f/kd ncko esa vk x;s gSA

/khjs&/khjs [kRe gks jgs bl L=ksr dks cpkus ds fy, o’kkZ ty lap;u ,oa fjpkZftax dh

fo/kk ,d csgrj] lqjf{kr ,oa izHkkoh fodYi gSA fo”ks’kdj fiV ;kuh xM~<k] iqjkus dqa, o

tyk”k; o’kkZ ty laxzg.k ,oa fjpktZ ds fy, lLrs] vklku o mi;ksxh ek/;e gSaA

Ok’kkZ ty laj{k.k ,oa Hkwty ds df=e fjpktZ gsrq fuEu LV ªDpj cuk, tk ldrs gSaA

1 psd MSe@ukyk cUn

Pksd MSe vkSj ukyk cUn MSe] Mªsu ,oa LVªhe ds

Åijh Hkkx esa cuk;s tkrs gSA blds }kjk ikuh ds

cgko dh xfr dks /khek fd;k tkrk gS] ftlds

QyLo:Ik okVj fjpktZ dh laHkkouk c<+ tkrh gSA

pSd MSe nks izdkj ls cuk, tkrs gSa & LFkkbZ psd

MSe iRFkj] daØhV ,oa lhesUV ls cuk;s tkrs gSaA

vLFkk;h psd MSe yksdy miyC/k eSfVfj;y }kjk

cuk;s tkrs gS tSls oqM MSe] ywt jkd MSe vkfnA

33

2 fjpktZ fiV

fjpktZ fiV de xgjkbZ ds ,DohQj ds fjpktZ

gsrq mi;ksxh gSaA ty lalk/ku izca/ku ds izksxzke

esa fiV Hkh ,d izdkj dk okVj VkjxsfVax

LVªDpj gSA fjpktZ fiV 1-5 eh0 ls 3 eh0 rd

pkSM+h vkSj 2 eh0 ls 3 eh0 rd xgjh gksrh gSA

[kqnh gqbZ fiV esa pkjks rjQ bZV ;k iRFkj dh

tkyhnkj nhokj cukbZ tkrh gSa fiV dks xzsosy

fQj ckyw }kjk Hkjk tkrk gSaA fjpkftZax fiV

de xgjkbZ ds ,DohQj ds fjpktZ gsrq mi;ksxh

gSA fjpktZ fiV mu xakoksa esa cuk;k tk ldrk

gS tks vPNk ,oa mRre ¼xqM ,oa ,DlhysaV½

Hkwty laHkkoukvksa okys tksu esa vkrs gSa

,Y;wfo;y {ks=ksa ¼eSnkuh Hkw&Hkkx½ esa tgka cyqbZ

LVªsVk tehuh lrg ls cgqr de xgjkbZ ij vFkok mFkyk gks] ogka Nr ls izkIr o’kkZ ty dk

lap;u fjpktZ fiV ds ek/;e ls fd;k tk ldrk gSA

3 Mx osy ¼dqvka½

fodkl[k.M ds tks xkao ekMjsV ¼e/;e½

izkdfrd fjpktksZ ds varxZr vkrs gSaA ogka

Mx osy }kjk Hkw&ty dk iqu%Hkj.k fd;k tk

ldrk gSaA ,yqfo;e {ks=ksa esa vkcknh }kjk

ikuh ihus ;k flapkbZ ds dkj.k dq,a ;k rks

lw[k tkrs gS] ;k fQj Hkw&ty Lrj yxkrkj

uhps fxjrk tkrk gSA ;s dq,a o’kkZ ty ls

lh/ks ;k vkcknh ls Mªsu ikbi tks fd dq,a

dh rjQ MkboVZ gks ¼fQYVj½ ds }kjk

fjpktZ gksrs jgrs gSaA ;fn Mxosy dk

mi;ksx fjpktZ ds fy, fd;k tk jgk gS] rks

osy ds pkjksa rjQ dh ykbus fu;fer

varjky ij pkjksa vksj [kqyh gksuh pkfg,A

ftlls ty dk fjlko lkbM ls gksrk jgsA

Mx osy dks ePNj nkuh ls <duk pkfg, ftlls fd iRrh ;k eyck] dpjk uhps u tk ldsA

fjpktZ osy ds ry dks izfro’kZ fMfLkYV djuk pkfg,] ftlds QyLo:Ik dqa, dh ikuh lks[kus dh

{kerk cuh jgsA

34

4 rkykcksa ,oa iks[kjksa dk [email protected]}kj

izns”k ds xzkeh.k {ks=ksa esa ijEijkxr ty L=ksr ds :Ik esa rkykc iks[kj vkfn o’kkZ ty

laxzg.k ,oa Hkwty fjpktZ ds l”kDr ek/;e jgs gSaA ;s rkykc yxkrkj flYV tek gksus ls

mFkys gksrs x, vkSj budk vfrØe.k djds cM+h la[;k esa rkykcksa dks ikV fn;k x;kA

orZeku esa Ms<+ yk[k ,ls rkykc@iks[kj gS] ftudk th.kks}kj djds ty laxzg.k ,oa Hkwty

lao/kZu dks c<+kok fn;k tk ldrk gSA

rkykcksa dh xgjkbZ lkekU;r% 3 eh0 rd gksuh pkfg,A lQkbZ ds Ik”pkr ;g vo”;

lqfuf”pr dj fy;k tk; fd lacaf/kr rkykc esa izkdfrd ,oa lqjf{kr dSpesaV ,fj;k ls gh

o’kkZ _rq ds ÞljQsl ju&vkWQß rFkk lacaf/kr {ks= ls xqtjus okys ,sls izkdfrd Mªsust

ftlesa fdlh izdkj dk xUnk@iznwf’kr mRizokg u vkrk gks] ,oa mlds fUkLrkj.k dh lgh

O;oLFkk gksA

35

Hkwty izcU/ku %&

izxfr”khy ;qx esa ty dh c<+rh [kir cgqr gh LokHkkfod izfØ;k gSA ty dh miyC/krk o’kkZ ,oa

