Bisanpur - Watermissionmp.org

,dhd`r ty xzg.k {ks= izca/ku dk;ZØe ds vUrxZr 

tyxzg.k {ks= fodkl dk;Z ;kstuk 

iapk;r % nkeksnj[ksMh 

fodkl[kaM % fljkast 

ftyk % fofn’kk 

ekbØksokVj’ksM dksM ua- 2C2G2f4 

dqy {ks=Qy 224 gsDVdqy 

ykxr 83-09 yk[k 

ifj;kstuk ykxr 26-88 yk[k 

vfHklj.k ykxr 56-20 yk[k 

fØ;kUo;u ,stUlh xzkeh.k fodkl foHkkx 

,dhd`r ty xzg.k {ks= izca/ku dk;ZØe&2] fljksat

,dhd`r ty xzg.k {ks= izca/ku dk;ZØe&2] fljksat 

vuqØef.kdk 

v/;k; 1 izLrkouk ,oa i`"BHkwfe 

1.1 ifj;kstuk dh i`"BHkwfe 

rkfydk Øekad 1 % ifj;kstuk dh ewyHkwr tkudkjh 

1.2 ty xzg.k {ks= izca/ku dk;ZØe dh vko’;drk 

rkfydk Øekad 2 % ifj;kstuk dk p;u dk vk/kkj 

rkfydk Øekad 2-1 % ty xzg.k ds p;u dk vk/kkj 

rkfydk Øekad 3 % ty xzg.k {ks= dh tkudkjh 

1.3 ifj;kstuk vUrxZr Lohd`r xkWo esa fodkl dh vU; ;kstuk, 

rkfydk Øekad 4 % ifj;kstuk vUrxZr Lohd`r xkWo esa fodkl dh vU; ;kstuk, 

v/;k; 2 ifj;kstuk {ks= dh lkekU; tkudkjh 

2.1 fo'kuiqj xkao dh vofLFkfr 

2.2 xkWo dk {ks=Qy 

rkfydk Øekad 5 % Hkwfe dk mi;ksx 

2.3 fQft;ksxzkQh 

2.4 tyok;q 

rkfydk Øekad 6 

2.5 okVj’ksM dh fo’ks"krk, 

v/;k; 3 vk/kkjHkwr losZ{k.k 

3.1 lkekftd vkfFkZd fLFkfr 

Rkkfydk Øekad 7 % xkao dh tula[;k lacaf/kr tkudkjh 

rkfydk Øekad 8 % xzke ds ifjokjksa dh lwph 

rkfydk Øekad 9 % izkFkfed 'kkyk esa cPpks dk fooj.k 

rkfydk Øekad 10 % ek/;fed 'kkyk esa cPpks dk fooj.k 

rkfydk Øekad 11 % lqfo/kkvksa dh miyC/krk 

rkfydk Øekad 12 % xkWo esa ihus ds ikuh dk L=ksr 

rkfydk Øekad 13 % xkWo ds Lo;a lgk;rk lewgks dh tkudkjh 

3.2 feV~Vh vkSj Hkwfe dk mi;ksx 

3.3 d`f"k 

Rkkfydk Øekad 14% Qly ,oa dk;Z lwph 

rkfydk Øekad 15 % d`f"k esa tsUMj ifjn`'; 

3.4 i'kq/ku 

Rkkfydk Øekad 16 % i'kqvksa dh miyC/krk ,oa mi;ksx 

3.5 pkjkxkg 

3.6 okfudh 

rkfydk Øekad 17 % tykm ydMh dh vko’;drk 

rkfydk Øekad 18 % Ok`{k ds mi;ksx 

3.7 xkWo esa miyC/k ty L=ksarks dk fooj.k 

Rkkfydk Øekad 19 % Mse dh tkudkjh 

Rkkfydk Øekad 20 % dqvksa dh orZeku fLFkfr ,oa mi;ksx 

3.8 vkthfodk dh fLFkfr 

3.9 leL;kvksa dk fpfUgdj.k ,oa leL;k o`{k dk fuekZ.k 

3.10 okVj ctV

v/;k; 4 laLFkkxr O;oLFkk ,oa ifj;kstuk izca/ku 

4.1 Tkulg;ksxh i}fr }kjk xzke laca/kh tkudkjh dk ,df=dj.k 

4.2 lkekftd tqM+ko gsrq lkekftd laxBu dk xBu 

Rkkfydk Øekad 21 % xkWo ds Lo;a lgk;rk lewgks dh tkudkjh 

rkfydk Øekad 22 % mi;ksxdrkZ lewgksa dh tkudkjh 

rkfydk Øekad 23 % okVj’ksM desVh fo'kuiqj dh tkudkjh 

4.3 ifj;kstuk dk;kZUo;u ,stsalh 

rkfydk Øekad 24 % ifj;kstuk dk;kZUo;u ,stsUlh 

rkfydk Øekad 25 % okVj’ksM MsoyiesaV Vhe ds deZpkjh 

4.4 ifj;kstuk ds dk;kZUo;u dh ;kstuk 

4.5 okVj’ksM dk;ksZ esa vU; ;kstukvks dk vfHklj.k 

rkfydk Øekad 26 % vfHklj.k ds fy;s ljdkj dh vU; ;kstukvks dh lwph 

v/;k; 5 izca/ku vkSj dk;Z ;kstuk 

5.1 izkjafHkd dk;Zdyki xfrfof/k 

5.2 lkeqnkf;d laxBu 

5.3 foLr`r ifj;kstuk fjiksVZ 

5.4 okVj’ksM dk;Z ;kstuk dk fooj.k 

5-4-1 Hkwfe lq/kkj ,oa Hkwfe laj{k.k xfrfof/k;ka (Soil and Moisture 

Conservation/ Catchment treatment) 

5-4-2 ty lao/kZu xfrfof/k;ka (Rain water harvesting including drainage 

line treatment) 

5-4-3 d`f"k Hkwfe (Agriculture land) 

5-4-4 iM+r Hkwfe (Waste / degraded land) : 

5-4-5 ouhdj.k @o`{kkjksi.k @m|kfudhdj.k xfrfof/k;ka 

5-4-6 Qly fodkl dh dk;Z;kstuk 

Rkkfydk Øekad 27 % oRkZeku vkSj visf{kr Qly mRiknu dh fLFkfr 

5-4-7 vkthfodk xfrfof/k 

rkfydk Øekad 28 % d`f"k fodkl dk;ksZ dh ;kstuk 

rkfydk Øekad 29 % i'kq/ku fodkl dk;ksZ dh ;kstuk 

5-4-8 vfr y?kq m|e ¼ekbØks baVjizkbtsl½ 

5-4-9 ekdsZV fyadst 

5.5 izca/ku ¼izLrkfor xfrfof/k;ksa dh lr~rrk½ 

QkesZV ua- 1 & ikfjokfjd tkudkjh izi= 

QkesZV ua- 2 & usV Iykfuax 

QkesZV ua- 3 & vkthfodk Iykfuax 

rkfydk Øekad 30 % dk;Z ;kstuk dk fooj.k 

v/;k; 6 {kerk fuekZ.k 

rkfydk Øekad 31 % {kerk fuekZ.k dk;Z;kstuk 

v/;k; 7 okVj’ksM ctV 

7.1 dqy okVj’ksM ctV 

Rkfydk Øekad 32 % okVj’ksM ctV 

Rkkfydk Øekad 33 % xkWo ds ctV esa varj 

rkfydk Øekad 34 % xkWo fo'kuiqj esa okVj’ksM dk;Z esa vfHklj.k 

7.2 xfrfof/kokj ykxr o ekuo fnol dk fo’ys"k.k 


kfydk Øekad 35 % igkMh {ks=ksa esa yh tkus okyh tyxzg.k {ks= fodkl 

xkfrfof/k;kW 

rkfydk Øekad 36 % eSnkuh {ks=ks esa yh tkus okyh tyxzg.k +{ks= fodkl xfrfof/k;kW 

rkfydk Øekad 37 % ukys ds izokg {ks= esa yh tksus okyh tyxzg.k {ks= fodkl 

xfrfof/k;kW 

rkfydk Øekad 38 % xkWo esa futh@lkeqnkf;d Hkwfe@iMr Hkwfe@ ou Hkwfe ij yh 

tkus 

okyh tyxzg.k {ks= fodkl xkfrfof/k;kW 

rkfydk Øekad 39 % Hkwfe lq/kkj ,oa Hkqlaj{k.k xkfrfof/k;kW 

rkfydk Øekad 40 % ty loa/kZu xfrfof/k;kW 

rkfydk Øekad 41 % o`{kkjksi.k ,oa ?kkl fodkl xfrfof/k;kW 

7.3 okVj’ksM xfrfof/k;ks ds fØ;kUo;u gsrq dk;Z;kstuk ,oa ctV 

Rkfydk Øekad 42 % okVj’ksM xfrfof/k;ks ds fØ;kUo;u gsrq 5 o"kksZ dk ctV 

7.4 ykHk ykxr fo’ys"k.k 

v/;k; 8 lesdu 

v/;k; 9 lEHkkfor ifj.kke 

Rkkfydk Øekad 43% laHkkfor ifj.kke 


izLrkouk ,oa i`"BHkwfe 

1-1 ifj;kstuk dh i`"BHkwfe 

vkbZ- MCyw- ,e- ih- dk;ZØe Hkkjr ljdkj dk vfHkuo dk;ZØe gSA bl dk;ZØe ds vUrxZr 

xzkeh.k {ks=ks esa feV~Vh ,oa ikuh ds laj{k.k rFkk lao/kZu ds dk;Z fd;s tk jgs gS rkfd d`f"k mRiknu ,oa 

izkd`frd ouLifr ds vkoj.k esa o`f} dj xzkeh.kksa ds LFkk;h vthfodk ds csgrj lk/ku tqVk;s tk ldsa 

,oa xzkeh.kksa gsrq vthodk ds L=ksrksa dk fodkl dj xjhc ,oa Hkwfeghu ifjokjksa gsrq jkstxkj miyC/k 

djk;k tk ldsaA bl ;kstuk ds vUrxZr xfrfof/k;ksa dk p;u LFkkuh; ifjfLFkfr;ks dh fof’k"Vrkvksa dks 

/;ku esa j[kdj xzkeh.kkas dh vko’;drk ds vuq:i fd;k tkrk gS ,oa p;fur xfrfof/k;ksa ds fØ;kUo;u 

rFkk tfur ifjfLFkfr;ks ds j[kj[kko dk nkf;Ro Hkh xzkeh.kksa dh lgHkkfxrk lqfuf’pr djus ds fy, 

fe’ku us lkewnkf;d laxBu ds fl)kUr dks viuk;k gSA feV~Vh o ikuh dh laj{k.k rFkk lao/kZu dh 

xfrfof/k;ksa gsrq LokoyEcu nyks ,oa Lolgk;rk lewgksa dk xBu fd;k x;k gS A bu leLr nyks ds 

izfrfuf/k;ks esa efgyk izfrfuf/k;ks ,oa mi;ksxdrkZ nyksa ds lnL;ksa dks 'kkfey dj xzke Lrjh; okVj’ksM 

desVh dk xBu fd;k x;k g]S okVj’ksM desVh p;fur ekbZØks okVj’ksM gsrq ,dtkbZ dk;Z;kstuk dh 

ifj;kstuk jkf’k lh/ks miyC/k djkbZ tkrh gSA okVj’ksM desVh }kjk ys[kk fjdkMZ la/kkj.k dk;ZØe dh 

fuxjkuh izxkfr vads{k.k izkIr ykHkksa ds forj.k rFkk tfur ifjlEifRr;ksa ds j[kj[kko dk nkf;Ro Hkh 

fuokZg fd;k tkrk gS] bl rjg xzkeh.kksa dh okVj’ksM vkbZ- MCyw- ,e- ih- dk;ZØe ds fØ;kUo;u gsrq 

,d dk;Zdkjh lfefr gS ftldh Hkwfedk dk;ZØe ds csgrj fu;kstu o lQy lEiknu gsrq vR;f/kd 

laosnu’khy rFkk egRoiw.kZ gS A bl ifjiz{; esa okVj’ksM desVh dh {kerk ,ao dkS’ky fodkl vifjgk;Z 

gSA 

e/;izns’k leLr lalk/kuksa ds ckotwn fodkl dh n`f"V ls fojks/kkHkk"kh jkT; gS jkT; vf/kdrj 

ufn;ksa dk mn~xe LFky Hkh gS] fQj Hkh vf/kdka’k Hkwfe o"kkZ vk/kkfjr d`f"k i}fr ij fuHkZj gS ftlls lq[ks 

dk [krjk lnSo cuk jgrk gSA 

ty ,oa Hkwfe izkd`frd lalk/ku gS nksuks dh ek=k lhfer gS budh o`f} djuk lEHko izrhr ugha 

gksrk] ,sals esa gekjh c

djuk gksxk vU;Fkk yEcs le;rd Hkwfe ls mRiknu ysus esa l{ke ugh jgsxs A Hkkjr 'kklu }kjk 'kq: 

fd;s x, fofHkUu dk;ZØeksa ds varxZr ty lxzg.k fodkl ifj;kstuk izkjEHk dh xbZ gSA 

ty xzg.k {ks= esa lHkh dk;Z izxkfr ij vk/kfjr gSA ;fn Hkwfe ds xq.kksa dk lgh v/;;u ,oa ty 

laxzg.k ds mfpr izca/ku gsrq ys[kk tks[kk rS;kj dj uD’kk cuk fy;k tk;s] rks fuf’pr gh fdlh txg 

dkSu lk mipkj djuk gS] ;g r; dj ik;saxsa ,oa ty xzg.k {ks= dk lgh fodkl dj ik;saxsaA 

e`nk dk lkeF;Z ds vuqlkj mi;ksx u djus lsa Hkwfe{kj.k }kjk izfro"kZ mitkÅ feV~Vh dk ,d 

cgqr cMk fgLlk ,d LFkku ls nwljs LFkku ij pyk tkrk gSA ,d rjQ ;g mitkÅ feV~Vh [ksrksa esa 

cgdj d`f"k mRiknu ij izHkko Mkyrh gSA rks nwljh rjQ ;g feVVh cMs rkykcksa ck/kksa esa tkdj flYV 

fMikWftV dj xgjkbZ de djrh gSA tulgHkkfxrk ij vk/kkfjr tyxzg.k izca/ku dk fjt Vw osyh 

fl)kr ds vUrZxr mipkj dk;Z fjt vFkok mPp igkMh {ks= ls 'kq: fd;s tkrs gSA ftuls NksVs fdlku 

igys ykHkkfUor gksrs gSA rFkk blls vizR;{k ,oa lkeqnkf;d ykHk gksrs gSA ftUgs fdlku vklkuh ls 

le> ugha ikrsa blfy;s mUgs bl vo/kkj.kk ds Qk;ns rqjUr le> ugha vkrs blh izdkj lgHkkxh 

tyxzg.k {ks= izca/ku ds varxZr okVj’ksM ds lexz fodkl ij tksj fn;k tkrk gSA ftlesa leLr 

xkfrfof/k;k 'kkfey gksrh gSA rFkk ty laj{k.k o lao/kZu tSlh ,d gh xfrfof/k ij /;ku dsafnzr ugh 

fd;k tkrkA 

ftyk fofn’kk e0iz0 ds dsUnz esa fLFkr ftyk gS ftlesa 7 fodkl[kaM gSaA fljksat fodkl[kaM tks 

fd ftyk eq[;ky; ls 120 fd0eh0 dh nwjh ij fLFkr gS] ftlesa vuqlwfpr tkfr ]tutkfr ,oa fiNM+k 

oxZ dh vf/kdrk gSA fljksat fodkl[k.M ,oa mlds vkl&ikl fLFkr xkaoksa dh tehu eq[;r%

tyxzg.k {ks=ksa esa fo’ks"k :i ls o"kkZ fuHkZj {ks=ksa esa ou ,oa d`f"k Hkwfe ij ty ,oa Hkwfe laj{kj.k ds mik; 

fd;s tk;sA e/;izns’k 'kklu us vkbZ- MCyw- ,e- ih- dk;Zdze ds varxZr vusadks tyxzg.k {ks=ks dk pquko 

fd;k gS] ftlesa fodkl[k.M fljksat ds feyhokVj’ksM fc’kuiqj ft;ks dksM Øekad 2C2G2f4 dk 

tyxzg.k {ks= gSA vkbZ- MCyw- ,e- ih- dk;ZØe ,d lefUor dk;ZØe gS ftldk mn~ns’; izkØfrd 

lalk/kuksa] d`f"k lalk/kkuks ,oa ekuo lalk/kkuksa dks oSKkfud rjhdksa ls mfpr iz;ksx dj lokZxh.k fodkl 

djuk gSA 

xzkeh.k fodkl ea=ky; ds varxZr {ks= fodkl dk;ZØe ¼,fj;k MsoyiesaV izksxzke½ ds rgr lw[kk 

izHkkfor {ks= dk;ZØe ¼Mh-ih-,-ih-½ ] Mh-Mh-ih- ,oa ,dhd`r catj Hkwfe fodkl dk;ZØe ¼vkbZ-MCY;w-Mh-ih-½ 

dk fØ;kUo;u okWVj’ksM fodkl ds n`f"Vdks.k ls lu~ 1995&96 ls fd;k tk jgk gSaA lu~ 2008 esa lHkh 

okWVj’ksM izkSxzke dks ubZ lekU; fn’kk funsZ’k 2008 ¼dkWeu okWVj’ksM xkbMykbZu & 2008½ ds vuqlkj 

,dhd`r ty xzg.k {ks= izca/ku dk;Zdze ¼vkbZ-MCY;w-,e-ih-½ ds uke ls 'kq: fd;k tk jgk gSA 

vkbZ-MCY;w-,e-ih-& 2 fljksat ifj;kstuk ds varxZr p;fur xkao fc’kuiqj fofn’kk ftys ds 

fljksat fodkl[kaM ds xzke iapk;r nkeksnj[ksMh esa fLFkr gSa ftldh dqy tula[;k 306 gSA ;g xkao 

ftyk eq[;ky; fofn’kk ls yxHkx 120 fdyksehVj nwjh ij fljksat&v’kksduxj ekxZ ij fLFkr gSa rFkk 

fc’kuiqj xkao rglhy eq[;ky; fljksat ls yxHkx 15 fdyksehVj nwjh ij rFkk xzke xjsBk ls yxHkx 2 

fdyksehVj nwjh ij fLFkr gSa] xkao ds dqy ifjokjksa dh la[;k 64 gS] xzke fc’kuiqj esa 59-37 izfr’kr 

ifjokj vuqlwfpr tkfr] 40-62 izfr’kr ifjokj vU; fiNM+k oxZ ds tkfr ds ifjokj gSaA dqy tula[;k dk 

54-85 izfr’kr iq:"k vkSj 45-15 izfr’kr efgyk, gSaA xkao ds yksxksa dh eq[; vkthfodk dk lk/ku d`f"k gS 

xkao dh dqy 224 gs0] esa ls futh Hkwfe 214-445 gs0 gSA 


kfydk Øekad 1 % 

ifj;kstuk dh ewyHkwr tkudkjh 

Ø- 

laifj;kstuk 

dk uke 

1 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

2 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

3 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

uke 

Xkksikyiqj] 

dapuiqj 

iSdksyh] 

vkthekck 

n 

oklW[ksMh 

xwxy] 

eqTtQj 

x< 

xkWo 

ekbØks 

okVj’ksM 

dksM 

2C2G2G5,2 

C2G2m5 

2C2G2f7 , 

2C2G2f6 

2C2G2g6 , 

2C2G2f5 

xzke 

iapk;r 

tuin ftyk Lohd`r 

ifj;kstuk 

dk 

{ks=Qy 

¼gs0 esa½ 

ifj;kstuk 

dh dqy 

ykxr 

¼yk[k esa½ 

fHk;k[ksMh fljksat fofn'kk 693 83.16 

iSdksyh] fljksat fofn'kk 860 103.2 

oklW[ksMh 

xwxy] 

fljksat fofn'kk 1034 124.08 

4 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

5 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

6 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

7 vkbZ-MCyw- 

,e-ih-&2 

fljksat 

xjsBk] 

cj[ksMk 

gjxu 

vgenkckn 

f[kYyh 

2C2G2d3 , 

2C2G2g4 

xjsBk] fljksat fofn'kk 1155 138.60 

2C2G2f4 dknjiqj fljksat fofn'kk 408 48.96 

fc'kuiqj 2C2G2f4 nkeksnj 

[ksMh 

fljksat fofn'kk 224 26.880 

dksjoklk 2C2G2g3 dksjoklk fljksat fofn'kk 647 77.64 

dqy 5021 602.52 



xkWo fc’kuiqj dh HkkSxksfyd vofLFkfr

1-2 ty xzg.k {ks= izca/ku dk;ZØe dh vko’;drk 

fljksat {ks= dh okf"kZd o"kkZ dk vkSlru ifjeki 848 fe0eh0 gS] ;gka vf/kdka’kr% tehu esa 

[kjhQ Qly ds le; ij lks;kchu] mM+n] rqvj ,oa jch esa xsagw ]puk ,oa elwj dh Qly dh tkrh gSA 

lks;kchu] mM+n vkSj rqvj dh vkSlr iSnkokj Øe’k% 10] 06 ,oa 08 fDo0 izfr gsDVs;j ls fdlku 

orZeku esa ys ikrs gS blh izdkj xsagw] puk vkSj elwj dh vkSlr iSnkokj Øe’k% 10] 07 ,oa 07 fDoa0 izfr 

gsDVs;j ys ikrs gS tks fd visf{kr iSnkokj dk 40&50 izfr’kr gh gSA iSnkokj de gksus dk eq[; dkj.k 

flapkbZ dh vuqiyC/krk] eǹk{kj.k vkSj rduhfd tkudkjh dk vHkko gSA flapkbZ dh i;kZIr miYkO/krk u 

gksus ds dkj.k fljksat fodkl[kaM dh dqy [ksrh ;ksX; tehu ds 50 izfr’kr tehu ij o"kZ esa ,d Qly 

gh yh tkrh gSA ty xzg.k {ks= izca/ku dk;ZØe ds vUrxZr ty ,oa e`nk laj{k.k xfrfof/k;ks ds }kjk 

visf{kr iSnkokj dks izkIr fd;k tk;sxkA 

rkfydk Øekad 2 % 

ifj;kstuk dk p;u dk vk/kkj 

Ø 

ekbØksokVj’ksM dk 

uke 

i ii iii iv v vi vii viii ix x Xi xii xiii TOTAL 

1 fc’kuiqj 5 5 0 3 0 0 15 7.5 15 15 10 10 0 85.5 

rkfydk Øekad 2-1 % Criteria and weightage for selection of watershed 

S. 

No. 

i 

Criteria 

Poverty index (% of 

poor to population) 

ii % of SC/ ST 

population 

iii Actual wages 5 Actual wages 

are significantly 

lower than 

minimum wages 

(5) 

iv 

% of small and 

marginal farmers 

Maximum 

score 

Ranges & scores 

10 Above 80 % (10) 80 to 50 % (7.5) 50 to 20 % (5) Below 

20 % 

(2.5) 

10 More than 40 % 20 to 40 % (5) Less than 20 % 

(10) 

(3) 

Actual wages are 

equal to or higher 

than minimum 

wages (0) 

10 More than 80 % 

(10) 

50 to 80 % (5) Less than 50 % 

(3) 

v Ground water status 5 Over exploited Critical (3) Sub critical (2) Safe (0) 


vi 

vii 

Moisture index/ 

DPAP/ DDP Block 

Area under rain-fed 

agriculture 

(5) 

15 -66.7 & below 

(15) 

DDP Block 

15 More than 90 % 

(15) 

-33.3 to -66.6 (10) 

viii Drinking water 10 No source (10) Problematic Cluster 

(7.5) 

ix Degraded land 15 High – above 20 

% (15) 

x 

xi 

xii 

xiii 

Productivity potential 

of the land 

Contiguity to another 

watershed that has 

already been 

developed/ treated 

Cluster approach in 

the plains (more than 

one contiguous microwatersheds 

in the 

project) 

Cluster approach in 

the hills (more than 

one contiguous microwatersheds 

in the 

project) 

15 Lands with low 

production & 

where 

productivity can 

be significantly 

enhanced with 

reasonable 

efforts (15) 

10 Contiguous to 

previously 

treated 

watershed & 

contiguity within 

the micro 

watersheds in 

the project (10) 

15 Above 6 microwatersheds 

in 

cluster (15) 

15 Above 5 microwatersheds 

in 

cluster (15) 

0 to -33.2 (0) 

DPAP Block Non DPAP/ 

DDP Block 

80 to 90 % (10) 70 to 80% (5) Above 

70 % 

(Reject 

z) 

Partially 

covered (5) 

Medium – 10 to 20 

% (10) 

Lands with 

moderate 

production & 

where productivity 

can be enhanced 

with reasonable 

efforts (10) 

Contiguity within 

the micro 

watersheds in the 

project but non 

contiguous to 

previously treated 

watershed (5) 

4 to 6 micro 

watersheds in 

cluster (10) 

3 to 5 micro 

watersheds in 

cluster (10) 

Low- less than 

10 % of TGA 

(5) 

Lands with 

high 

production & 

where 

productivity 

can be 

marginally 

enhanced with 

reasonable 

efforts (5) 

Neither 

contiguous to 

previously 

treated 

watershed nor 

contiguity 

within the 

micro 

watersheds in 

the project (0) 

2 to 4 micro 

watersheds in 

cluster (5) 

2 to 3 micro 

watersheds in 

cluster (5) 

Fully 

covere 

d (0) 

Total 150 150 90 41 2.5 


kfydk Ø- 3 %ty xzg.k {ks= dh tkudkjh 

ifj;kstuk dk uke 

dqy ekbØks okVj’ksM 

okVj’ksM dksM 

okVj’ksM dk izdkj 

dh la[;k 

vkbZ-MCyw-,e-ih-&2 

fljksat 

4 

2C2G2G5,2C2G2m5, 

2C2G2f7 , 2C2G2f6, 

2C2G2g6 , 2C2G2f5, 

2C2G2f4, 

2C2G2g3 

feyh okVj’ksM 

1-3 ifj;kstuk ds vUrxZr Lohd`r xkWo esa fodkl dh vU; ;kstuk, 

ifj;kstuk ds vUrxZr Lohd`r lHkh 7 xkWo ftyk eq[;ky; ls nwjLFk fLFkr gS ftl dkj.k bl 

xkWo esa fodkl dh vU; ;kstuk,W tSls Lo.kZ t;arh xzke Lojkstxkj ;kstuk] egkRek xkW/kh jk"Vªh; xzkeh.k 

jkstxkj xkjaVh ;kstuk] bfUnjk vkokl ;kstuk] ftyk xjhch mUewyu ifj;kstuk ¼Mh-ih-vkbZ-ih-½ Hkh gSA 

1- egkRek xkW/kh jk"Vªh; xzkeh.k jkstxkj xkjaVh ;kstuk ¼eujsxk½& Hkkjr ljdkj }kjk o"kZ 2005 esa 

jk"Vªh; xzkeh.k jkstxkj xkjaVh vf/kfu;e ikfjr fd;k x;kA blds izko/kku ds vuq:Ik 6 ekg ds vanj 

jkstxkj xkjaVh ;kstuk rS;kj dj fØ;kfUor djus dh O;oLFkk dh xbZA jk"Vªh; xzkeh.k jkstxkj xkjaVh 

;kstuk dh ’kq:vkr 2 Qjojh 2006 dks laiw.kZ Hkkjr ds 100 fpafgr ftyksa esa ykxw dh xbZ FkhA 

rRi’pkr bls e/; izns’k lfgr ns’k ds lHkh ftyksa esa ykxw dj fn;k x;kA ;g ;kstuk fofn’kk ftys 

dh lHkh rglhyksa ds lHkh xkWoksa esa ykxw dj nh xbZ gSA lu~ 2010 esa bl ;kstuk dk uke ifjofrZr 

djds egkRek xkW/kh jk"Vªh; xzkeh.k jkstxkj xkjaVh ;kstuk dj fn;k x;kA bl ;kstuk ds varxZr 

tyxzg.k {ks= izca/ku dk;ZØe ds vfrfjDr dqN mi ;kstukvksa dks Hkh 'kkfey fd;k gSA tSls& Hkwfe 

f’kYi] 'kSy i.kZ] dfiy /kkjk] uanu Qyks|;ku] js’ke mRiknu bR;kfnA 

eujsxk ds varxZr vdq’ky xzkeh.k Jfed dks 100 fnuksa dk jkstxkj 100 : izfrfnu ds fglkc 

ls miyC/k djk;k tkosxk ftlls jkstxkj dh miyC/krk lqfuf’pr gks ldsA etnwjh njksa esa le;kuqlkj 

ifjorZu fd;k tkosxkA blesa jkstxkj ikus gsrq vkosnu nsus dk izko/kku gS] ftlds vk/kkj ij iathd`r 

O;fDr dks tkWc dkMZ ds vk/kkj ij jkstxkj miyC/k djk;k tkosxkA xzke iapk;r ;k fdz;kUo;u ,tsalh 


jkstxkj miyC/k djk;sxh ,oa fjdkMksZa dk la/kkj.k djsxhA vkosnu djus ds 15 fnuksa esa dk;Z miyC/k u 

gksus dh fLFkfr esa csjkstxkjh HkRrk nsus dk Hkh izko/kku j[kk x;k gSA dk;ZLFky ij is;ty] LokLF; 

lqfo/kk,W] ,oa >wyk?kj dh O;oLFkk dh tkosxhA 

'ksYQ vkWQ izkstsDV esa 'kkfey dk;ksaZ dks ifj;kstuk fØ;kUo;u ,tsalh }kjk dk;Zdkjh foHkkx 

jktho xkW/kh tyxzg.k {ks= izca/ku ds lg;ksx ls laikfnr fd;k tk;sxkA xzke iapk;r Lrj ij tyxzg.k 

xfrfof/k;ksa ds fØ;kUo;u dh ftEesnkjh xzke tykfHk"ksd tyxzg.k lfefr dh gksxhA ifj;kstukarxZr 

fØ;kUo;u ,tsalh }kjk fuEu dk;ksaZ dks iw.kZ fd;k tkosxkA 

1& Hkwfe lq/kkj o ty laj{k.k dk;Z 

2& ty lao/kZu dk;Z 

3& m|kfudh o ikS/kkjksi.k dk;Z 

4& pkjkxkg fodkl dk;ZA 

mijksDr xfrfof/k;ksa ds vk/kkj ij xzke Lrj ij iyk;u jksduk] vkthfodk vfHko`f) djuk] 

jkstxkj ,oa flapkbZ lqfo/kk miyC/k djkuk bR;kfn ij cy fn;k tk;sxkA 

ifj;kstuk fØ;kUo;u ,tsalh xzke Lrj ij xzke lHkk ds ek/;e ls tyxzg.k lfefr;ksa dk 

p;u] mUgsa 'ksYQ vkWQ izkstsDV esa 'kkfey djkuk] rduhdh Lohd`fr nsuk] iz’kkldh; Lohd`fr ftyk 

iapk;r ls izkIr djuk] xzkeh.k tykfHk"ksd tyxzg.k lfefr;ksa ds ek/;e ls dk;Z djuk] lkekftd 

vads{k.k o jkstxkj xkjaVh Ldhe ds varxZr vU; lHkh izdkj ds dk;Z djsxhA 

2- Lo.kZ t;arh xzke Lojkstxkj ;kstuk & xzkeh.k {ks= esa xjhch js[kk ds uhps ¼ch-ih-,y-½ thou 

