under integrated watershed management...

Government of Rajasthan

Detailed Project Report

Under Integrated Watershed Management programme

Panchayat Samiti, Itawa (Kota)

Name of Watershed - Kota(IWMP)-XI

Gram Panchayat Covered - 07

Villages Benefited - 14

No. of Macro/Micro - Cluster

Total Geographic Area - 5000Ha

Effective Area - 3933 Ha

Total Project Cost - 546.92Lakh

Cost from Project Fund - 471.96 Lakh

Cost from Convergence - 74.96 Lakh

Project Period - 2012-13 to 2017-18

Assistant Engineer Project Manager &SE (PIA) (W.C.D.C)`

Panchayat samiti, Itawa(Kota) Zila Parishad, Kota

izek.k i=

izekf.kr fd;k tkr gS fd v/kksgLRkk{kjdrkZ }kjk {ks= dh vko’;drk vk/kkfjr xfrfof/k;ksa dks

tyxzg.k ifj;kstuk esa izLrkfor fd;k gS] xfrfof/k;ksa dk p;u esa ykHkkaforksa dh lfdz; Hkkxh/kkjh jgh

gS ,oa tyxzg.k desVh ds ijke’kZ esa tyxzg.k ifj;kstuk dk foLr`r ifj;kstuk izfrosnu rS;kj fd;k

x;k gSA xzke lHkk ls tyxzg.k ifj;kstuk ds Iyku ,oa foLr`r ifj;kstuk izfrosnu dk vuqeksnu izkIr

dj fy;k x;k gSA tyxzg.k ifj;kstuk IWMP XI iapk;r lfefr bZVkok ftyk dksVk dk Iyku ,oa

foLrr ifj;kstuk izfrosnu rduhdh :i ls lgh] mfpr ,oa mi;ksxh gS ,oa bldk fdz;kUo;u o"kZ

2012&13 ls 2017&18 dh vof/k esa fd;k tkosxkA o"kZ 2012&13 esa Lohd`r vkbZ0MCY;w0,e0ih0 XI

iapk;r lfefr bZVkok ftyk dksVk ifj;kstuk dk Iyku ,oa Mh0ih0vkj rduhdh :i ls Bksl]

mi;qDRk gSA

gLrk{kj gLrk{kj gLrk{kj gLrk{kj

v/;{k tyxzg.k lfefr v/;{k tyxzg.k lfefr v/;{k tyxzg.k lfefr v/;{k tyxzg.k lfefr

ddjkonk juksfn;k <hijh pEcy uksusjk

gLrk{kj gLrk{kj gLrk{kj gLrk{kj

v/;{k tyxzg.k lfefr v/;{k tyxzg.k lfefr v/;{k tyxzg.k lfefr MCY;w-Mh-Vh0 lnL;

cCcwfy;kdyk fouk;dk xsark

gLrk{kj gLrk{kj gLrk{kj

ih0vkbZ0,0 vf/k’kk’kh vfHk;Urk Ikfj;kstuk izca/kd

Lkgk;d vfHk;Urk ftyk dksVk MCY;w-lh-Mh-lh-

i-l- bVkok ftyk dksVk

jktLFkku ljdkj

xzkeh.k fodkl ,oa iapk;rh jkt foHkkx

¼tyxzg.k fodkl ,oa Hkw laj{k.k½

Ikfj;kstuk dk uke % KOTA(IWMP)-XI/2012-13

Ikfj;kstuk dk izHkkoh {ks=Qy % 3933 Ha.

Ykkxr izfr gSDVs;j % 12000@&

Ikfj;kstuk dh ykxr¼yk[k :Ik;s esa½ % 471-96 yk[k

Iakpk;r lfefr % bZVkok

ih0vkbZ0,0 % lgk;d vfHk;Urk

tyxzg.k fodkl ,oa Hkw laj{k.k

iapk;r lfefr %-bZVkok

Ikfj;kstuk izca/kd

ftyk lSy o MkVk lSaVj

ftyk -dksVk

bZ-MCY;w-,e-ih- vUrxZr ifj;kstuk dh Mh-ih-vkj- gsrq pSd fyLV

ifj;kstuk dk uke dksVk¼vkbZ-MCY;w-,e-ih-½-XI iapk;r lfefr bZVkok ftyk dksVk

dz-la- fooj.k fVIi.kh”

””

Ik`B la[;k

1 Mh-ih-vkj- esa foojf.kdk yxkbZ xbZ gS gkW 1

Mh-ih-vkj- esa eq[; :Ik ls fuEukuqlkj 8 v/;k; gSa] gkW

2 1- Ikfj;kstuk dh lkekU; tkudkjh gkW 2-13

3 2- Ikfj;kstuk ds cslykbZu vkadMs] fo’ys"k.k ,oa y{; gkW 14-26

4 3- izLrkfor fodkl ;kstuk gkW 27-48

5 4- xfrfof/kokj dqy ykxr lkjka’k gkW 49-50

6 5- okf"kZd dk;Z ;kstuk] ifj;kstuk ykxr o dUojtsUl Iyku gkW 51-55

7 6- ifj;kstuk ds ifj.kke gkW 56

8 7- IkzLrkfor xfrfof/k;ksa ds rduhdh fMtkbZu o ykxr vuqeku gkW 57-87

9 8- layXud fuEukuqlkj gSa]

10 1- xfrfof/k@dk;Z ds ykxr vuqeku layXu gS gkW 57-87

11 2- uD’ks&fuEukuqlkj gSa

¼1½ jktLo uD’kk@csl eSi gkW

¼2½ ifj;kstuk dk jktLo uD’kk gkW

¼3½ yS.M ;wt yS.M doj eSi gkW

¼4½ dUVwj eSi gkW

¼5½ Mh-,y-Vh- o orZeku esa tyxzg.k <akpksa dk uD’kk Ukgha

12 3- xzkelHkk dh desVh xBu dh Lohd`fr ds izLrko dh izfr gkW 113-118

13 4- xzkelHkk dk tyxzg.k lfefr ds vuqeksnu ds dk;Zokgh fooj.k dh izfr gkW

14 5- xzkelHkk dk izos’k fcUnq dk;Z ;kstuk ds vuqeksnu ds dk;Zokgh fooj.k dh izfr gkW 107-112

15 6- xzkeh.k lgHkkfxrk vH;kl ls lacaf/kr nLrkost layXu gSa gkW 89-106

16 Mh-ih-vkj- VSEiysV esa fn;s x;s leLr izi= vko’;d :Ik ls Mh-ih-vkj- dk fgLlk gSa gkW

17 Ikfj;kstuk ds Lohd`r {ks=Qy ,oa ykxr esa vUrj gS] D;k fooj.k layXu fd;k x;k gS gkW II-III

v Ikz’kk- ,oa foRrh; Loh- vuqlkj ifj- dk {ks=Qy ¼gS0 esa½

Mh-ih-vkj- ds vuqlkj ifj;kstuk dk {ks=Qy ¼gS0 esa½

5000

3933

I

c Ikz’kk- ,oa foRrh; Loh- vuqlkj ifj- dh jkf’k ¼yk[k esa½

Mh-ih-vkj- ds vuqlkj ifj;kstuk dh jkf’k ¼yk[k esa½

600-00

471-96

I

l Ikfj;kstuk vUrxZr ekbdzks] xzke iapk;r] xkao ds uke gkW 2

Ikz’kk- ,oa foRrh; Loh- vuqlkj dyLVj vuqlkj

xkWoksa ds uke e; xzke iapk;r

Mh-ih-vkj- ds vuqlkj dyLVj

vuqlkj xkWoksa ds uke e; xzke

iapk;r

<hijh pEcy & [ksMyhizsek

ddjkonk & jksMxat&gjhiqjk] ikMk

cEcwfy;kdyk & gok[ksMyh] j?kqukFkiqjk]

dhjiqjk

xsark & xsark] vkeYnk]

uksusjk & uksusjk&[ksMyh] ukjk;.kiqjk]

fd”kuokl] fctkork

fouk;dk & uykork

<hijh pEcy & [ksMyhizsek

ddjkonk & jksMxat&gjhiqjk]

ikMk

cEcwfy;kdyk & gok[ksMyh]

j?kqukFkiqjk]

dhjiqjk

xsark & xsark] vkeYnk]

uksusjk & uksusjk&[ksMyh]

ukjk;.kiqjk]

juksfn;k & fd”kuokl]

fctkork

fouk;dk & uykork

18 Pkkjkxkg gsrq izLrkfor {kas=Qy miyC/k pkjkxkg ds {ks=Qy dk 25 izfr’kr gkW 19 izi=ksa esa ladfyr vkadMksa ds lzksr fy[ks x;s gSa gkW 20 dUotsZUl Iyku layXu gS gkW 54-55 21 thfodksiktZu xfrfof/k dk Iyku bdtkbZ ,oa xzkeokj iapk;rokj layXu gS gkW 45-47 23 izLrkfor fodkl ;kstuk esa izLrkfor xfrfof/k;ksa dks uD’ks ij vafdr fd;k x;k gS gkW 24 bZ-ih-,- xfrfof/k;ksa dk iw.kZ fooj.k e; QksVksxzkQ~l izfrosnu esa yxk;k gS gkW 27 25 Mh-ih-vkj- ds izR;sd Ik`"B ij Ik`"B la[;k vafdr dj nh x;h gS] ,oa fooj.k ls esy

[kkrh gS

gkW 1-118

26 Ikfj;kstuk esa izLrkfor izR;sd xfrfof/k ds rdehuk ,oa fMtkbZu ij ih-vkbZ-,- ds

gLrk{kj gS

gkW 57-87

gLrk{kj ih-vkbZ-, gLrk{kj vf/k’kk"kh vfHk;ark gLrk{kj ifj;kstuk izcU/kd

ia-l- bZVkok ia-l- ykMiqjk ftyk dksVk

Ikfj;kstuk dk foLr`r fooj.k

1- Ikfj;kstuk dk uke % Kota(IWMP) XI/12-13

2- Ikfj;kstuk dh Lohd`fr la[;k ,oa fnukad % ,Q-20¼I-87) ½vkbZMCY;w,eih@futHkwl@

12&13@4699& 5073 fnukad 21-03-2013

3- eSdzks ,oa ekbdzks la[;k % dyLVj

4- ifj;kstuk {ks= dh Lohd`fr ,oa izLrkfor {ks= esa vUrj % 1067 gS0

vkbZVe Ikfj;kstuk dh Lohd`fr ds vuqlkj foLrr ifj;kstuk izfrosnu ds

vuqlkj

Ikfj;kstuk dk {ks=Qy

¼gSDVs;j½

5000 3933

Ikfj;kstuk dh ykxr¼yk[k

:Ik;s esa½

600.00 471.96

eSdzks ,oa ekbdzks la[;k

dyLVj dyLVj

xzke iapk;rksa ds uke

<hijh pEcy] ddjkonk] cEcwfy;kdyk]

xsark] uksusjk ,oa fouk;dk

<hijh pEcy] ddjkonk]

cEcwfy;kdyk] xsark] uksusjk] juksfn;k

,oa fouk;dk

xkaoksa ds uke

[ksMyhizsek] jksMxat&gjhiqjk] ikMk]

gok[ksMyh] j?kqukFkiqjk] dhjiqjk] xsark]

vkeYnk] [kjou] uksusjk&[ksMyh]

ukjk;.kiqjk] fd”kuokl] fotkork]

uykork

[ksMyhizsek] jksMxat&gjhiqjk] ikMk]

gok[ksMyh] j?kqukFkiqjk] dhjiqjk] xsark]

vkeYnk] [kjou] uksusjk&[ksMyh]

ukjk;.kiqjk] fd”kuokl] fotkork]

uykork

I

Ikfj;kstuk ds Lohd`r {ks=Qy esa vUrj dk fooj.k

dze l0 xzke iapk;r lfEefyr xzke dqy HkksxkSfyd {ks=Qy ¼gs0½ ifj;kstuk esa Lohdr

{ks=Qy ¼gs0½

ifj;kstuk esa izLrkfor {ks=Qy ¼gs0½

1 ddjkonk

ikMk 107

59 20

jksMxat&gfjiqjk 324

324 269

2 <hijh PkECky [ksMyh iSek 148 95 61

3 cEcqfy;kW dyk

j/kqukFk iqjk 174 174 157

gok[ksMyh 287 287 246

dhjiqjk 196 179 132

4 xasrk xsark 1770

500 740

vkeYnk 812 782 610

5 uksusjk

[kjo.k 406 406 383

[ksyMh uksjsuk 425 316 237

ukjk;.kiqjk 532 333 246

6 juksfn;k fdluokl 512

475 324

fctkork 624 390 321

7 fouk;dk uykork 680 680 187

dqy 6997 5000 3933

II

III

Ikfj;kstuk ds Lohd`r {ks=Qy esa vUrj dk foLr`r fooj.k

dqy HkksxkSfyd {ks=Qy ¼gs0½ ou {ks=Qy ¼gs0½ dekUM ,sfj;k {ks=Qy ¼gs0½ unh {ks=Qy ¼gs0½ dqy {ks= ¼gs0½ ifj;kstuk esa izLrkfor {ks=Qy ¼gs0½