HkkSxksfyd ifjfLFkfr;ksa ij vk/kkfjr gS blds lkFk c<+rh gqbZ tula[;k] uxjhdj.k ds c<+rs {ks= ty dh

miyC/krk ,oa xq.koRrk ij foijhr izHkko Mky jgs gSaA is;ty dh vkiwfrZ esa Hkwty dk fo”ks’k ;ksxnku gS

D;ksafd uxjh; {ks=ksa esa lrgh ty dh ek=k lhfer gSA vr% Hkwty lalk/kuksa ij vR;f/kd ncko iM+ jgk

gSA vr% Hkfo’; esa bl lEink dk foosdiw.kZ mi;ksx ,oa izcU/ku vko”;d gks x;k gSA

cfy;k+ tuin ds dqy HkkSxksfyd {ks= dk yxHkx 50 izfr”kr ls 60 izfr”kr {ks= gh o’kkZ ty ls fjpktZ

gksrk gS] “ks’k Hkwfe esas o’kkZ ty fjpktZ ux.; gSA bl izdkj dqy o’kkZ ty dk yxHkx 10&15 izfr”kr

fjpktZ gksrk gS] “ks’k 85&90 izfr”kr ty csdkj cg tkrk gSA bl izdkj cg tkus okys ty dks ge as

jksduk gksxk ftlds fy, fuEu mik; viuk;s tkus pkfg,A

vkfVZfQfl;y fjpktZ ds mi;qDr LFky p;u gsrq ladYi fu;e %&

df=e fjpktZ LFkyksa ds p;u gsrq ft;ksykWftdy ,oa ft;kseQksZykWftdy dkjdks dks nf’Vxr j[k

oSKkfud LFky p;u fd;k tkuk lEHko gksrk gSA blls fjpktZ lajpuk ls lrgh ty lap;u ,oa Hkwty

ds fjpktZ esa vk”kkrhr lQyrk izkIr gksrh gS buds fy, fuEu lwph ds vuqlkj dkjdks dks lwphc} fd;k

x;k gS%&

vkfVZfQfl;y fjpktZ ds LFky p;u gsrq ladYi fu;e dh lwph

Ø-la- lsV iSjkehVj oSY;w

1- ty Lrj vkadM+s okVj Vscy QYdpq,s”ku > 4 ehVj

2- ft;ksykWftdy MkVk fyfu;kesUV MsUlhVh

> 1-5 fd-eh-@fd-eh-2

csM jkd dh xgjkbZ

> 8 ehVj

enk dh eksVkbZ > 0-75 ehVj

3- ft;kseQksZykWftdy

MkVk

Mªsust MsuflVh < 2 fd-eh-@fd-eh-2

ySUM QkeZ Iysu

ySUM;wl@ySUM doj cSjsu ySUM@dYVhosVsM

ySUM

Lyksi < 5° enk dk VsDlpj ,oa

izd`fr

-

36

fu’d’kZ ,oa lq>ko

xaxk ;equk ds eSnkuh {ks= esa ,yqfo;y fu{ksiksa dh eksVkbZ vR;f/kd gS ,oa bu laLrjks es d.kdh; Lrj

tks fd ty /kkjd LVªsVk ¼,D;wQj½ fofHkUu xgjkb;ksa ij ik;s tkrs gSA fofHkUu Lrjksa ij ik;s tkus

okys Multilayer Aquifer System gksus ds QyLo:Ik xaxk ;equk ds fo”kky eSnkuh {ks= Hkwty

lEink ds ifjis{; es fo”o ds lcls /kuh Hkwty lEink okyk {ks= gSA bl {ks= esa Hkwty lEink dks

vlhfer le>dj va/kk/kq/k ,oa voSKkfud Hkwty nksgu ds dkj.k py Hkwty lEink ( Dynamic

Ground Water Resources) ij foijhr izHkko iM+k gSA Hkwty iquZHkj.k ,oa ty izca/ku dk;ksZ

ds voSKkfud rjhds ls iFkd&iFkd ,tsfUl;ks }kjk fd;s tkus ls Hkwty fjpktZ dh vk”kkd`r

lQyrk ugh fey ik jgh gS ftlds dkj.k Hkwty fjpktZ ,oa nksgu es leUo; u gksus ls Hkwty

lEink ij foijhr izHkko ifjyf{kr gSA xaxk ;equk ds eSnkuh {ks=ks ds if”peh] e/; ,oa iwohZ m0 iz0

ds tuinksa ds dqy 01 fodkl[kaM ladVkxzLr Js.kh es oxhZdr gSA ¼Hkwty lEink vkadyu izfrosnu

2013 ds vk/kkj ij½A

mijksDr ifjfLFkfr;ks dks nf’Vxr j[krs gq, y?kq flapkbZ ,oa HkwxHkZ ty foHkkx m0 iz0 dh izeq[k

lfpo egksn;k dh izsj.kk ls ladVkxzLr fodkl[kaMks dks lqjf{kr Js.kh esa ykus ds fy, ekLVj fjpktZ