;kiu djus okys ifjokjks ds Lojkstxkj ds fy;s /kuksiktZd ifjlEifRr;kW gkfly djus esa lgk;rk nsrs 

gq, xjhch js[kk ls Åij mBkuk ;kstuk dk eq[; mn~ns’; gSA ;kstuk dk ykHk ysus ds fy;s loZizFke 

5&10 yksxks ds lewg dk xBu fd;k tk;sxkA lgk;rk izkIr Lojkstxkfj;ks esa ls 50 izfr’kr vuqlwfpr 

tkfr@tutkfr ds 40 izfr’kr efgyk,W] 3 izfr’kr fodykax ,oa 15 izfr’kr vYila[;d gksus pkfg,A 

Lojkstxkfj;ks dks O;fDrxr rFkk lewg vk/kkfjr vkfFkZd fØ;kdyki gsrq cSad _.k ,oa vuqnku 

fn;k tkosxkA 


• lewgks dks fjokfYoax Q.M ds :i esa :- 5000-00 ls tek ds ,d pkSFkkbZ rd vf/kdre~ :- 

20000@& 

• ;kstukUrxZr O;fDrxr Lojkstxkfj;ksa ls lkekU; tkfr dk gksus ij ifj;kstuk ykxr dk 30 

izfr’kr ;k vf/kdre~ :- 75]000] vuqlwfpr tkfr@tutkfr dk gksus ij ykxr dk 50 izfr’kr 

vkSj vf/kdre :- 10]000 ns; gksxkA Loalgk;rk lewg ds fy;s ifj;kstuk ykxr dk 50 izfr’kr 

rFkk vf/kdre :- 1-25 yk[k ns; gksxkA flapkbZ laca/kh ifj;kstuk ds fy;s vuqnku dh dksbZ 

vf/kdre lhek ugha gksxhA 

3- bfUnjk vkokl ;kstuk & ;g dsUnz izofrZr ;kstuk gS ftlesa dsUnzka’k ,oa jkT;ka’k dk 

vuqikr 75 % 25 gSA bl ;kstuk dk mn~ns’; xzkeh.k {ks= ds xjhch js[kk ls uhps thou;kiu djus okys 

vkoklghuks dks vkokl lqfo/kk miyC/k djkuk gSA bl ;kstuk gsrq ftysokj Hkkjr ljdkj }kjk vkcaVu 

fu/kkZfjr fd;k tkrk gSA bl ;kstuk dk fØ;kUo;u ftyk@xzke iapk;r ds ek/;e ls fd;k tkrk gSA 

;kstukUrxZr ykHkkfUor fgrxzkfg;ks esa ls U;wure 60 izfr’kr vuqlwfpr tkfr@vuqlwfpr tutkfr rFkk 

'ks"k lkekU; oxZ ds xjhch js[kk ls uhps thou;kiu djus okys ifjokj gksuk pkfg;sA vkokl dk fuekZ.k 

Lo;a fgrxzkgh }kjk fd;k tkosxkA vkokl dh dksbZ fMtkbZu fu/kkZfjr ugha gSA vkokl dk dqlhZ {ks= 20 

oxZ ehVj gksxkA xzke lHkk }kjk ch-ih-,y- losZ 2002&03 ds vk/kkj ij rS;kj fgrxzkfg;ks dh LFkkbZ 

izrh{kk lwph ls fgrxzkfg;ks dk p;u fd;k tkosxkA fgrxzkfg;ks ds p;u gsrq izkFkfedrk eqDr ca/kqvk] 

izrkfM+r vuqlwfpr tkfr@vuqlwfpr tutkfr] ch-ih-,y- vuqlwfpr tkfr@ vuqlwfpr tutkfr ds os 

ifjokj ftudh eqf[k;k fo/kok @vfookfgr efgyk gS] izkd`frd vkinkvks ls ihf

ifj;kstuk ds izFke pj.k ds varxZr dqvkW fuekZ.k] QlyksRiknu o`f) dk;Zdze] cdjh ,oa HkSalikyu 

dk;Zdze dks lh- vkbZ-th- ds ek/;e ls fdz;kfUor fd;k x;kA ifj;kstuk ds f}rh; pj.k esa Lo;a 

lgk;rk lewg ds ek/;e ls xkWo ds yf{kr ifjokjksa dks vkthfodk o`f) ds dk;Z Hkh djk, tkus dk 

izko/kku gSA 


ifj;kstuk vUrxZr Lohd`r xkWo esa fodkl dh vU; ;kstuk, 

Ø- 

la- 

;kstuk@ifj;kstuk 

dk uke 

,stsalh dk uke ;kstuk@ifj;ks 

tuk dk 

mn~ns’; 

o"kZ lfEefyr 

xkWo 

vuqekfur 

fgrxzkfg;ks 

dh la[;k 

1 egkRek xkW/kh jk"Vªh; xzkeh.k fodkl jkstxkj 2008 7 130 

xzkeh.k jkstxkj xkjaVh 

;kstuk 

foHkkx 

2 Lo.kZ t;arh xzke xzkeh.k fodkl vkthfodk 2000 7 45 

Lojkstxkj ;kstuk foHkkx fodkl 

3 bfUnjk vkokl ;kstuk xzkeh.k fodkl ?kj fuekZ.k 1995 7 25 

foHkkx 

4 ftyk xjhch mUewyu 

ifj;kstuk 

jkT; ljdkj vkthfodk 2001 4 260 


v/;k; 2 

ifj;kstuk {ks= dh lkekU; tkudkjh 

2-1 fc’kuiqj xkao dh vofLFkfr 

• HkkSxksfyd vofLFkfr %& 

fc’kuiqj xkWo 24◦15^00** mRrjh va{kk’k rFkk 77◦45^00** iwohZ ns’kkUrj ¼tkudkjh xwxy vFkZ, rFkk 

Toposheet ls izkIr½ esa vofLFkr gSaA bl xkao dh mRrjh fn’kk esa xjsBk vkSj nf{k.k fn’kk esa 

dksjoklk gSaA blds iwoZ fn’kk esa xzke ckWl[ksMh xwxy vkSj if’pe fn’kk esa xzke vks[kyh[ksMk fLFkr gSaA 

{ks=Qy dh n`"Vh ls ;g xkao dqy 239-137 gsDVsvj esa foLrkfjr gSaA bl {ks= dk okf"kZd o"kkZ 848 feeh- 

gSA 

• iz’kklfud vofLFkfr %& 

xzke fc’kuiqj fofn’kk ftys ds fljksat fodkl[kaM ds xzke iapk;r nkeksnj[ksMh esa fLFkr gSaA ;g 

xkao ftyk eq[;ky; fofn’kk ls yxHkx 120 fdyksehVj nwjh ij fljksat xjsBk ekxZ ij fLFkr gSa rFkk 

fc’kuiqj xzke rglhy eq[;ky; fljkst ls yxHkx 15 fdyksehVj nwjh ij rFkk xjsBk ls yxHkx 2 

fdyksehVj nwjh ij fLFkr gSaA 

• tyxzg.k {ks= esa vofLFkfr 

fc’kuiqj ekbØks okVj’ksM dksM u0 2C2G2f4 xzke iapk;r nkeksnj[ksMh esa vkrk gS 

ekbØksokVj’ksM fc’kuiqj ds xkWo dk dqy {ks=Qy 224 gsDVsvj gSa 


2-2 xkWo dk {ks=Qy %& 

xkWo fc’kuiqj dh dqy Hkwfe 224 gs0 esa ls jktLo Hkwfe 9-555 gs0 ,oa futh Hkwfe 214-445 gs0] 

gSA bu tehuksa ij flapkbZ dh lqfo/kk ds vuqlkj [kjhQ esa lks;kchu] mM+n] eDdk] rqvj ,oa jch 

lhtu esa xsagw ,oa vf/kdk’kr% Hkwfe ij puk] elwj dh [ksrh dh tkrh gSA flapkbZ dh vuqiyC/krk ds 

dkj.k fdlku dqN tehuks esa fefJr mRiknu tSls lks;kchu ds lkFk rqvj djrs gSaA de

2-3 fQft;ksxzkQh 

tyxzg.k {ks= fofn’kk ftys dh fljksat rglhy esa v’kksduxj ftys dh lhek ls yxk {ks= gS 

ftldh MSL ls U;wure ÅWpkbZ 449 ehVj o vf/kdre ÅWpkbZ 459 ehVj gS] ftldk iwoZ ls if’pe 

rd foLrkj yxHkx 1-50 fdyksehVj ,oa mRrj ls nf{k.k rd foLrkj 3-50 fdyksehVj gSA tyxzg.k {ks= 

ds varxZr vkus okyh d`f"k Hkwfe dh

v/;k; 3 

vk/kkjHkwr losZ{k.k 

3-1 lkekftd vkfFkZd fLFkfr %& 

• MseksxzkfQd izksQkbZy 

xzke fc’kuiqj dh dqy tula[;k 306 gSA xzke fc’kuiqjesa 40-62 izfr’kr ifjokj vuqlwfpr tkfr] 

59-37 izfr’kr ifjokj vU; fiNM+k oxZ ds tkfr ds gSaA dqy tula[;k dk 52-61 izfr’kr iq:"k 

vkSj 47-38 izfr’kr efgyk, gSaA 

Rkkfydk Øekad 7 % xkao dh tula[;k lacaf/kr tkudkjh 

iq:"k efgyk ;ksx 

vuq-tu 

tkfr 

vU; 

fiNMk 

oxZ 

vU; 

oxZ 

dqy 

vuq-tu 

tkfr 

vU; 

fiNMk 

oxZ 

vU; 

oxZ 

dqy 

vuqtkfr 

vuqtkfr 

vuqtkfr 

vuq-tu 

tkfr 

vU; 

fiNMk 

oxZ 

vU; 

oxZ 

dqy 

62 0 99 0 161 59 0 86 0 145 121 0 185 0 306 

dqy chih-,yifjokjksa 

dh 

la[;k 

dqy 

Hkwfeghu 

ifjokjksa 

dh la[;k 

fofHkUu oxkZs ds d`"kd ifjokjks dh la[;k 

lhekar@ cMs+ 

e/;e d`"kd 

d`"kd ifjokj 

ifjokj 

y?kq 

d`"kd 

ifjokj 

dqy 

d`"kd 

ifjokj 

vuq-tkfr 

ds 

ifjokj 

fofHkUu Js.khokj ifjokjksa dh la[;k 

vuq-tu vU; vU; oxksZ 

tkfr ds fiNM+k ds 

ifjokj oxZ ds ifjokj 

ifjokj 

dqy 

¼11$1 

2$13 

$14½ 

55 55 4 3 2 9 26 0 38 0 64 

Rkkfydk Øekad 7 xzke ds ifjokjksa dh lwph % 

Ø 

edku 

ifjokj eqf[k;k dk 

uke 

tfr O;olk; efgyk iq:"k 

dqy 

;ksx 

1 1 nsohjke eksrhjke uk;d etnwjh 2 1 3 

2 2 ykykjke eksrhjke uk;d etnwjh 2 1 3 

3 3 iIiw :iflg uk;d etnwjh 1 4 5 


4 4 izesflg :iflg uk;d etnwjh 2 4 6 

5 5 fd'ku [ksepUnz uk;d etnwjh 3 3 6 

6 6 uoyflg [ksepUnz uk;d etnwjh 6 2 8 

7 6 gsejkt [ksepUnz uk;d etnwjh 3 2 5 

8 7 jru gsejkt uk;d etnwjh 2 2 4 

9 8 :iflg gsejkt uk;d etnwjh 2 1 3 

10 9 xqeku gsejkt uk;d etnwjh 3 3 6 

11 10 vejflg [ksepUnz uk;d etnwjh 3 3 6 

12 11 cyjke :iflg uk;d etnwjh 2 1 3 

13 12 ykykjke [ksepUnz uk;d etnwjh 2 1 3 

14 13 cyjke ykykjke uk;d etnwjh 1 2 3 

15 14 ckcqyky Hkheflg uk;d etnwjh 1 3 4 

16 15 gq/keflg Hkheflg uk;d etnwjh 2 3 5 

17 16 jkeflg [kseflg uk;d etnwjh 2 3 5 

18 17 iIiw [kseflg uk;d etnwjh 3 1 4 

19 18 uoyflg gq/keflg uk;d etnwjh 3 3 6 

20 18 izesflg gq/keflg uk;d etnwjh 3 4 7 

21 19 uoyflg ijljke uk;d etnwjh 1 6 7 

22 20 fd'ku ijljke uk;d [ksrh 2 2 4 

23 21 /kklhjke ijljke uk;d [ksrh 3 5 8 

24 22 f'kojkt Hkejflg uk;d [ksrh 2 3 5 

25 22 Hkkxhjr Hkejflg uk;d [ksrh 3 4 7 

26 22 Nrjflg Hkejflg uk;d [ksrh 2 3 5 


27 22 uoyflg Hkejflg uk;d [ksrh 2 3 5 

28 23 uoyflg Hkejflg uk;d etnwjh 1 3 4 

29 24 :iflg enuflg uk;d [ksrh 2 4 6 

30 25 gjhflg enuflg uk;d etnwjh 5 4 9 

32 27 cyjke Hkheflg uk;d etnwjh 3 1 4 

33 27 ds'ko Hkheflg uk;d etnwjh 2 1 3 

34 28 Hkhe [ksepUnz uk;d etnwjh 1 1 2 

35 29 [ksepUnz gq/keflg uk;d etnwjh 2 2 4 

36 30 xaxkjke [ksepUnz uk;d etnwjh 1 3 4 

37 31 jkeflg ykykjke uk;d etnwjh 2 3 5 

38 32 xaxkjke ykykjke uk;d etnwjh 3 1 4 

39 31 ykykjke gq/keflg uk;d etnwjh 1 3 4 

31 26 lyekuflg xksdyflg vkfnoklh etnwjh 2 6 8 

40 32 ohjflg jktkjke vkfnoklh etnwjh 1 1 2 

41 33 ewUuk I;kjk vkfnoklh etnwjh 3 4 7 

42 35 xksdy uoyflg vkfnoklh etnwjh 1 1 

43 33 Qwyflg xksdyflg vkfnoklh etnwjh 2 1 3 

44 34 jktdqekj X;kjlk vkfnoklh etnwjh 3 3 6 

45 35 jkes'k jktdqekj vkfnoklh etnwjh 3 1 4 

46 36 uUuw jkt/kj vkfnoklh etnwjh 4 1 5 

47 36 peikyky jkt/kj vkfnoklh etnwjh 5 4 9 

48 37 xus'kjke pEikyky vkfnoklh etnwjh 2 2 4 

49 38 xksfouflg fpjksathyky vkfnoklh etnwjh 2 1 3 


50 39 /kuflg dYyw vkfnoklh etnwjh 4 5 9 

51 39 f'kojkt dYyw vkfnoklh etnwjh 1 1 

52 40 jkeflg ihreflg vkfnoklh etnwjh 3 3 6 

53 41 'kqdyky xksdyflg vkfnoklh etnwjh 1 3 4 

54 41 vejflg 'kqdyky vkfnoklh etnwjh 1 1 2 

55 42 ykykjke 'kqdyky vkfnoklh etnwjh 1 2 3 

56 42 izdk'k y{e.k vkfnoklh etnwjh 2 3 5 

57 42 [kwedksckbZ y{e.k vkfnoklh etnwjh 1 1 

58 42 dY;k.k y{e.k vkfnoklh etnwjh 4 4 8 

59 43 dYyw jkt/kj vkfnoklh etnwjh 3 4 7 

60 44 jkeflg izHkq vkfnoklh etnwjh 2 2 4 

61 44 eksrhyky izHkq vkfnoklh etnwjh 3 3 6 

62 44 t;jke izHkq vkfnoklh etnwjh 3 1 4 

63 45 fd'ku :iflg vkfnoklh [ksrh 1 2 3 

64 46 cyjke enuflg vkfnoklh [ksrh 3 3 6 


• Xkako esa miyC/k eqyHkwr lqfo/kk,a % 

f’k{kk : 

;gka 'kkldh; ;kstukvksa ds varxZr] ,d vkaxuckM+h ,oa ,d izkFkfed 'kkyk ds tfj, f’k{kk 

lqfo/kkvksa miyC/k djkbZ tk jgh gSaA izkFkfed 'kkykvksa esa 2 f’k{kkdfeZ;ks dks f’k{k.k dk;ksZ ds fy, 

fu;qDr fd;k x;k gSa ;s f’k{kd dqy 71 fo|kfFkZ;ks dks izkFkfed 'kkyk esa f’k{kk iznku dj jgs gSaA 

izkFkfed 'kkyk esa dqy fo|kfFkZ;ks dk 60 izfr’kr ckyd vkSj 40 izfr’kr ckfydk dk gSA ihus ds ikuh 

dh lqfo/kk ds fy;s izkFkfed 'kkyk esa ,d gsaMiEi miyC/k djk;k x;k gSa vkSj 'kkyk esa e/;ku Hkkstu 

dh lqfo/kk Hkh miyC/k djk;ha x;h gSaA ek/;fed ’kkyk gsrw fudVre xzke xjsBk Ldwy esa tkrs gSA 

Ikkfjokfjd tkudkjh izi= 2011 ds vuqlkj xkao dh dqy tula[;k 32-26 izfr’kr yksx lk{kj 

gSA buesa ls 22-04 izfr’kr iq:"k vkSj 10-22 izfr’kr efgyk gSaA 

rkfydk Øekad 9 % 'kkldh; izkFkfed 'kkyk fc’kuiqj 

Ø- d{kk yM+ds yM+fd;k dqy 

1 1 st 3 2 5 

2 2 nd 1 7 8 

3 3 rd 8 10 18 

4 4 th 24 1 25 

5 5 th 7 8 15 

dqy 43 28 71 


kfydk Øekad 11 % lqfo/kkvksa dh miyC/krk 

Øekad laLFkk,Wa la[;k LFkku nwjh fd-eh- 

1 vkaxuokMh 1 fc’kuiqj 00 

2 izkFkfed ’kkyk 1 fc’kuiqj 00 

3 ek/;fed 'kkyk 1 xjsBk 02 

4 'kkldh; mfpr ewY; dh nwdku 1 xjsBk 02 

5 iksLV vkWfQl 1 xjsBk 02 

6 mi LokLF; dsUnz 1 xjsBk 03 

7 izkFkfed LokLF; dsUnz 1 fljksat 15 

8 eq[; LokLF; dsUnz 1 fljksat 15 

9 i'kq fpfdRlky; 1 xjsBk 02 

10 cSad 1 fljksat 15 

11 rglhy 1 fljksat 15 

12 gkV cktkj 1 xjsBk 02 

13 ftyk eq[;ky; 1 fofn'kk 120 


LokLF; lqfo/kkvksa : 

LokLF; lqfo/kkvksa ds fy, xzke ls 2 fd-eh- dh nwjh ij ,d miLokLF; dsUnz dh O;oLFkk gSa ] 

blds tfj, LokLF; lacaf/kr izkFkfed lqfo/kk, xzke okfl;ksa dks miyC/k djkbZ tkrh gSA vf/kdrj xzke 

oklh ekSleh chekfj;ksasa ls xzLr gksrs gS ftudk bykt og xzke Lrj ij >ksyk Nki MkWDVjksa ,o 

dEikmMjks ls djkrs gSA 

ihus ds ikuh dh lqfo/kk ds fy, xzke esa nks gs.MiEi ,oa ,d dqvk gSA ftlesa gs.MiEi esa o"kZ Hkj 

ikuh jgrk gS ,oa dq,W dk mi;ksx xzkeh.k fuLrkj vko’;drkvksa dks iwjk djus esa djrs gSA xzke ds 

lehi unh gS ftlds }kjk tkuojksa dks ikuh fiyk;k tkrk gSA 

rkfydk Øekad 12 % xkWo esa ihus ds ikuh dk lzksr 

dzekad ihus ds ikuh dk L=ks= la[;k 

1 gs.Miai 2 

2 dqavk 1 

• vkfFkZd lqfo/kkvksa : 

vkfFkZd lqfo/kkvksa gsrq xzkeoklh fljkst fLFkr iatkc us’kuy cSad] LVsV cSad vkWQ bafM;k] {ks=h; 

xzkeh.k cSad] lgkjk cSad rFkk ;wfu;u cSad tkrs gSaA fdlkuks dks [ksrh gsrw _.k fdlku ØsfMV dkMZ }kjk 

fn;k tkrk gSA orZeku esa xzke esa nks Lolgk;rk lewg gS tks fuf"Ø; gSA lewg }kjk dsoy vkWxuokMh 

dsUnz esa [kkuk cukus dk dk;Z fd;k tkrk gSA 

Rkkfydk dzekad 13 % xkWo ds Loalgk;rk lewgks dh tkudkjh 

Ø- efgyk lfefr dk uke LknL; la[;k 

1 t; ekrk Lolgk;rk lewg 10 


• fctyh rFkk lM+d dh lqfo/kk : 

xzke fc’kuiqj esa fctyh dh lqfo/kk miyC/k gS] fctyh dk eq[;r% ?kjsyq mi;ksx gh gksrk gS 

rFkk flapkbZ gsrq mi;ksx esa fy;k tkrk gSA eq[; ekxZ fljksat ls fc’kuiqj rd 1 fdyksehVj dk dPpk 

jkLrk gS tks o"kkZ _rq esa can gks tkrk gSA ,oa xzkeh.k iSny dhpM esa ls gksdj lMd rd vkrs gSA xkWo 

ds vUnj dgh Hkh lh-lh- jksM ugh gS] dsoy dqN LFkku ij [kjatk dk fuekZ.k djk;k x;k gSA 

• i'kq gkV cktkj ,oa fpfdRlk dh lqfo/kk 

xkao esa i'kqvksa ds mipkj ds fy, i'kq fpfdRlk dsUnz dh lqfo/kk xkao esa miyC/k ugha gSaA bl 

lqfo/kk ds fy, xkWooklh xkWo ls 2 fdyksehVj dh nwjh esa fLFkr xzke xjsBk esa rFkk gkV cktkj ds fy;s 

xzke ls yxHkx 2 fdyksehVj dh nwjh ij fLFkr xjsBk esa tkrs gSaA 

3-2 feV~Vh vkSj Hkwfe dk mi;ksx 

xkWo esa i'kqvks ds pkjs gsrq Hkwfe miyC/k ugh gSaA i'kqvks dh pjkbZ gsrq lehi xzke ckWl[ksMh 

xwxy] cj[ksMk gjxu dh igkMh;ks ij tkrs gSA xzke esa vf/kdrj dkyh ,oa eqjehyh dkyh feVVh ,oa 

vf/kdrj {ks= d`f"k Hkwfe gSA xzke ds nksuks vkSj ls ukys cg dj xqtjrs gS] tks eq[; flpkbZ ds lk/ku 

gSA 

feV~Vh dk izdkj : 

fc’kuiqjxkao dh feV~fV;ksa dks cukoV rFkk

2- yky % bl feV~Vh dks gYdh feV~Vh Hkh dgk tkrk gSaA mojZdrk dh utj ls ;g feV~Vh de 

mitkm gksrh gSsaA 

3- eksje % bl izdkj dh feV~Vh dks Hkh de mitkm feVVh dgk tkrk gSaA bl rjg dh feV~Vh esa 

Qynkj ikS/kk jksi.k rjg dk dk;Z gh lQy gksrk gSaA ;g feV~Vh igkMh

Rkkfydk Øekad 14 

% Qly ,oa dk;Z lwph 

Ø- ekg Qly dh cqvkbZ dk;Z Ektnwj dk mi;ksx 

1 v"kk

kfydk 15 % d`f"k esa tsUMj ifjn`';% 

xkWo esa [ksrh esa efgykvksa o iq:"kksa ds dk;Z bl izdkj ls gS %& 

Ø dk;Z efgyk iq:"k 

1 gy cD[kj pykuk X √ 

2 cht cksuk √ √ 

3 fuankbZ djuk √ X 

4 [kkn Mkyuk X √ 

5 dVkbZ djuk √ √ 

6 xgkbZ √ √ 

7 QVduk] lQkbZ √ √ 

8 [ksr ls ?kj ykuk √ √ 

9 Hk.Mkju √ √ 

10 lqj{kk X √ 

gy pykuk ,d ,slk dk;Z gS tks fd efgykvksa ds fy;s lkekftd :i ls oftZr gSA xzke esa 

uk;d ifjokj dh ogqrk;r gS] ,oa bu ifjokjks dh efgyk,W cgqr esgurh gksrh gSA ,ao iq:"kks ds lkFk 

da/ks ls da/kk feykdj mu ds O;olk; esa lg;ksx djrh gSA 

3-4 i'kq/ku 

;gka yksxksa ds ikl izk;% izR;sd ?kj esa LFkkuh; iztkfr ds Ik'kq/ku gSA vf/kdka'k ?kjksa ds yksx d`f"k 

dk;Z gsrq ,d tksMh cSy ikyrs gSaA dqN ifjokj nqX/k mRiknu gsrq xk; o HkSal j[krs gSa ijUrq T;knkrj 

xk; vuqRiknd gS ftUgs tkuojksa dh la[;k c

Rkkfydk Øekad 16 % i'kqvksa dh miyC/krk ,oa mi;ksx % 

Ø- Ik’kq dk uke dqy la[;k mi;ksx 

1 HkSal 40 nw/k@?kh cSpus 

2 eqxhZ 100 ekWl ds fy,] v.Ms ds fy, 

3 Xkk; 50 nw/k@?kh cSpus 

4 cdjh 150 nw/k Ckspus ds fy, 

5 cNM+s 20 & 

6 vU; 10 & 

3-5 pkjkxkg 

xkWo esa i'kqvks ds pkjs gsrq Hkwfe miyC/k ugh gSaA i'kqvks dh pjkbZ gsrq lehi xzke ckWl[ksMh 

xwxy] cj[ksMk gjxu dh igkMh;ks ij tkrs gS ,oa Qly mijkUr ukys ds nksuks vkSj fd Hkwfe ij pjkbZ 

djkrs gSA fdarq ?kkl dh fdLe ns’kh gksrh gS] ftuesa iks"kd rRoks dh deh ds dkj.k i’kqvksa dh {kerk 

,oa nw/k esa olk dh deh gksrh gSA [ksrh esa ikuh ugha :dus ds dkj.k ?kkl fnlEcj ekg esa lw[kus yxrk 

gS ,oa ekpZ ,oa vizsy ls pkjs dh deh gksus yxrh gSA lw[kk ?kkl pjus ls nq/kk: i’kqvksa dh mRiknu 

{kerk ,oa dk;Z djus dh {kerk {kh.k gks tkrh gSA bl ;kstuk ds vUrZxr es

deh dks ,d cMh leL;k ds :i esa ns[kk tk ldrk gSA ;kstuk esa bl leL;k dks /;ku esa j[kak x;k 

gSA xzkeoklh lehiLFk igkMh;ks ls cSyxkfM;ks ,oa xBBks ls tykm ydMh dk izcU/k djrs gSA 

rkfydk Øekad 17 % tykÅ ydMh dh vko’;drk 

Ikfjokj dh la[;k 1 fnu dh ydMh dh 

vko’;drk vkslRk Ikzfr 

Ikzfr xBBk dk otu lkyHkj dh ydMh+ fdxzke 

esa 

Ikfjokj 

64 0.5 xBBk 15 fd-xzke 175200 

rkfydk Øekad 18 % Ok`{k ds mi;ksx 

Ok`{k dk uke Ok`{kksa dk mi;ksx Qk;ns 

lkxkSu QuhZpj ,oa tykm x`g lTtk] 

egqvk Ekgqvk ,o xqYyh O;olk; ] rsy fudkyus 

uhe vkS"k/kh ---------- 

iykl Tkykus ,oa irjkyh O;olk; 

vke Qynkj o`{k O;olk; 

tkewu Tkykus ,oa B.Mh Nk;k fookg dk;Z esa iz;ksx 

Eks[ky ckxqM -------------- 

csj ckxqM rFkk [kkus ------------ 

3-7 xkWo esa miyC/k ty L=ksarks dk fooj.k % & 

xkWo esa miyC/k T;knkrj ty L=ksarksa dk ikuh uoEcj vkSj fnlEcj efguk rd jgrk gSaA bl 

dkj.k ls bu ty L=ksrks ls yxh gqbZ [ksrksa esa jfo fd Qly fdlku ugha ys ikrs gSaA okfd ukykvksa esa 

tgkW ty laxzk.k ds fy;s lajpuk,sa fdlku ikuh fd miyC/krk ds dkj.k jfc esa xsgW]w puk dh Qly 

ysrs gSA o"kkZ vk/kfjr flapkbZ ds fy;s fdlku dqvks vksj Mse dk mi;ksx djrs gSA vflafpr Hkwfe gksus ds 

dkj.k fdlku dsoy lky esa ,d gh Qly ys ikrs gSA 


Rkkfydk dzekad 19 % 

Mse dh tkudkjh 

xzke esa dksbZ rkykc ,oa ty jksdus ds lajpuk ugh gS dsoy ,d iqjkuk LVki Mse gSA ikuh fd 

vko’;drk gsrq lehiLFk unh esa ,oa dq,W }kjk iwjh djrs gSA 

Rkkfydk dzekad 20 % dqvksa dh orZeku fLFkfr ,oa mi;ksx % 

Ø fdlku dk uke firk @ifr dk uke dqvk dh l[;k 

ty Lrj 

¼QhV esa½ 

1 Hkejflg nksyrflg 1 3 

2 ijljke nksyrflg 1 12 

3 eqUuk I;kjk vkfnoklh 1 12 

4 dY;k.k egrkc gfjtu 1 15 

5 dqUnuflg lqUnjyky 1 15 

6 dqUnuflg lqUnjyky 1 10 

7 ljdkjh dqvk ljdkjh 10 

3-8 vkthfodk dh fLFkfr 

xkWo esa vkthfodk dk eq[; lk/ku d`f"k gSA xkWo ds 64 ifjokjks esa ls 09 ifjokj [ksrh dk dk;Z 

djrs gS 'ks"k 55 ifjokj Hkwfeghu gS ftudk vkthfodk dk lk/ku etnwjh gSA xzke ds vf/kdrj fdlku 

y?kq d`"kd gS ftudh 1 ls 5 ch?kk rd tehu gS ftuds dbZ cVokjs gks pqds gS ;g fdlku eghus ij 

cMs d`"kdks ds ;gkW [ksrh ds le; dk;Z djrs gS ,oa fljksat o vklikl ds {ks=ks esa etnwjh djus tkrs 

gSA 


vkfFkZd&ladV ls tw>us ds rjhds % 

fc’kuiqj xkWo ds 5 izfr’kr iq:"k xkWo ds cM+s fdlkuks ds ;gkW ca/kd etnwjh djus ds fy;s etcwj 

gSa D;ksafd ?kj dk rqjar t:jrksa dks iwjk djus ds fy;s :i;k dk vko’;drk iM+rh gSaA bu dkj.kksa ls 

;g ifjokj vius [ksrh esa /;ku ugha ns ikrs gSaA 

dtZ ysuk & 

;gkW ij jgus okys ifjokjksa dks fofHkUu t:jrksa tSls 'kknh] e`R;q Hkkst] chekjh o [ksrh ds fy, 

dtZ ysuk iM+rk gSA mijksDr t:jrksa esa bUgsa cM+s fdlku@lkgwdkj tks xkao esa ;k eqxyljk;] fljksat 

esa jgrs gSas] buls vf/kd C;kt ¼2 ls 5 :i;s izfr lsdM+k½ esa dtZ ysuk iM+rk gSA blds fy;s tehu ;k 

xguk fxjoh j[kuk iM+rk gSA efgyk Loalgk;rk lewg xkWo esa cuus ds ckn bl xjhc ifjokjksa esa 

tkx:drk vkbZ ftlds pyrs bu ifjokjksa esa ckgjh O;fDrvksa ds }kjk 'kks"k.k esa deh vkbZ gSaA 