1=5+6 2 3 4 5=2+3+4 6

107 48.19 0 38.54 86.73 20

324 0 0 55.76 55.76 269

148 72.31 5.26 8.8 86.37 61

174 0 0 16.75 16.75 157

287 0 0 40.9 40.9 246

196 43.57 0 20.81 64.38 132

1770 60.93 911.6 57.77 1030.3 740

812 161.12 0 41.15 202.27 610

406 0 0 23.05 23.05 383

425 126.84 0 60.85 187.69 237

532 199.17 0 86.48 285.65 246

512 45.47 138.86 4.58 188.91 324

624 234.63 24.01 43.94 302.58 321

680 160.29 286.06 46.2 492.55 187

6997 1152.52 1365.79 545.58 3064 3933

DPR TEMPLATE Index

S.No Topics Page no.

1 Chapter 1

Location 2 General Features of watershed (Cost and Area details) 3 Climatic and Hydrological information 4 Other Development Schemes in the project area 4 Details of infrastructure in the project areas 5-13 Institutional arrangements (WCDC,PIA,WDT,WC) 14 Base line Survey Format for IWMP MIS Website 2 Chapter Basic Data ,Analysis and Scope

2.1 Demography Details 15 2.2 Development Indicators 15 2.3 Land use 15 2.4 Agriculture status and Productivity Gap Analysis 16 2.5 Horticulture/Vegetable/Floriculture status 17 2.6 Land holding pattern 18 2.7 Livestock status With Per Capita Production 19 2.8 Fodder status 20 2.9 Farm Implements 20 2.10 NREGS Status 20 2.11 Migration details 21 2.12 Livelihood Details. 22 2.13 Existing SHG 23 2.14 Ground Water details 23 2.15 Drinking Water Status 24 2.16 Water use efficiency 24 2.17 Slope details 24 2.18 Water Budgeting 25 2.19 Soil Details 26 2.20 Soil erosion status 26

3 Chapter Proposed Development Plan 27-48

4 Chapter Activity wise Total Abstract of cost 49-50

5 Chapter Annual Action Plan

5.1 Project fund 51-53 5.2 Convergence Plan 54-55

6 Chapter Project outcomes 56

7 Technical designs and estimates for proposed activities 57-87

8 Enclosures

8 .1 Maps a. Location –District, block, village, watershed location map b. Map of Project with Watershed Boundary demarcation in cadastral map c. Land Use Land Cover map d. Existing water bodies, DLT e. PRA Map (along with photos & paper drawing)’’ 88-106 f. GIS based intervention map

g. Treatment map ie proposed works on revenue map

8.2 Documents of Agreements: Proceedings of gram sabha for EPA approval 107-112

Proceedings of gram sabha Resolution for committee constitution 113-118

Documents related to PRA exercise

Proceedings of gram sabha for DPR approval

Proceedings of Panchayat Samiti General body for DPR approval

Proceedings of Zila Parishad Standing Committee for DPR approval

1

v/;k;&1

ifj;kstuk {ks= dk ifjp; %

ifj;kstuk dk LFkku %

Tkyxzg.k ifj;kstuk vkbZ0MCY;w0,e0ih0 XI ¼o"kZ 2012&13½ iapk;r lfefr bZVkok ftyk dksVk esa

fLFkr gSA ifj;kstuk {ks= 25*26’15” N to 25*37’15” N v{kka’k ,oa 76*16’45” E to 76*21’15” E ns’kkarj ds

chp vkrk gS] ifj;kstuk {ks= iapk;r lfefr eq[;ky; ls 25 fdyksehVj nwjh ij ,oa ftyk eq[;ky;

ls 105 fdyksehVj dh nwjh ij fLFkr gSA ifj;kstuk {ks= esa 8840 O;fDr fuokl djrs gSaA

Tkyxzg.k ifj;kstuk dh lkekU; fo’ks"krk,sa %

dz0la0 Ikfj;kstuk dh lkekU; fo’ks"krk,sa

d Hkkjr ljdkj }kjk Lohd`fr ds vuqlkj Ikfj;kstuk dk uke dksVk¼vkbZ-MCY;w-,e-ih½

11@12&13

[k Tkyxzg.k ifj;kstuk dk LFkkuh; uke uksusjk

x dSpeSUV dk uke ¼fjoj csflu vuqlkj½ PkEcy osyh o dkyhfla/k

?k Ikfj;kstuk dk izdkj vU;

.k Ikfj;kstuk {ks= esa vkus okys eSdzks ,oa ekbZdzks ds uke dyLVj

p Ikfj;kstuk dk dqy {ks=Qy 5000

N Ikfj;kstuk dk izHkkoh {ks=Qy 3933

t Ikfj;kstuk dh ykxr ¼yk[k :Ik;s esa½ 471-96

> Ykkxr izfr gSDVs;j ¼:Ik;s esa ½ 12000@&

.k Ikfj;kstuk {ks= esa vkus okyh xzke iapk;rksa dh la[;k 7

V Ikfj;kstuk {ks= esa vkus okys xkaoksa dh la[;k 14

B Ikfj;kstuk {ks= dh eq[; ufn;ksa ds uke PkEcy o dkyhfla/k

M- Ikfj;kstuk {ks= dh <ky dh jsat ¼izfr’kr esa½ 0 ls 8 izfr'kr

2

Ikfj;kstuk {ks= esa lfEefyr eSdzks o ekbZdzks ] xzke iapk;r ,oa xkaoksa dk fooj.k %

eSdzks @

ekbZdzks ds

uke

xzke iapk;rksa ds

uke

lfEefyr xkaoksa ds

uke

Xkkaoksa ds lSUll dksM {ks=+Qy

dyLVj <hijh pEcy [ksMyh isek] 03766300 61

ddjkonk jksMxat&gjhiqjk 03765500 269

ikMk 03765800 20

CkEcwfy;kdyk gok[ksMyh 03771000 246

j?kqukFkiqjk 03770900 157

dhjiqjk 03770700 132

xsark xsark 03771100 740

veYnk 03774300 610

uksusjk [kjou 03774400 383

[ksMyh uksusjk 03774500 237

Ukkjk;.kiqjk 03774600 246

juksfn;k fotkork 03774800 321

fd'kuokl 03774700 324

fouk;dk uykork 03779300 187

;ksx%&

3933

3

Tkyxzg.k {ks= ,xzksDykbZesfVd tksu nf{ke iwohZ g~;wfeM Iysu tksu vUrxZr vkrk gSA Hkwfe dk izdkj ¼VSDlpj½

lsUMhykSe gSA ifj;kstuk {ks= dh vkSlr o"kkZ 741-7 lsUVhehVj gSA ifj;kstuk {ks= dk rkieku xzh"e _rq esa 35 ls0xzs0 ls

48 ls0xzs0 ds chp ,oa ’khr _rq esa 8 ls0xzs0 ls 25 ls0xzs0 ds chp jgrk gSA ifj;kstuk {ks= esa eq[;r% ljlksa] xsagw o

lks;kohu Qlyksa dks fy;k tkrk gS] ifj;kstuk {ks= esa 81 izfr’kr Hkwfe T;ksr {ks= vUrxZr] 3-34 izfr’kr Hkwfe 131-45

iM+r {ks= ,oa 13-08izfr’kr Hkwfe catj Hkwfe vUrxZr vkrh gS] ftlesa ls 20-14 izfr’kr Hkwfe esa flapkbZ dh tkrh gSA

ifj;kstuk {ks= esa 432 ifjokj xjhch js[kk ls uhps ¼20-60 izfr’kr ifjokj½] 671 Hkwfeghu ifjokj

¼31-99 izfr’kr½] 1243 y?kq ,oa lhekar ifjokj ¼59-27 izfr’kr ifjokj½ gSaA vkSlr Hkwfe izfr ifjokj 1-87 gSDVs;j gS] 80-88

izfr’kr Hkwfe ,dy Qly {ks= vUrxZr ,oa 20-14 izfr’kr Hkwfe esa nks Qly {ks= vUrxZr vkrk gSA flapkb Z dk eq[; L=ksr

V~;wcosy gSA {ks= esa 10 o"kZ dh vkSlr o"kkZ 741-7 feyhehVj gSAifj;kstuk {ks= dh eq[; unh pEcy o dkyhfla/k gS]

ifj;kstuk {ks= esa eq[;r rstkth mRlo o ddjkonk dh lksjrh euk;s tkrs gSaA ifj;kstuk {ks= dh orZeku esa 8840

tula[;k gS ,oa eq[; :Ik ls dhj] eh.kk] cSjok] xqtZj] czgkE.k] jktiwr] ukxj vkfn tkfr;ka fuokl djrh gSaA

Tkyok;q ,oa gkbZMªksyksftdy laca/kh lwpuk,sa %

1-vkSlr o"kkZ

1 vkSlr o"kkZ ¼feyhehVj esa ½ Ok"kZ Ok"kZ dh vkSlr o"kkZ ¼feyhehVj esa ½

1

2004-05 542

2

2005-06 576

3

2006-07 587

4

2007-08 1017

5

2008-09 471

6

2009-10 475

7

2010-11 1269

8

2011-12 577

9

2012-13 489

10

2013-14 1414

2- rkieku

ekSle vkSlr rkieku

¼fMxzh lsUVhxzsV½

v- xzh"e _rq 35-48

c- 'kjn _rq 12-28

l- o"kkZ _rq 28-35

4

Ikfj;kstuk {ks= esa vU; fodkl ;kstukvksa dh tkudkjh %

dz-la- ;kstuk

dk uke

foHkkx dk

uke

;kstuk esa

yh tkus

okyh

xfrfof/k;ka

yf{kr

ykHkkafor

;kstuk esa

izko/kku

1 egkujsxk iapk;rjkt

Tkylaj{k.k]

ikS/kkjksi.k]

xzsoy lMd 231

2 Mkax {ks= iapk;rjkt Lkhlh jksM

3 ekMk iapk;rjkt Lkhlh jksM

Ikfj;kstuk {ks= esa laLFkkxr <kaps dh fLFkfr %

Parameters Status (i) eq[; lM+d ls tksM+s x;s xkaoksa dh la[;k 7

(ii) fctyh dh miyC/krk okys xkaoksa dh la[;k 14 (iii) ifjokjksa dh la[;k ftUgs ihus dk ikuh miyC/k ugha gS (iv) f'k{k.k laLFkkvksa dh la[;k izk0