Iyku rS;kj fd;s tkus dh vko”;drk le>h x;h gSA mDRk ds ifjizs{; es Hkwty fjpktZ ,oa ty

izca/ku ds {ks= es fjeksV lsaflx fo/kk ls lEcfU/kr Hydrogeological ,oa

Hydrogeomorphological lajpukvks dk ekufpf=dj.k fd;k x;k gSA v/kkslrgh vkadM+ks dks

ft;ksfQftdy jsftLVfoVh losZ ds vk/kkj ij laKku es fy;k x;k gS A lEcfU/kr vkadM+ks dk v/;;u

,oa foospuk HkkSxksfyd lwpuk iz.kkyh (GIS) IysVQkeZ ij fd;k x;k gSA bu v/;;uksa ds vk/kkj ij

lrgh ty lap;u ,oa Hkwty fjpktZ lajpukvksa ds LFkyks dks fpfUgr dj lwphc} fd;k x;k gSA

Hkwty nksgu es deh ykus ds nf’Vdks.k ls c<+rh gqbZ flaapkbZ vko”;drk dks /;ku es j[kdj flapkbZ

dks izfrdwy :Ik ls izHkkfor u gksus nsus dks /;ku es j[kdj lEcfU/kr {ks=ks es ekbØksbjhxs”ku ds

iz;ksx dh laLrqfr dh x;h gSA lEcfU/kr {ks=ks es d`f’k] ckxckuh ,oa vU; lEcfU/kr foHkkxks }kjk tu

tkxj.k ds ek/;e ls fMªi] fLizadyj ,oa jsuxu ls flapkbZ djus dks izksRlkfgr fd;k tkuk vko”;d

gS ijEijkxr izokg flapkbZ dks grksRlkfgr fd;k tkuk lkFkZd dne gSA ijEijkxr flapkbZ O;oLFkk

dks ekbØksbjhxs”ku ls fjIysl dh n”kk esa d`f’k mRikndrk es tgk¡ c<+ksRRjh gksxh ogh ty [kir 20

ls 35 izfr”kr de fd;k tk ldrk gSA

ekbØks bfjxs”ku ds ifj.kke Lo:Ik d`f’k mRikndrk es of} ds eq[; fcUnq dks ysrs gq, lEcfU/kr

foHkkx d`’kdksa es tu tkx:drk dj d`f’k mRikndrk of} ykHk ds ek/;e ls fLizadyj] fMªi ,oa

jsuxu ds mi;ksx dks flapkbZ gsrq izksRlkfgr djuk vko”;d gksxkA

“kgjh {ks=ks es Hkwty fjpktZ ds fy, :Q VkWi jsu okVj gkjosfLaVx dks vfHk;ku ds :Ik es ßjkT;

Hkwty laj{k.k fe”kuÞ ds varxZr lHkh 200 oxZ eh0 ls vf/kd fjgk;”kh ifjljksa pkgs oks izkbosV gks

vFkok ljdkjh dks :Q VkWi jsu okVj gkjosfLaVx iz.kkyh ls vkPNkfnr fd;k tkuk vko”;d gSA

tuin esa lrgh ty lajpukvkas es lafpr ty dk mi;ksx is;ty ,oa ?kjsyw mi;ksx dks NksM+dj

vU; lHkh vko”;drkvksa dks iwjk fd;k tkuk mfpr lykg gSA HkwxHkZ ty ij fuHkZjrk dsoy ?kjsyw

,oa is;ty vko”;drk dks iw.kZ fd;s tkus ls HkwxHkZ ty ij iM+ jgs ncko ds dkj.k fujarj fxjrs

ty Lrj dks jksdk tk ldrk gSA

{ks= esa flapkbZ ds vHkko ds dkj.k {ks= ds eq[; O;olk; d`f’k o’kkZ vk/kkfjr gksus ds dkj.k {ks= ds

yksxksa dh lkekftd ,oa vkfFkZd fLFkfr [kjkc gSA flapkbZ lalk/kuks dks c<+kdj {ks= ds yksxks a dhs

vkfFkZd fLFkfr;ksa esa lq/kkj fd;k tk ldrk gSA

oSKkfud rjhds ls Hkwty izca/ku djus ds fy, tuin ds izR;sd fodkl[k.M ds ekufp= ¼IysV

la[;k& 7½ ij lrgh ty lap;u ,oa Hkwty fjpktZ lajpukvksa ds {ks=ks dk lhekadu ,oa lajpukvksa

37

dk LFky vafdr fd;k x;k gS ftudk p;u {ks=h; ifjfLFkfr;ksa ,oa {ks= esa tkdj HkkSfrd lR;kiu

dj fd;k tkuk izLrkfor gSA

izFke vkMZj Mªsust tks fd IysV la[;k 7 esa Green jax ls n”kkZ;k x;k gS ij cM+s rkykcksa dk fuekZ.k

vFkok iwoZ esa fufeZr rkykckas dk th.kksZ}kj izLrkfor gS bu rkykckas dh xgjkbZ Hkw lrg ls 3 ehVj

rFkk rVcU/k dh ÅapkbZ 1 ehVj j[krs gq;s m|ku foHkkx ds lg;ksx ls o{kkjksi.k djk;k tkuk gSA

df’k foHkkx ds ijke”kZ ls Øksfiax iSVUkZ ess cnyko dj fdlkuksa dks nygu ,oa frygu dh Qlyks a dks

iSnk djus gsrq izksRlkfgr fd;k tkuk ,oa budh mPp iSnkokj nsus okys iztkfr;ksa ds fy;s izksRlkfgr

djrs gq;s vf/kd ty [kir okys xsagw ,oa /kku dh [ksrh dks de djus ij cy fn;k tkuk vko”;d

gSA

IYksV la[;k 1 esa n”kkZ;s x;s Violet & Green jax Abandoned channel ,oa Terrace Alluvium Hkwty

lEink ds nf’Vdks.k ls Rich Zone gksus ds dkj.k bu {ks=ksa esa fjpktZ dh vko”;drk ugh gSA bu