3-9 leL;kvksa dk fpfUgdj.k ,oa leL;k o`{k dk fuekZ.k %& 

eq[; leL;kvksa dks fpfUgr djus ds fy, xkaouqlkj dh xbZ fefVax %& bl izfdz;k esa xzke okfl;ksa ds 

lkFk feydj xzke fodkl ds fy, vko’;d t:jrksa dks fudkyk x;k blds lkFk lkFk xzkeh.k fodkl 

esa vk; eq[; leL;kvksa dks fudkyk x;k A ;g izfØ;k xzkeokfl;ksa dks NksVk NksVk lewg esa foHkkftr 

djds bl eqnns ij ppkZ fd;k x;k rri’pkr~ bl NksVk lewg esa vk, eqnnksa dks cMk lewg esa ppkZ 

fd;k x;k ;g izfØ;k vk/ks fnol Hkj pyrk jgk A bl izfØ;k }kjk xzkeokfl;ksa us fuEufyf[kr 

leL;kvksa dks fpfUgr fd;k & 

 

 

 

 

 

 

[ksr esa flapkbZ dk ikuh ds leL;k ftl dkj.k ls fdlku viuk [ksr esa jch dh Qly ugha 

ys ikrs gSaA 

cPpksa dks mfpr ,oa vPNh f’k{kk dk vHkkoA 

xkao esa fodkl laca/kh tkudkjh dk vHkko ,oa xkao esa vkxs c

u’ks dh vknr dk gksuk 

leL;kvksa dk fpfUgdj.k ,oa fo’ys"k.k ds vk/kkj ij xkao dh izeq[k leL;k, fuEufyf[kr gSa 

1- ikuh dh leL;k 

fc’kuiqjxkao dh [ksrh dh lery gS A ;g mitkÅ tehu gSA ty Lrj djhc Hkw ry ls 20 ls 25 

QhV uhps gSa ] flapkbZ ds fy, fdlku viuh futh dqavksa ,oa xzke ds nksuks rjQ cgus okys ukyks dk iz;ksx 

djrs gSA ysfdu ty flfer ek=k gksus ds dkj.k fdlkuksa dh [ksrh esa i;kZIr flapkbZ dh iwfrZ ugha gks ikrh 

gSA dqvks esa ikuh tuojh ls Qjojh ekg esas gh [kRe gks tkrk gSa A xkWo esa flapkbZ ds ikuh dh leL;k ds 

dkj.k dqy tehu ds yxHkx vk/ks fgLls esa fdlku dsoy ,d Qly¼lks;kchu ;k xsagw& puk½ gh ysrs gSA 

[ksr esa esM+canh ;k ikuh ds lap;u dh dksbZ O;oLFkk ugha gksus ds dkj.k o"kkZ dk vf/kdka’kr% ikuh ukyksa ls 

rFkk [ksrksa ls cgdj fudy tkrk gSa ftlls [ksr esa feV~Vh dk dVko gksrk gSa A 

2- xkao esa jkstxkjksa dk vHkko 

fc’kuiqjxkao esa thfodk@jkstxkj ds eq[; L=ksr d`f"k ,oa etnwjh gSaA xkWo esa dsoy d`f"k vk/kkfjr etnwjh 

miyC/k gS tks Qly dh voLFkk vuqlkj dqN dk;ksZ ¼funkbZ] xqM+kbZ] dVkbZ½ ds fy;s miyC/k gksrh gSA 


tyxzg.k ifj;kstuk gsrq dk;Z;kstuk 

xzke fc’kuiqj Mipkj gsrw p;fur {ks= gs- esa 224 

ifj;kstuk 26-880 yk[k ifj;kstuk vof/k 2010 & 2016 

ykxr 

Ø en y{; lkadrsd Lkadsrdksa dh iqf"V ds lk/ku 

ifj;kstuk xzke 1- ouhdj.k ,ao pkjkxkg fodkl gsrq dh xbZ ih- vkj ,- ,oa fuj[k ij[k xkfrfof/k 

fc’kuiqj dks 

xfrfof/k;ksa 

y{; izkd`frd :i 

ls lrqfyr] ds pyrs okuLifrd vPNknu esa 40 izfr’kr rd 

dh o`f)A 

vkfFkZd :i 

ls vkRefuHkZj 

2- ifjj;kstuk ds vUr rd xzke fc’kuiqj ds ih- vkj ,- ,oa fuj[k ij[k xkfrfof/k 

rFkk 

lkeftd :i 

ls 

tkx`r lekt 

dk Lo:i 

HkwL[kyu esa 80 izfr’kr dh dehA vlery Hkwfe 

esa 50 

izfr'kr rd dk lq/kkj 

3- xzke ds lHkh Lo lgk;rk lewgks dks feykdj 

cuk, x;s 

1- Lo&lgk;rk lewg }kjk la?kfjr 

vfHkys[k lsA 

iznku djukA 

4- xzke ds 35 izfr’kr iMr Hkwfe ij Hkwfeghu 

ifjokj ds 

Lolgk;rk lewg }kjk Qyks/kku dk fodkl fd;k 

x;kA 

5- tSfod [ksrh ds izfr tkx:drk esa o`f) gksus 

ls 15 

izfr'kr fdlkuksa }kjk tSfod [ksrh dh xbZ ftlds 

pyrs 

d`f"k fe= dhVksa] dpqvksa dh l[;k ,ao feV~Vh dh 

xq.koOrk 

esa lq/kkjA 

6- Lo lgk;rk lewgksa ea tqMs iq:"k@efgyk 

lnL;ksa dh vk; esa 40 ls 80 izfr’kr rd dh 

o`f)A 

7- xzke ds 10 izfr’kr y/kq ,oa lhekUr d`"kdks 

}kjk o mUr d`f"k viukbZ tk;sxhA 

8- ifj;kstuk ds vUr rd 80 izfr’kr fdlkuks us 

[ksrks dh es< a,o iMr Hkwfe dk fodkl djk] e`nk 

laj{k.k ,ao ty lao/kZu gsrq 50 izfr’kr fdlkukas 

us ujsxk ,oa vU; ;kstukvks dk ykHk fy;kA 

1- ih- vkj ,- ,oa fuj[k ij[k 

xkfrfof/k 

2- jktLo vfHkys[k@ftUlokj lsaA 

1- ifj;kstuk Lrj ij ala/kkfjr Lo 

lgk;rk 

Lewg iath lsA 

2- Lo&lgk;rk lewg }kjk la/kfjr 

vfHkys[k 

lsA 


xkfrfof/k 

2- Lo&lgk;rk lewg }kjk la/kfjr 

vfHkys[k lsA 


xkfrfof/k 

2- jktLo vfHkys[k@ftUlokj lsA 

1- izfr [ksr loZ{k.k ds ek/;e lsA 

2- Lo&lgk;rk lewg ds mRikn 

foØ; gsrq la/kkfjr vfHkys[k lsA 


9- xzke esa ckyd&ckfydk HksnHkko ¼fyaxHksan½ esa 

deh A 

1 ih- vkj- ,- ds }kjkA 

2 ifj;kstuk 

2 HkkSfrd 

A mns’; 

xzke esa lqfuf’pr 

flapkbZ ty miyC/kk 

ls dqy Qlyh {ks= 

,oa mRikndrk esa 

bZ"Vre o`f) djukA 

10- xzke esa 90 izfr’kr laLFkkxr izlo gksuk ,oa 

'krizfr’kr ekr` ,oa f’k’kq Vhdkdj.k gksus ls ekr` 

,oa f’k’kq e`R;qnj esa 90 izfr’kr dh deh gksukA 

11- xzke ds 5 ls 14 o"kZ ds 'kr&izfr’kr cPpksa 

dk 'kkyk esa fu;fer f’k{kk izkIr djukA 

1- xzke esa ifj;kstuk iwoZ dh fLFkfr ls 

Qly mRikndrk es aizfr gsDV;j 35 

izfr’kr dh o`f) gqbZ 

2 xzke esa ifj;kstuk iwoZ dh fLFkfr ls 

dqy Qlyh {ks= esa 25 izfr’kr dh o`f)A 

1- vkaxuokMh dk;ZdrkZ ,oa LokLFk; 

dk;ZdrkZ ds vfHkys[k lsA 


xkfrfof/k 

1- 'kkyk vfHkys[k lsA 

-2 ih- vkj ,- ,oa fuj[k ij[k 

xkfrfof/k 

1- d`f"k foHkkx ds vkadMsA 

2- jktLo vfHkys[k@WftUlokj lsA 

3- jsUMe Qly dVkbZ iz;ksx lsA 


xkfrfof/kA 

5- ftyk ,oa jkT; Lrh; ewY;kadu 

izfrosnuA 

1- d`f"k foHkkx ds vkadMsA 

2- jktLo vfHkys[k@WftUlokj lsA 


xkfrfof/kA 

2 

B 

vkfFkZd 

mn~ns’; 

Ekfgykvk]s Hkwfeghu 

etnwjksa rFkk y/kq ,oa 

lhekUr fdlkuksa dh 

d`f"k@xSj d`f"k vk; esa 

o`f)Aa 

1- xzke esa 4 izfr’kr ifjokjksa }kjk y/kq 

m?kksx ,oa 20 izfr’kr ifjokjksa }kjk 

futh O;olk; fd;k tkukA 


izfrosnuA 


xkfrfof/kA 


izfrosnuA 

3- ifj;kstuk Lrjh; lkekftd 

vkFkZd ewY;kdau izfrosnuA 

4- xzkeh.k vk; ds rqyukRed losZA 


2- y/kq ,oa lhekUr fdlkuksa dks vk; ds 

oSdfYid lk/kuksa ls okf"kZd vk; esa 40 

izfr’kr ls ysdj 80 izfr’kr rd o`f) 

gqbZA 


xkfrfof/kA 


izfrosnuA 



4- xzkeh.k vk; ds rqyukRed losZA 

3- ifj;kstuk var esa xjhch js[kk es 

thou ;kiu djus okys ifjokjksa dh 

okf"kZd vk; esa 60 ls 80 izfr’kr dh 

rd o`f)A 

4- Hkwfeghu ,oa etnwjksa ds iyk;u esa 95 

izfr’kr rd dehA 


xkfrfof/kA 


izfrosnuA 




xkfrfof/kA 


izfrosnuA 

2 

C 

Lkekftd 

mn~ns’; 

xkWo esa f’k{kk ,oa 

LokLFk lsokvksa ds Lrj 

esa lq/kkj rFkk 

lekftd psruk ,oa 

tkx:drk esa o`f} ls 

thouLrj esa lq/kkjA 

1- xzke esa ifj;kstuk iwoZ esa 7 izfr’kr 

dh rqyuk esa ifj;kstuk var rd 30 

izfr’kr ?kjks esa futh 'kkSpky; gksukA 

2- xzke esa 5 o"kZ ls 14 o"kZ dh vk;q ds 

'krizfr’kr cPpksa dk 'kkyk es nf[kykA 




xkfrfof/kA 

2- yksd LokLF; ,oa vfHk;akf=dh 

foHkkx ds vfHkys[k lsA 

1 'kkyk vfHkys[k lsA 


xkfrfof/kA 

3- ifj;kastuk Lrjh; lkekftd 

vkFkZd ewY;kdu izfrosnuA 

3- xzke esa ifj;kstuk iwoZ dh 15 izfr’kr 

mifLFkfr dh rqyuk esa xzke lHkk esa 40 

izfr’kr rd o`f} ,oa ikyd f’k{kd la?k 

vkfn dh fu;fer cSBD laiUu gksukA 

1- xzke iapk;r vfHkys[k lsA 



izfrosnuA 

4- xzke esa ifj;kstuk iwoZ 5 izfr’kr dh 

rqyuk esa ifj;kstuk var rd 15 izfr’kr 

iDds edkuksa dk fuek.kZA 

3- ifj;kastuk Lrjh; lkekftd 

vkFkZd ewY;kdu izfrosnuA 

1- xzke iapk;r vfHkys[k lsA 


izfrosnuA 

5 xzke esa d`"kdksa gsrw d`f"k ;a= tSls 

VsDVj] dYVhosVj] ikbZi] Liazdyj lsV] 

,oa foRrh; lk/kuksa esa c

jdok ls 18 izfr’kr ls c

2B 

2A.2.1 

tSfod [ksrh ds izfr 

d`"kdks dh :fp esa 

o`f)A 

vkfFkZd ifj.kke 

1- o"kZ 2010 rd 4 o"kZ dh vof/k esa 

xzke esa Loa; ds O;; ls 20 izfr’kr 

d`"kdks }kjk oehZ dEiksLV@ uMsi 

dEiksLV [kkn dk iz;ksx fd;k tkukA 

2- o"kZ 2010 rd 4 o"kZ dh vof/k esa 

xzke esa 25 izfr’kr d`"kdks }kjk 

jk;l;fud moZjd mi;ksx esa 60 

izfr’kr rd deh dh tkuk 

@ftUlokj dh tkudkjhA 


xkfrfof/kA 

2- d`f"k foHkkx ds vfHkys[kA 


xkfrfof/kA 

2- d`f"k foHkkx ds vfHkys[kA 

2.B.1 xzkeh.k lekt esa 1- xzke es 80 izfr’kr lewg lnL;ksa dks 

lkeqnkf;d laxBu ds lkgwdkjksa ls dtZ 

izfr tkx`fr ls 

Lolgk;rk lewgks dk ugh ysuk iMk gSA 

xBu ,oa lewg 

lnL;ksa }kjk cSBd 

dj fu;fer ccpr 2- xzke esa 7 Lo&lgk;rk lewgksa dk 

,oa lewg ds fu/kkZfjr xBu ,oa cSd esa cpr [kkrksa dk 

vfHkys[kksa dk leqfpr 

lapkyuA 

la/kkj.k fd;k tk jgk 

gSA 

3- xzke dh ty laxzg.k ,oat y lao/kZu 

dk;Z;kstuk dk lgHkkfxrk ds vk/kkj ij 

rS;kj fd;k tkuk ,oa xzke lHkk esa 

dk;Z;kstuk dk loZ lEefr ls vuqeksnu 

gksukA 

4- lewg }kjk lapfyr [kkrksa esa fu;fer 

:i ls jkf’k tek ,oa vkgj.k rFkk 

lewgksa dh fu;fer cSBD esa lewg dk 

vk;&O;; fooj.k izLrqr fd;k tkrk gSA 


xkfrfof/kA 

2- cSad vfHkys[k lsA 

3- lkgwdkj ds vfHkys[k lsA 


xkfrfof/kA 


3- tuin iapk;r vfHkys[k lsA 

4 Lo lgk;rk lewg }kjk la/kkfjr 

vfHkys[k ,oa cSad ikl cqd lsA 


xkfrfof/kA 

2- ftyk ,oa jkT; Lrjh; ewY;kdau 

izfrosnuA 

3- ifj;kstuk vfHkys[kA 


xkfrfof/kA 


3- tuin iapk;r vfHkys[k lsA 

4- Lo&lgk;rk lewg }kjk la/kkfjr 

vfHkys[kA 

5- r`rh; o"kZ esa lapkfyr lewgks }kjk 

xzke ds leLr lewgks dks ,d la?k esa 

laxfBr dj lewgksa dh dPps eky ,oa 

with dh vko’;drkvksa ,oa rS;kj eky 

ds foi.ku dks lqxe ,oa vf/kd 

ykHknk;d cuk;k x;k gSA 

1- egkla?k }kjk la/kkfjr vfHkys[k 

lsA 

2-ih- vkj ,- ,oa fuj[k ij[k 

xkfrfof/kA 


3 cSad vfHkys[k lsA 

6- xzke esa ikyd f’k{kk la?k 1 Hktu 

e.Myh] 1 uqDDM ukVd e.Myh] ,oa 1 

xzke lqj{kk lfefr dk xBuA 


vfHkys[k ,oa cSad ikl cqd lsA 


xkfrfof/kA 

2- ftyk ,oa jkT; Lrh; ewY;kdu 

izfrosnuA 

2.B.2 

lewg lnL;ksa ds 

dkS’ky esa o`f) ls 

lewg lnL;ksa }kjk 

p;fur 

O;olk;@xfrfof/k 

gsrq 

2 lewg }kjk eqxhZ ikyu] 1 lewgs 

fdjkuk nqdku] 4 lewg }kjk cdjh 

ikyu 



xkfrfof/kA 

2- xzke ds loZs{k.k lsA 

3- xzkeks?kksx foHkkx ds vfHkys[k lsA 

xfrfof/k lapkfyr dh tk jgh gSA 


vfHkys[kA 

fjokfYoax Q.M ds 

:i esa izkjfEHkd va’k 

iwath izkIr gksus ls 

rqyukRed :i ls 

vf/kd vk; vtZu 

fd;k tk jgk gSA 

2 lewgks }kjk xzsfMx dks ikl dj 

fjokfYoax Q.M ysuk ,oa izf’k{k.k 

mijkUr okVj’ksM desVh }kjk _.k dh 

jkf’k ysdj vk; vtZu xkfrfof/k 'kq: 

dj jkf’k dks ykSVkukA 

3- lewg esa laxfBr ifjokjksa dh okf"kZd 

vk; es 15 gtkj ls ysdj 30 gtkj 

rd okf"kZd vk; esa o`f) gqbZA 



3 Lo&lgk;rk lewg }kjk la/kkfjr 

vfHkys[kA 



2.B.3 

xzke esa mUur d`f"k 

,oa m?kkfudh 

xfrfof/k;ksa izpkfyr 

gqbZA 

1- 5 izfr’kr d`"kdksa }kjk izekf.kr cht 

mRiknu gsrq izfro"kZ iath;u djk;k 

tkrk gSA 


vfHkys[kA 


xkfrfof/kA 



vfHkys[kA 

2- 30 izfr’kr d`"kdska }kjk ikS/k laj{k.k 

gsrq ,dhd`r uk’kh dhV izca/ku ,oa 

tSfod d`f"k i}fr;ksa dks viuk;k x;kA 


xkfrfof/kA 


izfrosnuA 



3- 90 izfr’kr d`"kdksa }kjk dYpj ,oa 

chtksipkj nckvksa dk mi;ksx fd;k 

x;kA 


xkfrfof/kA 


izfrosnuA 

4- 60 izfr’kr d`"kdksa }kjk mUur Qly 

iztkfr;ksa ds izekf.kr cht dk mi;ksax 

fd;k x;kA 



xkfrfof/kA 


izfrosnuA 

2.B.4 

Xko dh efgykvksa 

Hkfeghu rFkk 

y?kq&lhekUr d`"kdksa 

dks oSdfYid vk; ds 

1- 8 Hkwfeghu ifjokjksa }kjk 10 gsDVs;j 

'kkldh; pkjkxkg Hkwfe ds fodkl dks 

jkstxkj dk lk/ku cuk;k x;kA 



xkfrfof/kA 


izfrosnuA 

3- jkT; vfHkys[k lsA 

lk/ku izkIr gq,A 

2- 90 izfr’kr d`"kdksa }kjk viuh futh 

Hkfe dh es< ij jrutksr ,oa fdfpu 

xkMZu esa Qyiks/k dk jksi.k fd;k x;kA 


xkfrfof/kA 


izfrosnuA 

3- 4 izfr’kr d`"kdksa }kjk i'kq ikyu ,oa 

eqxhZikyu xfrfof/k;ksa dks vfrfjDr 

O;olk; ds :i esa viuk;k x;kA 



xkfrfof/kA 


izfrosnuA 

2.C 1 ty lao/kZu ,oa 

laj{k.k ds izfr xzkeh.k 

lekt esa tkudkjh 

,oa tkxzfr rFkk ty 

xzg.k ifj;kstuk ds 

ckjs es tkudkjhA 

1- 50 izfr’kr d`"kdks }kjk Loea ds O;; 

ij vius&vius [ksrksa esa es< cU/kku dk;Z 

fd;k x;k gSA 

2- 90 izfr’kr d`"kdksa }kjk vius [ksrksa esa 

vius&vius [ksrksa esa QkeZ&ikS.Ml` dk 

fuek.kZ djk;k x;kA 

4- xzke okfl;ksa }kjk ifj;kstuk 

fdz;kuo;u gsrq fu/kkZfjr va’knku ds :i 

esa lkeFkZ vuqlkj uxn] Je] ,oa lkexzh 

miyC/k djkbZ xbZA 

5- mi;ksx drkZ nyksa }kjk lkoZtkfud 

fuLrkj dh ty lao/kZu lajpukvksa ds 

fuekZ.k gsrq fu%’kqDy Hkwfe miyC/k djkbZ 

xbZA 

6- o"kZ 2016 rd fd vof/k esa xzke dh 

80 izfr’kr ty L=ksrksa dk j[kj[kko 

xzke okfl;ksa }kjk tuHkkxhnkjh ds 

ek/;e ls fd;k x;kA 

xkfrfof/kA 


izfrosnuA 

1 tulg;ksx ith 

1 tulg;ksx ith 


xkfrfof/kA 


izfrosnuA 

3- tulg;ksx ith 

2.C 2 xzke ds LokLF; ,oa 

LoPNrk ladsrdks esa 

fodkl gqvkA 

2.C 3 cPpksa ,oa xHkZorh 

efgykvksa ds iks"k.k 

,oa LokLF; ds Lrj esa 

lq/kkjA 

'kkldh; LokLF; ;kstukvksa ls xzke ds 

80 izfr’kr O;fDr ykHkkfUor gq,A 

xzke esa risfnd ds ejhtksa dh l[;k 

fujad gqbZA 

Ldwyh cPpksa esa lkQ lQkbZ j[kus ls 

LoLF; ds Lrj esa lq/kkjA 

xzkeoklh futh 'kkjhfjd LoPNrk ds izfr 

lpsr jgrs gSA 

xzke ds 20 izfr’kr ifjokjksa }kjk futh 

'kkSpky;ksa dk mi;ksx fd;k tkrk gSA 

xzke esa 80 izfr’kr ekxZ dhpM eqDr ,oa 

lkQ lqFkjs jgrs gSA 

xzke eas f’k’kq ,oa ekr` e`R;q nj ds 

lkFk&lkFk dqiks"k.k esa deh vkbZA 


izfrosnuA 

2- cgqm)s’kh; LokLF; dk;ZdrkZ ds 

vfHkys[kA 

3- ih- vkj- ,- ,oa fuj[k ij[k 

xfrfof/kA 


izfrosnuA 


xfrfof/kA 

3- ih- ,p- bZ foHkkx ds vfHkys[k A 

1- cgqm)s’kh; LokLF; dk;ZdrkZ ds 

vfHkys[kA 


xfrfof/kA 


2.C 4 xzke esa lHkh 

ckyd@ckfydkvksa 

dks mudh f’k{kk ds 

Lrj ds vuq:i 

izkFkfed ,oa ek/;fed 

Ldwkyksa esa nkf[kyk ls 

muds f’k{kk ds Lrj 

esa lq/kkj gqvkA 

2- izkFkfed 'kkyk dk ijh{kk ijh.kke 45 

izfr’kr ls c

3-10 okVj ctV 

1- vkSlr o"kkZ % ¼fljksat fodkl[k.M ls okf"kZd o"kkZ ds izkIr vkadMs+ ½ 

Ø- o"kZ okf"kZd dqy 

fiNys vkB o"kksZ esa gqbZ vkSlr okf"kZd o"kkZ 

¼fe-eh-½ 

¼;ksx@8½ 

1 2010 728 

2 2009 900 

3 2008 878 

4 2007 582 

5 2006 1067 

6 2005 867 

7 2004 940 

8 2003 820 

9 ;ksx 848 848 fe-eh- 

2- ihus ds ikuh dh dqy okf"kZd vko';drk % & 

Ø- Tkulg;ksxh i}fr 

vuqekfur 

}kjk vkbZ tkudkjh 

izfrfnu ikuh 

tula[;k ¼2½ 

ds vuqlkj 2010 

dh vko';drk 

x 1-5 

tula[;k 


ikuh dh 

okf"kZd 

vko';drk 

¼yhVj½ 

1 2 3 4 5 6 

1 306 397.8 45 6533865 

;ksx 6534 

3- i'kq/ku ds fy, dqy ihus ds ikuh dh okf"kZd vko';drk % 

Ø- i'kq/ku dh fdLe dqy la[;k 

ikuh dh izfr 

i'kq izfrfnu 

vko';drk 

¼yhVj½ 

?kuehVj 

ikuh dk eq[; 

L=ksr 

fVIi.kh 

gs.Miai ,oa flLVuZ gsrq 45 

yhVj@ O;fDr@fnu rFkk uy 

ty ;kstuk ls ?kjsyw dusD’ku ds 

fy;s 70 yhVj@O;fDr@fnu ds 

eku ls x.kuk djsaA 

i'kqvksa ds fy, ikuh dh 

okf"kZd vko'd;rk 

¼?kuehVj½ 

1 2 3 4 5 6 

1- ns'kh xk; 50 135 gSaMiai] Mse 2464

2- csSy 20 150 1095 

3- Òsal 40 180 2628 

4 cdjh 150 8 438 

5 cN³k 20 45 329 

6 eqxhZ 100 5 183 

;ksx 380 7136?kuehVj 

4- Qlyksa dh flapkbZ gsrq ikuh dh dqy okf"kZd vko'd;rk % 

Ø- 

Qly dh 

fdLe 

cks;s tkus 

okyk dqy 

jdck ¼gs-½ 

cksus okys dqy 

fdlkuks dh 

l[a;k 

flapkbZ gsrq dqy 

vko”;drk fdlkuksa 

dh la[;k ¼ls-eh-½ 

dqy ikuh dh 

vko”;drk 

ikuh dh nj 

¼?kuehVj½ 

1 2 3 4 5 6 7 

1- [kjhQ 

lks;kchu 150 45 20-00 300000 

eDdk 4 8 62-00 24800 

vjgj 2 4 63-00 12600 

vU; 0 0 20-00 0 

2- jch 

xsg¡w 40 30 50-00 200000 

puk 75 32 25-00 187500 

elwj 7 12 25-00 21000 

vU; 0 0 20.00 0 

;ksx 

745900?kuehVj 

flafpr 

{ks= ¼gs-½ 

5- ikuh dh okf"kZd dqy vko';drk % 

Ø- ikuh dh vko';drk dh fdLe 

1 is;ty ds fy, 

2 i'kq/ku ds fy, 

3 flapkbZ ds fy, 

;ksx 

ikuh dh okf"kZd dqy 

vko';drk ¼?kuehVj½ 

6534 

7136 

745900 

759570 

fVIi.kh 

mijksDr rkfydk Ø-2 ls 



?kuehVj 


6- ikuh dh dqy vko';drk 76 gsDVs;j ehVj 

7- xkao dk {ks=Qy 

224 gsDVs;j 

8- xkao dh HkkSxksfyd fLFkfr ds vk/kkj ij ju vkWQ dk eku ¼Coefficient of Run Off) 0.38 

xkao dh HkkSxksfyd fLFkfr ds vk/kkj ij ju vkWQ dk eku fuEu vk/kkj ij fy;k x;k gs & 

Ø- {ks= dh HkkSxksfyd fLFkfr ju vkWQ dk eku 

1- pV~Vkuh ,oa vikjxE; 0.9 to 1.0 0 0 

2- FkksM+k ikjxE; 0.6 to 0.8 25 17.5 

3- tqrs [ksr ;k Qly ls

v/;k; 4 

laLFkkxr O;oLFkk ,oa ifj;kstuk izca/ku 

4-1 Tkulg;ksxh i}fr }kjk xzke laca/kh tkudkjh dk ,df=dj.k %& 

• lkekftd uD’kk 

Lkekftd uD’kk ,oa izkd`frd lalk/kuksa dh uD’kk eksgYykokj ,df=r fd;k x;k bl 

tkudkjh }kjk xkao esa fuokflr yksxksa dh lkekftd ,oa vkfFkZd fLFkfr rFkk xzke ds fofHkUu izkd`frd 

lalk/kuksa dh vofLFkfr ,oa orZeku fLFkfr ,oa orZeku bu lalk/kuksa ds mi;ksx ds ckjs esa tkudkjh 

,df=r dh xbZ A bl nkSjku lkekftd ,oa lalk/kuksa lacaf/kr leL;kvksa dks Hkh fpfUgr fd;k x;k gSA 

• ikfjokfjd tkudkjh izi= 

ikfjokfjd tkudkjh izi= xkWo ds fjlkslZ ilZu }kjk Vªsfuax nsus ds i'pkr Hkjk x;k] bl izi= 

esa xkWo esa jgus okys 18 o"kZ ls Åij ,oa 'kknh&’kqnk ifjokjks dh tkudkjh ,df=r dh xbZA 

• usV Iykfuax 

usV Iykafux }kjk gj [ksr dks ckjh ckjh ls ns[kdj [ksr dh cMh rFkk lw{e tkudkjh dks 

,df=r fd;k x;k A bl izfdz;k esa Hkwfe ,oa ty dh orZeku fLFkfr dks ns[kk x;k rRi’pkr bl 

lacaf/kr leL;kvksa dks fpfUgr fd;k x;k A vkSj usV Iykfuax ds tfj;s izLrkfor Hkwfe dk mi;ksx rFkk 

blds fy, t:jh Hkwfe lq/kkj dk;Z dk fpfUgr fd;k x;k A 

4-2 lkekftd tqM+ko gsrq lkekftd laxBu dk xBu 

okVj’ksM desVh ds xBu ds fy;s Vhe }kjk loZizFke xkWo esa efgyk Loalgk;rk lewgksa vkSj 

mi;ksxdrkZ lewgksa dk xBu fd;kA ftlds fy;s Vhe }kjk fuEufyf[kr izfØ;k viukbZ xbZA 


• Loalgk;rk lewgksa ds xBu ds fy;s viukbZ xbZ izfØ;k 

loZizFke Vhe }kjk vk/kkjHkwr vkWdM+ks vkSj ch-ih-,y- lwph ds vuqlkj xkWo ds xjhc Hkwfeghu] 

[ksrhgj etnwj] y?kq ,oa lhekUr d`"kdks vkSj vuqlwfpr tkfr] tutkfr ds yksxks dk p;u fd;k x;kA 

mlds i’pkr~ xkWo esa bu ifjokjks ds efgykvksa vkSj iq:"kks dks ysdj ,d fefVax dk vk;kstu xkWo esa 

fd;kA ftlesa Lolgk;rk lewg dh vko’;drk vkSj lewg izpyu ds fu;eksa dks crk;k x;kA mlds 

i'pkr~ Lolgk;rk lewgksa esa viuh bPNk ls tqM+us okys yksxks dk p;u dj lewg dk xBu fd;k x;kA 