16

ek0

1

m0ek0

1

O;olk0

izkFkfed@ek/;fed@mPPk ek/;fed@O;olkf;d

¼oksds’kuy½ laLFkk

(v) xkoksa dh la[;k ftuesa izkFkfed LokLF; dsUnz gS 1 (vi) xkoksa dh la[;k ftuesa Ik’kq fpfdRlky; gS 1 (vii) xkoksa dh la[;k ftuesa iksLV vkWfQl gS 1 (viii) xkoksa dh la[;k ftuesa cSad gS 1 (ix) xkoksa dh la[;k ftuesa e.Mh@cktkj dh lqfo/kk gS 1 (x) xkoksa dh la[;k ftuesa d`f"k m|ksx gS - (xi) nqX/k dh vfrfjDr ek=k (xii) nqX/k ladyu dsUnzksa dh la[;k la lks fu0l0 v0

¼la?k@lkslk;Vh@futh laLFkk@vU;½

(xiii) xkoksa dh la[;k ftuesa vkaxuckM+h dsUnz gS 14 (xiv) xkoksa dh la[;k ftuesa vU; lqfo/kk,a gSa

(xv) lehi fLFkr d`f"k foKku dsUnz - kota - - (xvi) dkWikjsfVo laLFkk - - - - (xvii) xSj ljdkjh laxBu - - - - (xviii) Lkk[k laLFkk,sa - - - -

v- cSad 1 - - - c- lgdkjh lkslk;Vh - 1 - -

(xix) ,xzks lfoZl dsUnz - - - -

laLFkkxr O;oLFkk,sa ¼,l0,y0,u0,0] tyxzg.k lSy ,oa MkVk lSUVj] ih0vkbZ0,0] tyxzg.k fodkl

ny] tyxzg.k desVh] lfpo½

mailto:e.Mh@cktkj

5

tyxzg.k lSy ,oa MkVk lSUVj dk fooj.k %

Ikfj;kstuk fdz;kUo;u ,tsUlh dk fooj.k %

Tkyxzg.k fodkl ny lnL; dk fooj.k

1- Ikfj;kstuk izca/kd] tyxzg.k lSy ,oa

MkVk lSUVj] dk uke

Shri Naresh Mathur PM&SE WCDC Kota

2- nwjHkk"k ¼yS.MykbZu½ ua0 ,oa esy ,Mªsl

lfgr irk

0744-2500127 dwdu.kota@gmail. com

3- nwjHkk"k ¼ekckbZy½ ua0 9414123277

4- QSDl uEcj

5- bZ&esy ,Mªsl dwdu.kota@gmail. com

1- ih0vkbZ0,0 dk uke Jh lkSjHk HkVukxj

2- inuke lgk;d vfHk;Urk

3- nwjHkk"k ¼yS.MykbZu½ ua0 ,oa esy ,Mªsl

lfgr irk

4- nwjHkk"k ¼ekckbZy½ ua0 9414285807

5- QSDl uEcj

6- bZ&esy ,Mªsl [email protected]

1 2 3 4 5 6 7 8

dz-

l-

Tkyxzg.k fodkl

ny lnL; dk

uke

L=h@iq

:"k

vk;q ;ksX;rk

Tkyxzg.k dk;Z

djus ds {ks= esa

vuqHko ¼o"kksZa esa½

O;olkf;d

izf’k{k.k dk

fooj.k

dk;Z{ks++++=

1 Jh jkeorkj

ukxj

M 25 B-Tech Civil

6 Month vfHk;kfU=d vfHk;kfU=d

2 Jh y[kuyky M 47 BSC Agg. 5.5 Years d`f"kZ d`f"kZ

3 Jh eqds'k oekZ M 27 2 Year Diploma

6 Month i'kqikyu i'kqikyu

4 Jhefr mek

ukxj

F 30 B.A 5.5 Years lkekftd fo'ks"kK lkekftd fo'ks"kK

mailto:dwdu.kota@gmail

mailto:dwdu.kota@gmail

6

Tkyxzg.k desVh dk fooj.k

dz-l- desVh dk

uke

Tkyxzg.k

desVh xBu

gsrq vk;ksftr

xzke lHkk dh

fnukad

inuke tyxzg.k desVh lnL;

dk uke

L=h@iq:"k oxZ ¼,l-

lh-@,l-

Vh-@vks-

ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg dk

uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr

uksusjk

12-09-13

v/;{k Jh fcj/khyky eh.kk iq:"k ,lVh

ljiap Ckh,

2

lfpo Jh fxjkZt eh.kk iq:"k ,lVh lfpo Ckh,

3

lnL; Jh eqjyh/kj xqtZj iq:"k vkschlh miHkksDrk ikWpoh

4 lnL;

Jh Ukksuthjke eh.kk iq:"k ,lVh miHkksDrk esfV~zd

5 lnL;

Jh nqxkZ”kadj eh.kk iq:"k ,lVh miHkksDrk esfV~zd

6 lnL;

Jh pkSFkey eh.kk iq:"k ,lVh miHkksDrk esfV~zd

7 lnL;

Jh iUukyky dsoV iq:"k vkschlh

miHkksDrk Lkk{kj

8 lnL;

Jh [ksejkt cSjok iq:"k ,llh

miHkksDrk esfV~zd

9 lnL;

Jhefr jtUrhckbZ L=h ,lVh ,l,pth esfV~zd

10 lnL;

Jhefr cnzhckbZ L=h ,lVh ,l,pth esfV~zd

11 lnL;

Jhefr izseckbZ L=h ,lVh ,l,pth ikWpoh

12 lnL;

Jh lkSjHk HkVukxj iq:"k LkekU;

Lkgk0 vfHk;ark Ckh-bZ

7

dz-l- desVh dk

uke

Tkyxzg.k

desVh xBu

gsrq vk;ksftr

xzke lHkk dh

fnukad


dk uke

L=h@iq:

"k

oxZ ¼,l-

lh-@,l-

Vh-@vks-ch-

lh-@vU;½

miHkksDrk@

Lo;a lgk;rk

lewg dk uke

'kS{kf.kd

;ksX;rk

Educational

qualification

1 Tkyxzg.k

lfefr

ddjkonk

04-09-13

v/;{k Jhefr jkeukjk;.kh L=h ,llh

ljiap ikWpoha

2

lfpo Jh cnzhyky ukxj iq:"k vkschlh lfpo Ckh-,-

3

lnL; Jh “kadjyky iq:"k ,llh miHkksDrk vf’kf{kr

4 lnL;

Jh jkew iq:"k ,llh miHkksDrk vf’kf{kr

5 lnL;

Jh jkefuokl iq:"k vkschlh miHkksDrk ikWpoh

6 lnL;

Jh X;kjlhjke iq:"k vkschlh

miHkksDrk ikWpoh

7 lnL;

Jhefr xhrkckbZ iq:"k ,llh

miHkksDrk vf’kf{kr

8 lnL;

Jhefr clUrhckbZ L=h vkschlh

,l,pth rhljh

9 lnL;

Jhefr dtksMhckbZ L=h vkschlh

,l,pth vf’kf{kr

10 lnL;

Jhefr eksMhckbZ L=h vkschlh

,l,pth vf’kf{kr

11 lnL;



8

dz-

l-

desVh dk uke Tkyxzg.k desVh

xBu gsrq

vk;ksftr xzke

lHkk dh fnukad


dk uke

L=h@iq:"k oxZ ¼,l-lh-

@,l-Vh-

@vks-ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg

dk uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr juksfn;k

12-09-13

v/;{k Jh lhrkjke th jkBksj iq:"k vkschlh

Lkjiap

vkBoh

2

lfpo Jh jkds”k dq aekj iq:"k ,llh lfpo

Ckh,

3

lnL; Jh ekaxhyky iq:"k ,lVh miHkksDrk

Ckh,

4 lnL; Jh ckcwyky iq:"k ,llh

miHkksDrk nloha

5 lnL; Jh egkohj iq:"k ,llh

miHkksDrk nloha

6 lnL; Jhefr HkksyhckbZ Hkhy L=h vkschlh

,l,pth lk{kj

7 lnL; Jh eksguyky iq:"k vkschlh

miHkksDrk lk{kj

8 lnL; Jhefr yyrkckbZ L=h ,lVh

,l,pth lk{kj

9 lnL; Jh iwj.key iq:"k ,lVh

miHkksDrk ikWpoh

10 lnL; Jh ckcwyky iq:"k ,llh

miHkksDrk lk{kj

11 LnL; Jh tks/kjkt iq:"k vkschlh

miHkksDrk lk{kj

12 lnL; Jh lkSjHk HkVukxj iq:"k LkekU;


9

dz-

l-

desVh dk

uke

Tkyxzg.k desVh

xBu gsrq

vk;ksftr xzke

lHkk dh fnukad


dk uke


@,l-Vh-

@vks-ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg dk

uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr

fouk;dk

05-09-13

v/;{k Jhefr cnzhckbZ eh.kk iq:"k ,lVh

Lkjiap

vkBoha

2

lfpo Jh gfjizdk”k iq:"k ,lVh

lfpo

ch-,-

3

lnL; Jh lhrkjke iq:"k ,lVh

miHkksDrk nloha

4 lnL;

Jh jes'kpUnz iq:"k vkschlh

miHkksDrk nloha

5 lnL;

Jhefr deyk iq:"k vkschlh

miHkksDrk ikWpoh

6 lnL;

Jh ijekuUn L=h ,lVh

miHkksDrk ch-,-

7 lnL;

Jh jkedqoWj iq:"k ,llh

miHkksDrk vkBoha

8 lnL;

Jh HkS:yky L=h vkschlh

miHkksDrk vkBoha

9 lnL;

Jhefr pkSFkeyh iq:"k vkschlh

,l,pth Lkk{kj

10 lnL;

Jhefr cnzhckbZ iq:"k ,lVh

,l,pth Lkk{kj

11 LknL;

Jh NksVwyky iq:"k ,lVh

miHkksDrk Lkk{kj

12 lnL;


Lkgk0 vfHk;ark

Ckh-bZ

10

dz-

l-

desVh dk

uke

Tkyxzg.k desVh

xBu gsrq

vk;ksftr xzke

lHkk dh fnukad


dk uke


@,l-Vh-

@vks-ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg dk

uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr

cEcwfy;kdy

k

12-09-13

v/;{k Jhefr fceyk cSjok iq:"k ,lVh

ckjgoha

2

lfpo

nloha

3

lnL; Jh jkeyky iq:"k vkschlh

miHkksDrk ikWpoh

4 lnL;

Jh ca”khyky iq:"k vkschlh

miHkksDrk ikWpoh

5 lnL;

Jhefr fo|kckbZ L=h vkschlh

,l,pth vkBoha

6 lnL;

Jh jkepUnz iq:"k vkschlh

miHkksDrk vkBoha

7 lnL;

Jh jks”kuyky iq:"k vkschlh

miHkksDrk Lkk{kj

8 lnL;

Jh txnh”k flag iq:"k LkekU;

miHkksDrk ckjgoha

9 lnL;

Jhefr Ik”kqckbZ L=h ,lVh

,l,pth Lkk{kj

10 lnL;

Jh /kujkt iq:"k ,lVh

miHkksDrk vkBoha

12 LknL;

iq"ikckbZ L=h vkschlh

,l,pth

Lkk{kj

13 lnL;