{ks=ksa ls ty fudklh dj bldk mi;ksx fd;k tk ldrk gSA

eq[; :i ls cM+s fdlkuksa dks futh rkykc ds fuekZ.k gsrq izsfjr fd;k tk;s rFkk fdlkuksa dks ljdkjh

lgk;rk ls lewg cukdj] ftlesa muds dqy Hkwfe dk de ls de 10 izfr”kr Hkkx gks mls rkykc ls

vPNkfnar djus ds fy, izsfjr fd;k tk;sA bu rkykcksa esas eRL; foHkkx ,oa vU; lEcfU/kr foHkkxks ls

eRL; ikyu vkSj ,DokdYpj ds fy, lEcfU/kr “kkldh; foHkkx }kjk mfpr izksRlkgu ,oa ijke”kZ nsrs

gq, mDr dk;Z djk;s tkus ls fdlkuksa dh vkfFkZd fLFkfr esa ldjkRed ifjorZu yk;k tk ldrk gSA

izR;sd ljdkjh Hkouksa] Ldwy dkyst ds Hkouksa] futh ,oa v}Z”kkldh; Hkouksa ftudk {ks=Qy 200 oxZ

eh0 ;k mlls vf/kd gS] esa :QVki jsuokVj gkosZfLVax vfuok;Z dh tk pqdh gSA bl vkyksd esa “kgj h

{ks=ksa esa bls vfHk;ku ds :Ik dM+kbZ ls ikyu djrs gq, lEcfU/kr Hkouksa dks :QVkWi jsu okVj

gkjosfLaVx ls vkPNkfnr djk;s tkus dk ijke”kZ fn;k tkrk gSA

vUu & Hk.Mkj.k ds le:Ik ty Hk.Mkj.k gsrq xzke iapk;r@uxj iapk;r Lrj dh ;kstuk cukdj

blds fØ;kUo;u dh dk;Z;kstuk rS;kj dj fdz;kfUor dh tk;sA

okVj&”ksMokj Hkwfe laj{k.k] o{kkjksi.k] ca/kh] psdMse ds fuekZ.k ds fuekZ.k dk;ksZ dks ogn Lrj ij

djk;k tk;sA

uxj o xzkeh.k {ks=ksa esa ty lja{k.k] o’kkZ ty Hk.Mkj.k] ty ds leqfpr iz;ksx] o{kkjksi.k] ckxokuh

fodkl] [ksrksa esa esM+canh vkfn ds fy, tu&tkxj.k dj turk dks izksRlkfgr fd;k tk;sA

ekbØksokVj “ksM] ekbØksdSpesUV ¼50 gsDVs;j ;k mlls de½ dks /;ku esa j[kdj o’kkZ ty lap;u gsrq

xM~<s] rkykc] ryS;k] cka/k] caf/k;k bl izdkj fufeZr gksuh pkfg, fd tuin esa gksus okyh o’kkZ dk

de ls de 35 izfr”kr Hkkx ikuh tgka cjlrk gS mlh LFkku ij jksd fy;k tk;A

fodkl[k.Mokj xkaoks dh lhek dks n”kkZrs gq, cuk;s x;s ekufp= ¼IysV la & 7½ ftlesa fjpktZ ds

fy, mi;qDr lajpuk,a fpfUgr dh x;h gSa] bu lajpukvksa ds fuekZ.k gsrq {ks=h; losZ{ k.k dj

ifjfLFkfr;ksa ds vuq:Ik o {ks=h; turk ds vko”;drk dks nf’Vxr j[krs gq, {ks= dk p;u dj

fuekZ.k djk;s tkus dk gSA

mDr ds vfrfjDr tuin ds uxjh; {ks=ksa esa is;ty leL;k ds fujkdj.k gsrq Hkwty L=ksrksa dks

fpfUgr djrs gq, mlds fjpktZ gsrq vko”;d :Ik ls :QVki okVj gkosZfLVax iz.kkyh lajpukvksa dk

fuekZ.k DyLVj es djk;k tkus dk lq>ko gSaA

ekufp= esa n”kkZ;s x, vkfVZfQfl;y fjpktZ ,oa lrgh ty lap;u ds fy, fpfUgr lajpukvksa dks

vafre :Ik ls LFky p;u {ks=h; ifjfLFkfr;ksa ,oa ogka ds tuekul ds fy, ty mi;ksx ds

vko”;drkvks dks /;ku esa j[krs gq, fd;s tkus dh vko”;drk gSA

tuin ds izR;sd fodkl[k.Mksa ds ekufp=ksa ¼IysV la0 & 7½ ds vuqlkj vkfVZfQf”k;y fjpktZ ,oa

lrgh ty lap;u ds fy, mi;qDr lajpukvksa dh xzke okj LFky dh lwph fjiksVZ ds Ik’B Lka[;k &