Lolgk;rk lewgksa ds xBu djus ds ckn Vhe }kjk lewgksa ds lnL;ks dks lewg dh cSBds vk;ksftr 

djuk] fu;fer cpr djuk] lewg ds nLrkost vkSj vfHkys[k la/kkfjr djuk vkSj lewg ds fu;eks dks 

cuok;k x;kA blh ds lkFk&lkFk Lolgk;rk lewgks ls ,d&,d lnL; dk p;u lewg ds lnL;ks }kjk 

okVj’ksM desVh ds fy;s loZlEefr ls fd;k x;kA 

Rkkfydk Øekad 21 % xkWo ds Loalgk;rk lewgks dh tkudkjh 

xfBr Lolgk;rk lewgksa dh la[;k lnL; la[;k izR;sd Js.kh ds vuqtkfr 

@tu tkfr 

lnL;ksa dh la[;k 

dsoy 

iq:"k 

ds 

dsoy 

efgyk 

ds 

nksuksa 

ds 

fefJr 

2 3 1 6 

dqy Js.kh iq:"k efgyk dqy iq:"k efgy 

k 

lhekar 

@e/; 

e 

d`"kd 

cM+s 

d`"kd 

izR;sd Js.kh esa ch-ih- 

,y- lnL;ksa dh la[;k 

dqy iq:"k efgy 

k 

0 0 0 0 0 0 0 0 0 

0 0 0 0 0 0 0 0 0 

Hkwfeghu 40 20 60 6 4 10 10 10 20 

dqy 

Ø Loalgk;rk lewg LknL; la[;k 

1 eqxhZ ikyu lewg fc’kuiqj 10 

2 cdjh ikyu lewg fc’kuiqj 10 



5 eqxhZ ikyu lewg fc’kuiqj 10 


6 fdjkuk nqdku lewg fc’kuiqj 10 

• mi;ksxdrkZ lewg ds xBu ds fy;s viukbZ xbZ izfØ;k 

mi;ksxdrkZ lewg ds xBu ds fy;s loZizFke xkWo esa usV Iykfuax dh xbZ mlds i'pkr~ p;fur 

xfrfof/k ds mi;ksx ds vuqlkj mi;ksxdrkZ lewgks dk xBu fd;k x;kA xfrfof/k ds p;u ds fy;s 

loZizFke xjhch js[kk ls uhps ;kiu djus okys d`"kdks] y?kq ,oa lhekUr d`"kdks rFkk vuqlwfpr tkfr ds 

d`"kdks dks izkFkfedrk nh xbZA mlds i'pkr~ vU; d`"kdks dks xfrfof/k;ks esa 'kkfey fd;k x;kA 

mi;ksxdrkZ lewgks ds xBu ds i'pkr~ lewg ds lnL;ks dh fefVax dk vk;kstu fd;k x;k ftlesa lewg 

dh vko’;drk ,oa ftEesnkjh dh tkudkjh nh xbZA blh ds lkFk&lkFk mi;ksxdrkZ lewgks ls ,d&,d 

lnL; dk p;u lewg ds lnL;ks }kjk okVj’ksM desVh ds fy;s loZlEefr ls fd;k x;kA 

rkfydk Øekad 22 % mi;ksxdrkZ ny 

xfBr mi;ksxdrkZ lewgksa dh 

la[;k 

dsoy 

iq:"k 

ds 

dsoy 

efgyk 

ds 

nksuksa 

ds 

fefJ 

r 

9 0 2 11 

lnL; la[;k 

dqy Js.kh iq: 

"k 

efg 

yk 

y?kq d`"kd 60 5 65 

lhekar@ 

e/;e 

d`"kd 

32 8 40 

cM+s d`"kd 7 0 7 

izR;sd Js.kh ds vuqtkfr 

@tu tkfr 

lnL;ksa dh la[;k 

dqy iq:"k efg 

yk 

izR;sd Js.kh esa ch-ih- 

,y- lnL;ksa dh 

la[;k 

dqy iq:"k efg 

yk 

dqy 

0 0 0 0 0 0 

0 0 0 0 0 0 

0 0 0 0 0 0 

Hkwfeghu 10 5 15 5 2 7 10 5 15 

Ø- mi;ksxdrkZ lewg dk uke LknL; 

la[;k 

1 mi;ksxdrkZ ny LVki Mse de iqfy;k Øekd&1 Ldwy ds ihNs [kfM;k okys ukys ij 15 

2 mi;ksxdrkZ ny LVki Mse Øekd & 2 MksMk egqvkokyk LFkku 15 

3 mi;ksxdrkZ ny LVki Mse Øekd & 3 dY;k.k flg ds [ksr ds ikl 15 

4 mi;ksxdrkZ ny rkykc fuekZ.k Øekd & 1 ?kklhjke ds [ksr ds ikl 10 


5 mi;ksxdrkZ ny rkykc fuekZ.k Øekd & 2 beyh okys LFkku ij 17 

6 mi;ksxdrkZ ny [ksr rkykc 30 

7 mi;ksxdrkZ ny cksjh ca/kku 30 

8 mi;ksxdrkZ ny xsfo;u lajpuk 17 

9 mi;ksxdrkZ ny m?kkfudh fodkl 24 

10 mi;ksxdrkZ ny cksYMj psd 43 

11 mi;ksxdrkZ ny pkjkxkg fodkl 15 

okVj’ksM desVh ds xBu ds fy;s viukbZ xbZ izfØ;k 

Vhe }kjk okVj’ksM desVh ds xBu ds fy;s xkWo ds ljiap vkSj lfpoks ls feydj le; vkSj 

frfFk fu/kkZfjr dh xbZA lfpo }kjk 9 ebZ 2011 dks fo’ks"k xzke lHkk esa okVj’ksM desVh ds xBu djus 

dk fu.kZ; fy;kA blds i'pkr xkWo esa xzke lHkk esa lHkh lnL;ks ¼iq:"k vkSj efgykvks½ dks iapk;r }kjk 

vkus dh lwpuk nh xbZA fu;r le; ij lEiw.k xzke okfl;ksa ds le{k Lolgk;rk lewg ,oa mi;ksxdrkZ 

nyksa ls p;fur 12 lnL;ksa us okVj’ksM lfpo ,oa v/;{k dk p;u xzke lHkk }kjk djk;k x;kA bl 

cSBd esa okVj’ksM MoyiesaV Vhe ds Vhe yhMj vkSj lnL; mifLFkr gq,A 

xzke lHkk dh fefVax esa loZizFke xzke lHkk ds mn~ns’; ,oa vko’;drk dh tkudkjh xzke 

iapk;r lfpo }kjk mifLFkr lnL;ks dks nh xbZA blds ckn xzke lHkk esa fefVax ds ,stsaMks dk fu/kkZj.k 

fd;k x;kA blds ckn vkbZ-MCyw-,e-ih-&2 ;kstuk dh tkudkjh lHkk esa mifLFkr lnL;ks dks nh xbZA 

okVj’ksM desVh ds xBu ds fy;s loZizFke xkWo es xfBr Lolgk;rk lewgksa vkSj mi;ksxdrkZ lewgks ds 

lnL;ks us vius&vius lewgks ls pqus x, okVj’ksM desVh ds lnL; ds :i esa pqus x, ukeks dk izLrko 

xzke iapk;r lfpo dks fn;kA mlds i’pkr~ pqus x, lHkh okVj’ksM desVh ds lnL;ks dks ,d xksys esa 

cSBkdj loZlEefr ls ,d lnL; dk pquko v/;{k ds :i esa djus ds fy;s dgk x;kA bl izfØ;k esa 

loZlEefr ls Jh ?kklhjke S/o Jh ij’kjke dks xkWo fc’kuiqj ds fy;s v/;{k ds :i esa pquk x;kA 

xkWo fc’kuiqjesa 1 vkosnu xzke lHkk ds le{k izLrqr fd;sA ftlds vk/kkj ij Jh txnh’k 'kekZ 

firk Jh Jo.k dqekj dks loZlEefr ls okVj’ksM lfpo ds in ij fu;qDr fd;kA 


kfydk Øekad 23 % okVj’ksM desVh fc’kuiqjdh tkudkjh 

inkf/kdkjh 

o lnL;ksa 

dk fooj.k 

inkf/kdkjh 

@lnL; 

dk uke 

efgyk 

@iq:"k 

vuq-tkfr 

@ vuqtu 

tkfr@ 

vU; 

fiNMk 

oxZ 

y/kq@ 

lhekar 

@e/;e 

d`"kd 

cM+k 

d`"kd 

Hkwfe 

ghu 

fdldk lnL; gS 

\ D;k xzke 

iapk;r dk 

mi;ksx 

drkZ 

ny 

Lolgk; 

rk lewg 

inkf/kdkjh 

vFkok 

lnL; gS \ 

'kS{kf.kd 

;ksX;rk 

v/;{k ?kklhjke iq:"k fi- oxZ lhekUr gkW - 

lfpo txnh'k 

'kekZ iq:"k lkekU; cM+k B A 

lnL; gfjflg iq:"k fi- oxZ y?kq gkW - 

lnL; deyk ckbZ 

efgyk fi- oxZ 

y?kq gkW - 

lnL; Ykkykjke 

Hkwfe 

iq:"k fi- oxZ 

ghu 

gkW - 

lnL; XkkSjk ckbZ efgyk fi- oxZ y?kq gkW gkW - 

lnL; Hkaoj flg iq:"k fi- oxZ e/;e gkW - 

lnL; /kuk ckbZ efgyk fi- oxZ y?kq gkW - 

lnL; ljtw ckbZ efgyk v- tk- y?kq gkW - 

lnL; eqUuh ckbZ efgyk v- tk- y?kq gkW - 

lnL; izdk'k 

Hkwfe 

iq:"k v- tk- 

ghu 

gkW - 

lnL; Jh ckbZ efgyk v- tk- y?kq gkW - 

lnL; dY;k.k flg iq:"k v- tk- cM+k gkW - 

Ø- uke firk@ifr 

lewg dk uke 

in 

dk uke 

1 ?kklhjke ij'kjke LVkiMse lewg ls v/;{k 

2 gfjflg Enuflg Lolgk;rk lewg ls lnL; 

3 deyk ckbZ f'kojkt Lolgk;rk lewg ls lnL; 

4 Ykkykjke [ksepan LVkiMse lewg ls lnL; 

5 XkkSjk ckbZ jke flg fdjkuk nqdku lewg ls lnL; 

6 Hkaoj flg nkSyrflg es< ca/kku ls lnL; 

7 /kuk ckbZ Cyjke cdjh ikyu lewg ls lnL; 

8 ljtw ckbZ mejko flg eqxhZ ikyu lewg ls lnL; 


9 eqUuh ckbZ dY;k.k batu ikbi lewg ls lnL; 

10 izdk'k y{e.k LVki Mse ls lnL; 

11 Jh ckbZ pEik yky Lolgk;rk lewg ls lnL; 

12 dY;k.k flg y{e.k Lolgk;rk lewg ls lnL; 

13 txnh'k 'kekZ Jo.k dqekj lfpo 

4-3 ifj;kstuk dk;kZUo;u ,stsalh 

vkbZ- MCyw- ,e- ih- &2 fljksat ifj;kstuk ds fØ;kUo;u xzkeh.k fodkl foHkkx 

}kjk lafo/kk ij inLFk fo"k; fo’ks"kKks ds }kjk djk;k tk jgk gSA bu fo"k; fo’ks"kKksa esa ,d Vhe yhMj 

o rhu lnL; gS] ftlesa lekt dk;Z] d`f"k] rduhdh fo’ks"kK ,oa Hkw xHkZ 'kkL= o ,e ch , xzkeh.k 

fodkl ds lnL; A ;g lnL; okVj 'ksM MsoysiesaV Vhe ¼MCyw Mh Vh½ ds :i esa dk;Zjr gSA MCyw Mh 

Vh ds vUrZxr ih vkbZ , Vhe ds dk;Z xzke Lrj ij lfpo dh fu;qfDr dh xbZ gS tks xzke Lrjh; 

okVj 'ksM Vhe ds lnL;ks ds lkFk ,oa MCyw Mh Vh ds ekxZ n’kZu esa dk;Z djsxkA MCyw Mh Vh }kjk 

ftyk Lrjh; MCyw lh Mh lh ds ekxZ n’kZu esa dk;Z djsxhA 


ifj;kstuk dk;kZUo;u ,stsUlh 

Ø-l- izkstsDV dk uke ifj;kstuk dk;kZUo;u ,stsUlh dh tkudkjh 

laLFkk dk izdkj 

xzkeh.k fodkl foHkkx lfonk ij 

inLFk 

laLFkk dk uke 

vkbZ-MCyw-,e-ih- 2 fljksat 

1 

vkbZ-MCyw-,e-ih- 2 

laLFkk dk irk 

gchoh;k Ldwy ds ikl rg0 fljksat] 

fofn’kk ¼e-iz-½ 

fljksat 

nwjHkk"k 

07591&253591 

bZ&esy 

abbsbpl@gmail.com 



okVj’ksM MoyiesaV Vhe ds deZpkjh 

Ø-llnL; 

dk 

uke 

nkf;Ro 

ekfgyk@ 

iq:"k 

nkf;Ro 

xzg.k djus 

dk fnukWd 

mez 

{kS{kf.kd 

;ksX;rk 

vuqHko 

1- 

lS;n vcjkj 

gqlSu 

Vhe yhMj 

iq:"k 

flrEcj 

2010 

38 

,e-,l- 

MCyw-] ,edkWe 

12 o"kZ 

2- 

enuiky 

flag 

Vhe lnL; iq:"k tqykbZ 2010 33 

,e- ,llh 

d`f"k 

6 o"kZ 

4-4 ifj;kstuk ds dk;kZUo;u dh ;kstuk 

• ekuo Je dks fu/kkZj.k djus dh ;kstuk 

ty xzg.k {ks= fodkl dk;ZØe gsrq okVj’ksM Vhe dk xBu vkbZ-MCyw-,e-ih- 2 Vhe ds 

vuqlkj fd;k x;k gSA ftlesa Vhe yhMj laiw.kZ ;kstuk dh xfrfof/k;ks dh fuxjkuh ,oa fØ;kUo;u ds 

fy;s ftEesnkj jgsxkA og vko’;drkuqlkj ftyk vkSj jkT; bZdkbZ ls leUo; djsxkA Vhe ds ckdh 

lnL; vius fo"k; ls lEcaf/kr xfrfof/k;ks dk fuokZgu djasxsaA xkWo dk {ks=h; O;fDr leqnk; ,oa xkWo 

ds csgrj fodkl ds fy;s viuh lsok;s iznku djsaxk lkFk gh leqnk; dks izsfjr djus] laLFkkxr fuekZ.k] 

usV Iykfuax] ys&vkmV nsus] dk;Z dks izkjaHk djus] eki ysus ,oa mldk Hkqxrku djus esa enn djsxkA 

ftlds dk;Z vk/kkj ij mldk ekuns; fu/kkZfjr fd;k tk;sxkA okVj’ksM desVh vius vf/kdkj {ks= esa 

;g dk;Z djsxh] tSls dk;ksZ dh j.kuhfr rS;kj djuk] uhfr fu;eks dk fu/kkZj.k] izxfrjr dk;ksZ dh 

fuxjkuh ,oa dk;ksZ dk p;u bR;kfnA 

• leqnkf;d Hkkxhnkjh c

vk;kstu lewg dh leh{kk djus esa vkSj xfrfof/k;ks dh ;kstuk cukus esa fd;k tk;sxkA blh ds lkFk 

xkWo esa py jgh xfrfof/k;ks dh leh{kk vkSj ;kstuk cukus ds fy;s xkWo ds Vksyk Lrj ij ikf{kd fefVax 

dk vk;kstu fd;k tk;sxkA bl fefVax esa xkWo ds og lnL; Hkh tks Loalgk;rk lewgks vkSj mi;ksxdrkZ 

lewgks es 'kkfey ugha gks ik;s gS xkWo dh ;kstuk ds ckjs esa tkudkjh ysaxsA 

• dk;kZUo;u gsrq ;kstuk 

ty xzg.k {ks= izca/ku dh ifj;kstuk dh jkf’k ds vf/kdka’k Hkkx dk fuos’k izkd`frd 

lalk/kuks ¼feV~Vh] ikuh vkSj ouLifr½ ds fodkl dk;Z ij gksxkA 

xkWo dh izkFkfedrk ds vk/kkj ij okVj’ksM ds dqy dk;ksZ dks okf"kZd dk;Z;kstuk ds :i esa 

cuk;k tk;sxk 

loZizFke izkFkfedrk ty laj{k.k lajpuk, vkSj vkthfodk o`f) esa nh tk;sxhA 

ou Hkwfe ds cM+s dk;Z Iykfuax esa vfUre o"kZ j[ks tk;saxs ,oa bu dk;ksZ dks ,e-,u-vkj-th-,- 

esa vfHklj.k fd;k tk;sxkA 

dk;Z dks 'kq: djus ls igys loZizFke mldh ppkZ xkWo Lrj ij gksxh mlds ckn okVj’ksM 

desVh }kjk fu.kZ; ysdj dk;Z dh 'kq:vkr dh tk;sxhA 

okVj’ksM lfefr dks le;≤ ij okVj’ksM MoyiesaV Vhe dk ekxZn’kZu feyrk jgsxkA 

okVj’ksM MoyiesaV Vhe dh fuxjkuh esa okVj’ksM ,DVhfoVh dk [kpZ okVj’ksM desVh }kjk 

fd;k tk;sxkA 

okVj’ksM desVh }kjk dk;Z dk HkkSfrd lR;kiu ds i'pkr gh Hkqxrku fd;k tk;sxkA 

okVj’ksM desVh ds vkWfQl esa lHkh lacaf/kr ys[kks] fjdkMZ o jftLVj dk fu;fer la/kkj.k 

fd;k tk;sxkA 

izfrfnu ds dk;ksZ dh izxfr vkSj [kpZ dk fooj.k uksfVl cksMZ ij okVj’ksM desVh ds 

vkWfQl esa yxk;k tk;sxkA 

4-5 okVj’ksM dk;ksZ esa vU; ;kstukvks dk vfHklj.k 

xkWo ds fu/kkZfjr ctV dh lhek ls vf/kd dh jkf’k dk vfHklj.k ,e-ih-Mh-ih-vkbZ-ih-] ,e-th- 

,u-vkj-bZ-th-,-] d`f"k foHkkx] i'kq ikyu foHkkx] m|kfudh foHkkx vkSj js’ke ikyu foHkkx dh Ldheksa esa 

fd;k tk;sxkA 



vfHklj.k ds fy;s ljdkj dh vU; ;kstukvks dh lwph 

Ø- 

1 

laxfrfof/k 

;kstuk dk uke foHkkx dk uke 

bjhxs'ku iEi 

2 ikbi 

3 Lizs;j 

4 d`f"k ;a= 

5 fLiazdyj 

6 lhM chu 

7 Mªhi bjhxs’ku 

8 

9 

10 

11 

12 

nyguh] rsy] 

eDdk mRiknu 

dk;ZØe 

[kk| Qlyks dh 

mRiknu o`f) 

dk;ZØe 

[ksr rkykc 

(15mX15mX3m) 

[ksr rkykc 

(20mX18mX3m) 

[ksr rkykc 

(23mX21mX3m) 

baVhxzsVsM dkstZ xzsu MoyiesaV 

izksxzke 

[ksr rkykc ;kstuk] eujsxk 



fdlku dY;k.k ,oa 

d`f"k fodkl foHkkx 











fdlku dY;k.k ,oa d`f"k 

fodkl foHkkx] jk"Vªh; d`f"k 

fodkl ;kstuk] vkbZ-Vh-Mh-ih- 


















fodkl ;kstuk] vkbZ-Vh-Mh-ihfdlku 

dY;k.k ,oa 


vkbZ-,l-vks-ih-,efdlku 

dY;k.k ,oa 





d`f"k fodkl foHkkx] 

iapk;r 



iapk;r 



iapk;r 

;kstuk dk ykHk 

ysus dh ik=rk 

lHkh fdlku 

lHkh fdlku 

lHkh fdlku 

lClhMh 

vf/kdre 

16]350 

:- ¼50 

izfr’kr½ 


13 Rkkykc cyjke rky ;kstuk] eujsxk 

14 

xHkZ O;oLFkk ds 

nkSjku N% lIrkg 

dh etnwjh] ifr 

dks nks lIrkg dh 

etnwjh 

15 d`f"k Vsªfuax 

16 

fdpu xkMZu ds 

fy;s lCth dk 

cht 

etnwj lqj{kk ;kstuk 

vkRek] fdlku dY;k.k ,oa 


feuh fdV Ldhe 



iapk;r 





m|kfudh foHkkx 

17 m|kfudh Vªsfuax m|kfudh foHkkx Ldhe m|kfudh foHkkx 

18 

19 

lCth mRiknu 

dk;ZØe 

dsapqvk [kk| 

fuekZ.k 

lefUor lCth mRiknu 

izksxzke 

jk"Vªh; d`f"k fodkl ;kstuk 

21 ?kj fuekZ.k bfUnjk vkokl ;kstuk 

22 

vkthfodk o`f) 

xfrfof/k 

Lo.kZ t;arh xzke Lojkstxkj 

;kstuk] Mh-ih-vkbZ-ih-;kstuk 

23 bU’;ksjsal tuJh chek 

24 eqxhZ ikyu 

vkbZ-Vh-Mh-ih-] Lo.kZ t;arh 

xzke Lojkstxkj ;kstuk 

m|kfudh foHkkx 

dsapqvk [kk| 

20 cSy vkbZ-Vh-Mh-ihiapk;r 

,oa xzkeh.k 

fodkl foHkkx 

iapk;r ,oa xzkeh.k 

fodkl foHkkx 


fodkl foHkkx 


fodkl foHkkx 


fodkl foHkkx 

lHkh fdlku 

18 ls 60 o"kZ ds 

d`"kd etnwj 

v-t-tk-] v-tkdks 

75 izfr’kr 

lClhMh 

Loalgk;rk lewg 

70 izfr’kr ch-ih- 

,y- ifjokj 

26 eNyh ikyu eRL; foLrkj ;kstuk eNyh ikyu foHkkx 

27 cdjh] lqvj ikyu 

i'kqikyu foHkkx] Lo.kZ t;arh 

xzke Lojkstxkj ;kstuk 

i'kqikyu foHkkx 

28 

Vksyks esa 

fo|qrhdj.k 

,e-ih-bZ-ch- Ldhe 

29 xzkeh.k lM+d eujsxk 

30 lkeqnkf;d Hkou 

ih-,e-th-,l-ck;] 

iapk;r 

Lo.kZ t;arh xzke 

Lojkstxkj ;kstuk] 

25 ekbØksbUVjizkbtsl ifjokj ewyd ;kstuk xzke m|ksx ch-ih-,y- 

,e-ih-bZ-chv-t-tk-] 

v-tkds 

ifjokjks dh 

la[;k 50 

izfr’kr ls vf/kd 

vf/kdre 

50]000 

:- ¼25 

izfr’kr½ 

1500&22 

50 izfr 

gs- 

50 

izfr’kr 


,e-ih-,e-,y-,-QaM 

31 xkWo xksnke 

ukckMZ] ch-vkj-th- 

,Q- 

32 gs.Miai ih-,p-bZ-Mh- 

33 

ihus ds ikuh dk 

ikbi 

ih-,p-bZ-Mh- 

34 

ouHkwfe esa 

ikS/kkjksi.k 

eujsxk ou foHkkx] iapk;r 

35 d`f"k izn’kZu 

d`f"k foHkkx] ukckMZ] 

v/kZljdkjh laLFkk 

36 LVkWi Mse eujsxk iapk;r 

37 feV~Vh dk ckW/k eujsxk iapk;r 

38 es

v/;k; 5 

izca/ku vkSj dk;Z ;kstuk 

5-1 izkjafHkd dk;Zdyki xfrfof/k 

vkLFkk ewyd dk;Z lkekftd tqM+ko ds fy, ,d lk/ku gS ftldk dk;kZUo;u ifj;kstuk ds 

izkjaHk esa fd;k tk;sxkA xzke fc’kuiqj esa vkLFkk ewyd dk;Z esa Ldwy ckmUMh oky dk fuekZ.k dk;Z dk 

p;u fd;k x;k gSA bl dk;Z esa xzke esa Ldwy dk okrkoj.k esa LoPNrk dk okrkoj.k cuh jgsxhA 

vkLFkk ewyd dk;Z ds fy;s dqy Lohd`r ctV esa ls 4 izfr’kr jkf’k dk izko/kku j[kk x;k gS tks fd 

dqy jkf’k dk 1-08 yk[k O;; fd;k tk;sxkA 

5-2 lkeqnkf;d laxBu 

okVj’ksM ds dk;ksZ esa tu Hkkxhnkjh c

5-4 okVj’ksM dk;Z ;kstuk dk fooj.k 

5-4-1 Hkwfe lq/kkj ,oa Hkwfe laj{k.k xfrfof/k;ka (Soil and Moisture Conservation/ Catchment 

treatment) % 

orZeku fLFkfr esa fc’kuiqjxkWo dh 10&12 izfr'kr tehuksa esa gh esa

5-4-2 ty lao/kZu xfrfof/k;ka (Rain water harvesting including drainage line treatment) % 

ckfj’k ds ikuh dks flapkbZ esa bLrseky ds fy, mlds jksdus ds fy, t:jr gSa blds fy, xkao 

esa vyx vyx txgksa ij NksVs NksVs ty lao/kZu dh xfrfof/k;ka j[kh xbZ gSaA tSls 

• [ksr rkykc 

bl {ks= dk okf"kZd o"kkZ 835 fe-eh- gSA fiNys 10 lkyksa ds o"kkZ ds vkWdM+ks ds vuqlkj ,d 

lkFk o"kkZ dh lokZf/kd rhozrk 200 fe-eh- jgh gSA bl vkWdM+s ds vuqlkj ,d gsDVs;j {ks=Qy esa ,d 

ckj dh o"kkZ ls dqy 2000 ?ku eh- ikuh ,df=r gks ldrk gS ftldk yxHkx 60 izfr’kr ikuh dks 

jksdus ds fy;s 1200 ?ku eh- ds rkykc dh vko’;drk gksxhA ;kstukUrxZr Hkwfe ds {ks=Qy ds vuqlkj 

[ksr rkykc dh lajpuk ds rhu fMtkbZu tSls (20m.X16m.X3m.), ,oa (16m.X 12m.X3m.) cukus dh 

;kstuk cukbZ xbZ gSA rkykc [kqnkbZ ds nkSjku fudyh gqbZ feV~Vh ls [ksr dh es

5-4-3 d`f"k Hkwfe (Agriculture land) 

xkWo fc’kuiqjdh dqy 224 gsDVs;j Hkwfe esa ls 214-445 gsDVs;j Hkwfe esa [ksrh dh tkrh gS xkWo dh 

yxHkx 85&90 izfr’kr Hkwfe esa es

[k- [ksrksa dh esM+ ij pkjs okys o`{kksa dh [ksrh & [ksrksa dh esM ij pkjs okys o`{kksa 

dh [ksrh dh ;kstuk Hkh j[kh x;h gSaA blesa vPNh fdLe okys pkjs ds >kM [ksr dh esMksa ij ;k ?kj ds 

vkl & ikl yxkus dh ;kstuk cuk;h x;h gSaA 

5-4-5 ouhdj.k @o`{kkjksi.k @m|kfudhdj.k xfrfof/k;ka 

orZeku esa xkWo fc’kuiqjdh ouHkwfe esa e`nk{kj.k gksrk gS ftlesa jsu MªkWi] xyh {kj.k lokZf/kd 

ns[kus dks feyk gSA ;kstukUrxZr xyh Iyx] xsfc;u 43 lajpuk yh xbZ gS] ikS/kkjksi.k dh xfrfof/k 

izLrkfor dh xbZ gSA d`f"k esa mRiknu o`f} ds lkFk&lkFk dqN Hkfo"; esa iwath fuos’k dh n`f"V ls dqN 

tehu dks O;olkf;d ikS/kkjksi.k ds n`f"Vdks.k ls fodflr fd;k tk ldrk gSaA ftlls vkxs tkdj 

fdlkuksa dks ,d vPNk [kklk vkenuh dk tfj;k mRiUu gks ldsaA blds varxZr Qyks|ku rFkk d`f"k 

okfudh dh xfrfof/k;k yh tk ldsxhA 

5-4-6 Qly fodkl dh dk;Z;kstuk 

eq[; :i ls fc’kuiqjxkWo esa [kjhQ lhtu esa lks;kchu] mM+n] eDdk] rqvj ,oa jch lhtu esa xsagw] 

puk] elwj dh [ksrh dh tkrh gSA flapkbZ dh vuqiyC/krk ds dkj.k fdlku dqN tehuks esa fefJr mRiknu 

tSls lks;kchu ds lkFk rqvj djrs gSaA de

4 rqvj ¼vjgj½ 6&8 20&22 

5 lks;kchu 8&10 18&22 

5-4-7 vkthfodk xfrfof/k 

xkWo esa vkthfodk dk eq[; lk/ku d`f"k gSA xkWo ds 62 ifjokjks esa ls 9 ifjokj [ksrh dk dk;Z 

djrs gS 'ks"k 55 ifjokj Hkwfeghu gS ftudk vkthfodk dk lk/ku etnwjh ,oa cdjh ikyu gSA blh ds lkFk 

xkWo yxHkx lHkh ifjokj i'kq/ku tSls xk;] HkSl] cdjh ikyu djrs gSA 

• d`f"k vkthfodk 

orZeku esa xkWo fc’kuiqjesa fdlku [kjhQ lhtu esa lks;kchu] mM+n vkSj rqvj dh vkSlr iSnkokj 

Øe’k% 12] 08 vkSj 08 fDoaVy izfr gsDVs;j ,oa jch lhtu esa xsagw] puk vkSj elwj dh vkSlr iSnkokj 

Øe’k% 10] 08 vkSj 08 fDoaVy izfr gsDVs;j ysrs gS tks fd visf{kr iSnkokj dk 40&50 izfr’kr gh gSA de 

iSnkokj ysus dk eq[; dkj.k vPNh xq.koRrk dk cht] [kkn vkSj dhVuk’kd nokbZ;ks dk le; ls miyC/k u 

gks ikuk vkSj tkudkjh dk vHkko gSA blh ds lkFk Qly dh cqvkbZ ds le; iSlks ds vHkko ds dkj.k 

fdlku lsB] lkgwdkjks] O;kikfj;ks ls vf/kd C;kt nj@nksxquk Qly ls m/kkj ysrs gSA ;kstukUrxZr xkWo ds 

lhekUr vkSj y?kq fdlkuks dks Loalgk;rk lewgks ls tksM+dj le; ls vPNh xq.koRrk ds [kkn cht vkSj 

dhVuk’kdks ds fy;s O;oLFkk djuk 'kkfey fd;k x;k gSA 


kfydk Ø- 28 % 

d`f"k fodkl dk;ksZ dh ;kstuk 

dqy y{; 2010&11 2011&12 2012&13 2013&14 2014&15 

Ø 

Qly@ 

xfrfof/k;k 

HkkSfrd ¼la[;k½ 




foRrh; ¼yk[k½ 









1 

2 

3 

feVVh dh 

tkWp 74 0.005 0.37 0 0.00 74 0.37 0 0.00 0 0.00 0 0.00 

izn'kZu 

IykWV¼1gs0½ 6 0.10 0.60 0 0.00 2 0.20 3 0.30 1 0.10 0 0.00 

Micro Nutrient 

Management 2 0.20 0.40 0 0.00 1 0.20 1 0.20 0 0.00 0 0.00 

4 cht laxzg.k 1 0.75 0.75 0 0.00 0.00 1 0.75 0 0.00 0 0.00 

5 pkjk mRiknu 2 0.05 0.10 0 0.00 0.00 1 0.05 1 0.05 0 0.00 

6 lhM xzsMj 2 0.10 0.20 0 0.00 0.00 1 0.10 1 0.10 0 0.00 

8 

lCth cht 

forj.k 20 0.01 0.19 0 0.00 5 0.05 5 0.05 5 0.05 5 0.05 

9 

fLizadyj 

flapkbZ 1 0.15 0.15 0 0.00 1 0.15 0 0.00 0 0.00 0 0.00 

10 batu lsV 1 0.20 0.20 0 0.00 1 0.20 0 0.00 0 0.00 0 0.00 

11 ikbi 1 0.20 0.20 0 0.00 1 0.20 0 0.00 0 0.00 0 0.00 

12 Lizs;j 1 0.10 0.10 0 0.00 1 0.10 0 0.00 0 0.00 0 0.00 

13 lhM xzsMj 1 0.10 0.10 0 0.00 0 0.00 1 0.10 0 0.00 0 0.00 

14 dspqvk [kkn 1 0.13 0.13 0 0.00 1 0.13 0 0.00 0 0.00 0 0.00 

dqy 124 3.49 0 0.00 90 1.60 19 1.55 10 0.30 5 0.05 


• i'kqikyu vkthfodk 

xkWo esa ns’kh uLy ds i'kq/ku gSA xkWo esa eq[; :i ls xk;] HkSal] cSy vkSj cdjh i'kq/ku gSA 