Lkgk0 vfHk;ark

Ckh-bZ

11

dz-

l-

desVh dk

uke

Tkyxzg.k desVh

xBu gsrq

vk;ksftr xzke

lHkk dh fnukad


dk uke


@,l-Vh-

@vks-ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg dk

uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr xsark

02-10-13

v/;{k Jh dY;k.k flag Xokfj;k iq:"k ,llh

ljiap

vkBoha

2

lfpo Jh ykypUn egkoj iq:"k ,llh

lfpo

nloha

3

lnL; Jhefr dkS”kY;kckbZ L=h vkschlh

,l,pth

Lkk{kj

4 lnL;

Jhefr uUndWojckbZ L=h vkschlh

,l,pth Lkk{kj

5 lnL;

Jh lwjtey eh.kk iq:"k ,lVh

miHkksDrk Lkk{kj

6 lnL;

Jh ghjkyky xkspj iq:"k vkschlh

miHkksDrk ikWpoh

7 lnL;

Jh jkenso cSjok iq:"k ,llh

miHkksDrk Lkk{kj

8 lnL;

Jh xQ~Qkj eksgEen iq:"k vU;

miHkksDrk Lkk{kj

9 lnL;

Jh eqds”k cSjok L=h LkekU;

miHkksDrk vkBoha

10 LnL;

Jhefr latfrckbZ Xokfj;k L=h ,llh

,l,pth ikWpoha

11 lnL;


Lkgk0 vfHk;ark

Ckh-bZ

12

dz-l- desVh dk

uke

Tkyxzg.k desVh

xBu gsrq

vk;ksftr xzke

lHkk dh fnukad


dk uke


@,l-Vh-

@vks-ch-lh-

@vU;½

miHkksDrk@ Lo;a

lgk;rk lewg dk

uke

'kS{kf.kd ;ksX;rk

1 Tkyxzg.k

lfefr

<hijh pEcy

02-10-13

v/;{k Jhefr lkfo=h dSoV iq:"k LkekU;

ljiap

Lkk{kj

2

lfpo Jh cnzhyky ukxj vkschlh

lfpo

Ckh-,

3

lnL; Jh guqeku cSjok iq:"k ,llh

miHkksDrk vkBoha

4 lnL;

Jh xkscjh yky eh.kk iq:"k ,lVh

miHkksDrk vkBoha

5 lnL;

Jhefr dLrwjhckbZ L=h ,llh

,l,pth ikWpoha

6 lnL;

Jhefr ljLorhckbZ eh.kk iq:"k ,lVh

,l,pth ikWpoha

7 lnL;

Jhefr lquhrkckbZ iq:"k LkekU;

,l,pth ikWpoha

8 lnL;

Jh fxfjjkt dsoV L=h LkekU;

miHkksDrk lkroha

9 lnL;

Jh xqRFkh yky dsoV L=h LkekU;

miHkksDrk ikWpoha

10 lnL;



13

Ikfj;kstuk {ks= dh leL;k,sa ,oa lq/kkj ds volj %

Ikfj;kstuk {ks= dh Lkkekftd ,oa vkfFkZd fLFkfr esa lq/kkj {ks= ds mRiknu esa o`f) dj fd;k tk ldrk gS

ftlds fy;s Tkksr {ks= ,oa mRikdrk esa esa o`f) dj fd;k tk ldrk gSA ifj;kstuk {ks= esa 514-74 gSDVs;j {ks=Qy

catj Hkwfe ,oa 131-45 gSDVs;j {ks=Qy iM+r Hkwfe vUrxZr vkrk gS] bUgsa tksr {ks= esa ifjofrZr fd;k tk ldrk gSA

ek= 792-1 gSDVs;j {ks=Qy esa flpkbZ dh tkrh gS] flapkbZ {ks=Qy esa o`f) fd;k tk lduk laHko gSA

Ikfj;kstuk {ks= dh eq[; Qlyksa dh mRikndrk dk ftyk ,oa leku ,xzksDykbZesfVd ¼df"k tyok;q {ks=½Lrj

ij bu Qlyksa dh mRikndrk ds vUrj ls ladsr feyrs gSa fd bl ifj;kstuk {ks= dh Qlyksa dh mRikndrk esa o`f)

dh Ik;kZIr laHkkouk gSA mRikndrk ds bl varj dks d`f"k dh csgrj vH;klksa dk mi;ksx dj] csgrj mRiknu ds cht

dh fdLe ds izn’kZu vk;ksftr dj dh tk ldrh gS] bl {ks= esa bl dk;Z esa flapkbZ {ks=Qy esa o`f) djuk ,oa ty

laj{k.k xfrfof/k;ka dks fdz;kfUor djuk Hkh vko’;d gSA tyxzg.k {ks= esa tyok;q ifjorZu ds dkj.k d`f"k mRiknu

ij T;knk vkfJr jguk lqjf{kr ugha gS vr% d`f"k ds {ks= esa fofo/krk ij Qksdl fd;k tkuk egRoiw.kZ gS] vr% bl

gsrq Qyksa ds cxhps yxkuk] lfCt;ksa dk mRiknu] df"k okfudh] pkjk mRiknu xfrfof/k;ksa dks fy;k tkuk fuf’pr

fd;k x;k gSA vkthfodk ds lalk/ku ds fofof/kdj.k dh laHkkouk,sa vUrxZr Hkh vkthfodk esa o`f) gsrq dk;Z fy;s x;s

gSaA 223-4 eS0 Vu pkjs dh deh dh iwfrZ pkjkxkg fodkl ds dk;Z djokdj dh tkosxhA i’kqikyu dh csgrj

vH;klksa dks viukdj i'kqvksa dh mRikndrk esa o`f) dj fd;k tkosxkA 453 O;fDr {ks= ls iyk;u djrs gSa ftldks

jksdus gsrq d`f"k mRiknu esa o`f)] d`f"k ds {ks= esa fofo/krk viukdj] mudh vkthfodk ds lk/ku c<kdj ,oa muds

fy;s jkstxkj ds volj c<+kdj fd;k tkosxkA

14

vkbZ0MCY;w0,e0ih0 oSclkbZV gsrq cslykbZu losZ izi= %

ifj;kstuk dk uke % KOTA(IWMP) XI/2012-13 ifj;kstuk dk dqy HkkSxksfyd {ks=Qy % 6997 gS0

mipkj ;ksX; {ks=Qy % 3933 gS0

catj Hkwfe ¼yk[k gS0 esa½ 0-00514 Ckkjkuh vk/kkfjr d`f"k Hkfe

¼yk[k gS0 esa½

0-02394

dqy Qlyh; {ks=Qy¼yk[k gS0 esa½ 0-03186 okLrfod cks;k x;k {ks=Qy

¼yk[k gS0 esa½

0-03186

dqy tylaxzg.k <kpksa dh la[;k 17 ty fudkyus okyh dqy

bZdkb;ksa dh la[;k

271

Tky laxzg.k <kpksa dh dqy HkaMkj.k

{kerk ¼?ku ehVj½

54500

oxZokj Ikfjokjksa dh la[;k

i

vuq tkfr 453 vuq tutkfr 620

vU; 181 Hkwfeghu ifjokjksa dh la[;k 671

Ikfj;kstuk {ks= dh dqy tula[;k 8840 lhekar d`"kd ds ifjokjksa

dh la[;k

298

Ckh0ih0,y0 ifjokjksa dh dqy la[;k 432

Ikyk;u ds dqy fnuksa dh la[;k 150&180

tehu ry ds uhps Hkwty dh xgjkbZ ,oa iyk;u dh lwpuk %

ekulwu iwoZ fLFkfr ¼ehVj½ ekulwu Ik’pkr fLFkfr ¼ehVj½

tehu ry ds uhps Hkwty dh

xgjkbZ

45& 65 40& 55

Ikyk;u ds dqy fnuksa dh la[;k 150&180 100&150

15

v/;k;&2

tula[;k ,oa ifjokjksa dk fooj.k %

lkfj.kh &1 tula[;k ,oa ifjokjksa dk fooj.k

dqy tula[;k

L=h iq:"k dqy vuq0tkfr0 vuq0tu tkfr0

4194 4646 8840 1900 2652 ifjokjksa dk fooj.k

ch0ih0,y

0 ifjokj Hkwfeghu Yk?kq d`"kd

lhekUr

d`"kd cMs d`"kd

dqy

ifjokj

vuq0tkfr0

ds ifjokj

vuq0tkfr

0 ds

ifjokj

432 671 945 298 183 2097 453 620

Lkkfj.kh &2-2 fodkl ds ladsrd

dz-la- fodkl ds ladsrd

jkT; esa ifj;kstuk

{ks= esa

1 izfr O;fDr vk; ¼:i;s esa½ 34967 14145 gtkj

2 xjhch dk vuqikr 0-14 0-19

3 f’k{kk dk izfr’kr 60-70 68-68

izfr’kr

4 fyax vuqikr 926 1000 iq:"k

903 efgyk

5 f'k’kq e`R;q nj 0-059 0-027

6 ekr` eR;q nj 0-00388 0-00377

mijksDRk lkfj.kh ;g ladsr nsrh gS fd ifj;kstuk {ks= dh lkekftd vkfFkZd fLFkfr [kjkc gSA

lkfj.kh&2-3 Hkwfe mi;ksx

;ksx

1- d`f"k Hkwfe

v- vLFkkbZ iM+r 41-45

c- LFkkbZ iM+r 90

l- ckjkuh tksr {ks= 2394-58

n- flafpr tksr {ks= 792-1

;- okLrfod cks;k x;k {ks= 3186-60

j- ,d ckj ls vf/kd okLrfod cks;k

x;k {ks=

792-10

2- Oku Hkwfe 1152-52

3- catj Hkwfe 514-74

v- ljdkjh

c- futh ¼d`f"k Hkwfe½

426-61

94-27

4-pkjkxkg Hkwfe 93-59

5- flok; pd@ljdkjh Hkwfe -

ifj;kstuk dk izHkkoh {ks=Qy@

mipkj ;ksX; {ks=Qy

3933

16

ifj;kstuk {ks= esa 41-45 gSDVs;j Hkwfe vLFkkbZ iM+r gS] ftls tksr ;ksX; cuk;k tk ldrk gSA ,oa 131-47 gSDVs;j

{ks=Qy iM+r Hkwfe vUrxZr vUrxZr vkrk gS] flapkbZ gsrq tyxzg.k <+kapksa dk fuekZ.k dj bl iM+r Hkwfe dks tksr {ks=

esa ifjofrZr fd;k tk ldrk gSA ek= 792-10 gSDVs;j {ks=Qy esa flpkbZ dh tkrh gS] flapkbZ {ks=Qy esa o`f) djuk