39 Lks 48 rd n”kkZ;s x,s gSaA

38

{ks= esa izokg flapkbZ ¼Flood Irrigation½ ds LFkku ij jsuxu] Sprinkler ,oa drip flapkbZ dks

izkFkfedrk ds vk/kkj ij mi;ksx esa ykus gsrq tuekul dks tkx:d fd;s tkus dks vfHk;ku ds :i

esa pykuk vko”;d dne gS ftlls de ty [kir esa vf/kd d`f’k mRiknu ysuk lEHko gksxkA

Oku {ks=ksa dks ty lap;u ,oa Hkwty fjpktZ ds fy, fpfUgr dj vf/kd ls vf/kd mi;ksx esa yk;k

tk ldrk gSA

39

fodkl[k.Mokj vkfVZfQfl;y fjpktZ ,oa lrgh ty lap;u ds xzkeokj LFkyksa dh lwph

Øekad fodkl[k.M dk

uke

okVj”ksM dk uke xzke izLrkfor Hkwty fjpktZ@lrgh ty

lap;u lajpuk,a

1- 2- 3- 4- 5-

1 RASRA CHOTI SARJU NADI Lawkara Check Dam

2 RASRA CHOTI SARJU NADI Pipri Desiltation Tank

3 RASRA CHOTI SARJU NADI Bastoura Desiltation Tank

4 RASRA CHOTI SARJU NADI Jawai Nidaya Desiltation Tank


6 RASRA CHOTI SARJU NADI Mirzapur Desiltation Tank


8 RASRA CHOTI SARJU NADI Dugai Desiltation Tank

9 RASRA CHOTI SARJU NADI Lakhua Desiltation Tank

10 RASRA CHOTI SARJU NADI Unai Dug Well




14 RASRA CHOTI SARJU NADI Baijalpur Dug Well


16 RASRA CHOTI SARJU NADI Baijalpur Proposed Pond


18 RASRA CHOTI SARJU NADI Lohawar Desiltation Tank


20 RASRA CHOTI SARJU NADI Lohawar Desiltation Tank



23 RASRA CHOTI SARJU NADI Pradhanpur Desiltation Tank

24 RASRA CHOTI SARJU NADI Firozpur Recharge Pit

25 RASRA CHOTI SARJU NADI Baijalpur Desiltation Tank


27 RASRA CHOTI SARJU NADI Baijalpur Dug Well


29 RASRA CHOTI SARJU NADI Bastoura Dug Well

30 RASRA CHOTI SARJU NADI Lawkara Recharge Pit

31 RASRA CHOTI SARJU NADI Purkhupur Desiltation Tank


33 RASRA CHOTI SARJU NADI Mudera Desiltation Tank

34 RASRA CHOTI SARJU NADI Purkhupur Desiltation Tank


36 RASRA CHOTI SARJU NADI Gourpura Desiltation Tank

37 RASRA CHOTI SARJU NADI Bastoura Dug Well

38 RASRA CHOTI SARJU NADI Kotwari Recharge Pit

39 RASRA CHOTI SARJU NADI Baijalpur Proposed Pond

40 RASRA CHOTI SARJU NADI Lakhneshsar Dih Desiltation Tank

41 RASRA CHOTI SARJU NADI Gourpura Desiltation Tank

42 RASRA CHOTI SARJU NADI Firozpur Proposed Pond


44 RASRA CHOTI SARJU NADI Kotwari Desiltation Tank

45 RASRA CHOTI SARJU NADI Baijalpur Recharge Pit


47 RASRA CHOTI SARJU NADI Baijalpur Recharge Pit

48 RASRA CHOTI SARJU NADI Sardilpur Desiltation Tank


50 RASRA CHOTI SARJU NADI Sardilpur Desiltation Tank


40

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-






57 RASRA CHOTI SARJU NADI Sakhuapur Check Dam



60 RASRA CHOTI SARJU NADI Bharouli Desiltation Tank


62 RASRA CHOTI SARJU NADI Bharouli Desiltation Tank



65 RASRA CHOTI SARJU NADI Firozpur Desiltation Tank





70 RASRA CHOTI SARJU NADI Dehri Proposed Pond






76 RASRA CHOTI SARJU NADI Bakulha Proposed Pond



79 RASRA CHOTI SARJU NADI Tiwaripur Desiltation Tank





84 RASRA CHOTI SARJU NADI Deoria Desiltation Tank

85 RASRA CHOTI SARJU NADI Hathui Desiltation Tank

86 RASRA CHOTI SARJU NADI Dehri Desiltation Tank


88 RASRA CHOTI SARJU NADI Chandpur Desiltation Tank






94 RASRA CHOTI SARJU NADI Dehri Dug Well

95 RASRA CHOTI SARJU NADI Amhara Desiltation Tank




99 RASRA CHOTI SARJU NADI Walipur Jamalpur Desiltation Tank

100 RASRA CHOTI SARJU NADI Savrupur Desiltation Tank

101 RASRA CHOTI SARJU NADI Nagpur Desiltation Tank




41

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-

105 RASRA CHOTI SARJU NADI Semri Dug Well

106 RASRA CHOTI SARJU NADI Motira Desiltation Tank

107 RASRA CHOTI SARJU NADI Amhara Desiltation Tank

108 RASRA CHOTI SARJU NADI Amhara Dug Well

109 RASRA CHOTI SARJU NADI Dehri Recharge Pit


111 RASRA CHOTI SARJU NADI Rampur Proposed Pond




115 RASRA CHOTI SARJU NADI Khirouli Desiltation Tank

116 RASRA CHOTI SARJU NADI Khirouli Desiltation Tank