Hkwfeghu ifjokjks dh vkthfodk dk eq[; lk/ku etnwjh gS rFkk budk vU; vk; dk lkzsr cdjh vkSj 

HkSal@xk; ikyu Hkh gSA xk;] HkSal dk mi;ksx nw/k mRiknu ds fy;s djrs gS ijUrq pkjs dh vkSj vPNh 

uLy ds i'kq/ku dh vuqiyC/krk ds dkj.k nw/k mRiknu cgqr de gSA ;kstukUrxZr i'kqvks dks pkjs dh 

miyC/krk o"kZHkj djkus ds fy;s pkjkxkg fodkl dk;ZØe fy;k x;k gSA blh ds lkFk xkWo ds Hkwfeghu 

fdlkuks dks Loalgk;rk lewgks esa tksM+dj HkSal ikyu ,oa cdjhikyu dh xfrfof/k izLrkfor dh xbZ gSA bu 

xfrfof/k;ks ls xkWo ds Hkwfeghu ifjokj cdfj;kW csapdj ,oa nqX/k mRiknu dj nw/k] ?kh vkSj ekok cspdj vk; 

vftZr djsaxsA 

rkfydk Ø- 29 % 

i'kq/ku fodkl dk;ksZ dh ;kstuk 

Ø xfrfof/k;k dqy y{; 2010&11 2011&12 2012&13 2013&14 2014&15 






1 fdjkuk 

nqdku 

1 0.1 0 0 1 0.1 0 0 0 0 0 0 








2 eqxhZ 

ikyu 

2 1.5 0 0 1 1.5 0 0 0 0 0 0 

3 cdjh 

ikyu 

3 6 0 0 1 2 1 2 1 2 0 0 

dqy 6 7.6 0 0 3 3.6 1 2 1 2 0 0 


• ikfjJfed dh miyC/krk 

orZeku esa xkWo esa d`f"k vk/kkfjr etnwjh gh miyC/k gS tks fd lky esa nks efgus ds fy;s gh 

fey ikrh gSA ;kstukUrxZr xkWo ds lHkh ifjokjks dks etnwjh miyC/k djkus ds fy; 78179 ekuo fnol 

dk jkstxkj l`ftr fd;k tk,xkA ftlds }kjk yxHkx 93-81 yk[k :i;s dh vk; xkWo ds ifjokjks dks 

gksxhA 

5-4-8 vfr y?kq m|e ¼ekbØks baVjizkbtsl½ 

• Ms;jh 

ekbØks baVjizkbtsl ds varxZr xkWo esa Ms;jh lkslk;Vh dk xBu fd;k tk;sxk ftlls xkWo ds 

xk;] HkSal ikyus okys ifjokjks dks mUur i'kqikyu dh tkudkjh ds lkFk&lkFk le; ls i'kqvks ds 

chekjh dk mipkj fd;k tk ldsxk ftlls i'kqvks dh nqX/k mRiknu {kerk c

• LikbZjy xszMj 

orZeku esa xkWo esa cht dks Nkuus&chuus ds fy;s dksbZ O;oLFkk ugha gS xkWo ds fdlku viuh 

Qly ds cht dks fcuk Nkus&chus gh [ksr esa cks nsrs gS ftlls fdlku dh [ksrh esa vadqj.k izfr’kr 

cgqr de gksus ls fdlku dks Qly dh mRikndrk de fey ikrh gSA ;kstuk vrxZr xkWo ds 

Hkwfeghu@y?kq ,oa lhekUr d`"kdks dks Lolgk;rk lewg esa tksM+dj LikbZjy xzsMj [kjhnk tk,xk ftlls 

xkWo ds fdlku vius cht dh Nukb&chukbZ dk dk;Z xkWo esa gh djk,axsA 

5-4-9 ekdsZV fyadst 

gSA 

fdlkuks dks muds mRikn dk vf/kd ewY; fnykus ds fy;s ekdsZV fyadstsl dh ;kstuk cukbZ xbZ 

• nqX/k mRikn ds fy;s 

Ms;jh lkslk;Vh dks xkWo ls 50 fd-eh- nwj ewMjk lkxj fLFkr lkWph nqX/k la?k esa jftLVj fd;k 

tk,xk ftlls nqX/k mRikn dk;Z esa yxs ifjokjks dks mfpr ewY; feysxkA 

• d`f"k mRikn ds fy;s 

xkWo ds fdlkuks dks lewg esa xfBr dj izksM~;wllZ@dkWijsfVo daifu;ks ls tksM+k tk,xk ftlls fd 

xkWo ds lHkh fdlkuks dks vPNh xq.koRrk dk cht] [kkn vkSj dhVuk’kd nokbZ;kW le; ls mfpr nj ij 

miyC/k gksxhA 

5-5 izca/ku ¼izLrkfor xfrfof/k;ksa dh lr~rrk½ % 

izzLrkfor xfrfof/k;ksa ds laj{k.k mfpr mi;ksx o j[k j[kko esa lkekftd laxBu tSls ] 

Lolgk;rk lewg ]mi;ksxdrkZ lewg o xzke lHkk dh fo’ks"k Hkwfedk gksxhA blds fy;s fuEu iz;kl fd;s 

tk,xsa 


• lkeqnkf;d Hkwfe ij fd;s tkus okyh xfrfof/k;ksa dh ftEesnkjh NksVs lewgksa dks ns nh tk,xh vkSj 

muesa Hkh lnL;okj ftEesnkjh dks crk fn;k tk,xkA xzke lHkk mudh ekWfuVfjax djsxhA 

• flapkbZ dh lajpukvksa ds j[k j[kko ds fy;s mi;ksxdrkZ lewg ,d Q.M cuk,xsaA flapkbZ dh 

lajpukvksa dh ;kstuk cukrs le; gh laHkkfor xfrfof/k tSls lCth mRiknu] m|kfudh vkfn O;olkf;d 

xfrfof/k;ksa dh ;kstuk fdlkuksa ds lkFk cuk;h x;h gS rkfd bu lajpukvksa dks vkenkuh ds lkFk tksM+ 

dj ns[k ldsaA 

• xkWo esa

Ikkfjokfjd losZ{k.k QkeZ] vkbZ- MCyw- ,e-ih- & 2 fljksat ¼e-iz-½ 

1- ftyk & fofn’kk 2- QkeZ dzekad & fnukad & 

3- fodkl [k.M & fljkast 4- xzke dk uke & Vksyk @ ekSgYyk 

5- xzke iapk;r & 6- edku dzekad & 

7- edku es jgus okys ifjokjks dh la[;kW & 

8- eqf[k;k dk uke & 9- tkfr & 1- lkekU; 2- fiNM+k oxZ 3- v-t- 4- v-t-tk- 

10- edku dk fooj.k & 1- dPpk 2- vk/kk dPpk 3- iDdk 11- LokfeRo & 1- fdjk;s ij 2- Lo;a dk 

1- ifjokj dh tkudkjh %& 

Øa- 

lnL; 

dk uke 

1- iq:"k 

2- efgyk 

f’k{kk vk;q fodykax@fo/kok ,-ih- 

,y- 

@ch-ih- 

,ylewg 

lnL; 

lnL; gS 

rks lewg 

dk uke 

laiRrh 

dk 

fooj.k 

1- 

2- ifjokj es vk; ds lk/ku 

Øekad vk; dk lk/ku dqy vk; ¼:0 izfro"kZ½ l`ftr ekuo fnol dh 

la[;kW 

1- 

2- 

1- d`f"k et+nwjh 2- xSj d`f"k etnwjh 3- d`f"k 4- d`f"k ,oa m?kkfudh mRikn izlaLdj.k 5- eRL; ikyu 6- nqdku@O;kikj 

7- iq"i mRiknu 8- eqxhZ ikyu 9- tSfod [ksrh 10- vkS"k/kh; ,oa lqxaf/kr ikS/kks dh [ksrh 11- Msjh@nqX/k 12- cdjh ikyu 

13- ulZjh 14- yk[k mRiknu 15- uksSdjh 16- vU; 

3- vkftfodk laca/kh tkudkjh %& 

Øa- vkftfodk dk lk/ku lfEefyr lnL;ksa dh 

la[;kW 

vk; 

1- 2- 3- 4- 5- 

d`f"k ,oa lgk;d 

xfrfof/k;kW 

[kjhQ 

jch 

Tkk;n 

m|kfudh 

i’kqikyu 

eRL; ikyu 

vU; 

etnwjh 

etnwjh 

Yk?kq m?kksx y?kq m?kksx 


lsok iznk; xfrfof/k;ka 

dkS’ky 

Lkeqnkf;d lEiRrh 

lalk/ku 

nqdku 

ukSdjh 

dkS’ky 

Lkeqnkf;d lEiRrh 

lalk/ku 

dqy ;ksx 

4- ifjokj ds dkS’ky laca/kh tkudkjh %& 5- is; ty laca/kh tkudkjh %& 

Øekad 

dkS’ky dk 

Tkkuus okys 

Øekad 

L=ksr dk 

miyC/krk ekg 

xq.koRrk 

nwjh 

izdkj 

lnL;ksa dh 

la[;kW 

uke 

rd 

6 -vukt dh vko’;drk 7-ifjokj dh izeq[k leL;k %& 

Øa- 

vukt 

dk 

uke 

vko’;drk 

fDoaVy esa 

L=ksr 

¼d`f"k@cktkj½ 

Hk.Mkj.k 

dh 

lqfo/kk 

Øekad 

izeq[k 

leL;k 

leL;k dk funku 

8- _.k dh tkudkjh %& 9- pkjs dh miyC/krk %& 

Øekad _.k dgkW 

C;kt @ 

i’kqvks dk 

Pkkjs dh 

LFkku 

nwjh 

ls 

izfr’kr 

la[;k 

miyC/krk ¼ekg 

fy;k 

es½ 

1 Lkekftd R;kSgkj @ 'kknh 

2 [kir ¼Lo;a dh t:jr gsrq½ 

3 d`f"k gsrq 

10- iyk;u dh fLFkfr %& 

la- 

ØalnL; 

dk 

uke 

mez fyax iyk;u 

le;kdky 

iyk;u 

vof/k 

nwjh 

iyk;u 

o"kZ es 

fdruh 

ckj 

iyk;u ds 

nkSjku 

dk;Z@is’kk 

iyk;u 

ds 

dkj.k 

iyk;u 

ds 

nkSjku 

vk; 


11- ?kjsyw bZ/ku dh miyC/krk ¼okf"kZd fLFkfr½ 

ek=k ¼fdyks@yhVj½ 

futh 

Hkwfe 

ydM+h 

lkoZtfud 

L=ksr 

ou 

d`f"k 

dpjk 

xkscj 

xkscj 

xSl 

jlkbZ 

xSl 

feV~Vh 

rsy 

vU; 

dqy 

ewY; :i;sa es 

?kj ls nwjh 

bdV~Bk djus es yxus 

okyk le; ¼?k.Vs @ 

lIrkg½ 

12- i’kq fLFkfr 

Jfed i’kq nq/kk: i’kq vU; i’kq 

ÅWV ?kksMs+ csSy xk; HkSal HksM+ cdjh eqxhZ eNyh vU; dqy 

Ladj Nslh 

13- ikfjokfjd okf"kZd O;; dk vkadyu %& 

Hkkstu diM+s f’k{kk nokbZ;kW ?kj dk 

j[kj[k 

ko 

R;kSgkj 

@fook 

g 

okf"kZd 

d`f"k 

i’kq 

j[k 

j[kko 

lEiRrh 

dh 

[kjhn 

vU; 

egk;ksx 

[kkn~ etnwjh cht flapkbZ mRikn dtZ 

pqdkuk 

14- ikfjokfjd okf"kZd cpr dk vkadyu %& 

jde 

?kjsyw 

Lo&lgk;rk 

lewg 

cSad 

iksLV 

vkWfQl 

fpV 

Q.M 

tk;nkn@lEiRrh vU; Dqy 

15- vU; ;kstukvks ls izkIr vuqnku dk izdkj 

;kstuk uxn _.k Lkexzh izf’k{k.k 


16- d`f"k ;a= @ lEiRrh %& 

Øekad d`f"k ;a= la[;kW 

1-nlk lq= 2- jksVk osVj 3- Mhty iEi 4-fo?kqr iEi 5- feV~Vh iyV 6-gy 7-Fksz’kj 

10- fLizaDYj 11- cSy xkM+h 12- VªSDVj Vªkyh 13-vU; 

8-lhM Mªhy 9- dYVhosVj 

17- orZeku Hkwfe mi;ksx %& 

Øa- dqy Hkwfe [kljk dzekad futh Hkwfe ou Hkwfe Lkeqnkf;d Hkwfe ;ksx 

18- lapkbZ ds L=ksr %& 

Øa- 

flafpr Hkwfe dk 

jdck 

flafpr Hkwfe dk 

L=ksr 

dqvkW 

V~;wc osSy 

vkSlr xgjkbZ 

ehVj es 

ikuh dh miyC/krk ¼ekg 

es½ 

fjpktZ dh vko’;drk 

19- d`f"k mi;ksx %& 

Øa- 

jfo 

Qly dk 

uke 

izfr gSDVj 

mRiknu 

izfr gSDVj 

equkQk 

cht dk 

izdkj 

izfr 

gSDVj 

vkus 

okyh 

ykxr 

Lo;a ds 

mi;ksx es 

fcdzh 

gsrq 

Hk.Mkj.k 

lqfo/kk 

20- fudkl js[kk ¼Msªust ykbu½ 

pSuy 

dh 

izd`fr 

fudkl dh 

yEckbZ 

fudklh okys 

ukys@>hy@rkykc@unh 

vkfn dk uke 

fuekZ.k 

o"kZ 

fLFkfr 

dk;Zjr v{ke ejEer dh 

vko’;drk 

gkW@ugh 

izLrkfor 

O;; yxHkx 

¼:0½ 

21- vkthfodk pykus gsrq :fpdj L=ksrks dh miyC/krk 

la- Øa- Xkako ds vUnj Xkako ds ckgj 


QkesZV ua- 2 & usV Iykfuax izi=vkbZ- MCyw- ,e-ih- & 2 fljksat ¼e-iz-½s 

[k.M¼c½&loZsf{kr [kljs dh tkudkjh 

d`"kd dk uke @mi;ksx drkZ ny& 

HkwfeLokfeRo futh&----------------lkeqnkf;d&Hkwfe----------------- ou Hkwfe---------------------- dqy {ks=------------------------ 

[kljs esa lfEefyr lnL;ksa ds uke& ----------------------------------------------------------------------------------------------------------------------------------------------------------------------- 

14-1 losZf{kr [kljksa ds dzekad & 

1 2 3 4 5 6 

14-2 losZf{kr [kljksa dk Hkwfe mi;ksx 

d`f"k Hkwfe iM+r Hkwfe ou ¼gs0½ vU; mi;ksx 

¼gs0½ 

flafpr vflafpr d`f"k ;ksX; d`f"k ds 

v;ksX; ¼gs0½ 

¼gs0½ ¼gs0½ ¼gs0½ 

dqy {ks= ¼gs0½ 

feV~Vh dk 

izdkj 

Hkwfe dk vkSlr

15-2 fofHkUu Qly i)fr varxZr d`f"k dk jdck 

ekSle [kjhQ jch xzh"e 

Qly i)fr ,dQlyh varorhZ 

Qlysa 

fefJr 

Qlysa 

,dQlyh varorhZ 

Qlysa 

fefJr 

Qlysa 

,dQlyh varorhZ 

Qlysa 

jdck ¼gs0½ 

fefJr 

Qlysa 

15-4 lCth mRiknu@Qy mRiknu@pkjk mRiknu dh tkudkjh& 

dz- lCath mRiknu Qy mRiknu 

izeq[k 

lfCt;ka 

Jdck 

¼gs0½ 

mRiknu 

¼fDoa½ 

Ok`{kksa dh 

la[;k 

1 

izeq[k 

Qynkj 

o`{k 

jdck 

¼gs0½ 

mRiknu 

¼fDoa-½ 

izeq[k pkjk 

Qlysa 

jdck 

¼gs0½ 

mRiknu 

¼fDoa-½ 

15-5 ouhdj.k@d`f"k okfudh 

eq[; o`{k ikS/kksa dh la[;k {ks= ¼gs- esa½ dqy mRiknu¼fDaoVy½ 

16-1 Hkwfe laj{k.k dk;Z %& 

[k.M¼c½&loZsf{kr [kljs ds fy;s izLrkfor xfrfof/k;ka 

Hkwfe laj{k.k dk;Z (Vegetative Barrier) bdkbZ izLrkfor lajpuk dh eki ek=k vuqekfur ykxr 

okuLifrd vojks/k (Gully Plug/Boulder la[;k 

Checks 

Xkyh Iyx@cksYMj psd (Contour ?kuehVj 

Trench) 

leksPp [kkbZ@ukyh (Contour Bund) ?kuehVj 

xkSfc;u lajpuk (Gabion Structure) ?kuehVj 

[ksr ca/kku@esM+ (Field Bund) 

?kuehVj 

vU; 

16-2 ty laj{k.k lajpuk;sa %& 

ty laj{k.k lajpuk;as bdkbZ izLrkfor lajpuk dh eki ek=k vuqekfur ykxr 

cksjh ca/kkusa (Bori Bandhan) 

la[;k 

Ukyk ca/kku (Nalla Bandhan) 

la[;k 

LVki Mse (Stop Dam) 

la[;k 

Hkwfexr Mkbd (Underground Dyke) la[;k 

ifjofrZr ukyh (Diversion Drain) 

la[;k 

ijdksys'ku rkykc (percolation Tank) la[;k 

[ksr rkykc (Farm Pond) 

la[;k 

ikjEifjd ty L=ksrksa dk th.kksZa)kj 

la[;k 

vU; 

16-3 ikS/k jki.k xfrfof/k;ka %& 


ikS/ks ds uke ikS/kksa dh la[;k izLrkfor {ksa=Qy vuqekfur ykxr 

ouhdj.k (Afforestation) 

d`f"k okfudh (Agro Forestry) 

M|kfudh (Horticulture) 

js'ke mRiknu (Sericulture) 

jutksr (Jatropha) 

vU; 

16-4 pkjkxkg fodkl %& 

?kkl @o`{k@Qly dk uke izLrkfor {ks=Qy vuqekfur ykxr 

17- fjekdZ %& 

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 

---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 

Lkewg dk uke xkWo QaM ds lzksr 

Ø- lnL;ks dk uke ifr dk 

uke 

orZeku 

vkthfodk 

izLrkfor vkthfodk 

dh ;kstuk 

¼la[;k@jkf’k@eki½ 

vuqekfur 

jkf’k 

Lo;a ls Lo;algk;rk 

lewg ds yksu 

ls 

layXu %& losZf{kr [kljs ds fy;s izLrkfor xfrfof/k;ksa dk uD’kk 

ih-vkbZ-,- lnL; ds gLrk{kj 


kfydk Øekad 30 % dk;Z ;kstuk dk fooj.k 

dz- 

1 

2 

3 

4 

[kljk 

Øekd 

156, 

62 

58,78 

/1,77, 

74/2, 

70,69 

/1,11 

4,69/ 

2 

81,79, 

78/3 

162/3 

,133,1 

48,14 

1,143 

/2 

IykV dk 

LFkkuh; 

uke 

yebZ;k 

pd 

ckyk 

unh 

ckyk 

bZeyk] 

yebZ;k 

ckyk 

fgrxzkgh dk uke tkfr {ks=Qy 

¼gsDVs;j½ 

#iflg iq= 

[ksepaUn 

/kuflg #iflg 

gjhflg cyjke 

iq= enuflg 

:iflg iq= 

enuflg 

?kklhjke 

fd'kuflg 

uoyflg iq= 

ijljke 

uk;d 3.288 

uk;d 8.445 

uk;d 4.957 

uk;d 10.252 

usV Iykfuax QkesZV 

vkbZ MCY;w ,e ih & 02] fljksat] xzke & fo'kuiqj 

[ksr 

dk 

izdk 

j 

¼Åi 

jh@ 

e/; 

e@ 

fup 

yh½ 

fup 

yk 

e/; 

e]f 

up 

yk 

e/; 

e]f 

up 

yk 

e/; 

e]f 

up 

yk 

5 155 yebZ;k 

6 75 

7 34 

8 74/1 

jksM ds 

ikl 

uxj 

ckyk 

gkj 

pd 

ckyk 

9 47 Vxj 

[ksepUn 

ykykjke iq= 

m/keflg 

bnjhl fe;k ukok- 

iq= jQhd[kkW 

cUus [kkw cxSjk 

o'kjg u- 30 

cyjke iq= 

enuflg 

djuflg 

ey[kkuflg 

dejyky iq= 

dksey 

uk;d 1.202 

eqLye 

ku 

eqLye 

ku 

1.265 

1.101 

uk;d 2.783 

HkksbZ 0.544 

e/; 

e 

e/; 

e 

fup 

yk 

e/; 

e 

fup 

yk 

1 ls 3 

ls.Mh 

ywe 

3 e/;e 

1 ls 3 Dys 4 e/;e 

1 ls 2 

1 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

xsgw] 

puk 

xsgw] 

puk 

1 vf/kd xsgw] 

puk 

3 e/;e 

xsgw] 

puk 

2 vf/kd xsgw 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

ukyk 

esM+ca/kku 200 eh-] LVksu 

vkmVysV 3] iz{ks= okfudh 20] 





esM+ca/kku 460 eh-] LVksu vkmVysV 

5] iz{ks= okfudh 40] 



10 

59,10 

5,38,3 

6 

vke 

ckyk 

dqUnuflg iq= 

lqUnjyky 

jktiw 

r 

7.246 

e/; 

e]f 

up 

yk 

2 ls 3 

ls.Mh 

ywe 

1 vf/kd /kfu; 

k] 

xsgw 

lks;kch 

u 

dqvk 

[ksr rkykc ¼20x14½ ] esM+ca/kku 

1270 eh-] LVksu vkmVysV 12] 

iz{ks= okfudh 160] m|kkfudh & 

1 ch?kk] xyh Iyx 2 ¼10 ehVj½] 

11 

159/2 

/1/12, 

159/2 

/1/3 

rjh 

ckyk 

12 78/2 Vxj 

13 29 

14 

159/2 

/1/2 

emvk 

ckyk 

[ksjs ds 

ikl 

dY;k.kflg iq= 

esgrkc 

egkohjflg 

lqjsUnzdqekj 

eksrhflg iq= 

ukFkwjke 

ek;kckbZ 

lEirckbZ 

f[kysykckbZ iq=h 

e|ok 

eksrh iq= izHkw 

gfjt 

u 

1.595 

tSu 0.632 

gfjt 

u 

vfnok 

lh 

0.835 

0.797 

e/; 

e]f 

up 

yk 

e/; 

e 

e/; 

e 

fup 

yk 

2 ls 3 

1 ls 3 

1 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

2 vf/kd xsgw 

3 e/;e xsgw 

4 e/;e xsgw 

2 vf/kd xsgw 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

dqvk 




vkmVysV 1] iz{ks= okfudh 10 






15 85 

ihiy 

ckyk 

eqUukyky iq= 

I;kjk 

vfnok 

lh 

1.012 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

lks;kch 

u 

dqvk 



16 160 

vke 

ckyk 

esgoku iq= 

yVwjh 

fo'o 

dekZ 

3.819 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

1 vf/kd xsgw] 

puk 

lks;kch 

u 

dqvk 


530 eh-] LVksu vkmVysV 8] iz{ks= 

okfudh 100] m|kkfudh & 1 

ch?kk] xyh Iyx 1 ¼10 ehVj½] 

17 3 

18 

162/1 

,134/ 

1,145 

/3 

19 55/2 

20 

61,60, 

87 

21 1 

22 

16,12, 

11,15 

23 78/2 

vke 

ckyk 

bZeyk] 

ckyk 

vke 

ckyk 

vke 

ckyk 

jksM ds 

ikl 

emvk 

ckyk 

vke 

ckyk 

exy iq= yVwjh 

fd'kuflg iq= 

ijljke 

f'kopj.k iq= 

/ku';ke 

flxkzeflg iq= 

dqUnuflg 

fnokuflg iq= 

lqUnjyky 

fo|kckbZ iq=h 

dk'khjke 

fouhrk iRuh 

eukstdqekj 

fo'o 

dekZ 

0.519 

uk;d 3.412 

fo'o 

dekZ 

jktiw 

r 

jktiw 

r 

1.233 

5.893 

0.910 

'kekZ 7.689 

'kekZ 1.518 

fup 

yk 

e/; 

e]f 

up 

yk 

fup 

yk 

e/; 

e]f 

up 

yk 

fup 

yk 

e/; 

e]f 

up 

yk 

e/; 

e 

1 ls 2 

2 ls 3 

1 ls 2 

2 ls 3 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

2 vf/kd xsgw 

3 vf/kd xsgw] 

puk 

1 vf/kd xsgw] 

puk 

1 vf/kd xsgw] 

puk 

1 ls 2 Dys 2 vf/kd xsgw 

2 ls 3 

1 ls 3 

ls.Mh 

ywe 

ls.Mh 

ywe 

1 vf/kd xsgw] 

puk 

4 e/;e xsgw 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

dqvk 

dqvk 

dqvk 

dqvk 

dqvk 





okfudh 100] xsfc;u 1 ¼10 eh½] 

m|kkfudh & 0-5 ch?kk] xyh Iyx 

2 ¼10 ehVj½] cksjh ca/kku 2 






m|kkfudh & 1 ch?kk] xyh Iyx 2 

¼10 ehVj½] cksjh ca/kku 2 





iz{ks= okfudh 200] xsfc;u 1 ¼10 

eh½] m|kkfudh & 1 ch?kk] xyh 

Iyx 2 ¼10 ehVj½] cksjh ca/kku 1 



24 78/2 

unh 

ckyk 

gfjflg iq= 

enu 

uk;d 1.265 

e/; 

e 

1 ls 3 

ls.Mh 

ywe 

3 e/;e xsgw 

lks;kch 

u 




25 72 

26 

129,8 

6 

27 127/2 

28 107 

29 

135,1 

45/1 

unh 

ckyk 

ukys ds 

ikl 

emvk 

ckyk 

jksM ds 

ikl 

cfj;k 

ckyk 

gydS;k iq= 

/khjt 

Hkejflg iq= 

nkSyr flg 

HkS;kyky iq= 

ckcwyky 

Hkxokuflg 

fnokuflg iq= 

yEiwflg 

ijljke iq= 

nksyrflg 

gfjt 

u 

1.821 

uk;d 3.680 

/kkdM 

1.183 

dksyh 1.063 

uk;d 1.961 

e/; 

e 

fup 

yk 

fup 

yk 

fup 

yk 

fup 

yk 

1 ls 3 

1 ls 2 

1 ls 2 

1 ls 2 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

4 e/;e 

xsgw] 

puk 

1 vf/kd xsgw] 

puk 

1 vf/kd xsgw] 

puk 

2 vf/kd xsgw 

2 vf/kd xsgw] 

puk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

unh 

V;wcsy 





okfudh 100] m|kkfudh & 0-5 

ch?kk] xyh Iyx 1 ¼10 ehVj½] cksjh 

ca/kku 01 




m|kkfudh & 1 ch?kk] xyh Iyx 

1¼10 ehVj½] cksjh ca/kku 1 





xyh Iyx 1 ¼10 ehVj½] 

30 85,75 

31 

159/2 

/1/4 

pd 

ckyk 

ukys ds 

ikl 

iszeflg iq= 

m/keflg 

izdk'k iq= 

y{e.kflg 

uk;d 2.277 

vfnok 

lh 

0.798 

e/; 

e]f 

up 

yk 

fup 

yk 

2 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

1 vf/kd xsgw] 

puk 

2 vf/kd xsgw 

lks;kch 

u 

lks;kch 

u 








32 80/1 

ukys ds 

ikl 

izew iq= pqUuk 

vfnok 

lh 

1.000 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

1 vf/kd xsgw 

lks;kch 

u 



33 49 

jksM ds 

ikl 

izk.kflg iq= 

xqekuflg 

dksyh 1.404 

fup 

yk 

1 ls 2 Dys 2 vf/kd puk 

lks;kch 

u 




34 4 

jksM ds 

ikl 

j|qohjflg iq= 

eksgu 

jktiw 

r 

3.680 

fup 

yk 

1 ls 2 Dys 2 vf/kd xsgw] 

puk 

lks;kch 

u 

dqvk 






35 ##### 

ukys ds 

ikl 

jkefd'ku 

y{e.kflg iq= 

izk.kflg 

/kkdM 

4.084 

e/; 

e 

1 ls 3 

ls.Mh 

ywe 

3 e/;e 

xsgw] 

puk 

lks;kch 

u 

V;cwcs 

y 





36 

37 

159/2 

/1/11, 

80/2/ 

3 

159/2 

/1/6 

ukys ds 

ikl 

Vxj 

jkeflg iq= 

izHkwyky 

jkeLo#i iq= 

[qk'kky 

vfnok 

lh 

vfnok 

lh 

2.797 

0.798 

e/; 

e]f 

up 

yk 

fup 

yk 

2 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

1 vf/kd puk 

lks;kch 

u 

lks;kch 

u 








38 

159/2 

/1/7 

ukys ds 

ikl 

jktdqekj iq= 

X;kjlk 

vfnok 

lh 

0.798 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

1 vf/kd puk 

lks;kch 

u 



39 

85,80 

/2/3/4 

ukys ds 

ikl 

jktkjke eqUuk 

iq= I;kjk 

vfnok 

lh 

1.707 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

lks;kch 

u 


3] iz{ks= okfudh 50] xyh Iyx 1 

¼10 ehVj½] 

40 18,17 

41 126 

42 78/3 

ukys ds 

ikl 

emvk 

ckyk 

uxj 

ckyk 

gkj 

jlhn [kkW iq= 

ulhj [kkW 

js'kek ckbZ ifRu 

Hkwjs yky 

lhrkjke iq= 

ukFkwjke 

eqLye 

ku 

/kkdM 

3.795 

1.580 

dksyh 0.506 

e/; 

e 

e/; 

e 

fup 

yk 

1 ls 3 

1 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

4 e/;e 

4 e/;e 

xsgw] 

puk 

xsgw] 

puk 

2 vf/kd puk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

V;wcsy 

V;wcsy 



okfudh 120] 


vkmVysV 3 iz{ks= okfudh 30] 

m|kkfudh & 0-5 ch?kk] 




43 

159/2 

/2/3 

44 33 

45 

159/2 

/1/10 

ukys ds 

ikl 

jksM ds 

ikl 

ukys ds 

ikl 

46 10,6 Vxj 

47 

48 

109,4 

1 

159/2 

/1/12 

jksM ds 

ikl 

ukys ds 

ikl 

luekuflg iq= 

xksdy 

lkfcjfe;k 

eqUusfe;k 

dejfe;k 

mejfe;k iq= 

bckzghu[kkW 

lqDdk iq= 

xksdy 

lqjs'k iq= 

rksQuflg 

lqUnjyky iq= 

tluflg 

mejko iq= 

esgrkc 

vfnok 

lh 

eqLye 

ku 

vfnok 

lh 

/kkdM 

jktiw 

r 

gfjt 

u 

2.000 

1.126 

0.797 

1.897 

1.445 

0.797 

fup 

yk 

fup 

yk 

fup 

yk 

e/; 

e]f 

up 

yk 

e/; 

e]f 

up 

yk 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 


puk 

1 ls 2 

2 ls 3 

ls.Mh 

ywe 

ls.Mh 

ywe 

1 vf/kd puk 

2 vf/kd puk 


1 ls 2 

ls.Mh 

ywe 

2 vf/kd puk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

V;wcsy 

dqvk 

dqvk 

dqvk 


4] iz{ks= okfudh 50] xyh Iyx 1 

¼10 ehVj½] 