Hkh ifj;kstuk esa djuk vko';d le>k x;k gS] Qlyksa dh mPp iSnkokj ds cht dh fdLeksa dk izn'kZu Hkh {ks= esa

fd;k tkuk izLrkfor gSA 514-74 gSDVs;j {ks=Qy esa catj Hkwfe gS] ftls tksr ;ksX; cukus gsrq vko';d tylaj{k.k

xfrfof/k;ka dks fdz;kfUor fd;k tkuk Hkh izLrkofr fd;k x;k gSA bu catj Hkfe esa ikS/[email protected] ,oa

pkjkxkg fodkl ds dk;Z djok;k tkuk izLrkfor gSA

Hkwfe mi;ksx dh mijksDr lkfj.kh ls Li"V gS fd 93-59 gSDVs;j Hkwfe pkjkxkg fodkl Js.kh esa vkrh gS] ftlds

fodkl gsrq mPp iSnkokj dh ?kkl dh cqokbZ ,oa ikS/kkjksi.k dj i'kqvksa gsrq pkjs dk mRiknu c<kus dk y{; Hkh j[kk

x;k gSA

lkfj.kh 2-4 [k-

mRikndrk esa vUrj dk fo'ys"k.k %

Qly dk uke mRikndrk fdyksxzke@gSDVs;j

Hkkjr esa jktLFkku dh

mPpre

,xzksDykbZesV dh

mPpre

ftys dh vkSlr ifj;kstuk {ks=

Xksagw 2938 2912 3113 3392 3125

Lkks;kchu 1063 1208 1373 1493 1250

Lkjlksa 1095 1194 1273 1551 1250

Qly dh yh tkus okyh eq[; fdLe ,oa mRikndrk %

Qly dk uke eq[; fdLe mRikndrk fdyksxzke@gSDVs;j

Lkks;kchu Tks,l- 9560 15&20

Xksagw jkt&4037 45&50

Lkjlksa Ikwlk oksYM 15&20

mijksDr lkfj.kh ds fo'ys"k.k djus ij ;g ladsr feyrk gS fd mRikndrk esa vUrj jk"Vªh; vkSlr ds vykok jkT;

ds vkSlr ,oa leku ,xzksDykbZesfVd tksu esa Hkh vUrj gS ftlds eq[; dkj.k fuEu gSa%

d`"kd }kjk LFkkuh;@ yksdy fdLe ds cht dk mi;ksx fd;k jgk gSA

Qly dh vPNh fdLe dh i;kZIr ek=k esa lgh le; ij miyC/rk dh deh A

flpkbZ ds ikuh dh miyC/rk esa deh dk gksukA

mRikndrk esa vUrj ,oa blds dkj.kksa ls ladsr feyrk gS fd Qly izn'kZu vk;ksftr dj d`"kdksa dks Qly ds mPp

fdLe ds cht dk mi;ksx djokdj mRikndrk c<kbZ tkosxhA Qly izn'kZu bEizwOM Qly dh fdLeks ij ,oa bEizwOM

'k"; fdz;kvksa ds lkFk djokbZ tkosaxhAblds lkFk lkFk lEkfUor dhV izca/ku ,oa fuEu Qly pdz viuk;k x;k gS A

lkfj.kh 2-4 d

,dy Qlyh; {ks= % 2109

nks Qlyh; {ks= % 790

cgq Qlyh; {ks= % 02

17

Qly pdz

Lkks;kfcu xsgwW

Lkks;kfcu /kfu;k

mMn ljlks

ewax ljlks

Tokj puk

mMn xsagwW

fry ljlks

fry xsagwW

mijksDr lkfjf.k;ksa ls LIk"V gS fd dsoy 792-10 gSDVs;j {ks=Qy gh f} Qlyh; gSA Qly pdz ls Li"V gS

fd ifj;kstuk {ks= esa iM+r Hkwfe j[kh tkrh gS, ftlls Qly pdz ifjorZu djus dh laHkkouk fn[kykbZ ns jgh gS]

tgka IkM+r Hkwfe dk vkf/kD; gS ogka bl {ks= esa bl dk;Z esa flapkbZ {ks=Qy esa o`f) djuk ,oa ty laj{k.k

xfrfof/k;ka dks fdz;kfUor djuk Hkh vko’;d gSA tyxzg.k {ks= esa tyok;q ifjorZu ds dkj.k d`f"k mRiknu ij

T;knk vkfJr jguk lqjf{kr ugha gS vr% d`f"k ds {ks= esa fofo/krk ij Qksdl fd;k tkuk egRoiw.kZ gSA

ty laj{k.k xfrfof/k;ksa dks fdz;kfUor djus ds vfrfjDRk bl {ks= esa iM+r Hkwfe dk mi;ksx dj ,dy

Qlyh; {ks= dks f} Qlyh; ,oa cgq Qlyh; {ks= esa ifjofrZr djuk Hkh y{; j[kk x;k gSA

Lkkfj.kh 2-5

Xkfrfof/k {ks=Qy

mRiknu

¼Vu esa½

Qynkj ikS/kksa ds cxhps 38 gS0 20

lfCt;ksa dh [ksrh 33-8 gS0 22

Qwyksa dh [ksrh & &

vks"k/kh; ikS/kksa dh [ksrh 0 0

18

Lkkfj.kh 2-6

Ikfj;kstuk {ks= esa Hkwfe/kkj.k dh fLFkfr %

d`"kd dk

izdkj

dqy

ifjokjksa

dh

la[;k

flapkbZ ds lk/ku ds izdkj ls Hkwfe

/kkjdksa ds ikl miyC/k Hkwfe ¼gS0½ lkekftd lewgokj miyc/k Hkwfe ¼gS0½

flafpr

ckjkuh

dqy

lkekU; vuq-

tkfr vuq-

tutkfr vU;

fiNM+k

oxZ

ch-ih-

,y-

(i) cM+s d`"kd 183 101.62 307.3 408.92 20.28 83.33 120.90 179.41 -

(ii) y?kq d`"kd 945 524.95 1586.87 2111.82 104.73 456.20

624.38 820.5 106.01

(iii) lhekUr

d`"kd 298 165.53 500.41 665.94 33.02 140.85

190.89 190.16 111.02

(iv) Hkwfeghu O;fDr 671 - - -

- - - - -

(V) ch0ih0,y0

ifjokjksa dh

la[;k 432 - - -

- - - - -

dqy ;ksx 2097 792.10 2394.58 3186.68 158.03 685.38 936.17 1190.0

7 217.03

59.27% Hkwfe /kkj.k y?kq ,oa lhekUr d"kdksa ls lEcaf/kr gSa] mDr d`"kd dqy tksr {ks=Qy 87-28% Hkwfe ds Lokeh gSaA

Qynkj ikS/kksa ds cxhps ,oa lfCt;ksa dh [ksrh y?kq ,oa lhekUr d"kdksa ds fy;s T;knk ykHknk;d gSA cM+s d`"kdksa]

ftuds ikl flapkbZ ds lk/ku ugha gSa] ds [ksrksa esa fdlh ,d Hkkx tgka QkeZ ikW.M@Vkads dk fuekZ.k djok;k tkuk

izLrkfor gks] ds Qynkj IkkS/kksa ds cxhps@lfCt;ksa dks izksUur fd;k tkuk izLrkfor fd;k x;k gSAfuEu xfrfof/k;ka

y?kq Hkwfe /kkjdksa ds fy;s T;knk ykHknk;d gSa ,oa cM+s Hkwfe /kkjdksa ds fy;s d`f"k ds fofof/kdj.k ls vk; c<kuk mfpr

jgsxkA

Qynkj ikS/kksa ds cxhps] lfCt;ksa dh [ksrh] Qwyksa dh [ksrh] vkS"k/kh; ,oa lqxaf/kr ikS/kksa dh [ksrh

Qynkj ikS/kksa ds cxhps ,oa lfCt;ksa dh [ksrh ,sls y?kq ,oa lhekUr d"kdksa ds fy;s T;knk ykHknk;d gS ftuds ;gka

flapkbZ ds lk/ku gSaAifj;kstuk {ks= esa vkS"k/kh; ,oa lqxaf/kr ikS/kksa dh [ksrh dh vPNh laHkkouk,sa gSA

d`f"k okfudhdj.k %

d`"kdksa dh vk;k esa o`f) djus gsrq ,oa gok dh xfr dks de djus gsrq d`f"k okfudhdj.k xfrfof/k dks viukus gsrq

;kstuk esa fy;k x;k gSA

oehZ dEiksLV bdkbZ;ksa dh LFkkiuk%

ekuo ds LokLF; ij jlk;uksa ,oa [kkn ds nq"izHkkoksa ds e/;sutj vkWxsZfud mRiknu ij T;knk tksj fn;k tkuk

vko’;d le>k x;k gS] vkWxsZfud [ksrh dks c<kok nsus gsrq d"kdksa dks vkWxsZfud vknku ds mi;ksx esa lg;ksx djus

gsrq oehZ dEiksLV bdkb;ksa dh LFkkiuk djus gsrq mUgsa izksRlkfgr fd;k tkosxkA

xq.koRrk ds cht dk mRiknu ,oa forj.k %

d`"kdksa dks xq.koRrk ds cht dk mRiknu ,oa forj.k dks lqfuf’pr djus dh vko’;drk gS] ftlds fy;s ifj;kstuk

{ks= esa i;kIr ek=k esa cht mRiknu gsrq d`f"k foHkkx ,oa futh dEiuh ds lg;ksx ls bl gsrq dne mBk;k tkosxkA

19

fLizadyj ,oa ikbZiykbZu dk mi;ksx %

izHkkoh ty izca/ku gsrq fLizadyj ,oa ikbZiykbZu ds mi;ksx gsrq d`f"k foHkkx ls lesdu vFkok futh lg;ksx }kjk

i;kZIr vkfFkZd lg;ksx ls fLizadyj ,oa ikbZiykbZu yxkus ds izn’kZu ij tksj fn;k tkuk fuf;pr fd;k x;k gSA

xzhu gkml dh LFkkiuk %

xSj ekSleh; lfCt;ksa ,oa Qynkj ikS/kksa ds ikS/kksa dk mRiknu xzhu gkml esa tyok;q dh ifjfLFkfr;ksa dks dkcw dj dh

tk ldrh gSA vr% d`f"k foHkkx ls lesadu dj d"kdksa ij xzhu gkmlksa dh LFkkiuk dh tkosxhA

ulZfj;ksa dh LFkkiuk %

T;knkrj ikS/kksa dh vkiwfrZ jkT; ;k ns’k ds vU; Hkkxksa ls dh tkrh gS] ftlls ikS/kksa dks uqdlku gksrk gS ,oa le;

ij ikS/kksa dh lkexzh dh vkiwfrZ ugha gks ikrh gSA vr% ulZjh fodkl dh xfrfof/k dks ifj;kstuk {ks= esa izksUur fd;k

tkosxkA

Uko mPp rduhd@fu;kZr vk/kkfjr xfrfof/k;ksa dk mi;ksx %

Uko mPp rduhd@fu;kZr vk/kkfjr ifj;kstuk,sa tSls [kqEch¼e’k:e½dh [k srh] Qwyksa dh [ksrh] bR;kfn tks orZeku esa

ugha viuk;s tk jgs gSa] dks c<kok fn;k tkosxkA

fMªi flapkbZ dk mi;ksx %

lHkh Qynkj ikS/kksa] lfCt;ksa dh [ksrh] xzhu gkml ,oa ulZfj;ksa gsrq ty ds izHkkoh mi;ksx gsrq fMªi flapkbZ dk

mi;ksx dks izksUur fd;k tkosxkA

lkfj.kh 2-7

i'kq dh fLFkfr& Ik’kq] nqX/k mRiknu ,oa vkSlr mRikndrk %

dz-

la-

i'kq dk

fooj.k

Lak[;k izfrfnu mRikndrk

¼nqX/k@ekl@mu½ Xkk; ;qfuV ds

leku la[;k

Ok"kZ esa lw[ks

pkjs dh

vko’;drk ¼7

fdxzk@i’kq½

dqy

vko’;drk

¼eSfVªd Vu esa½

1 Xkk;

v ns'kh uLy xk; 1455 338 1455 10185 371-7

c dzkWl czhM 1 0 7 0-3

2 HkSal 1236 1076 1545 10815 394.7

3 cdjh 1506 329 151 1057 38.6

4 HksM+ 550 23-5 55 385 14.1

5 maV 0 0 0 0 0

6 eqxhZ 15 0 0 0 0

7 lqvj 0 0 0 0 0

dqy la[;k 4853 1786-5 3206 22449 819-4

i'kqvksa dh la[;k T;knk gksus ds ckotwn i'kqvksa ls mRiknu de gS] vr% lHkh i'kqvksa dh uLyksa dh mRikndrk