119 RASRA CHOTI SARJU NADI Basti Desiltation Tank



122 RASRA CHOTI SARJU NADI Walipur Jamalpur Proposed Pond

123 RASRA CHOTI SARJU NADI Rohna Desiltation Tank


125 RASRA CHOTI SARJU NADI Rampur Desiltation Tank

126 RASRA CHOTI SARJU NADI Kamsipur Desiltation Tank



129 RASRA CHOTI SARJU NADI Nagpur Recharge Pit


131 RASRA CHOTI SARJU NADI Dulahpah Desiltation Tank


133 RASRA CHOTI SARJU NADI Nagpur Dug Well


135 RASRA CHOTI SARJU NADI Kop Check Dam



138 RASRA CHOTI SARJU NADI Kamsipur Desiltation Tank



141 RASRA CHOTI SARJU NADI Sakri Proposed Pond


143 RASRA CHOTI SARJU NADI Banouli Desiltation Tank

144 RASRA CHOTI SARJU NADI Belwania Desiltation Tank


146 RASRA CHOTI SARJU NADI Chandadih Desiltation Tank







153 RASRA CHOTI SARJU NADI Dulahpah Proposed Pond


155 RASRA CHOTI SARJU NADI Rampur Dug Well



42

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-

158 RASRA CHOTI SARJU NADI Tiwaripur Recharge Pit

159 RASRA CHOTI SARJU NADI Rekhan Dug Well

160 RASRA CHOTI SARJU NADI Katuhara Desiltation Tank

161 RASRA CHOTI SARJU NADI Harpur Desiltation Tank


163 RASRA CHOTI SARJU NADI Kurem Desiltation Tank

164 RASRA CHOTI SARJU NADI Jogpur Recharge Pit

165 RASRA CHOTI SARJU NADI Jogpur Desiltation Tank

166 RASRA CHOTI SARJU NADI Kop Dug Well

167 RASRA CHOTI SARJU NADI Hinguadih Desiltation Tank




171 RASRA CHOTI SARJU NADI Katuhara Proposed Pond


173 RASRA CHOTI SARJU NADI Nibu Kabirpur Dug Well

174 RASRA CHOTI SARJU NADI Sabbalpur Silahata Dug Well


176 RASRA CHOTI SARJU NADI Amarpur Khas Proposed Pond

177 RASRA CHOTI SARJU NADI Nagpur Dug Well

178 RASRA CHOTI SARJU NADI Kurem Proposed Pond


180 RASRA CHOTI SARJU NADI Sabbalpur Silahata Proposed Pond

181 RASRA CHOTI SARJU NADI Nibu Kabirpur Desiltation Tank

182 RASRA CHOTI SARJU NADI Rasra (MB) Desiltation Tank

183 RASRA CHOTI SARJU NADI Sardaspur Desiltation Tank


185 RASRA CHOTI SARJU NADI Bania Bandh Desiltation Tank

186 RASRA CHOTI SARJU NADI Melai Desiltation Tank

187 RASRA CHOTI SARJU NADI Sandouli Proposed Pond

188 RASRA CHOTI SARJU NADI Rekhan Desiltation Tank


190 RASRA BHAINSAHI NADI Urdaina Dug Well





195 RASRA CHOTI SARJU NADI Dhkhra Desiltation Tank




199 RASRA CHOTI SARJU NADI Sabbalpur Silahata Desiltation Tank


201 RASRA CHOTI SARJU NADI Harpur Desiltation Tank

202 RASRA BHAINSAHI NADI Urdaina Desiltation Tank



205 RASRA CHOTI SARJU NADI Akhanpura Proposed Pond

206 RASRA CHOTI SARJU NADI Balipur Jamalpur Dug Well


208 RASRA CHOTI SARJU NADI Akhanpura Dug Well

209 RASRA CHOTI SARJU NADI Kurem Recharge Pit


43

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-




214 RASRA CHOTI SARJU NADI Rasra (MB) Recharge Pit


216 RASRA CHOTI SARJU NADI Akhanpura Desiltation Tank



219 RASRA CHOTI SARJU NADI Dhakha T. Kope Recharge Pit



222 RASRA CHOTI SARJU NADI Amhar Patti Dhakhin Recharge Pit




226 RASRA CHOTI SARJU NADI Kurem Recharge Pit

227 RASRA CHOTI SARJU NADI Madhopur Desiltation Tank

228 RASRA CHOTI SARJU NADI Amhar Patti Dhakhin Desiltation Tank

229 RASRA CHOTI SARJU NADI Dhakha T. Kope Desiltation Tank




233 RASRA CHOTI SARJU NADI Dhakha T. Kope Recharge Pit




237 RASRA CHOTI SARJU NADI Dhakha T. Kope Proposed Pond




241 RASRA CHOTI SARJU NADI Dhanaipur Dug Well

242 RASRA CHOTI SARJU NADI Rasra (MB) Proposed Pond


244 RASRA BHAINSAHI NADI Katiya Desiltation Tank

245 RASRA CHOTI SARJU NADI Chak Dhakha Desiltation Tank


247 RASRA CHOTI SARJU NADI Amhar Patti Uttar Desiltation Tank


249 RASRA CHOTI SARJU NADI Akhanpura Desiltation Tank



252 RASRA BHAINSAHI NADI Amhar Patti Uttar Desiltation Tank




256 RASRA CHOTI SARJU NADI Pura Dhalai Tiwari Desiltation Tank