49 

110,6 

7,56,1 

17/3, 

118 

vke 

ckyk 

nhokuflg iq= 

lqUnjyky 

jktiw 

r 

8.022 

e/; 

e]f 

up 

yk 

2 ls 3 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

lks;kch 

u 

dqvk 



iz{ks= okfudh 200] m|kkfudh & 


50 

117/2 

,44/2 

vke 

ckyk 

nksyrflg iq= 

fnokuflg 

jktiw 

r 

2.849 

e/; 

e]f 

up 

yk 

2 ls 3 

ls.Mh 

ywe 

1 vf/kd xsgw] 

puk 

lks;kch 

u 

dqvk 



okfudh 50] ] m|kkfudh & 0-5 

ch?kk] xyh Iyx 1¼10 ehVj½] cksjh 

ca/kku 1 


51 112 

52 124 

cewjk 

ckyk 

jksM ds 

ikl 

nsohyky 

lwjrflg iq= 

dUgS;kyky 

oStukFkflg iq= 

lueku 

fo'o 

dekZ 

vfnok 

lh 

5.034 

1.569 

fup 

yk 

e/; 

e 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

1 ls 3 Dys 3 e/;e 

xsgw] 

puk 

lks;kch 

u 

lks;kch 

u 

V;wcsy 








53 31 

jksM ds 

ikl 

oztukjk;.k iq= 

yYyhjke 

'kekZ 2.503 

e/; 

e 

1 ls 3 Dys 4 e/;e 

xsgw] 

puk 

lks;kch 

u 



okfudh 80] xsfc;u 

54 

159/2 

/1/8 

ukys ds 

ikl 

pEikyky iq= 

jkt/kj 

vfnok 

lh 

0.798 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd puk 

lks;kch 

u 



55 

159/2 

/2/2 

56 75 

57 22 

58 

59 

159/2 

/1/9 

89,11 

7/1,4 

4/1 

60 26 

ukys ds 

ikl 

uxj 

ckyk 

gkj 

ckx ds 

ikl 

ukys ds 

ikl 

jksM ds 

ikl 

jksM ds 

ikl 

61 68/1 Vxj 

Qwyflg iq= 

xksdy 

rksfgj fe;k ukok- 

iq= 

dqnwlfe;k 

rksQuflg iq= 

vtZuk 

suUuw iq= jkt/kj 

tkyeflg iq= 

nhokuflg 

txnh'k iq= 

xtjktflg 

uckc[kkW 

vjeku[kkW iq= 

uCcw[kkW 

vfnok 

lh 

eqLye 

ku 

gfjt 

u 

vfnok 

lh 

jktiw 

r 

/kkdM 

eqLye 

ku 

0.839 

1.265 

2.263 

0.798 

3.771 

0.822 

3.960 

fup 

yk 

e/; 

e 

e/; 

e 

fup 

yk 

e/; 

e]f 

up 

yk 

fup 

yk 

e/; 

e 

1 ls 2 

1 ls 3 

1 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

ls.Mh 

ywe 

2 vf/kd puk 

4 e/;e 

3 e/;e 

xsgw] 

puk 

xsgw] 

puk 

2 vf/kd puk 


puk 


1 ls 3 

ls.Mh 

ywe 

2 e/;e 

xsgw] 

puk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

V;wcsy 

dqvk 

dqvk 

dqvk 

dqvk 







okfudh 50] 




8] iz{ks= okfudh 100] m|kkfudh 

& 1 ch?kk] 



[ksr rkykc ¼15x15½ esM+ca/kku 540 

eh-] LVksu vkmVysV 8] iz{ks= 


ch?kk] 


63 

145/4 

,162/ 

2,134 

/2 

yebZ;k 

64 23 Vxj 

65 

66 

35,13 

2,128, 

25,12 

7/1,8 

2/2,1 

52,15 

7 

20,19, 

108/1 

,66 

jksM ds 

ikl 

cfx;k 

ds ikl 

uoyflg iq= 

ijljke 

vehjkoh iq= 

dYyw[kkW 

vejflg Hkwjsflg 

iw= fd'kksjflg 

vgen [kkW oyh 

[kkW iq= eqyk;e 

[kkW 

uk;d 3.697 

eqLye 

ku 

/kkdM 

eqLye 

ku 

2.997 

15.278 

4.579 

e/; 

e]f 

up 

yk 

e/; 

e 

e/; 

e]f 

up 

yk 

e/; 

e]f 

up 

yk 

2 ls 3 

1 ls 3 

ls.Mh 

ywe 

ls.Mh 

ywe 

2 vf/kd xsgw] 

puk 

3 e/;e 

2 ls 3 Dys 3 vf/kd 

2 ls 3 

ls.Mh 

ywe 

xsgw] 

puk 

xsgw] 

puk] 

elwj 

2 vf/kd xsgw]p 

uk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

dqvk 

dqvk 

dqvk 








okfudh 60] 



iz{ks= okfudh 500] xsfc;u 2 ¼10 

eh½] m|kkfudh & 2 ch?kk] xyh 

Iyx 4¼10 ehVj½] cksjh ca/kku 3 

[ksr rkykc ¼20x14½ ]esM+ca/kku 650 


okfudh 100] 

67 39,8 

jksM ds 

ikl 

68 82,71 Vxj 

69 

159/2 

/1 

ukys ds 

ikl 

vPNsfe;k cxSjk 

o'kjg u- 5 

vtht[kkW 

vgen[kkW 

lyhe[kkW 

[kyhy[kkW 

xksdy iw= 

uoyflg 

eqLye 

ku 

eqLye 

ku 

vfnok 

lh 

4.869 

2.833 

0.798 

e/; 

e 

e/; 

e]f 

up 

yk 

fup 

yk 

1 ls 3 Dys 4 e/;e 

2 ls 3 

1 ls 2 

ls.Mh 

ywe 

ls.Mh 

ywe 

xsgw] 

puk 


uk 

1 vf/kd puk 

lks;kch 

u 

lks;kch 

u 

lks;kch 

u 

dqvk 

V;wcsy 






6] iz{ks= okfudh 60] m|kkfudh & 




70 51 

ukys ds 

ikl 

xtjktflg iq= 

dqUnuflg 

jktiw 

r 

2.465 

e/; 

e 

1 ls 3 

ls.Mh 

ywe 

3 e/;e 

xsgw] 

puk 

lks;kch 

u 

dqvk 

[ksr rkykc ¼20x14½ esM+ca/kku 440 


okfudh 60] m|kkfudh & 1 ch?kk] 

xyh Iyx 1 ¼10 ehVj½] 


71 32,28 

72 68/2 

unh 

ckyk 

ukys ds 

ikl 

xus'kk iq= 

Myqvk 

yk[kuflg iq= 

dqUnuflg 

gfjt 

u 

jktiw 

r 

1.050 

0.759 

fup 

yk 

e/; 

e 

1 ls 2 

1 ls 3 

ls.Mh 

ywe 

ls.Mh 

ywe 

1 vf/kd xsgw] 

puk 

4 e/;e puk 

lks;kch 

u 

lks;kch 

u 

dqvk 

[ksr rkykc ¼20x14½] esM+ca/kku 150 


okfudh 20] 



73 

115, 

116, 

113 

ukys ds 

ikl 

ykykjke gsek 

#iflg fd'kuk 

vejflg ucy 

iq= [ksek 

uk;d 5.185 

e/; 

e]f 

up 

yk 

2 ls 3 

ls.Mh 

ywe 


uk 

lks;kch 

u 

V;wcsy 


720 eh- LVksu vkmVysV 9] iz{ks= 



74 

159/2 

/1/5 

ukys ds 

ikl 

ys[kjkt iq= 

y{e.k 

vfnok 

lh 

0.798 

fup 

yk 

1 ls 2 

ls.Mh 

ywe 

2 vf/kd puk 

lks;kch 

u 




v/;k; 6 

{kerk fuekZ.k 

,dhd`r ty xzg.k {ks= izca/ku dk;ZØe dh tyxzg.k izca/ku ifj;kstukvks ds fofHkUu lk>snkj 

dh {kerk fuekZ.k gsrq izf’k{k.k dk;ZØeks vkSj vuq’kkafxd xfrfof/k;ks dh vk;kstuk vkSj dk;kZUo;u 

dk;Zuhfr dk vk;kstu fd;k tk;sxkA 

rkfydk Øekad 31 % {kerk fuekZ.k dk;Z;kstuk 

{kerk fuekZ.k dk;Z ;kstuk fc’kuiqj 

Serial No. 

1 

Name of the 

training 

Formation & 

Registration 

According to 

IWMP Order 

No. / Module 

S.No 

Trainee days 

Rate per trainee 

day 

Total amount 

Year wise break up 

Year 1 Year 2 Year 3 Year 4 Year 5 

PH FIN PH FIN PH FIN PH FIN PH FIN 

1.1 UGs 12 500 6000 0 0 10 5000 0 0 0 0 0 0 

1.2 SHgs 6 1000 6000 0 0 4 4000 0 0 0 0 0 0 

1.3 SHgsFederation 1 1000 1000 0 0 0 0 0 0 0 0 1 1000 

1.4 Wcs 1 2000 2000 0 0 1 2000 0 0 0 0 0 0 

2 Exposurs 

2.1 SHGs 

Shgs. 

Ugs, 

Wgs 

20 15000 0 0 15 11000 0 0 0 0 1 1000 

38 500 19000 0 0 20 10000 20 10000 10 5000 5 2500 

2.2 Ugs 25 500 12500 0 0 10 5000 10 5000 10 5000 0 0 

2.3 Wcs 20 500 10000 0 0 5 2500 5 2500 5 2500 5 2500 

3 

Training & Capacity 

Building 

83 1500 41500 0 0 35 17500 35 17500 25 12500 10 5000 

1 SHgs 

3.1.1 

Membership 

development 

training 

09/SHG- 

01 25 200 5000 0 0 20 4000 10 2000 0 0 0 0 


2 

Accounts 

training for 

SHG 

accountants 

09/SHG- 

01 8 200 1600 0 0 4 800 4 800 0 0 0 

3 

Awareness 

training on 

various SHG 

norms 

09/SHG- 

01 20 100 2000 0 0 0 0 20 2000 10 1000 10 1000 

4 

leadership 

development 

training 

09/SHG- 

01 19 200 3800 0 0 0 0 10 2000 13 2600 0 0 

5 

livelihood 

training for 

SHG members 

09/SHG- 

02 30 150 4500 0 0 0 0 20 3000 10 1500 0 

6 

Training on 

Cluster and 

Federation 

concept 

09/SHG- 

03 19 100 1900 0 0 0 40 4000 0 0 0 0 

For Users 

Groups 0 0 0 0 0 

1 

Training on 

Maintenace of 

the structures 09/UG-1 60 50 3000 0 0 0 0 20 1000 40 2000 20 1000 

2 

Training on 

improved 

practices of 

activity 09/UG-2 70 50 3500 0 0 60 3000 30 1500 20 1000 10 500 

For Watershed 

Committee 

1 

Concept 

seeding 

training- Role, 

responsibility of 

Watershed 

Committee 

09/WC- 

1,WC-2 10 150 1500 0 0 10 1500 0 0 0 0 0 0 


2 

Accounts 

training - record 

keeping like 

vouching, cash 

book writing, 

ledger book 

writing, bank 

book etc. 

09/WC- 

2,WC- 

3,WC-4 8 150 1200 0 0 8 1200 0 0 0 0 0 0 

3 

training on 

watershed 

activity like 

plantation, farm 

pond, field 

bunding 

09/WC- 

3 10 200 2000 0 0 0 14 2800 14 2800 0 0 

For Resource 

Person 

1 

Training on lay 

out 

09/WC- 

2 5 100 500 0 0 5 500 0 0 0 0 0 0 

2 

Training on 

master roll 

entry, 

measurement 

book entry etc. 

09/WC- 

2,WC-3 5 100 500 0 0 5 500 0 0 0 0 0 

3 

Training on 

improved 

practices of 

livelihood 

activity 

09/UG- 

2,,SHG- 

2,WC-3 15 500 7500 0 0 5 2500 5 2500 5 2500 0 0 

304 2250 38500 0 0 117 14000 173 21600 112 13400 40 2500 

WCs Office 

Exp. 60 500 30000 0 0 24 12000 12 6000 12 6000 12 6000 

Meetings of 

SHgs,Ugs&Wcs 30 300 9000 0 0 24 7200 12 3600 12 3600 12 3600 

Grand Total 134000 

90 800 39000 0 0 48 19200 24 9600 24 9600 24 9600 

497 4550 134000 0 0 215 61700 232 48700 161 35500 75 18100 


v/;k; 7

okVj’ksM ctV 

7-1 dqy okVj’ksM ctV 

Rkfydk Øekad 32 % 

okVj’ksM ctV 

S.No 

. 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

Activity 

Total 

Availabl 

e 

Amount 

Deficit/Surplu 

s Amount 

1 st Year 2 nd Year 3 rd Year 4 th Year 5 th Year 

Fin.(Lakh Fin.(Lakh Fin.(Lakh Fin.(Lakh Fin.(Lakh 

) 

) 

) 

) 

) 

Total 

Plan 

Amount 

Fin.(Lakh 

) 

Administrative 

Amount (10%) 2.69 0.00 0.54 0.54 0.54 0.54 0.54 2.69 

Institution and 

Capacity Building 

[PIA (2.75 %)] 0.74 0.00 0.00 0.23 0.23 0.17 0.11 0.74 

Institution and 

Capacity Building 

[WC (2.25%)] 0.60 0.00 0.00 0.19 0.19 0.14 0.09 0.60 

Monitoring and 

Evalluation [PIA 

(1%) ] 0.27 0.00 0.05 0.05 0.05 0.05 0.05 0.27 

Monitoring and 

Evalluation 

[State & Dist 

(1%)] 0.27 0.00 0.05 0.05 0.05 0.05 0.05 0.27 

DPR Preparation 

(1%) 0.27 0.00 0.27 0.00 0.00 0.00 0.00 0.27 

Entry Point 

Activity Amount 

(4%) 1.08 0.00 1.08 0.00 0.00 0.00 0.00 1.08 

Watershed 

Development 

Work (56%) 15.05 -50.22 0.00 28.06 26.04 9.11 2.06 65.28 

Livelihood 

Activities (10%) 2.69 -4.91 0.00 0.00 3.60 2.00 2.00 7.60 

Production unit & 

Microenterprices 

(9%) 2.42 -1.07 0.00 1.60 1.54 0.30 0.05 3.49 

Phase Out 

Amount (3%) 0.81 0.00 0.00 0.00 0.00 0.00 0.81 0.81 

Total 26.88 -56.20 1.99 30.73 32.24 12.36 5.76 83.09 


Rkkfydk Øekad 33 % 

xkWo ds ctV esa varj 

Ø- ctV dh dqy vko’;drk miyC/k ctV ctV esa varj 

1 83-09 yk[k 26-88 yk[k 56-88 yk[k 


xkWo fc’kuiqjesa okVj’ksM dk;Z esa vfHklj.k 

dk;Z dk fooj.k ctV ¼yk[k esa½ ;kstuk dk uke foHkkx dk uke 

es

7-2 xfrfof/kokj ykxr o ekuo fnol dk fo'ys"k.k 

xzke & fc’kuiqj] iapk;r&nkeksnj[ksMh 

izLrkfor tyxzg.k {ks= fodkl xfrfof/k;ksa dh dk;Z ;kstuk 

rkfydk 35 % igkMh {ks=ksa esa yh tkus okyh tyxzg.k {ks= fodkl xfrfof/k;kaW 

dz 

xfrfof/k 

bdkbZ ykxr 

izfr ;wfuV 

bdkbZ 

izLrkfor 

ek=k 

dqy ykxr 

¼yk[k :-esa½ 

l`ftr gksus okyk jkstxkj 

(ekuo fnol es) 

1 xyh Iyx@cksYMj pSd 7700 la[;k 43 3.31 1086 

2 LVsxMZ @ daVwj Vsaªp 14000 gsDVs- 0 0.00 0 

mi ;ksx 3.31 1086 

rkfydk 36 % eSnkuh {ks=ksa esa yh tkus okyh tyxzg.k {ks= fodkl xfrfof/k;kWa 

dz 

xfrfof/k 

bdkbZ ykxr 

izfr ;wfuV 

bdkbZ 

izLrkfor 

ek=k 

dqy ykxr 




1 QhYM cafMax ¼feV~Vh½ 10700 gsDVs- 132.92 14.222 10492 

2 i. [ksr rkykc ¼15x15½ 31100 la[;k 6 1.866 1453 

ii. [ksr rkykc ¼20x14½ 40000 la[;k 24 9.600 7475 

;ksx ¼2 & i to ii) 30 11.466 8928 

mi ;ksx 25.688 19420 

rkfydk 37 % ukys ds izokg {ks= esa yh tkus okyh tyxzg.k {ks= fodkl xfrfof/k;kaW 

dz 

xfrfof/k 

bdkbZ ykxr 

izfr ;wfuV 


bdkbZ 

izLrkfor 

ek=k 

dqy ykxr 




1 i. LVkWi Mse dz- & 1 468400 la[;k 1 4.684 576 

ii. LVkWi Mse dz- & 2 459100 la[;k 1 4.591 564 

iii. LVkWi Mse de iqfy;k 

dz- & 3 499000 la[;k 1 4.990 614 

;ksx ¼1 & i to iii) 3 14.265 1754 

2 i. feV~Vh dk rkykc &1 497800 la[;k 1 4.978 3091 

ii. feV~Vh dk rkykc &2 445700 la[;k 1 4.457 2757 

;ksx ¼2 & i to ii) 2 9.44 5848 

3 i. xsfc;u&1 16600 la[;k 17 2.822 680

ii. xsfc;u&2 23700 la[;k 0 0.000 0 

;ksx ¼3 & i to ii) 17 2.822 680 

4 cksjh ca/kku dk;Z 5000 la[;k 27 1.350 406 

mi ;ksx 27.872 8688 

dz 

rkfydk 38 % xkao esa futh @lkeqnkf;d Hkwfe @ iMr Hkwfe@ ou Hkwfe ij yh tkus okyh tyxzg.k 

{ks= fodkl xfrfof/k;ka 

xfrfof/k 

bdkbZ ykxr 

izfr ;wfuV 

bdkbZ 

izLrkfor 

ek=k 

dqy ykxr 




1 ouhdj.k 26900 gsDVs- 0.00 0.000 0 

2 m|kfudh fodkl 73600 gsDVs- 6.25 4.600 1788 

3 iz{ks= okfudh 17300 gsDVs- 11.12 1.924 923 

4 

iMr Hkwfe @ ou Hkwfe ij 

?kkal fodkl 3900 gsDVs- 0.00 0.000 0 

5 

QhYM caM ij ?kkal 

fodkl 220 fdxzk 665 1.462 0 

6 ulZjh ¼ikS/kkjksi.k½ 42000 la[;k 1 0.420 241 

mi ;ksx 8.406 2951 

dqy ;ksx 65.277 32145 

Rkfydk 39 % Hkwfe lq/kkj ,oa Hkwlaj{k.k xfrfof/k;kWa 

dz 

xfrfof/k 

bdkbZ ykxr 

izfr ;wfuV bdkbZ izLrkfor ek=k 

dqy ykxr 




1 QhYM cafMax ¼feV~Vh½ 10700 gsDVs- 132.92 14.222 10492 

2 xyh Iyx@cksYMj pSd 7700 la[;k 43 3.311 1086 

3 LVsxMZ @ daVwj Vsaªp 14000 gsDVs- 0 0 0 

mi ;ksx 17.533 11577 

rkfydk 40 % ty lao/kZu xfrfof/k;kaW 


dz 

xfrfof/k 

bdkbZ ykxr 


dqy ykxr 




1 i. LVkWi Mse dz- & 1 468400 la[;k 1 4.684 576 

ii. LVkWi Me dz- & 2 459100 la[;k 1 4.591 564 

iii. LVkWi Mse de iqfy;k dz- & 

3 499000 la[;k 1 4.990 614 

;ksx ¼1 & i to III) 3 14.265 1754 

2 i. feV~Vh dk rkykc & 01 497800 la[;k 1 4.978 3091 

ii. feV~Vh dk rkykc & 02 445700 la[;k 1 4.457 2757 

;ksx ¼2 & i to ii) 2 9.435 5848 

3 i. [ksr rkykc ¼15x15½ 31100 la[;k 6 1.866 1453 

ii. [ksr rkykc ¼20x14½ 40000 la[;k 24 9.600 7475 

;ksx ¼3 & i to ii) 30 11.466 8928 

4 i. xsfc;u & 1 16600 la[;k 17 2.822 680 

ii. xsfc;u & 2 23700 la[;k 0 0.000 0 

;ksx ¼4 & i to ii) 17 2.822 680 

5 cksjh ca/kku 5000 la[;k 27 1.350 406 

mi ;ksx 39.338 17616 

rkfydk 41 % o`{kkjksi.k ,oa ?kkl fodkl xfrfof/k;kaW 

dz 

xfrfof/k 

bdkbZ ykxr 


dqy ykxr 




1 ouhdj.k 26900 gsDVs- 0.00 0.000 0 

2 m|kfudh fodkl 73600 gsDVs- 6.25 4.600 1788 

3 iz{ks= okfudh 17300 gsDVs- 11.12 1.924 923 

4 

iMr Hkwfe @ ou Hkwfe ij ?kkal 

fodkl 3900 gsDVs- 0.00 0.000 0 

5 QhYM caM ij ?kkal fodkl 220 fdxzk 665 1.462 0 

6 ulZjh ¼ikS/kkjksi.k½ 42000 la[;k 1.00 0.420 241 

mi ;ksx 8.406 2951 

dqy ;ksx 65.277 32145 


Rkfydk Øekad 42 % 

okVj’ksM xfrfof/k;ks ds fØ;kUo;u gsrq 5 o"kksZ dk ctV 

Ø- 

v- e`nk laj{k.k 

xfrfof/k 

bdkbZ 


ykxr 

izfr 

bdkbZ ¼:- 

½ 

izFke o"kZ f}rh; o"kZ r`rh; o"kZ prqFkZ o"kZ iape o"kZ dqy 

ykxr 

:- ykxr :- ykxr :- 

ykxr 

:- 

ykxr 

:- 

yk[k ykxr :- 

ek=k yk[k esa ek=k yk[k esa ek=k yk[k esa ek=k yk[k esa ek=k esa ek=k yk[k esa 

1 QhYM cafMx ¼feV~Vh½ gsDVs- 10700 0.0 0.000 60 6.420 40 4.280 20 2.140 12.9 1.382 133 14.222 

2 xyh Iyx@cksYMj pSd la[;k 7700 0 0 20 1.540 20 1.540 3 0.231 0 0.000 43 3.311 

3 LVSxMZ @ daVwj VªsUp gsDVsdqvksa 

o uydwiksa dk 

14000 0 0 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 

4 fjpktZ la[;k 0 0.000 

;ksx 0.000 7.960 5.820 2.371 1.382 17.533 

c- ty lao/kZu xfrfof/k 

LVkWi Mse @ psd Mse 

1 i. dz &1 la[;k 


468400 0 0.000 1 4.684 0 0.000 0 0.000 0 0.000 1 4.684 


dz &2 la[;k 459100 0 0.000 1 4.591 0 0.000 0 0.000 0 0.000 1 4.591 

dz &3 la[;k 499000 0 0.000 0 0.000 1 4.990 0 0.000 0 0.000 1 4.990 

mi ;ksx 1426500 0 0 2 9.275 1 4.99 0 0 0 0 3 14.265 

ii. 

i. feV~Vh dk rkykc 

dz-&01 la[;k 497800 0 0.000 0 0.000 1 4.978 0 0.000 0 0.000 1 4.978 

ii. feV~Vh dk rkykc 

dz-&02 la[;k 445700 0 0.000 0 0.000 0 0.000 1 4.457 0 0.000 1 4.457 

mi ;ksx 0 0 0 0 1 4.978 0 4.457 0 0 2 9.435

2 [ksr rkykc 

i. lkbZt (15x15) la[;k 31100 0 0 1 0.311 2 0.622 2 0.622 1 0.311 6 1.866 

ii. lkbZt (20x14) la[;k 40000 0 0 14 5.600 10 4.000 0 0.000 0 0.000 24 9.600 

mi ;ksx 0 0 15 5.911 12 4.622 2 0.622 1 0.311 30 11.466 

3 i. xsfc;u lajpuk & 01 la[;k 16600 0 0 7 1.162 6 0.996 4 0.664 0 0.000 17 2.822 

ii. xsfc;u lajpuk & 02 la[;k 23700 0 0 0 0 0 0.000 0 0.000 0 0.000 0 0.000 

mi ;ksx 0 0 7 1.162 6 0.996 4 0.664 0 0 17 2.822 

4 cksjh ca/kku la[;k 5000 0 0 12 0.6 5 0.250 5 0.250 5 0.250 27 1.350 

;ksx 0.000 16.948 15.836 5.993 0.561 39.338 

l- ikS/kkjksi.k o ouhdj.k 

1 iz{ks= okfudh gsDVs- 17300 0 0 5 0.865 5 0.865 1.12 0.194 0 0.000 11.12 1.924 

2 m|kfudh fodkl gsDVs- 73600 0 0 2 1.472 4 2.944 0.25 0.184 0 0.000 6.25 4.600 

3 iMr Hkwfe fodkl gsDVs- 31900 0 0 0 0 0 0.000 0 0.000 0 0.000 0 0.000 

4 ouhdj.k gsDVs- 26900 0 0 0 0 0 0.000 0 0.000 0.00 0.000 0.00 0.000 

5 ulZjh ¼ikS/kkjksi.k½ la[;k 42000 0 0.000 1 0.42 0 0.000 0 0.000 0 0.000 1 0.420 

;ksx 0 2.757 3.809 0.378 0 6.944 

n- ?kkl fodkl 

1 iMr Hkwfe @ ou Hkwfe 

ij ?kkal fodkl gsDVs- 

QhYM caM ij ?kkal 

3900 0 0.000 0 0 0 0.000 0 0.000 0.00 0.000 0 0.000 

2 fodkl fdxzk 220 0 0.000 180 0.396 260 0.572 169 0.372 55.5 0.122 665 1.462 

;ksx 0.000 0.396 0.572 0.372 0.122 1.462 

egk;ksx 0.000 28.061 26.037 9.114 2.06 65.277 

dqy ykxr dk izfr'kr 0.00 42.99 39.89 13.96 3.16 100% 


ftyk & 

fodkl[k.M & 

ifj;kstuk dk dz- 

& 

fofn’kk 

fljkast 

,dhd`r ty xzg.k {ks= 

izac/ku dk;ZØe 2 fljksat 

lg & vuqyXud 1-2 

ekbdzksokVj'ksM ds Mh-ih-vkj- dh la{ksfidk dk izk:i 

¼vfHklj.k gsrq fpfUgr foHkkxksa @;kstukvksa ds foRRkh; L=ksrksa ls ½ 

dqy xzke iapk;r dh la[;k & 1 nkeksnj[ksMh] 

dqy xzkeksa dh la[;k & 1 fc'kuiqj 

dqy Lohd`r {ks=Qy ¼gsDVs;j ½ & 224 

dqy ekbdzksokVj'ksMksa dh la[;k & vfHklj.k ls izLrkfor fuEukuqlkj dk;Zdykiksa dh dqy ykxr ¼:- yk[k esa½ & 56-48 

dz- en izeq[k dk;Zdyki xfrfof/k;ka 

HkkSfrd y{;ksa gsrq bdkbZ 

laiw.kZ ifj;kstuk vof/k 

ds dqy HkkSfrd y{; 

laiw.kZ ifj;kstuk vof/k 

ds dqy foRRkh; y{; 

vfHklj.k gsrq L=ksr 

foHkkx @;kstuk 

dk uke 

1 okVj'ksM fodkl 

dk;Z 

1-1 e`nk laj{k.k ,oa e`nk ueh 

laj{k.k 

bdkbZ ek=k jkf'k :- yk[k esa 

1-1-2 dUVhU;wvl daVwj VSzUfpax jfuax ehVj 0.00 0 

1-1-3 xyh Iyx la[;k 0 0.00 

1-1-4 ywl cksYMj pSd la[;k 39.25 3.01 ujsxk 

1-1-5 xsfc;u lajpuk la[;k 0.00 0.00 

1-1-6 es

ftyk & 

¼vkbZ-MCY;q-,e-ih- ds foRRkh; L=ksrksa ls ½ 

dqy xzke iapk;r dh la[;k & 1 nkeksnj[ksMh] 

fofn’kk 

fodkl[k.M & 

fljkast 

dqy xzkeksa dh la[;k & 1 fc'kuiqj 

ifj;kstuk dk dz- 

& 

,dhd`r ty xzg.k {ks= 

izac/ku dk;ZØe 2 fljksat 

ekbdzksokVj'ksM ds Mh-ih-vkj- dh la{ksfidk dk izk:i 

dqy Lohd`r {ks=Qy ¼gsDVs;j ½ & 224 

lg & vuqyXud 1-1 

laiw.kZ ifj;kstuk 

vof/k ds dqy 

foRRkh; y{; 

1 okVj'ksM fodkl 

dk;Z 

1-1 e`nk laj{k.k ,oa e`nk 

ueh laj{k.k 

bdkbZ ek=k jkf'k :- yk[k esa 

1-1-2 dUVhU;wvl daVwj VSzUfpax jfuax ehVj 0 0.00 

1-1-3 xyh Iyx la[;k 0 0.00 

1-1-4 ywl cksYMj pSd la[;k 3.8 0.30 

1-1-5 xsfc;u lajpuk la[;k 3 0.50 

1-1-6 es

7-4 ykHk ykxr fo’ys"k.k 

esM+ca/kku dk;Z ls e`nk esa ueh dh ek=k c

v/;k; 8 

lesdu 

• Hkfo"; dh ;kstuk 

xkWo ds fodkl ds fy, leLr efgyk Lo;a lgk;rk lewgks vkSj mi;ksxdrkZ lewgks dks 

okVj’ksM ;kstuk ds varxZr lfEefyr djds mudk l’kfDrdj.k fd;k tk,xkA ftlls os 

okVj’ksM ;kstuk ds varxZr cuh lajpukvksa dk mi;ksx dj ldsa vkSj mldh ns[kHkky dh 

ftEesnkjh ys ldsaA efgyk Lo;a lgk;rk lewgks vkSj mi;ksxdrkZ lewgks ds izfrfuf/k;ks dks 

feykdj okVj’ksM lfefr dk xBu fd;k tk;sxkA ftlds }kjk okVj’ksM ;kstuk ds varxZr lHkh 

xfrfof/k;ks dh ns[kHkky dh tk;sxhA okVj 'ksM lfefr mi;ksxdrkZ lewgksa ,oa Lo;a lgk;rk 

lewgksa dh t:jrks dks iwjk djus esa Hkh egRoiw.kZ Hkwfedk fuHkk;sxkA ty laj{k.k lajpukvks dk 

fuekZ.k gksus vkSj cgqr lkjs izf’k{k.k djus ds i'pkr~ d`f"k {ks= esa mUur d`f"k gsrq yxus okyh 

fofHkUu lkexzh tSls [kkn] cht] dhVuk’kd vkfn dh t:jr iM+sxh] ftldh iwfrZ ds fy;s bl 

okVj’ksM lfefr dks izksM~;wlj dEiuh ds lkFk tksM+k tk,xk lkFk gh xkWo esa cuh ty laj{k.k 

lajpukvks dh ns[kHkky o mudh lkef;d ejEer ds fy;s xzke Lrj ij cus mi;ksxdrkZ lewgks 