c<kuk ,d cgqr cM+h pqukSrh gSA

i'kq tks mRiknd ugha gSa] ,oa i'kq ftudh mRikdrk de gS mudk mRiknu c<kus gsrq fuEu xfrfof/k;ksa dks

fy;k tkuk izLrkfor fd;k x;k gS%

20

i'kqvksa dks ikyus] chekfj;ksa gsrq Vhds yxkus] mUur uLy viukus] vkfn dk;ksZa gsrq tkx:drk

vfHk;ku

oSKkfud vH;kl ls i'kqikyu ds dze esa lsehukj] okn&fookn izfr;ksfxrk] iSEQysV forj.k] psruk

jsyh dk vk;kstu

vUrj ftyk@jkT; Hkze.k dk;Zdze

i'kqikydks dh ikf{kd cSBd vk;ksftr dj mUgsa mUur uLy gsrq lHkh xHkZk/ku ;ksX; xk;] HkSal ds

d`f=e xHkkZ/kku gsrq rS;kj djuk

i'kqvksa ds LokLF; gsrq fdz;kdyki djuk

i'kqikyu izos’k fcUnq@ dk;Z en esa ikuh dh ukan cuokukA

i'kqvksa ds d`f=e xHkkZ/kku] cf/k;kdj.k] cka>iu dk bykt vkfn dk;Z djokuk

lkfj.kh 2-8

pkjs dk mRiknu %

dz-

l-

fooj.k bdkbZ {ks=Qy@ek=k

1 pkjkxkg dk {ks=Qy gS0 93-59

2 pkjkxkg gsrq fy;k x;k tkssr {ks= gS0 25

3 gjs pkjs dk mRiknu eS0 Vu@izfr o"kZ 210

4 lw[ks pkjs dk mRiknu eS0 Vu@izfr o"kZ 217

5 pkjs dk mRiknu eS0 Vu@izfr o"kZ 169

6 tykm ydM+h ds fy;s fy;k x;k {ks= gS0 10

7 lEiwjd [kkuk fdxzk@fnu 400

8 lkbZyst fiV la[;k 0

9 pkjs dh miyC/krk eS0 Vu@izfr o"kZ 596

10 pkjs dh deh@vf/kdrk eS0 Vu@izfr o"kZ 223-40

mDRk lkfj.kh ls Li"V gS fd ifj;kstuk {ks= esa pkjs dh deh gS ¼ pkjs dh vko';drk 223-40 eS0 Vu gS ,oa

mRiknu 596 eS0 Vu gS½ pkjs dh deh dh iwfrZ gsrq fuEUk dk;Z vko’;d gSa %

pkjs dh Qly ds {ks=Qy dks c<kukA

pkjs dh Qly dk mRiknu c<kukA

pkjkxkg {ks= dk fodklA

T;knk la[;k esa ekStwn i’kq/ku dks de djds mudh txg de la[;k esa T;knk mRiknd i’kqvksa dks

j[kukA

lkfj.kh&2-9

d`f"k midj.kksa dh fLFkfr %

dz-la- d`f"k midj.k la[;k

1 VªSDVj 112 2 Lizs;j&ekuo pfyr@ikoj 57 3 dYVhosVj@gSjks 112 4 lhM fMªy 112 5 vU; Fksz’kj ] fMlIyko ] eksjIyko 07

21

ifj;kstuk {ks= esa 59-27% Hkwfe /kkjd y?kq ,oa lhekUr Js.kh ds gSa] tks 87-28% tksr {ks= ls lEcaf/kr gSaA vr% cM+s

d`f"k midj.kksa dks O;fDrxr :i ls dz; djuk O;ogkfjd ,oa vkfFkZd :i ls lgh ugha gS vr% Lo;a lgk;rk lewgksa

dks midj.k dz; djus gsrq izksUur fd;k tkosxkA Lo;a lgk;rk lewg d`"kdksa dks fdjk;s ij d`f"k midj.k miyC/k

djk;saxsA

lkfj.kh 2-10

egkRek xak/kh ujsxk dh fLFkfr &

lkfj.kh

% 2-11

iyk;u dh fLFkfr

Xkkao dk uke O;fDr;ksa

dh la[;k

fTkUgksaus

iyk;u

fd;k

Ok"kZ esa Ikyk;u

ds fnukad dh

la[;k

Ikyk;u dk

dj.k

Xkkao ls iyk;u ds

LFkku dh nwjh

fdeh esa

Ikyk;u ds

nkSjku O;olk;

Ikyk;u ds

nkSjku vk;

[ksMyh isek] 2 160&180 dk;Z dk vHkko

20 ls 25 fd0eh0 etnwjh 0-27

jksMxat&gjh

iqjk

158 160&180 dk;Z dk vHkko


ikMk 25 160&180 dk;Z dk vHkko


gok[ksMyh 20 160&180 dk;Z dk vHkko


j?kqukFkiqjk 44 160&180 dk;Z dk vHkko


dhjiqjk 11 160&180 dk;Z dk vHkko


xsark 47 160&180 dk;Z dk vHkko


dz-la- Xkkao dk uke dqy tkWc dkMksZa

dh la[;k

jkstxkj dh

fLFkfr

vc rd yh xbZ xfrfof/k

1 [ksMyh isek] 15 9 rykbZ] xzsoy lMd] ikS/kkjksi.k]

2 jksMxat&gjhiqjk 161 135 rykbZ] xzsoy lMd] ikS/kkjksi.k]

3 ikMk 30 22 rykbZ] xzsoy lMd] ikS/kkjksi.k]

o ’kkSpky;

4 gok[ksMyh 87 75 rykbZ] xzsoy lMd] ikS/kkjksi.k]

5 j?kqukFkiqjk 76 62 rykbZ] xzsoy lMd] ikS/kkjksi.k]

6 dhjiqjk 87 67 rykbZ] xzsoy lMd] ikS/kkjksi.k]

7 xsark 1084 848 rykbZ] xzsoy lMd] ikS/kkjksi.k]

8 veYnk 116 98 rykbZ] xzsoy lMd] ikS/kkjksi.k]

9 [kjou 96 70 rykbZ] xzsoy lMd] ikS/kkjksi.k]

o ’kkSpky;

10 [ksMyh uksusjk 38 25 rykbZ] xzsoy lMd] ikS/kkjksi.k]

11 Ukkjk;.kiqjk 63 52 rykbZ] xzsoy lMd] ikS/kkjksi.k]

12 fotkork 49 35 rykbZ] xzsoy lMd] ikS/kkjksi.k]

13 fd'kuokl 206 168 rykbZ] xzsoy lMd] ikS/kkjksi.k]

14 uykork 118 98 rykbZ] xzsoy lMd] ikS/kkjksi.k]

o ’kkSpky;

22

veYnk 21 160&180 dk;Z dk vHkko


[kjou 12 160&180 dk;Z dk vHkko


[ksMyh

uksusjk

4 160&180 dk;Z dk vHkko


Ukkjk;.kiqjk 7 160&180 dk;Z dk vHkko


fotkork 9 160&180 dk;Z dk vHkko


fd'kuokl 37 160&180 dk;Z dk vHkko


uykork 56 160&180 dk;Z dk vHkko


;ksx%& 453 60-21

ifj;kstuk {ks= esa jkstxkj ds volj c<kdj] df"k iSnkokj esa oqf) djds] i’kqikydksa dh vk; c<kdj] eqxhZikydksa

dh vk;k esa o`f) djds ,oa ewY; lao/kZu djds iyk;u dks jksdus ij vadq’k yxk;k tk ldrk gSA

lkfj.kh 2-12

orZeku esa vkthfodk xfrfof/k;ksa dh fLFkfr %

2-12¼v-½ d`f"k vk/kkfjr eq[; xfrfof/k;ka

Xkfrfof/k dk uke ifjokjksa dh la[;k Xkfrfof/k ls vkSlr okf"kZd vk;

d`f"k 1426 0-50 & 1-25 yk[k

Ms;jh 03 0-61

eqxhZikyu 01 0-15

lqvjikyu 0 0

Hkwfeghu d`f"k Jfed 671 30 & 50 gtkj

lkfj.kh 2-12¼ c½

2-12¼v-½ vd`f"k {ks= dh eq[; xfrfof/k;ka

Xkfrfof/k dk uke ifjokjksa @ O;fDr;ksa dh

la[;k Xkfrfof/k ls vkSlr okf"kZd vk;

dkjhxj 6 38 gtkj

[kkrh 5 29 gtkj

yksgkj 3 25 gtkj

eksph 0 -

dqEgkj 8 11750 gtkj

vU; O;olk; ¼lkbZfdy

ejEer] ,l-Vh-Mh- cwFk]

dzkQ~V odZ½

vU; 7 50800 gtkj vkthfodk en esa vdf"k {ks= dh xfrfof/k;ksa dh vk; c<+kus gsrq Lo;a lgk;rk lewg ;k futh O;fDr;ksa dh vk;

c<kus ds iz;kl fd;s tkosaxsA

23

Lkfj.kh % 2-13

orZeku esa fLFkr Lo;a lgk;rk lewg dh fLFkfr %

dz-la- Lo; lgk0lewg

dk uke

lnL;ksa dh

la[;k

dh tk jgh

xfrfof/k

Ekkfld

vk;

miyC/k

jkf’k

izkIr

lgk;rk

jkf’k

Lkgk;rk dk

L=ksr

izkIr

izf’k{k.k

1

Hkxoku

prqHkqZt 13 Ms;jh

0.005 0.25 - efgyk cky

fodkl

foHkkx 1

2 HkkX;y{eh 10 - 0.002 0.02 - --,,-- - 3 psruk 10 - 0.002 0.02 - --,,-- - 4 jtuh 10 - 0.005 0.005 - --,,-- - 5 larks’k 10 - 0.005 0.01 - --,,-- - 6 veu 10 - 0.10 0.10 - --,,-- - 7 y{eh 10 - 0.004 0.04 - --,,-- - 8 jk/kk 12 - 0.003 0.03 - --,,-- - 9 y{ehckbZ 10 - 0.002 0.192 - --,,-- -

10 jkuh 13 - 0.025 0.28 - --,,-- - 11 t;Jh 10 - 0.005 0.015 - --,,-- - 12 ekW nqxkZ 10 - 0.01 0.88 - --,,-- - 13 vUuiw.kkZ 12 - 0.012 0.12 - --,,-- - 14 xzgy{eh 10 - 0.005 0.025 - --,,-- - 15 izhrh 14 - 0.014 0.042 - --,,-- - 15 Jh Hkxoku 10 - 0.01 0.184 - --,,-- - 17 lR;oku 10 - 0.005 0.005 - --,,-- - 18 >udkjh 12 - 0.012 0.045 - --,,-- - 19 d`Lu 10 - 0.02 0.08 - --,,-- - 20 ekFkqjh 10 - 0.002 0.09 - --,,-- - 21 ikoZrh 10 - 0.005 0.26 - --,,-- - 22 Xkk;=h 10 - 0.005 0.11 - --,,-- - 23 nqxkZorh 10 - 0.005 0.28 - --,,-- - 24 pUnzdkarh 10 - 0.005 0.006 - --,,-- - 25 ewfrZ 10 - 0.005 0.03 - --,,-- -

lkfj.kh ;g ladsr nsrh gS fd 25 Lo;a lgk;rk lewg tks iwoZ esa fufeZr gSa] mudks izf’k{k.k ,oa vkfFkZd lgk;rk ls

etcwr djus ds iz;kl djus gSaA

II. rduhdh QhplZ %

Lkkfj.kh 2-14

Hkw ty dh fLFkfr

dz-la- L=ksr la[;k Lfdz; xgjkbZ lw[kk flafpr

{ks=Qy

o"kZ esa ikuh dh

miyC/krk ¼fnuksa

esa½

i) Mx oSy 14 50-70 10 - 150

ii) 'kSyks V~;wc oSy 100 100-150 - 202.10 360

iii) ifEiax lSV 271 - - -

iv) Mhi V~;wc oSy 154 150-250 - 590 365

dqy 539 10 792.10

24

Lkkfj.kh 2-15 ihus ds ikuh dh miyC/krk % dz-

la- Xkkao dk uke ihus ds

ikuh dh

vko’;drk

yhVj@

izfrfnu

orZeku esa

ihus ds ikuh

dh miyC/krk

yhVj@

izfrfnu

ihus ds

ikuh ds

L=ksrksa dh

la[;k

Lkfdz;