44

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-

264 RASRA CHOTI SARJU NADI Sului T. Pachwar Desiltation Tank

265 RASRA CHOTI SARJU NADI Sardaspur Recharge Pit

266 RASRA CHOTI SARJU NADI Narni Desiltation Tank


268 RASRA CHOTI SARJU NADI Rudrapur Urf Pandeypur Proposed Pond

269 RASRA CHOTI SARJU NADI Sardaspur Recharge Pit


271 RASRA CHOTI SARJU NADI Nibu Kabirpur Proposed Pond


273 RASRA CHOTI SARJU NADI Chakkokil Gadhai Desiltation Tank


275 RASRA CHOTI SARJU NADI Sakalpur Dug Well

276 RASRA BHAINSAHI NADI Katiya Dug Well


278 RASRA CHOTI SARJU NADI Manda Desiltation Tank

279 RASRA CHOTI SARJU NADI Chitouni Recharge Pit

280 RASRA CHOTI SARJU NADI Sului T. Pachwar Proposed Pond



283 RASRA CHOTI SARJU NADI Chakkokil Gadhai Desiltation Tank

284 RASRA CHOTI SARJU NADI Chitouni Desiltation Tank

285 RASRA CHOTI SARJU NADI Koriya M. Kop Proposed Pond


287 RASRA CHOTI SARJU NADI Sardaspur Dug Well

288 RASRA CHOTI SARJU NADI Manda Desiltation Tank


290 RASRA CHOTI SARJU NADI Sakalpur Recharge Pit


292 RASRA BHAINSAHI NADI Amhar Patti Uttar Proposed Pond

293 RASRA BHAINSAHI NADI Sariya Desiltation Tank

294 RASRA CHOTI SARJU NADI Sakalpur Recharge Pit

295 RASRA BHAINSAHI NADI Nasirpur Urf Nasratpur Desiltation Tank


297 RASRA CHOTI SARJU NADI Narni Recharge Pit




301 RASRA CHOTI SARJU NADI Koriya M. Kop Dug Well

302 RASRA CHOTI SARJU NADI Chak Chirkitaha Desiltation Tank




306 RASRA CHOTI SARJU NADI Chak Chamarahi Desiltation Tank

307 RASRA CHOTI SARJU NADI Mudasan Desiltation Tank

308 RASRA CHOTI SARJU NADI Chitanhara Desiltation Tank


310 RASRA CHOTI SARJU NADI Kushha Bugurgsari Dug Well

311 RASRA CHOTI SARJU NADI Sului T. Pachwar Dug Well

312 RASRA CHOTI SARJU NADI Narainpur Desiltation Tank

313 RASRA CHOTI SARJU NADI Pakad Bojh Desiltation Tank



316 RASRA CHOTI SARJU NADI Narni Recharge Pit

45

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-

317 RASRA CHOTI SARJU NADI Sului T. Pachwar Desiltation Tank




321 RASRA CHOTI SARJU NADI Saray Bharati Recharge Pit

322 RASRA CHOTI SARJU NADI Nasirpur Desiltation Tank

323 RASRA BHAINSAHI NADI Roura Chawar Dug Well

324 RASRA BHAINSAHI NADI Roura Chawar Desiltation Tank

325 RASRA CHOTI SARJU NADI Nasirpur Desiltation Tank







332 RASRA CHOTI SARJU NADI Saray Bharati Desiltation Tank

333 RASRA BHAINSAHI NADI Manda Dug Well


335 RASRA CHOTI SARJU NADI Narni Proposed Pond

336 RASRA CHOTI SARJU NADI Chak Chamarahi Desiltation Tank



339 RASRA BHAINSAHI NADI Sultanpur Proposed Pond

340 RASRA CHOTI SARJU NADI Narni Dug Well





345 RASRA BHAINSAHI NADI Sului T. Pachwar Desiltation Tank

346 RASRA BHAINSAHI NADI Mahrajpur Proposed Pond

347 RASRA CHOTI SARJU NADI Rasulpur Dug Well


349 RASRA BHAINSAHI NADI Jam Desiltation Tank

350 RASRA BHAINSAHI NADI Mahrajpur Desiltation Tank

351 RASRA BHAINSAHI NADI Kamtaila Dug Well




355 RASRA CHOTI SARJU NADI Mahatwar Desiltation Tank

356 RASRA CHOTI SARJU NADI Rasulpur Recharge Pit

357 RASRA BHAINSAHI NADI Sultanpur Desiltation Tank


359 RASRA CHOTI SARJU NADI Rajmalpur Urf Nawapur Desiltation Tank

360 RASRA BHAINSAHI NADI Jam Proposed Pond

361 RASRA BHAINSAHI NADI Kamtaila Desiltation Tank




365 RASRA BHAINSAHI NADI Bhikharipur Desiltation Tank



368 RASRA BHAINSAHI NADI Jam Dug Well


46

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-


371 RASRA CHOTI SARJU NADI Mahatwar Desiltation Tank

372 RASRA BHAINSAHI NADI Parisia T. Pachwar Desiltation Tank

373 RASRA BHAINSAHI NADI Kamtaila Recharge Pit





378 RASRA BHAINSAHI NADI Kharsara Desiltation Tank


380 RASRA BHAINSAHI NADI Rajmalpur Urf Nawapur Desiltation Tank




384 RASRA BHAINSAHI NADI Mokalpur Dug Well