}kjk ,d egRoiw.kZ Hkwfedk fuHkk;h tk;sxhA 


v/;k; 9 

lEHkkfor ifj.kke 

• xkWo esa e`nk ,oa ty laj{k.k ds fy;s 30 [ksr rkykckas }kjk yxHkx 89-65 gsDVs;j Hkwfe 

flafpr gksxhA ftlls xkWo ds 22 ifjokj lh/ks :i ls ykHkkfUor gksaxsA 

• esM+ca/kku dk;Z ds vUrxZr yxHkx 132-92 ?ku eh- esM+ks dk fuekZ.k fd;k tk;sxk] ftlls 

e`nk o ty laj{k.k ds lkFk&lkFk Hkwfe esa ikuh dk fjlko gksus ls okVj Vscy esa o`f) gksxhA 

• xkWo dh d`f"k Hkwfe dh es

3& f}Qlyh dk {ks=Qy gs0 90 115 

6 Qlyks dh mit fD0@izfr gs0 

1& jch Qly 

fD0@gs0 

8-10 

18-22 

2& [kjhQ Qly 

fD0@gs0 8-10 18-22 

7 m|kfudh Qly esa o`f) gs0 0 6.25 

8 okuLifrd {ks=Qy esa o`f) fD0@gs0 0.25 0.75 

9 pkjk mRiknu esa o`f) fD0@gs0 5 8 

10 nq/kk: i'kqvks dh la[;k esa o`f) la[;k 10 35 

11 nqX/k mRiknu esa o`f) yhVj@fnu 80 160 

12 ukyks esa ikuh ds cgus dk le; vkSj eh0@izfr 

ek=k 

lsdaM 

13 is;ty dh lqfo/kk vkSj miyC/krk yhVj@O;fDr 20 40 

14 lgk;d xfrfof/k tSls cdjh ikyu eqxhZ la[;k 0 6 

ikyu 

15 xjhch js[kk ds uhps ds O;fDr la[;k 55 25 

16 iyk;u dh fLFkfr ¼%½ % 10 2 

17 vU; dksbZ cM+k ekius ;ksX; izHkkodkjh 

lwpd 

ikfjfLFkfrd ifj.kke 


1.5-2.00 1.0-1.25 

Ø- fooj.k vf/kd lhek rd@dqN 

lhek rd@dksbZ lhek ugha 

¼%@la[;k@?kaVs@gs0½ 

1 lw[ks ds izHkko dks de djus ds fy;s ty xzg.k {ks= dk;ZØe 90% 

fdl lhek rd ennxkj gS 

2 Hkw&ty Lrj esa fdruh o`f) gksxh 90 lseh- 

3 ikS/kkjksi.k esa ikS/kks ds thfor jgus dk D;k izfr’kr gksxk 60 % 

4 lrgh; ty izHkko esa fdrus izfr’kr deh gksxh 30 % 

5 ty xzg.k {ks= varxZr fdruh futh Hkwfe mipkfjr gksxh 50 % 

6 flapkbZ dh lqfo/kk esa fdrus ?kaVs izfrfnu o`f) gksxh 

?kaVs esa 

• [kjhQ lhtu 

4 

• jch lhtu 

5 

7 ty xzg.k {ks= dk;ZØe fØ;kfUor gksus ds i'pkr xzkeh.k 3 Qlys 

yksx fdruh Qly ysus esa l{ke gksaxs 

8 dk;ZØe lapkfyr djus ds iwoZ dh rqyuk esa fdrus flafpr 45 gs0 

{ks=Qy esa o`f) gksxh 

9 flapkbZ gsrq ikuh dh miyC/krk 150 izfr’kr vf/kd

10 ikuh dh

10 ty xzg.k {ks= xfrfof/k;ks ds ek/;e ls iapk;rks dh vk; esa dqN lhek rd 

fdl gn rd o`f) gksxhA 

11 xkWo esa [ksrh ds vykok vU; xfrfof/k;ks esa fdl gn rd vf/kd lhek rd 

o`f) gksxh 

12 xkWo esa VªsDVj] Fkzs’kj ,oa izlaLdj.k bZdkbZ esa fdruh la[;k 2 la[;k 

esa o`f) gksxh 

13 xkWo esa fdruh la[;k esa u;s okgu [kjhns tk;saxs tSls 3 la[;k 

lkbZfdy] eksVj lkbZfdy] VªsDVj] thi] cSyxkM+h bR;kfn \ 

14 nw/k] eNyh] Qy] Qwy] lfCt;kW] vkS"k/kh; ikS/ks ,oa taxy ij vf/kd ek=k esa 

vk/kkfjr mRikn ds mRiknu esa fdruh ek=k esa o`f) gksxhA 

15 jkstxkj ds fy;s iyk;u fd iSekus esa fdruh deh gksxh vf/kd ek=k esa 

16 ifj;kstuk iwoZ fLFkfr dh rqyuk esa izfrO;fDr vk; esa o`f) 10000 :i;s 

gksxh 

17 D;k vk; ewyd xfrfof/k dks izkjaHk djus esa _.kks ds L=ksr 

dh miyC/krk esa o`f) gksxh \ 

gkW 


ladsrd bdkbZ ekbdzksokVj'ksM dksM- 

2C2G2f4 

[kjhQ dh Qlyksa ds uke uke lks;kchu] mnZ] ewxQyh]rqvj 

[kjhQ dh Qly dk jdck gsDVs;j 156 gsDVs;j 

[kjhQ dh Qly dh mRikndrk fDo-@ gsDVs;j 10&12 fDo-@gsDVs;j 

jch dh Qlyksa ds uke uke xsgw] puk] ljlks] elwj 

jch dh Qly dk jdck gsDVs;j 122 gsDVs;j 

jch dh Qly dh mRikndrk fDo-@ gsDVs;j 18&20 fDo-@gsDVs;j 

tk;n dh Qlyksa ds uke uke yksdh] fVUMk] [kjcwtk] [khjk 

tk;n dh Qly dk jdck gsDVs;j 2 

tk;n dh Qly dh mRikndrk fDo-@ gsDVs;j 50&55 fDo-@gsDVs;j 

Total Cropped Area gsDVs;j 185 

Net Sown Area gsDVs;j 155 

Qly l?kurk izfr'kr 119 

ladsrd bdkbZ ekbdzksokVj'ksM 

dksM 2C2G2f4 

izeq[k unh@ukyksa esa o"kZ esa lrgh ty izokg dh vof/k ekg tqykbZ&vDVwoj 

lrgh ty laxzg.k lajpuk;sa ¼ukyk ca/kku@pSd Mse@LVki la[;k 0 

Mse@ rkykc½ 

mDr lrgh ty laxzg.k lajpukvksa dh tylaxzg.k {kerk ?ku 0 

(Storage Capacity) 

ehVj 

Hkwty lao/kZu lajpuk;sa ¼ijdksys'ku rkykc@Hkwfexr Mkbd la[;k 0 

bR;kfn½ 

Hkwty nksgu lajpuk;sa ¼dq;sa@uydwi½ la[;k 3 


dqvksa esa Hkwty Lrj ¼Hkw lrg ls xgjkbZ½ & izh ekulwu ehVj 15 

dqvksa esa Hkwty Lrj ¼Hkw lrg ls xgjkbZ½ & iksLV ekulwu ehVj 10 

uydwiksa esa Hkwty Lrj ¼Hkw lrg ls xgjkbZ½ & izh ekulwu ehVj 33 

uydwiksa esa Hkwty Lrj ¼Hkw lrg ls xgjkbZ½ & iksLV ehVj 25 

ekulwu 

flapkbZ dk {ks= ¼ugjks vkSj rkykcksa ls½ gsDVs;j 0 

o"kZ esa is;ty dh leqfpr miyC/krk dh vof/k ekg 10 


dksM 2C2G2f4 

iM+r Hkwfe gsDVs;j 14 

o`{kkjksi.k ¼m|kfudh iztkfr lfgr½ gsDVs;j 0 

?kkl@pkjk mRiknu dk {ks= gsDVs;j 4 

?kkl@pkjk dh mRikndrk fDo-@ gsDVs;j 3 

lCth mRiknu dk {ks= gsDVs;j 0 

lCth dh mRikndrk fd-yks-@ch?kk 0 


dksM 2C2G2f4 

iyk;u djus okys ifjokj la[;k 10 

Number of Percentage 

Migrated 

y?kq ,oa lhekar d`"kdksa dh vkWlr 

ekfld vk; 

izfr'kr 11-11 

:i;s 

izfrekg 

2000 


Name of work : Construction Stone Gully Plug 

Design of Stone Gully Plug (for 10m length) 

Length of Nala plug Mt.= 10.00 

Top Width of strucutre Mt = 1.00 

Bottam Width of strucutre Mt = 3.40 

Average Hight of super structure Mt. 

= 0.80 

Foundation depth in Mt = 0.20 

Downword stream side slope : 1%2 

upword stream side slope : 1%1 

MEASUREMENT SHEET : 

Sr Particulares of items No Length Breadth Depth or 

Height in 

No in Mt in Mt Mt 

Quantity 

in 

Cumt / 

Sqm. 

1 Excavation for foundation in all strata 

including dewatering and disposing 

excavated stuff elesewhere directed with 

a lead of 50.00 mt. and lift at 1.50 mt. 1 10.00 3.40 0.20 6.80 

Site Clearance Etc. complete 

2 Providing Loose Rubble Stone in the 

structure including arrangement of stone 

and laying of stone as per design slope. 

Below Ground Level 1 10.00 3.40 0.20 6.80 

Above Ground Level 1 10.00 2.20 1.00 22.00 


ABSTRACT SHEET 

Sr Particulares of items No Quantity Unit Rate Amount 

No in Rs in Rs 




a lead of 50.00 mt. and lift at 1.50 mt. 1 6.80 Cumt 44.50 302.60 

Site Clearance Etc. complete 

2 Providing Loose Rubble Stone in the 

structure including 

collection,arrangement 

of stone,laying of stone and 

trasportation 

of stone as per design slope. 1 28.80 Cumt 247.20 7119.36 

Unit cost of one Gully Plug of Stone = 7421.96 

Add 2% work contingency = 148.44 

Add 1.5% work charges = 111.33 

Total cost of Stone gully Plug (10m) 7681.73 

Say Rs. 7700.00 

u/s 

1.00 

slope 1%1 1%2 d/s slope 

0.8 

0.2 m 3.4m 

cost of Stone Gulley Plug per meter of Length (Rs) = 770 

Mandays 24 


Name of work : Construction of a Gabion Structure 

Estimation Costing With Design 

Length of structure : 10 m 

Top Width of strucutre: 1 m 

Bottom Width of strucutre: 2.5 m 

Hight of super structure from the Ground Level : 1 m 

Foundation depth in Mt : 0.3 0.3 m 

Upword stream side slope :- 1%0-5 

Downword stream side slope :- 1%1 

Sr 

No. 

1 

2 

Particulares of items 

No 

Length in 

(m) 

Breadth 

in 

meter 

Depth 

or 

Height 

in meter 

Quantity 

in Cumt 

/ Sqm. 

Excavation for foundation in all strata 



a lead of 50.00 mt. and lift at 1.50 mt. 1 10.00 2.50 0.30 7.50 

Providing Loose Rubble Stone in the 



Below Ground Level 1 10.00 2.50 0.30 7.50 

Above Ground Level 1 10.00 1.75 1.00 17.50 

3 Stone Work on Both Side of banks 2 3 1 0.6 3.6 

4 

Providing wiremesh on boottom, top and 

both side of structure including cutting, 

binding, jointing and etc... work. 

Spacing of wire in 4 inches. 1 12.00 5.50 0.00 66.00 



Sr 

No. 

1 

Item 

No. 

Particulares of items 

No 

Quantity in 

Cumt/Sqmt. 

Unit 

Rate in 

Rs 

Amount 

in Rs 

Labour 


including dewatering and disposing of 


a lead of 50.00 mt. and lift at 1.50 mt. 

Site Clearance Etc. complete 1 7.50 Cumt 44.50 333.75 333.75 

Providing Loose Rubble Stone in the 



Material 

2 

3 

1807 Collection of stones max. size 0.014 m 3 1 28.60 Cumt 56.60 1618.76 1618.76 - 

1902 (J) 

Transportation of stones from average 

1 28.60 Cumt 117.87 3371.08 - 

distance 5 K.m. 

3371.08 

2004 Stone arrangement charges 1 28.60 Cumt 72.70 2079.22 2079.22 - 

Providing wiremesh on boottom, top and 

LS both side of structure including cutting, 

binding, jointing and etc... work. 

Internal spacing of wire in 4 inches. 1 66.00 Sqmt 130.00 8580.00 858.00 7722.00 

Total 15982.81 4889.73 11093.08 

Add 2% Contingency 319.66 0.00 319.66 

Add 1.5% Work Charge 239.74 0.00 239.74 

Grand Total 16542.21 4889.73 11652.48 

Total Amount of 1 Gabion 16542.21 

Say Rs 16600.00 

Labour Expenditure 29.6 % 40 Mandays 

Material Expenditure 70.4 % 


IWMP - 2 STOP DAM PROPOSAL 

FOR 

Estimation and Costing 

Construction of Stop Dam No.01 (UCR) 

IWMP - 2 

Vill - Vishanpur Block. Sironj Dist. Vidisha 

IMPLEMENTATION 

PIA :- RURAL DEVELOPMENT DEPARTMENT (RDD) 

with 

Watershed Committee 

Vill - Vishanpur Block. Sironj Dist. Vidisha

Drainage Line Survey 

Village VISHANPUR Project IWMP - 2 

Khadiya wala Nala (Dalan doda Mahua wala) 

Chainage BS IS FS HI RL Remark 

0 2.45 102.45 100 BM Base of Drainage Line 

50 2.37 102.45 100.08 Left Side 

100 2.32 102.45 100.13 

150 2.46 102.45 99.99 

200 2.31 102.45 100.14 

250 2.26 102.45 100.19 

300 2.17 102.45 100.28 

350 2.05 102.45 100.4 

400 1.93 102.45 100.52 

450 1.83 102.45 100.62 

500 1.83 102.45 100.62 

550 1.79 102.45 100.66 

600 1.74 102.45 100.71 

650 1.59 102.45 100.86 

700 1.55 102.45 100.9 

750 1.33 102.45 101.12 

800 1.18 102.45 101.27 

850 0.92 102.45 101.53 

900 0.85 102.45 101.6 

950 0.76 102.45 101.69 

1000 0.58 101.87 101.87 Right Side 

RL OF Level 

102 

101.5 

101 

100.5 

100 

99.5 

0 200 400 600 800 1000 1200 

Length of Stream(m) 

Series1 

BS 

Site Survey 

Village #REF! Project #REF! 


0 0.15 102.35 102.2 Base of Tree(BM) 

0 0.23 102.35 102.12 Kundansingh Side(L/S) 

2 0.26 102.35 102.09 

3 0.35 102.35 102 

4 0.48 102.35 101.87 

6 1.35 102.35 101 

8 1.85 102.35 100.5 

10 2.24 102.35 100.11 

12 2.32 102.35 100.03 

14 2.19 102.35 100.16 

16 2.22 102.35 100.13 

18 2.35 102.35 100 CENTRE 

20 2.29 102.35 100.06 

22 1.84 102.35 100.51 

23 1.72 102.35 100.63 

24 0.45 102.35 101.9 

25 0.31 102.35 102.04 

26 0.25 102.35 102.1 

27 0.22 102.13 102.13 (R/S ) 

Chart Title 

1.2 

0 5 10 15 20 25 30 

102.5 

1 

102 

0.8 

101.5 

0.6 

101 

0.4 

100.5 

0.2 

100 

0 

series 2 

99.5

Site Survey 



0 0.15 102.35 102.2 Base of Tree(BM) 

0 0.23 102.35 102.12 Kundansingh Side(L/S) 

2 0.26 102.35 102.09 

3 0.35 102.35 102 

4 0.48 102.35 101.87 

6 1.35 102.35 101 

8 1.85 102.35 100.5 

10 2.24 102.35 100.11 

12 2.32 102.35 100.03 

14 2.19 102.35 100.16 

16 2.22 102.35 100.13 

18 2.35 102.35 100 CENTRE 

20 2.29 102.35 100.06 

22 1.84 102.35 100.51 

23 1.72 102.35 100.63 

24 0.45 102.35 101.9 

25 0.31 102.35 102.04 

26 0.25 102.35 102.1 

27 0.22 102.13 102.13 (R/S ) 

Chart Title 

1.2 

0 5 10 15 20 25 30 

102.5 

1 

102 

0.8 

101.5 

0.6 

101 

0.4 

100.5 

0.2 

100 

0 

series 2 

99.5

data body wall length 18.00 end wall width 0.45 

top width 0.70 end wall depth 0.90 

Foundation depth 2.50 rs key 3.00 

dam hight 1.60 ls key 3.00 

appron width 2.40 abutment 0.60 

appron depth 0.45 468,400 

Farmer Name :Kundansingh/Sundarlal 

end 

0.45 

ls 

rs 0.7 

a a 0.30 

b b 4.05 

appron 

u 2.40 u 0.30 

t t 4.05 4.75 

m 

m 

e 

e 

n 1.90 n 1.60 

t t Top cc depth in mts. 0.20 

0.70 ls key body wall rs key 

3.00 0.60 18.00 0.60 3.00 2.40 0.45 

12.48 

PLAN 

GL 1.90 0.20 

2.50 

0.45 0.45 

0.25 

3.16 1.14 0.45 

GL 0.3 0.3 

2.5 0.3 0.3 2.3 Foundation cc depth 0.30 cm CROSS SECTION AA' 

FSL 

3.00 3.00 

0.60 0.60 

PIA -RURAL DEVELOPMENT DEPARTMENT (RDD) VIDISHA 

( WATER RESOURSE MANAGEMENT PROGRAMME ) 

Note : drawing not to scale 

19.20 

NAME OF PROJECT IWMP - 2 

VISHANPUR 

ELEVATION 

NAME OF LOCAL STREAM Khadiya wala Nala(Dalan doda Mahua wala) 

DESIGN & DRAWING BY Engg. (IWMP-2) DATE 

23/05/2011 

NAME OF VILLAGE BLOCK DIST. 

VISHANPUR Sironj Vidisha

MEASUREMENT SHEET 

Activity Name :- GATED STOP DAM - 01 

Project 

Village Block District 

NAME OF PROJECT : IWMP - 2 

VISHANPUR Sironj Vidisha 

SR.NO DESCRIPTION (ITEM) LENGTH WIDTH DEPTH NO UNIT QTY. REMARK 

1 

Providing and lying in foundation, plinth and 

under floors cement concreate with 40 mm 

nominal size graded stone aggregates (metal) 

i/c ramming in layers and curing complete 

excluding cost of form work in 

(i) CC 1:3:6 (1 Cement : 3 Sand : 6 Metal) 

(a) L/S Key wall 1 3 0.7 0.3 1 Cumt. 0.630 

(b) R/S Key Wall 2 3 0.7 0.3 1 " 0.630 

(ii) 

(c) L/S Abutment 1 3.16 0.6 0.3 1 " 0.569 

(d) R/S Abutment 2 1.59 0.6 0.3 1 " 0.286 

(e) Body Wall 1 18 3.16 0.3 1 " 17.064 

(f) Appron 1 18 1.59 0.25 1 " 7.155 

(g) End Wall 1 18 0.375 0.25 1 " 1.688 

28.0215 413b 

CC 1:2:4 (1 Cement : 2 Sand : 4 Metal) for 

Coping on top 

(a)L/S Key wall 1 3 0.7 0.1 1 Cumt. 0.210 

(b) R/S Key Wall 2 3 0.7 0.1 1 " 0.210 

(c) L/S Abutment 1 3.16 0.6 0.1 1 " 0.190 

(d) R/S Abutment 2 1.59 0.6 0.1 1 " 0.095 

(e) Body Wall 1 18 0.7 0.1 1 " 1.260 

(f) Appron 1 18 1.59 0.2 1 " 5.724 

(g) End Wall 1 18 0.375 0.1 1 " 0.675 

8.364 413a 

2 Coursed rubble masonry second sort in plinth 

and foundation for 

A 

(i) 

Below Ground Level 

In Cement Mortar 1:4 (1 Cement : 4 Sand) 


(b) R/S Key Wall 2 3 0.7 0.85 1 " 1.785 

(c) L/S Abutment 1 3.16 0.6 2.55 1 " 4.835 

(d) R/S Abutment 2 1.59 0.6 2.55 1 " 2.433 

(e) Body Wall 1 18 2.53 2.2 1 " 100.188 

111.2355 508d 

B Above Ground Level of Super Structure 

(i) In Cement Mortar 1:4 (1 Cement : 4 Sand) 


(b) R/S Key Wall 2 3 0.7 0.6 1 " 1.260 

(c) L/S Abutment 1 3.16 0.6 0.6 1 " 1.138 

(d) R/S Abutment 2 1.59 0.6 0.6 1 " 0.572 

(e) Body Wall 1 18 1.3 1.5 1 " 35.100 

(f) End Wall 1 18 0.375 0.55 1 0 3.713 

43.0425 508d 

C Deduction due to Gate of Stop Dam Opening 

(i) (a) Coping of Body wall in CC 1:2:4 Ratio 6 0.7 0.1 1 Cumt. 0.420 413a 

(ii) 

(a) Course Rubble Masonry for body wall in 

1:4 Cement Mortar 6 1.3 1.5 1 " 11.700 508d 

3 Channel fitting of Stop Dam 4 no. 4 LS 

4 Cement Pointing on CR Masonry with cement 

mortar 1:3 (1Cement : 3 Sand) 

A. Raised and Cut Pointing 

(i) (a) Both Face of L/S Key wall 3 0.6 2 Sqmt. 3.6 

(b) Both Face of R/S Key Wall 3 0.6 2 Sqmt. 3.6 

(ii) (a) Inner Face of Abutment and Wing Wall 4.75 2.4 2 Sqmt. 22.8 

(b) Outer Face of Abutment and Wing Wall 4.75 0.6 2 Sqmt. 5.7 

(c) both Side Face of Abutment and Wing Wall 4.8 0.6 2 Sqmt. 5.76 

(iii) (a) Upword Stream Face of Body Wall 18 1.7 1 Sqmt. 30.6 

(b) Downword Stream Face of Body Wall 18 2 1 Sqmt. 36.00 

(iv) (a) Pointing on Back Face of End Wall 18 0.55 1 Sqmt. 9.90 

5 

117.96 1021c 

Providing Steel work for Channel and Shutter 

of Stop Dam Gate, Welded in Built up 

Section, framed work including Cutting, 

hoisting, fixing in position in gratings with 2 1.5 90 4 kgs 720 LS (Market) 

6 Requiring miscellaneous Material Like 

polythine, Bucket, hoe etc 5 no. 5 LS 

7 Site clearance , racking into heaps and 

removing of premises after Complition of Work 25 15 1 Sqmt. 375 101 

8 Requiring Cement Bag 

(a) for CC 1:3:6 28.8 28.02 0.154 1 Bag 124 

(b) for CC 1:2:4 28.8 7.944 0.22 1 Bag 50 

(c) for masonry in 1:4 28.8 142.6 0.105 1 Bag 431 

(d) for Cement Pointing 1:3 28.8 118 0.0008 1 Bag 3 

608 Bags



NAME OF PROJECT : IWMP - 2 VISHANPUR 

SR.NO. DESCRIPTION (ITEM) UNIT QTY. RATE AMOUNT CSR No. 

1 Site Clearance including uprooting of rank vegetation, grass, 

brushwood, sapling and tree not exceeding 30cm girth and removing 

not exceeding 50 meters outside the periphery of the area cleared. 

cum. 1000.00 2.8 2800.00 102 

2 

Earth work in excavation in trenches for foundation and for pipes, 

cables etc. not exceeding 1.5 m in width and for shafts, cesspits and 

the like not exceeding 10 sqm on plan including dressing of sides and 

ramming of bottom lift upto 1.5 m including getting out the excavated 

soil and disposal of surplus excavated soil as directed, within a lead of 

50 m. 

(i) In HARD MURRUM cum. 111.917 63.4 7095.51 307© 

(ii) In HARD ROCK NOT REQUIRERING BLASTING cum. 60.9825 165.5 10092.60 308(a) 




(i) CC 1:3:6 (1 Cement : 3 Sand : 6 Metal) cum. 28.0215 1843.5 51657.64 413b 

(ii) CC 1:2:4 (1 Cement : 2 Sand : 4 Metal) for Coping on top cum. 7.944 2407.4 19124.39 413a 

4 Coursed rubble masonry second sort in plinth and foundation for 

A Below Ground Level 

(i) In Cement Mortar 1:4 (1 Cement : 4 Sand) cum. 111.2355 1747.9 194428.53 508d 

B 

Above Ground Level of Super Structure 

(i) In Cement Mortar 1:4 (1 Cement : 4 Sand) cum. 31.3425 1747.9 54783.56 508d 

5 Channel fitting of Stop Dam no. 4 1000 4000.00 LS 

6 Cement Pointing on CR Masonry with cement mortar 1:3 (1Cement : 3 

Sand) 

A. Raised and Cut Pointing cum. 117.96 81 9554.76 1021c 

7 Providing Steel work for Channel and Shutter of Stop Dam Gate, 

Welded in Built up Section, framed work including Cutting, hoisting, 

fixing in position in gratings with Transportation kgs 720 65 46800.00 LS (Market) 

8 Requiring miscellaneous Material Like polythine, Bucket, hoe etc no. 5 600 3000 LS 

9 Site clearance , racking into heaps and removing of premises after 

Complition of Work Sqmt. 375 1.1 412.5 101 

403,749.48 

Add 12% Transportation cost of Different Materials due to long distance 

of Site from material availability. Like Cement, Sand, Agrigate, Stone, 

Steel etc. 48,450 

Add contingency charges 2% 8,075 

Add Work Charges 2% 8,075 

Grand Total 468,349 

Grand Total (Say) 468,400


NAME OF PROJECT : IWMP - 2 VISHANPUR 1 

SR.NO ACTIVITY DESCRIPTION LENGTH WIDTH DEPTH NO UNIT QTY. REMARK 

1 Site Clearance including uprooting of rank vegetation, 

grass, brushwood, sapling and tree not exceeding 30cm 

girth and removing not exceeding 50 meters outside the 

periphery of the area cleared. 

2 

(i) 

Earth work in excavation in trenches for foundation and 

40 25 1 Sqmt. 1000 102 

for pipes, cables etc. not exceeding 1.5 m in width and 

for shafts, cesspits and the like not exceeding 10 sqm 

on plan including dressing of sides and ramming of 

bottom lift upto 1.5 m including getting out the 

excavated soil and disposal of surplus excavated soil as 

directed, within a lead of 50 m. 

In HARD MURRUM 

(a) L/S Key wall 1 3.00 0.70 0.8 1 Cumt. 1.680 

(b) R/S Key Wall 2 3.00 0.70 0.8 1 " 1.680 

(c) L/S Abutment 1 3.16 0.60 2.00 1 " 3.792 

(d) R/S Abutment 2 1.59 0.60 2.00 1 " 1.908 

(e) Body Wall 1 18.00 3.16 1.50 1 " 85.320 

(f) Appron 1 18.00 1.59 0.45 1 " 12.879 

(g) End Wall 1 18.00 0.45 0.58 1 " 4.658 

(ii) 

111.9165 307c 

In HARD ROCK NOT REQUIRERING BLASTING 

(a) L/S Key wall 1 3.00 0.70 0.45 1 Cumt. 0.945 

(b) R/S Key Wall 2 3.00 0.70 0.35 1 " 0.735 

(c) L/S Abutment 1 3.16 0.60 0.85 1 " 1.612 

(d) R/S Abutment 2 1.59 0.60 0.85 1 " 0.811 

(e) Body Wall 1 18.00 3.16 1.00 1 " 56.880 

60.983 308a 

TOTAL 172.899 CUMT 

So total Qty.of 64.73% Hard Murrum 65 % Hard Murrum 112.38 CUMT 

So total Qty.of 35.27% Hard Rock not Requirering Blasting 35 % Soft Rock 60.51 CUMT 

TOTAL 172.899 CUMT

STOP DAM GATE DESIGN 

NAME OF STRUCTURE : Vishanpur CD - 01 UCR 

NO. OF GATE 4 

1.6 

1.5 Mts. 1.5 Mts. UCR /RCC wall 

Gate design 3 MM thick MS sheet with angle (2" * 2" inch) 

Channel 4" * 2" size 

THIS DRWING NOT TO SCALE

SALIENT FEATURES 

IWMP - 2 

Sr.No. Descreption DATA 

1 NAME OF VILLAGE VISHANPUR 

2 TALUKA Sironj 

3 DISTRICT Vidisha 

Khadiya wala Nala(Dalan 

4 NAME OF RIVER / STREAM 

doda Mahua wala) 

5 CATCHMENT AREA IN HECTARE 469.00 

6 DESIGN DISCHARGE IN CUMECS 29.31 

7 LENGTH OF SILLOVER IN MTS. 18 

8 LENGTH OF L.S KEY WALL IN MTS. 3 

9 LENGTH OF R.S KEY WALL IN MTS. 3 

10 FSL RL IN MTS. HIGHT OF DAM 101.6 

11 HFL RL IN MTS. 102.55 

12 STREAM BED RL IN MTS. 100.00 

13 FOUNDATION RL OF BODY WALL IN MTS. 2.5 

14 LENGTH OF APPRON IN MTS. 18 

15 WIDTH OF APPRON IN MTS. 2.4 

16 THICKNESS OF APPRON IN MTS. 0.45 

17 TOP RL OF APPRON IN MTS. 100 

18 FOUNDATION OF APPRON IN MTS. 0.45 

19 TOP WIDTH OF BODY WALL IN MTS. 0.7 

20 BOTTOM WIDTH OF BODY WALL IN MTS. 1.9 

21 HEIGHT OF BODY WALL IN MTS. 1.6 

22 NOS.OF BENIFICIRIES. 15 

23 TOTAL IRRIGATION LAND IN ACRES. 18 

24 TOTAL AREA BENEFITED IN ACRES. 30.75 

25 COST- BENEFIT RATIO. 1 : 9.268096649 

26 TOTAL ESTIMATED COST OF PROJECT. 468,400 

27 TYPE OF STRUCTURE : GATTED CD 

28 STORAGE CAPACITY.(mcft.) 1.0 

29 TOTAL LAND IN HACTARE. 49 

30 AVERAGE COST PER FARMER 31227 

31 OLD CD ON STREAM THERE OR NOT. no 

32 S. O. R : YEAR : 2009-2010

IWMP - 2 

BENEFICIARIE'S DETAIL. 