L=ksrksa

dh

la[;k

L=ksrksa dh

la[;k

ftuesa

ejEer dh

vko’;drk

gS

fuf"dz;

L=ksrksa

dh

la[;k

[ksMyh isek] 392 315 2 1 1 1

jksMxat&gjh

iqjk

3680 3540 8 6 2 &

ikMk 568 590 1 1 & &

gok[ksMyh 1360 1255 10 4 & 6

j?kqukFkiqjk 1450 1600 5 3 1 1

dhjiqjk 1292 1125 4 3 1 &

xsark 12860 14350 71 56 7 8

veYnk 1900 1750 8 6 1 1

[kjou 1680 1450 8 5 1 2

[ksMyh

uksusjk

512 595 7 6 1 -

Ukkjk;.kiqjk 1016 1315 9 4 4 1

fotkork 1152 975 5 4 1 &

fd'kuokl 3488 2940 15 13 1 1

uykork 3756 3610 26 23 1 2

Lkkfj.kh 2-17 ty mi;ksx {kerk

eq[; Qly dk uke

{ks=Qy ¼gSDVs;j½

fMªi] fLizadyj

falpkbZ vkfn ls

flafpr {ks=

ty laj{k.k

'k"; fdz;kvksa

ls flafpr {ks=

vU; ls flafpr

{ks=

dqy

flfpr

{ks=

lks;kfcu] xsgWw ] ljlks 5 20 767-10 792-10

mDr lkj.kh ;g ladsr djrh gS fd miyC/k ty dk lnqi;ksx vko’;d gSA

izR;sd lapkfyr dqa, ij ty dk lgh mi;ksx dks fMªi ;k fLizadyj lSV ds mi;ksx ls izksRlkfgr fd;k

tkosxkA

lkj.kh 2-17 <+ky dk fooj.k

Tkyxzg.k dk <+ky

dz-

la-

<+ky dh fLFkfr

{ks=Qy ¼gSDVs;j eas½a

1 0 ls 3% 3343 2 3 ls 8% 590 3 8 ls 25% 0 4 25% ls vf/kd 0

25

<+ky ds vuqlkj Hkw ,oat y laj{k.k xfrfof/k;ksa dk fu/kkZj.k fd;k tkosxk] rkfd d`f"k ,oa vd`f"k Hkwfe dh feV~Vh dk

o"kkZ ds cgko dh rst xfr ds dkj.k gksus okys {kj.k dks jksdk tk lds ,oa feV~Vh dh mijh lrg ,oa [kkn dks ikuh

ds lkFk cgus ls lqj{kk dh tk ldsA

lkj.kh 2-18 o"kkZ cgko ds ty dk ctV %

vPNk cgko {ks= – igkM+h {ks= tgka ouLifr de gSA vkSlr cgko {ks= – Iysu {ks= tgka ouLifr l?ku ugha gSA [kjkc cgko {ks= –{ks= tgka ouLifr l?ku gS ,oa feV~Vh dh ikuh xzg.k djus dh {kerk vf/kd gSA

dqy miyC/k o"kkZ ty cgko ¼LVªsUtst lkfj.kh ds vuqlkj½

vkSlr o"kkZ 741-70 fefyehVj

cgko {ks= dk

izdkj {ks=Qy

¼gSDVs;j eas½a Ckgko {ks= dk o"kkZ

cgko dh izfr gSDVs;j

mRikndrk ¼?ku ehVj

esa½

o"kkZ ty cgko dh

ek=k ¼?ku ehVj esa½

vPNk cgko {ks= 140 1953.14 273440 vkSlr cgko {ks= 3403 1464.80 4984714 [kjkc cgko {ks= 390 975.79 380560 ;ksx 3933 5638714

orZeku esa fLFkr <+kpksa esa jksds x;k ty cgko dh ek=k

dz-la-

<+kps dk uke Lak[;k HkaMkj.k {kerk ¼?ku ehVj½

i) ty laxzg.k <+kpk ¼feV~Vh ds½ 5 1000 ii) [kMhu@rkykc 8 3200 iii) QkeZ ikW.M - - iv) Vkadk 0 0 v) ,uhdV 4 4000 ;ksx

17 8200

izLrkfor tylaxzg.k <kapksa esa jksds x;s ty cgko dh ek=k

dz-la-

<+kps dk uke Lak[;k HkaMkj.k {kerk ¼?ku ehVj½

i) ty laxzg.k <+kpk ¼feV~Vh ds½ 170 850 ii) [kMhu@rkykc 1 1800 iii) QkeZ ikW.M 10 2880 iv) Vkadk - - v) ,uhdV 4 12000 ;ksx

185 17530

26

orZeku esa fLFkr <+kpksa ,oa izLrkfor <+kpksa esa jksds x;s ty cgko dh ek=k =25730 jksds x;s dqy ty cgko dh ek=k = 25730?ku ehVj jksds x;s ty cgko dk %= dqy jksdk x; s ty cgko dh ek=k x100/ 5638714 dqy ty cgko dh ek=k

4-56izfr’kr¼izLrkfor tylaxzg.k <+kpksa dh mapkbZ 0-096 ehVj ls 2-0ehVj ds chp gSA dksbZ Hkh <kapksa dh ikuh Hkjko dh xgjkbZ 2 ehVj ls vf/kd ugha gS½A Lkkj.kh 2-19 feV~Vh dk fooj.k %

dz-la- feV~Vh dh xgjkbZ

¼ls-eh- esa ½

{ks=Qy

1 0 ls 7-50 &

2 7-50 ls 45-00 390

3 45-00 ls vf/kd 3543

dz-la- fEkV~Vh dh moZjdrk dh fLFkfr orZeku esa

¼fdz-xzk@gS-½

vfHk’kaf"kr ek=k

¼fdz-xzk@gS-½

1 ukbVªkstu 260&280 450 2 QkWLQksjl 30&36 50 3 iksVsf’k;e 180&200 280 4 lw{e rRo esXus’kh;e ] thad ]

dksij ] ih-ih-,e-

3 – 20 , 0.6- 1.50 ,

mDRk lkj.kh ds fo’ys"k.k ls irk pyrk gS fd feV~Vh dh moZjdrk esa lq/kkj djus ,oa mlds j[k &j[kko dh

vko’;drk gSA izR;sd d`"kd dks izR;sd _rq gsrq feV~Vh dk LokLF; dkMZ fn;k tkuk fu’pr fd;k x;k gS] bl

dkMZ esa lw{e rRoksa ,oa [kkn dh vfHk’kaf"kr ek=k dh tkudkjh gksxhA

lkj.kh 2-20 feV~Vh ds {kj.k dh fLFkfr%

dz-la- feV~Vh {kj.k dk dkj.k +izHkkfor {ks=Qy

¼gSDVs;j esa ½

vkSlr feV~Vh dk {kj.k ¼eS-Vu@gS-@o"kZ½

1 Ok"kkZ ty ls 3933 30

2 gok ls - -

;ksx 3933 30

feV~Vh ds {kj.k dks jksdus ds fy;s fuEu dk;Z fd;s tkus vko’;d gSa &

Hkwfe ds iru dks jksduk

i'kqvksa dh la[;k ij fu;a=.k dj i'kqvksa ds nokc dks de djuk

vf/kd <kyw tehu dks Hkw ,oa tylaxzg.k dh xfrfof/k;ksa dh fdz;kfUofr ls iwoZ tksrus ls jksdukA

,sls ukyksa ds ry dks tksrus ls jksduk tks {kj.k ds izfr laosnu’khy gSaA

xyr d`f"k vH;klksa dks jksdukA

vfu;af=r pjkbZ dks jksduk ,oa i'kqvksa ds pyus ds jkLrksa dk fodklA

T;knk <kyw {ks=ksa esa taxy dh dVkbZ ls jksdukA

ifj;kstuk {ks= esa o"kkZ cgko ds {kh.kh; osx dks jksdus ds gsrq o"kkZ tycgko dk Hk.Mkj.k] ty ds lkFk cgus okyh

feV~Vh dks jksdk tkosxk] ,oa Hkw ty ds iquZHkj.k gsrq fofHkUu izdkj ds pSd MSe@,uhdV] tyxzg.k lajpukvksa dk

fuekZ.k djok;k tkuk izLrkfor gSA

27

v/;k;&3

izkjafHkd pj.k

izkjfEHkd pj.k dh xfrfof/k;ka fuEu izdkj ls gSa %

¼v½ {kerk fuekZ.k o izf'k{k.k rFkk izos'k fCkUnq xfrfof/k;ka

xfrfof/k;ka tSls dyk tRFks] leg cSBdsa] njokts&njokts izdkj ds vfHk;ku] ukjk ys[ku] isfUVax vkfn dk;Z

ifj;kstuk {ks= ds fuokfl;ksa ds lg;ksx ls djok;s tkosaxsA leqnk; o xzke iapk;rksa ds lnL;ksa ds lkFk ,d J`[kyk

dks fØ;kfUor djus ds fy, foospu fd;k x;k miHkksDrk lewg Lo;a lgk;rk lewg Hkh xfBr fd;s x;sA izos'k fcUnq

xfrfof/k;ks ds vuqeksnu gsrq xzke lHkk vk;ksftr dh xbZ xzke lHkk esa tyxzg.k desVh dk p;u Hkh fd;k x;kA