386 RASRA CHOTI SARJU NADI Azizpur Proposed Pond


388 RASRA CHOTI SARJU NADI Rajmalpur Urf Nawapur Dug Well

389 RASRA BHAINSAHI NADI Mahatwar Desiltation Tank


391 RASRA CHOTI SARJU NADI Kharasara Desiltation Tank

392 RASRA CHOTI SARJU NADI Kharasara Recharge Pit





397 RASRA BHAINSAHI NADI Parisia T. Pachwar Proposed Pond

398 RASRA BHAINSAHI NADI Tharivat Desiltation Tank


400 RASRA BHAINSAHI NADI Rajmalpur Urf Nawapur Desiltation Tank



403 RASRA CHOTI SARJU NADI Kharasara Recharge Pit


405 RASRA BHAINSAHI NADI Saraota Desiltation Tank


407 RASRA CHOTI SARJU NADI Kharasara Dug Well

408 RASRA BHAINSAHI NADI Jam Recharge Pit



411 RASRA BHAINSAHI NADI Chak Gangaram Jhor Desiltation Tank




415 RASRA BHAINSAHI NADI Sahwajpur Desiltation Tank

416 RASRA BHAINSAHI NADI Madhopur Dug Well

417 RASRA BHAINSAHI NADI Abhanpur Proposed Pond



420 RASRA BHAINSAHI NADI Bhelai Dug Well

421 RASRA CHOTI SARJU NADI Nadoili Desiltation Tank

422 RASRA BHAINSAHI NADI Abhanpur Desiltation Tank

47

Øekad fodkl[k.M dk

uke


lap;u lajpuk,a

1- 2- 3- 4- 5-


424 RASRA BHAINSAHI NADI Parisia T. Pachwar Check Dam

425 RASRA BHAINSAHI NADI Jakaria Desiltation Tank


427 RASRA BHAINSAHI NADI Tharivat Check Dam

428 RASRA BHAINSAHI NADI Chak Sudman Dug Well

429 RASRA BHAINSAHI NADI Patna Desiltation Tank


431 RASRA BHAINSAHI NADI Kailipali Desiltation Tank

432 RASRA BHAINSAHI NADI Rajmalpur Urf Pachwar Desiltation Tank

433 RASRA BHAINSAHI NADI Siswar Khurd Desiltation Tank

434 RASRA BHAINSAHI NADI Parisia T. Pachwar Recharge Pit

435 RASRA BHAINSAHI NADI Nadoili Desiltation Tank

436 RASRA BHAINSAHI NADI Abhanpur Desiltation Tank

437 RASRA CHOTI SARJU NADI Nadoili Desiltation Tank

438 RASRA BHAINSAHI NADI Jamalpur Urf Khadgpura Desiltation Tank

439 RASRA BHAINSAHI NADI Siswar Khurd Recharge Pit

440 RASRA BHAINSAHI NADI Ramnagar Urf Basnahi Desiltation Tank

441 RASRA BHAINSAHI NADI Sahawpur Desiltation Tank

442 RASRA BHAINSAHI NADI Jamalpur Urf Khadgpura Recharge Pit

443 RASRA BHAINSAHI NADI Niyamatpur Dug Well








451 RASRA BHAINSAHI NADI Sahawpur Proposed Pond


453 RASRA BHAINSAHI NADI Athila Desiltation Tank


455 RASRA BHAINSAHI NADI Rajmalpur Urf Pachwar Desiltation Tank








463 RASRA BHAINSAHI NADI Athila Recharge Pit

464 RASRA BHAINSAHI NADI Patna Recharge Pit

465 RASRA BHAINSAHI NADI Siswar Khurd Proposed Pond

466 RASRA BHAINSAHI NADI Jakaria Dug Well

467 RASRA BHAINSAHI NADI Pachwar Desiltation Tank

468 RASRA BHAINSAHI NADI Sahawpur Dug Well


470 RASRA BHAINSAHI NADI Siswar Khurd Check Dam



473 RASRA BHAINSAHI NADI Pachwar Desiltation Tank

474 RASRA BHAINSAHI NADI Jakaria Desiltation Tank

475 RASRA BHAINSAHI NADI Patna Check Dam

48

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476 RASRA BHAINSAHI NADI Shah Mohammadpur Desiltation Tank




480 RASRA BHAINSAHI NADI Choura Desiltation Tank



483 RASRA BHAINSAHI NADI Bis Gotwa Proposed Pond








491 RASRA BHAINSAHI NADI Chandrvar Dougouli Desiltation Tank

492 RASRA BHAINSAHI NADI Khijirpura Desiltation Tank




496 RASRA BHAINSAHI NADI Rasulpur T. Kanso Desiltation Tank









505 RASRA BHAINSAHI NADI Pachwar Check Dam


507 RASRA BHAINSAHI NADI Bis Gotwa Check Dam

508 RASRA BHAINSAHI NADI Chandrvar Dougouli Dug Well

509 RASRA BHAINSAHI NADI Chandrvar Dougouli Desiltation Tank


511 RASRA BHAINSAHI NADI Chak Awari Chavar Proposed Pond

512 RASRA BHAINSAHI NADI Chandrvar Dougouli Recharge Pit

513 RASRA BHAINSAHI NADI Sahawalpur Dug Well

514 RASRA BHAINSAHI NADI Chandrvar Dougouli Recharge Pit

515 RASRA BHAINSAHI NADI Sahawalpur Proposed Pond

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