VILLAGE 

VISHANPUR 

SR BENEFICIARIES NAME TOTAL TOTAL LAND NO OF 

NO. LAND IN IRRI. UN IRRI. WELLS 

ha 

1 Kundansingh/Sunderlal 2.5 1.25 1.25 1 

2 Sirnam/Kundansingh 2 1 1 1 

3 Gajraj/Kundansingh 3 1 2 1 

4 Moharsingh/Kundansingh 3 1 2 1 

5 Yashpal/Kundansingh 3 1 2 1 

6 Sindhraj/Kundansingh 3 1 2 1 

7 Lakhan/Kundansingh 3 1 2 1 

8 Dahnsingh/Kallusingh 1.75 0 1.75 0 

9 Prakash/Sunderlal 6.25 2.5 3.75 1 

10 Dolatsingh/Prakash 6.25 3 3.25 1 

11 Jalamsingh/Prakash 6.25 2.5 3.75 1 

12 Udaybhan/Prakash 6.25 2.5 3.75 1 

13 Veersingh/Rajaram 0.75 0 0.75 0 

14 Munnalal/Prakash 0.75 0 0.75 0 

15 Sukhlal/Prakash 0.75 0 0.75 0 

TOTAL 48.5 17.75 30.75 11 

Total No of Beneficiaries of Dam 15

COST BENIFIT RATIO 

IWMP - 2 

COST OF PROJECT = 468400 Rupees. 

BENIFIT IRRIGATED TOTAL AREA WILL TOTAL NET TOTAL 

UNDER LAND WELL BE EXTRA EXTRA BENIFIT / BENIFIT BY 

COMMAND IRRIGATED IRRIGATION ACRE STRUCTURE 

AREA (rabi season ) 

48.5 17.75 11 30.75 30.75 12000 369000 

Hectare 

COST OF PROJECT IN Rs. = 468400 

INTEREST 5% PER YEAR = = 23420 

REPAIR & MAINTANANCE 1.5 % = 7026 

DEPRACIATION 2 % = 9368 

TOTAL 39814 Rs. 

BENIFIT COST RATIO = 9.27 

COST BENIFIT RATIO = 1 : 9.27

IWMP - 2 STOP DAM PROPOSAL 

FOR 


Construction of Stop Dam No.02 (UCR) 

IWMP - 2 




with 





Khadiya wala Nala(Near Kalyansingh Field) 



55 2.64 102.87 100.23 Left Side 

100 2.57 102.87 100.3 

145 2.54 102.87 100.33 

190 2.64 102.87 100.23 

235 2.46 102.87 100.41 

280 2.39 102.87 100.48 

325 2.36 102.87 100.51 

370 2.34 102.87 100.53 

415 2.28 102.87 100.59 

460 2.21 102.87 100.66 

505 2.25 102.87 100.62 

550 2.14 102.87 100.73 

595 1.96 102.87 100.91 

640 1.87 102.87 101 

685 1.76 102.87 101.11 

730 1.64 102.87 101.23 

775 1.51 102.87 101.36 

820 1.14 102.87 101.73 

865 1.03 102.87 101.84 

910 0.97 101.9 101.9 Right Side 

RL OF Level 

102 

101.5 

101 

100.5 

100 

0 200 400 600 800 1000 


Series1

Site Survey 



0 1.15 103.52 102.37 Base of Tree(BM) 

0 1.32 103.52 102.2 Kalyansingh Side(L/S) 

2 1.35 103.52 102.17 

3 1.43 103.52 102.09 

4 1.49 103.52 102.03 

6 2.36 103.52 101.16 

8 3.14 103.52 100.38 

10 3.36 103.52 100.16 

12 3.52 103.52 100 CENTRE 

14 3.45 103.52 100.07 

16 3.44 103.52 100.08 

18 3.32 103.52 100.2 

20 3.11 103.52 100.41 

22 1.84 103.52 101.68 

23 1.72 103.52 101.8 

24 1.55 103.52 101.97 

25 1.46 103.52 102.06 

26 1.31 103.52 102.21 

27 1.28 102.24 102.24 (R/S ) 

Chart Title 

1.2 

0 5 10 15 20 25 30 

102.5 

1 

102 

0.8 

101.5 

0.6 

101 

0.4 

100.5







Farmer Name :Kalyansingh/Mehtabsingh 

end 

0.45 

ls 

rs 0.7 

a a 0.30 

b b 3.78 

appron 

u 2.20 u 0.30 

t t 3.78 4.48 

m 

m 

e 

e 

n 1.83 n 1.50 


0.70 ls key body wall rs key 

2.00 0.60 18.00 0.60 3.00 2.20 0.45 

11.363 

PLAN 

GL 1.83 0.20 

2.60 

0.45 0.45 

0.25 

3.16 0.87 0.45 

GL 0.3 0.3 

2.2 0.3 0.3 2.2 Foundation cc depth 0.30 cm CROSS SECTION AA' 

FSL 

2.00 3.00 

0.60 0.60 




19.20 


VISHANPUR 

ELEVATION 

NAME OF LOCAL STREAM 

Khadiya wala Nala(Near Kalyansingh Field) 


25/05/2011 



MEASUREMENT SHEET 

ACTIVITY NAME :- GATED STOP DAM - 02 

Project 

Village Block District 

NAME OF PROJECT : IWMP - 2 

VISHANPUR Sironj Vidisha 

SR.NO DESCRIPTION (ITEM) LENGTH WIDTH DEPTH NO UNIT QTY. REMARK 

1 Providing and lying in foundation, plinth and 





(i) 

CC 1:3:6 (1 Cement : 3 Sand : 6 Metal) 

(a) L/S Key wall 1 2 0.7 0.3 1 Cumt. 0.420 

(b) R/S Key Wall 2 3 0.7 0.3 1 " 0.630 

(ii) 

(c) L/S Abutment 1 3.16 0.6 0.3 1 " 0.569 

(d) R/S Abutment 2 1.315 0.6 0.3 1 " 0.237 

(e) Body Wall 1 18 3.16 0.3 1 " 17.064 

(f) Appron 1 18 1.315 0.25 1 " 5.918 

(g) End Wall 1 18 0.375 0.25 1 " 1.688 

26.5245 413b 

CC 1:2:4 (1 Cement : 2 Sand : 4 Metal) for 

Coping on top 


(b) R/S Key Wall 2 3 0.7 0.1 1 " 0.210 

(c) L/S Abutment 1 3.16 0.6 0.1 1 " 0.190 

(d) R/S Abutment 2 1.315 0.6 0.1 1 " 0.079 

(e) Body Wall 1 18 0.7 0.1 1 " 1.260 

(f) Appron 1 18 1.315 0.2 1 " 4.734 

(g) End Wall 1 18 0.375 0.1 1 " 0.675 

7.2875 413a 

2 Coursed rubble masonry second sort in plinth 

and foundation for 

A 

(i) 

B 

(i) 

Below Ground Level 



(b) R/S Key Wall 2 3 0.7 0.8 1 " 1.680 

(c) L/S Abutment 1 3.16 0.6 2.5 1 " 4.740 

(d) R/S Abutment 2 1.315 0.6 2.5 1 " 1.973 

(e) Body Wall 1 18 2.493 2.3 1 " 103.190 

112.702 508d 




(b) R/S Key Wall 2 3 0.7 0.6 1 " 1.260 

(c) L/S Abutment 1 3.16 0.6 0.6 1 " 1.138 

(d) R/S Abutment 2 1.315 0.6 0.6 1 " 0.473 

(e) Body Wall 1 18 1.263 1.4 1 " 31.815 

(f) End Wall 1 18 0.375 0.55 1 0 3.713 

39.2385 508d 

C Deduction due to Gate of Stop Dam Opening 

(i) (a) Coping of Body wall in CC 1:2:4 Ratio 6 0.7 0.1 1 Cumt. 0.420 413a 

(ii) (a) Course Rubble Masonry for body wall in 1:4 

Cement Mortar 6 1.263 1.4 1 " 10.605 508d 

3 Channel fitting of Stop Dam 4 no. 4 LS 

4 Cement Pointing on CR Masonry with cement 


A. Raised and Cut Pointing 

(i) (a) Both Face of L/S Key wall 2 0.6 2 Sqmt. 2.4 

(b) Both Face of R/S Key Wall 3 0.6 2 Sqmt. 3.6 

(ii) (a) Inner Face of Abutment and Wing Wall 4.475 2.3 2 Sqmt. 20.585 

(b) Outer Face of Abutment and Wing Wall 4.475 0.6 2 Sqmt. 5.37 

(c) both Side Face of Abutment and Wing Wall 4.6 0.6 2 Sqmt. 5.52 

(iii) (a) Upword Stream Face of Body Wall 18 1.7 1 Sqmt. 30.6 

(b) Downword Stream Face of Body Wall 18 1.875 1 Sqmt. 33.75 

(iv) (a) Pointing on Back Face of End Wall 18 0.55 1 Sqmt. 9.90 

111.725 1021c 

5 Providing Steel work for Channel and Shutter 

of Stop Dam Gate, Welded in Built up 

Section, framed work including Cutting, 

hoisting, fixing in position in gratings with 2 1.5 90 4 kgs 720 LS (Market) 

6 Requiring miscellaneous Material Like 

polythine, Bucket, hoe etc 5 no. 5 LS 

7 Site clearance , racking into heaps and 

removing of premises after Complition of Work 25 15 1 Sqmt. 375 101 

8 Requiring Cement Bag 

(a) for CC 1:3:6 28.8 26.52 0.154 1 Bag 118 

(b) for CC 1:2:4 28.8 6.868 0.22 1 Bag 44 

(c) for masonry in 1:4 28.8 141.3 0.105 1 Bag 427 

(d) for Cement Pointing 1:3 28.8 111.7 0.0008 1 Bag 2 

591 Bags



MEASUREMENT SHEET (Earth Work) 


NAME OF PROJECT : IWMP - 2 VISHANPUR NAME OF PROJECT : IWMP - 2 VISHANPUR 1 

SR.NO. DESCRIPTION (ITEM) UNIT QTY. RATE AMOUNT CSR No. SR.NO ACTIVITY DESCRIPTION LENGTH WIDTH DEPTH NO UNIT QTY. REMARK 


1 Site Clearance including uprooting of rank vegetation, 


grass, brushwood, sapling and tree not exceeding 30cm 


girth and removing not exceeding 50 meters outside the 

periphery of the area cleared. 

2 

cum. 1000.00 2.8 2800.00 102 

40 25 1 Sqmt. 1000 102 

2 Earth work in excavation in trenches for foundation and 

Earth work in excavation in trenches for foundation and for pipes, 

for pipes, cables etc. not exceeding 1.5 m in width and 

cables etc. not exceeding 1.5 m in width and for shafts, cesspits and 

for shafts, cesspits and the like not exceeding 10 sqm 

the like not exceeding 10 sqm on plan including dressing of sides and 

on plan including dressing of sides and ramming of 

ramming of bottom lift upto 1.5 m including getting out the excavated 

bottom lift upto 1.5 m including getting out the 

soil and disposal of surplus excavated soil as directed, within a lead of 

excavated soil and disposal of surplus excavated soil as 

50 m. 

directed, within a lead of 50 m. 

(i) In HARD MURRUM cum. 114.487 63.4 7258.48 307© (i) In HARD MURRUM 

(ii) In HARD ROCK NOT REQUIRERING BLASTING cum. 60.078 165.5 9942.91 308(a) (a) L/S Key wall 1 2.00 0.70 0.8 1 Cumt. 1.120 



not exceeding 50 meters outside the periphery of the area cleared. (b) R/S Key Wall 2 3.00 0.70 0.8 1 " 1.680 

(i) CC 1:3:6 (1 Cement : 3 Sand : 6 Metal) cum. 26.5245 1843.5 48897.92 413b (c) L/S Abutment 1 3.16 0.60 2.00 1 " 3.792 

(ii) CC 1:2:4 (1 Cement : 2 Sand : 4 Metal) for Coping on top cum. 6.8675 2407.4 16532.82 413a (d) R/S Abutment 2 1.32 0.60 2.00 1 " 1.578 

4 Coursed rubble masonry second sort in plinth and foundation for (e) Body Wall 1 18.00 3.16 1.60 1 " 91.008 

A Below Ground Level (f) Appron 1 18.00 1.32 0.45 1 " 10.652 

(i) In Cement Mortar 1:4 (1 Cement : 4 Sand) cum. 112.702 1747.9 196991.83 508d (g) End Wall 1 18.00 0.45 0.58 1 " 4.658 

B 


114.487 307c 

(i) In Cement Mortar 1:4 (1 Cement : 4 Sand) cum. 28.6335 1747.9 50048.49 508d (ii) In HARD ROCK NOT REQUIRERING BLASTING 

5 Channel fitting of Stop Dam no. 4 1000 4000.00 LS (a) L/S Key wall 1 2.00 0.70 0.3 1 Cumt. 0.420 

6 Cement Pointing on CR Masonry with cement mortar 1:3 (1Cement : 3 

Sand) (b) R/S Key Wall 2 3.00 0.70 0.3 1 " 0.630 

A. Raised and Cut Pointing cum. 111.725 81 9049.73 1021c (c) L/S Abutment 1 3.16 0.60 0.80 1 " 1.517 

7 Providing Steel work for Channel and Shutter of Stop Dam Gate, 

Welded in Built up Section, framed work including Cutting, hoisting, 

fixing in position in gratings with Transportation kgs 720 65 46800.00 LS (Market) (d) R/S Abutment 2 1.32 0.60 0.80 1 " 0.631 

8 Requiring miscellaneous Material Like polythine, Bucket, hoe etc no. 5 600 3000 LS (e) Body Wall 1 18.00 3.16 1.00 1 " 56.880 

9 Site clearance , racking into heaps and removing of premises after 

Complition of Work Sqmt. 375 1.1 412.5 101 60.078 308a 

395,734.67 TOTAL 174.565 CUMT 

Add 12% Transportation cost of Different Materials due to long distance 

of Site from material availability. Like Cement, Sand, Agrigate, Stone, 

Steel etc. 47,488 

Add contingency charges 2% 7,915 So total Qty.of 65.58% Hard Murrum 66 % Hard Murrum 115.21 CUMT 

Add Work Charges 2% 7,915 So total Qty.of 34.42% Hard Rock not Requirering Blasting 34 % Soft Rock 59.35 CUMT 

Grand Total 459,052 TOTAL 174.565 CUMT 

Grand Total (Say) 459,100

STOP DAM GATE DESIGN 

NAME OF STRUCTURE : Vishanpur CD - 02 UCR 

NO. OF GATE 4 

1.5 






IWMP - 2 





Khadiya wala Nala(Near 


Kalyansingh Field) 




























32 S. O. R : YEAR : 2009-2010

IWMP - 2 


VILLAGE 

VISHANPUR 



ha 

1 Kalyansingh/Mehtabsingh 3.75 1 2.75 1 

2 Umravsingh/Mehtabsingh 2.25 1 1.25 1 

3 Roobibai/Lalaram 0.75 0 0.75 0 

4 Sukhlal/Gokul 0.75 0 0.75 0 

5 Gokul/Navalsingh 0.75 0 0.75 0 

6 Gyarsa/Rajkumar 1.25 0 1.25 0 

7 Lekhraj/Laxman 1.5 0 1.5 0 

8 Ramswaroop/Khushal 1.5 0 1.5 0 

9 Bhanwarsingh/Dolatsingh 2.25 1 1.25 1 

10 Champalal/Rajdhar 0.75 0 0.75 0 

11 Nandram/Rajdhar 0.75 0 0.75 0 

12 Ramsingh/Preetam 0.75 0 0.75 0 

13 Ramsingh/Prabhulal 2 0 2 0 

14 Shribai/Champalal 2 0 2 0 

15 Sanman/Gokul 2 0 2 0 

TOTAL 23 3 20 3 



IWMP - 2 






23 3 3 20 20 12000 240000 

Hectare 








IWMP - 2 STOP DAM CUM PULIYA PROPOSAL 

FOR 


Construction of Stop Dam cum Puliya No.01 

IWMP - 2 




with 





Khadiya wala Nala(Behind of School) 



50 2.74 102.63 99.89 Left Side 

100 2.65 102.63 99.98 

150 2.55 102.63 100.08 

200 2.47 102.63 100.16 

250 2.38 102.63 100.25 

300 2.24 102.63 100.39 

350 2.21 102.63 100.42 

400 2.17 102.63 100.46 

450 2.11 102.63 100.52 

500 2.06 102.63 100.57 

550 2.13 102.63 100.5 

600 1.97 102.63 100.66 

650 1.94 102.63 100.69 

700 1.87 102.63 100.76 

750 1.76 102.63 100.87 

800 1.57 102.63 101.06 

850 1.42 102.63 101.21 

900 1.18 102.63 101.45 

950 1.12 102.63 101.51 

1000 1.08 101.55 101.55 Right Side 

RL OF Level 

102 

101.5 

101 

100.5 

100 

99.5 

0 200 400 600 800 1000 1200 


Series1

Site Survey 



0 1.35 103.35 102 Base of Tree(BM) 

0 1.26 103.35 102.09 Bhanwarsingh Side(L/S) 

2 1.25 103.35 102.1 

3 1.21 103.35 102.14 

4 1.34 103.35 102.01 

6 1.57 103.35 101.78 

8 2.89 103.35 100.46 

10 3.16 103.35 100.19 

12 3.28 103.35 100.07 

14 3.21 103.35 100.14 

16 3.35 103.35 100 CENTRE 

18 3.32 103.35 100.03 

20 3.25 103.35 100.1 

22 1.84 103.35 101.51 

23 1.53 103.35 101.82 

24 1.42 103.35 101.93 

25 1.38 103.35 101.97 

26 1.26 103.35 102.09 

27 1.23 102.12 102.12 (R/S ) 

Chart Title 

1.2 

0 5 10 15 20 25 30 

102.5 

1 

102 

0.8 

101.5 

0.6 

101 

0.4 

100.5







Farmer Name :Bhanwarsingh/Dolatsingh 

Outlet of Nala 

end 

14 

PULIYA 

0.5m 

7.5m 

ls rs 0.5 

a a 0.30 

1000mm NP3 pipe 1m NP3 pipe 

b b 2.50 

appron 

u 1.80 u 0.30 

t t 2.50 3.00 

m 

m 

e 

e 

n 1.20 n 1.40 


0.50 ls key body wall of Dam rs key 

2.00 0.50 13.00 0.50 2.00 1.80 0.00 

7.14 

PLAN of STOP DAM CUM PULIYA 

GL 1.20 0.00 

1.60 

0.30 0.30 

0.25 

1.70 1.30 0.00 

GL 0.3 0.3 

2.2 0.3 0.3 2.2 Foundation cc depth 0.30 cm CROSS SECTION OF STOP DAM AA' 

FSL 

2.00 2.00 

0.50 0.50 





14.00 VISHANPUR 

NAME OF LOCAL STREAM Khadiya wala Nala(Behind of School) 

ELEVATION OF STOP DAM 


25/05/2011 



STOP DAM CUM PULIYA GATE DESIGN 

NAME OF STRUCTURE : Vishanpur Stop Dam cum Puliya - 01 

NO. OF GATE 3 

1.4 






IWMP - 2 





Khadiya wala Nala(Behind 


of School) 




























32 S. O. R : YEAR : 2009-2010

IWMP - 2 


VILLAGE 

VISHANPUR 



ha 

1 Bhanwarsingh/Dolatsingh 15 3 12 1 

2 Ghansiram/Parasram 4.25 1.25 3 1 

3 Kishansingh/Navalsingh 3.75 1 2.75 1 

4 Bheemsingh/Khemchand 2.5 0.5 2 0 

5 Motisingh/Prabhulal 2 0.5 1.5 0 

6 Balram/Harisingh 2.5 1.25 1.25 1 

7 Balram/Madansingh 2.5 1.25 1.25 1 

8 Dhansingh/Madansingh 2.5 0.5 2 0 

9 Roopsingh/Madansingh 2.5 1.25 1.25 1 

10 Harisingh/madansingh 1.25 0.5 0.75 0 

11 Sanman/Gokulram 0.5 0 0.5 0 

12 Ramlal/Prabhulal 0.75 0 0.75 0 

13 Kalyansingh/Laxman 0.75 0 0.75 0 

14 Prakash/Laxman 0.75 0 0.75 0 

15 Meghraj/Laxman 0.75 0 0.75 0 

TOTAL 42.25 11 31.25 6 



IWMP - 2 






42.25 11 6 31.25 31.25 12000 375000 

Hectare 









Stop Dam cum Puliya (Behind of School on 

Khadiya wala Nala) 

Village 

Bishanpur 

Gram 

Panchayat 

No. Particular of work Quantity Unit Rate Amount 

1 302 Site Clearance including uprooting of rank vegetation, grass, brushwood, 

sapling and tree not exceeding 30cm girth and removing not exceeding 50 1000 Sqmt. 2.8 2800 

meters outside the periphery of the area cleared. 

2 307 Earth work in excavation in trenches for foundation and for pipes, cables etc. 

not exceeding 1.5 m in width and for shafts, cesspits and the like not 

exceeding 10 sqm on plan including dressing of sides and ramming of bottom 

lift upto 1.5 m including getting out the excavated soil and disposal of surplus 

excavated soil as directed, within a lead of 50 m. 

(b) for Dence and Hard Soil 86.45 Cum 48.40 4184 

[c] For Hard Moorum 45.03 Cum 63.40 2855 

3 308(a) [a] For Hard rock not requiring blasting 0.90 Cum 165.50 149 

4 413 Providing and lying in foundation, plinth and under floors cement concreate 

with 40 mm nominal size graded stone aggregates (metal) i/c ramming in 

layers and curing complete excluding cost of form work in 

[b - Cement Concreat (1 : 3 : 6) 121.11 Cum 1843.50 223265 

[a- Cement Concreat 1 : 2 : 4 23.97 Cum 2469.20 59179 

5 430 False work for RCC and PCC work in Plinth and foundation of Puliya 143.77 sqm 99.40 14291 

6 301(b) Earth work in bulk excavation (exceeding 1.5 m in width as well as 10 sqm on 0.00 Cum 44.50 0 

plan) including disposal of excavated soil lead upto 50 m and lift upto 1.5m. 

Disposed soil to be levelled and neately dressed in Dence or Hard Soil 

7 402 Filling foundation and around masonary work with moorum I/c ramming layers 45.14 Cum 99.60 4496 

and watering 

8 508d Coursed rubble masonry second sort in plinth and foundation for Stop Dam 

In Cement Mortar 1:4 (1 Cement : 4 Sand) 40.45 Cum 1747.90 70698 

9 LS Channel fitting of Stop Dam 3.00 Nos 1000.00 3000 

10 1021c Cement Pointing on CR Masonry with cement mortar 1:3 (1Cement : 3 Sand) 

Raised and Cut Pointing 66.85 Sqmt. 81.00 5415 

11 LS Providing Steel work for Channel and Shutter of Stop Dam Gate, Welded in 480.00 kgs 60.00 28800 

Built up Section, framed work including Cutting, hoisting, fixing in position in 

gratings with Transportation 

12 101 Site clearance , racking into heaps and removing of premises after Complition 375.00 Sqmt. 1.10 413 

of Work 

13 2035(b) Providing and lying reinforced cement concreate pipes N.P. 3 for culverrts 

15.00 meter 2831.90 42479 

including pointing ends. And fixing coller with cement mortar 1:2 complete in 

(b) 1000 mm diameter 

Total 462024 

Add 8% for Transportation Cost due to long distance of Site 36962 

Total 498985 

Say Rs. 499000

Measurement Sheet of Stop Dam cum Puliya - 1 

Stop Dam cum Puliya (Behind of 

Village Bishanpur Gram 

Tehsil Sironj 

School on Khadiya wala Nala) 

Panchayat 

Particular of work length width-1 width-2 Height Quantity 

2 3 4 5 6 7 

SOR no. apron length dia No width 

1 2 

102 307 

Site Clearance including uprooting of rank 

vegetation, grass, brushwood, sapling and tree 

not exceeding 30cm girth and removing not 

exceeding 50 meters outside the periphery of 

the area cleared. 

Earth work in excavation in trenches for 

foundation and for pipes, cables etc. not 

exceeding 1.5 m in width and for shafts, 

cesspits and the like not exceeding 10 sqm on 

plan including dressing of sides and ramming 

of bottom lift upto 1.5 m including getting out 

the excavated soil and disposal of surplus 

excavated soil as directed, within a lead of 50 

3 308 

1 40 25 1000 

13.00 13.00 1.20 1.5 7.50 

m. 

(i) Main Wall 2 13.20 1.50 1.50 59.40 

(ii) Below Pipe 1 4.50 4.80 0.50 10.80 

(iii) Apron 1 2.50 2.20 0.50 2.75 

(iv) Toe Wall 1 2.50 10.80 0.50 13.50 

(b) for Dence and Hard Soil Total 86.45 cum 

(i) L/S Key wall 1 1 2.00 0.50 0.80 0.80 

(ii) R/S Key Wall 2 1 2.00 0.50 0.80 0.80 

(iii) L/S Abutment 1 1 1.70 0.50 2.00 1.70 

(iv) R/S Abutment 2 1 1.30 0.50 2.00 1.30 

(v) Body Wall 1 1 13.00 1.70 1.60 35.36 

(vi) Appron 1 1 13.00 1.30 0.30 5.07 

[c] For Hard Moorum 

(i) L/S Key wall 1 1 2.00 0.50 0.30 0.30 

(ii) R/S Key Wall 2 1 2.00 0.50 0.30 0.30 

(iii) L/S Abutment 1 1 1.70 0.50 0.20 0.17 

(iv) R/S Abutment 2 1 1.30 0.50 0.20 0.13 

(v) Body Wall 1 1 13.00 1.70 0.00 0.00 

[a] For Hard rock not requiring blasting 

4 413 Providing and lying in foundation, plinth and 





[b - Cement Concreat For Puliya (1 : 3 : 6) 

(i) Main Wall 2 13.00 1.50 0.30 11.70 

2 13.00 1.20 0.45 2.70 57.92 

(ii) Box 1 6.60 5.70 4.20 1.80 46.49 

(iii) Apron 1 2.50 2.20 0.30 1.65 

(iv) Toe wall 1 2.50 10.80 0.30 0.30 4.16 

121.92 

for Stop Dam Foundation (in 1:3:6) 

45.03 cum 

0.90 cum 

(a) L/S Key wall 1 1 2.00 0.50 0.30 0.30 

(b) R/S Key Wall 2 1 2.00 0.50 0.30 0.30 

(c) L/S Abutment 1 1 1.70 0.50 0.30 0.26 

(d) R/S Abutment 2 1 1.30 0.50 0.30 0.20 

(e) Body Wall 1 1 13.00 1.70 0.30 6.63 

(f) Appron 1 1 13.00 1.30 0.25 4.23 

11.91 cum 

Deduction from Puliya 1:3:6 1.5 0.785 1.20 1.20 7.50 12.72 cum 

Net Qtty. 121.11 cum 

[a- Cement Concreat 1 : 2 : 4 

(i) Main Wall 2 13.00 0.45 0.10 1.17 

(ii) Above Pipe 1 6.60 4.20 0.30 8.32 

(iii) Appron 1 2.50 12.70 0.30 9.53 

(iv) Toe wall 1 2.50 0.30 0.30 0.23 

(v) Wheel Guard 16 0.30 0.30 0.40 0.58 

Total 19.81 cum 

for Stop Dam Super Structure(in 1:2:4) 

(a)L/S Key wall 1 1 2.00 0.50 0.10 0.10 

(b) R/S Key Wall 2 1 2.00 0.50 0.10 0.10 

(c) L/S Abutment 1 1 1.70 0.50 0.10 0.09 

(d) R/S Abutment 2 1 1.30 0.50 0.10 0.07 

(e) Body Wall 1 1 13.00 0.50 0.10 0.65 

(f) Appron 1 1 13.00 1.30 0.20 3.38 

4.38 cum 

Deduction due to Coping of Dam 1 4.50 0.50 0.10 0.23 cum 


5 430 False work for RCC and PCC work in Plinth 

and foundation of Puliya 

Outer side 2 13.00 2.70 70.20 

Below of Box 2 4.20 1.20 10.08 

Inside wing wall 2 8.80 2.70 47.52 

Toe wall 2 2.50 0.50 2.50 

Face 4 1.20 0.50 2.70 9.18 

Wheel Guard 64 0.30 0.40 7.68 

147.16 

Deduction Pipe 2x2=4 3 0.785 1.20 1.20 3.39 

Net Qtty. 143.77 sqm 

6 301(b) Earth work in bulk excavation (exceeding 1.5 m 

in width as well as 10 sqm on plan) including 

disposal of excavated soil lead upto 50 m and 

lift upto 1.5m. Disposed soil to be levelled and 

neately dressed in Dence or Hard Soil 

Approach Road 2 0.00 9.30 7.50 0.45 0.00 cum 

7 402 Filling foundation and around masonary work 

with moorum I/c ramming layers and watering 

Puliya 1 8.80 6.60 5.70 0.90 45.14 

Approach Road 2 0.00 7.50 7.50 0.20 0.00 

45.14 cum 

8 508d Coursed rubble masonry second sort in plinth 

and foundation for Stop Dam 

A Below Ground Level 


(a)L/S Key wall 1 1 2.00 0.50 0.80 0.80 

(b) R/S Key Wall 2 1 2.00 0.50 0.80 0.80 

(c) L/S Abutment 1 1 1.70 0.50 1.90 1.62 

(d) R/S Abutment 2 1 1.30 0.50 1.90 1.24 

(e) Body Wall 1 1 13.00 1.45 1.30 24.51 

28.96 cum 

B Above Ground Level of Super Structure 

(a)L/S Key wall 1 1 2.00 0.50 0.60 0.60 

(b) R/S Key Wall 2 1 2.00 0.50 0.60 0.60 

(c) L/S Abutment 1 1 1.70 0.50 0.60 0.51 

(d) R/S Abutment 2 1 1.30 0.50 0.60 0.39 

(e) Body Wall 1 1 13.00 0.85 1.30 14.37 

16.47 

Deduction Due to Stop Dam Opening (Gate) 1 4.50 0.85 1.30 4.97 cum 


9 LS Channel fitting of Stop Dam 3 1.50 1.50 3 Nos. 

10 1021c Cement Pointing on CR Masonry with cement 


Raised and Cut Pointing 

(a) Both Face of L/S Key wall 2 2.00 0.6 2 

(b) Both Face of R/S Key Wall 2 2.00 0.6 2 

(a) Inner Face of Abutment and Wing Wall 2 3.00 2 12 

(b) Outer Face of Abutment and Wing Wall 2 3.00 0.6 4 

(c) both Side Face of Abutment and Wing Wall 2 4.00 0.5 4 

(a) Upword Stream Face of Body Wall 1 13.00 1.7 22 

(b) Downword Stream Face of Body Wall 1 13.00 1.565248 20 

66.85 Sqmt 

11 LS Providing Steel work for Channel and Shutter of 3 2 1.5 480 Kgs 

Stop Dam Gate, Welded in Built up Section, 

framed work including Cutting, hoisting, fixing 

in position in gratings with Transportation 

12 101 Site clearance , racking into heaps and 

1 25.00 15.00 375 Sqmt 

removing of premises after Complition of Work 

13 2035(b) Providing and lying reinforced cement 

2 7.50 15.00 Rm 

concreate pipes N.P. 3 for culverrts including 

pointing ends. And fixing coller with cement 

mortar 1:2 complete in (b) 1000 mm diameter

DRAWING OF STOP DAM CUM PULIYA 

KHADIYA WALA NALA (BEHIND OF SCHOOL) 

0.45 

1.0 m 

1000 mm dia NP 3 Pipe 

0.5m 

13.0 

1.0 m 

1000 mm dia NP 3 Pipe 

7.5m 

PLAN 

0.45 

0.3 

pcc 1:2:4 

0.2m 

Murrum 

1.0m 

1000 mm dia NP3 Pipe 

1.8 m 

pcc 1:2:4 

pcc 1:3:6 

0.2m 

1.2m 

1.2m 

CROSS SECTION OF PULIYA

Bisanpur - Watermissionmp.org

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