Ø-la- xzke iapk;r dk uke xzke lHkk dh fnukad ftlesa izos'k fcUnq

xfrfof/k ds dk;ksZ dk vuqeksnu fd;k x;k

1 uksusjk 16&18-7-14

2 juksfn;k 19&20-7-14

3 cEcwfy;k 22&24-7-14

4 <hcjhpEcy 25-7-14

5 ddjkonk 26&30-7-14

6 xsark 31-7-14 &01-8-14

7 fouk;dk 02-08-14

1 4 5 6 7 8 9 10 11

Ø-

la-

xkao dk uke izos'k fcUnq

xfrfof/k

vUrxZr

vkaofVr

/ku jkf'k

izos'k fcUnq

xfrfof/k vUrxZr

fy, x;s dk;Z

vuqekfur

ykxr

O;;

jkf'k

'ks"k jkf'k vk'kkfUor

ifj.kke

okLrfor

ifj.kke

1 [ksMyhizse 0-26352 0-26352 & 0-26352 vfrxze.k dh

leL;k nwj

gksxh o vafre

laLdkj csgrj

rjhds ls gks

ikosxkA ihus

ds ikuh dh

leL;k dk

lek/kku gksxk

A ,oa lksyj

ykbZV ls xkWo

esa izdk’k dh

vPNh O;oLFkk

gksxh

ykbZV ls

xkWo esa

izdk’k dh

vPNh

O;oLFkk

gq;h gS A

2 jksMxat&gjhiqjk 1-16208 ’ke’kku ?kkV 1-16208 & 1-16208

3 ikMk 0-08640 0-08640 & 0-08640

4 gok[ksMyh 1-06272 Ikkuh dh Vadh o

‘’e’kku ?kkV

1-06272 & 1-06272

5 j/kqukFkiqjk 0-67824 0-67824 & 0-67824

6 dhjiqjk 0-57024 0-57024 & 0-57024

7 Xksark 3-19680 Ikkuh dh Vadh]

lksyj ykbZV o

‘’e’kku ?kkV

3-19680 & 3-19680

8 vkeYnk 2-63520 2-63520 0-88 1-75520

9 [kjou 1-65456 ’e’kku ?kkV o

lksyj ykbZV

1-65456 & 1-65456

10 [ksMyhuksusjk 1-02384 1-02384 & 1-02384

11 Ukkjk;.kiqjk 1-06272 1-06272 0-44 0-62272

12 fotkork 1-38672 lksyj ykbZV o

‘’e’kku

?kkV@IysVQkeZ

1-38672 0-22 1-16672

13 fd’kuokl 1-39968 1-39968 0-66 0-73968

14 uykork 0-80784 lksyj ykbZV 0-80784 0-88 &0-07216

;ksx 16-99056 16-99056 13-91056

lHkh xkaoksa esa lgHkkxh xzkeh.k vH;kl dk dk;Z fuEu fnukadksa esa fd;k x;k%&

Ø-la- xkao dk uke lgHkkxh xzkeh.k vH;kl dk fnukad

1 [ksMyhizse 25-07-14

2 jksMxat&gjhiqjk 28-07-14

3 ikMk 26-07-14

4 gok[ksMyh 22-07-14

28

5 j/kqukFkiqjk 24-07-14

6 dhjiqjk 23-07-14

7 Xksark 30-07-14

8 vkeYnk 31-07-14

9 [kjou 18-07-14

10 [ksMyhuksusjk 17-07-14

11 Ukkjk;.kiqjk 16-07-14

12 fotkork 19-07-14

13 fd’kuokl 21-07-14

14 uykork 01-08-14

leqnk; dk lg;ksx ysdj ifj;kstuk {ks= dk Hkze.k fd;k x;k ftlesa lkekftd ekufp=.k] L=ksr ekufp=.k] vkfn

dk;Z fd;s x;sA izkFkfed Hkkxhnkjks ds lkFk foLr`r foospu o HkyhHkkafr fopkj fd;k x;kA

lkekftd vkfFkZd losZ{k.k dk dk;Z fnukad 24-02-2014 ls 01-08-2014 fnukad rd lHkh ifjokjksa dks lfEefyr djrs

gq, fd;k x;kA ftlesa Hkwfe/kkjdksa] tula[;k] tkfrokn lekt dh fLFkfr lacaf/k tkudkjh] jkstxkj dh fLFkfr]

leqnk; xfrfof/k;ksa dh tkudkjh bdB~Bh dh xbZ tks v/;k; nks es nh xbZ gSA

29

n{krk fuekZ.k lao/kZu

izf'k{k.k laLFkkvksa dh lwph%&

1 2 3 4 5 6 7 8

Ø

la-

lgHkkfx;ksa dk

uke

izf'k{k.k

laLFkk

dk uke

iw.kZ irk e;

VsyhQksu uEcj

o bZesy irk

,oa osclkbZV

izf'k{k.k laLFkk

ds eqf[k;k dk

uke o inuke

laLFkk

dk

izdkj

laLFkk ds

fof'k"Brk

dk {ks=

laLFkk ds

ekU;rk dk

fooj.k

1 ih-vkbZ-,- IGPRS, NIRD

Jaipur Director Govt. Remote Sensing, Water conservation

State /

Central

Govt. 2 MCY;w-Mh-Vh-

3 miHkksDRkk lewg KVK, CSWCR&TI

Kota Director Govt. Capacity building & Agriculture, Water conservation, Animal Husbandry

-----do----

4 Lo;a lgk;rk lewg KVK, NGO

Kota Director Govt. / Private

Capacity building, livelihoods, entrepreneurship development

State Govt./ Reg. NGO for Kota

5 tyxzg.k lfefr IMTI, NGO


Agriculture, Water conservation, Ground water, Capacity Building/Horticulture/ Animal Husbandry

-----do----

6 xzke iapk;r NGO, CSWCR&TI


-----do-----

Central Govt. Reg. NGO for

Kota

7 leqnk; NGO Kota Director Private -----do-----

Reg. NGO for Kota

8 ifj;ktuk izcU/kd

@,l-,y-,u-,-

IGPRS, NIRD

Jaipur Director Govt. Remote Sensing, Water conservation

State / Central Govt.

# dsUnz ljdkjh foHkkx@jkT; ljdkjh foHkkx@Lora= laLFkk@'kks/k laLFkk@fo'ofo|ky;@vU; ¼d`i;k Li"V djsa½

$ {kerk fuekZ.k@d`f"k@m|kfudh@i'kqikyu@eNyhikyu@nwjlaosnh@tylaj{k.k@Hkwty@okfudh@vkthfodk@

m/kferk fodkl@ vU; ¼di;k Li"V djsa½

@ ;g vko';d gS fd izzf'k{k.k laLFkk }kjk dk;Z funsZf'kdk esa mYysf[kr 'krksZ dks iwjh djrk gksA

30

lkj.kh %& ifj;kstuk {ks= esa {kerk lao/kZu laca/kh xfrfof/k;kW ¼HkkSfrd ,oa foRrh;½ ifj;kstuk ykxr dk 3-60 izfr'kr

1 2 3 4 5 6

Ø-

la-

ifj;kstuk esa

lgHkkxh

O;fDr;ksa

dh la[;k

ifj;kstuk vof/k esa izf'kf{kr fd;s tkus okys

O;fDr;ksa dh la[;k ifj;kstuk vof/k esa vk;ksftr izf'k{k.kksa dh la[;k

ifj;kstuk vof/k esa izf'kf{kr fd;s tkus okys O;fDr

fnolksa dh la[;k

izFke

o"kZ

f}rh;

o"kZ

r`rh;

o"kZ

prqFkZ

o"kZ

iape

o"kZ dqy

izFke

o"kZ

f}rh;

o"kZ

r`rh;

o"kZ

prqFkZ

o"kZ

iape

o"kZ dqy

izFke

o"kZ

f}rh;

o"kZ

r`rh;

o"kZ

prqFkZ

o"kZ

iape

o"kZ dqy

1 ih-vkbZ-,- 1 1 0 0 0 0 1 1 0 0 0 0 1 3

2 MCY;w-Mh-Vh- 8 4 0 4 0 0 8 3 0 2 0 0 5 9

3 miHkksDRkk lewg 115 0 45 30 40 0 115 0 6 12 6 0 24

4 Lo;a lgk;rk

lewg

70 0 0 35 35 0 70 0 0 2 1 0 3

5 tyxzg.k

lfefr

65 0 35 0 0 30 65 0 2 0 0 1 3

6 xzke iapk;r 0 0 0 0 0 0 0 0 0 0 0 0 0

7 leqnk; 140 40 45 0 0 55 140 40 6 0 0 6 52 40

8 'kSf{kf.kd Hkze.k

¼vUrZjkT;½

35 35 0 0 0 0 35 1 0 0 0 0 1 6

9 'kSf{kf.kd Hkze.k

¼vUrZjkT;½

35 35 0 0 0 0 35 1 0 0 0 0 1

10 ifj;ktuk

izcU/kd @,l-

,y-,u-,-

1 0 0 1 0 0 1 0 0 1 0 0 1

11 dqy HkkSfrd 470 115 125 70 75 85 470 46 14 17 7 7 91 58

12 dqy foRrh; 16-99 6-80 3-40 3-40 1-70 1-69 16-99 6-80 3-40 3-40 1-70 1-69 16-99 6-80

31

lkj.kh %& ifj;kstuk {ks= esa f'k{kk vkSj lapkj laca/kh xfrfof/k;kW ¼vkbZ-bZ-lh-½ ifj;kstuk ykxr dk 0-90 izfr'kr

1 2 3 4 5 6

Ø-la- xfrfo/kh dk;Zdkjh laLFkk ifj;kstuk dh

dqy ykxr esa

ls 1izfr'kr

jkf'k dk

vkaoVu

vkaoVu ¼yk[kks esa½ vk'kkfUor

ifj.kke

¼tgka rd

lEHko gks

ek=k

n'kkZ;s½

izFke

o"kZ

f}rh

;

o"kZ

r`rh;

o"kZ

prqFkZ

o"kZ iape o"kZ dqy

1 ekWMy #QVkWi okVj gkjosZfVx

LVªDplZ ¼iapk;r lfefr, jktho

xkW/kh lsok dsUnz ;k vU; iapk;r

lfefr Lrjh; utnhdh ljdkjh

Hkou ½

PIA 0-85 0.34 0.17 0.17 0.085 0.085 0.85

2 tyxzg.k {ks= xfrfof/k;kas dks n’kkZrk

gqvk IykLVj vkWQ isfjl@ feV~Vh@

ydMh@IykfLVd ls cuk gqvk

ekWMyA

PIA

0-425

0.17

0.085

0.085

0.0425

0.0425

0.425

3 MhLiys cksMZs@IysxDlh cksMZ@

4 okWy isfUVax&tyxzg.k xfrfof/k;ksa]

y{;ks o izkfIr vkfn dks n’kkZrh gqbZ

A

PIA 1-06245 0-125 0.0625

0.0625

0.03625

0.03625 0-32245

5 tyxzg.k fodkl laca/kh eqfnzr

iEiysVl@fyQ

ysVl@pkVZ@iksLVj@vkfnA

PIA 0-20 0.10 0.10 0.05 0.05 0-50

6 Ukkjk ys[ku PIA 0-10 0.05 0.05 0.02 0.02 0-24

32

7 lQyrk dh dgkuh;ksa dh

ohfM;ksaxzkQh@QksVksxzkQh@ y?kqfQYe

,oa d`"kdks ls lk{kjkrdkj @ okrkZ

A

PIA

0-63745 0-235 0-1075 0-1075 0-0475 0-0475 0-53745

8 fucU/k o okn&fookn izfr;ksfxrk PIA 0.01 0.01 0.01 0.01 0.01 0.05

9 jsfM;ksa@nwjn’kZu ij okrkZ o

foKkiu

PIA 0.01 0.01 0.01 0.01 0.01 0.05

10 lkaLdfrd R;kSgkj @ esys vkfn ds

volj ij iznZ’kuh

PIA 0-425 0.13

0.045

0.045

0.0225

0.0225

0.225

11 uqDdM+ ukVd

PIA 0.02 0.02 0.02 0.02 0.02 0.10

12 dViqryh izn’kZu PIA 0.02 0.02 0.02 0.02 0.02 0.10

13 jkf= xks"Bh PIA 0-85 0.26 0.09 0.09 0.045 0.045 0.53

14 Hkw laj{k.k lIrkg PIA 0.26 0.09 0.09 0.045 0.045 0.53

15 psruk jSyh PIA 0.02 0.02 0.02 0.01 0.01 0.08

16 tyxzg.k fodkl dk lans’k nsus okys

lkaLdfrd dk;ZØe

PIA 0.02 0.02 0.02 0.01 0.01 0.08

17 d`"kd fnol dk vk;kstu ,oa {ks=

Hkze.k fnol dk vk;kstu bR;kfn

PIA

0.02 0.02 0.02 0.01 0.01 0.08

18 dqy 4-24 0.02 0.02 0.02 0.01 0.01 0.08

33

LVsV fjeksV lsUlhx ,Iyhds'ku lsUVj@oSidksl@ihMhdksj vU; laLFkk dks fofHkUu FkhesfVd ys;lZ dkjVkslsV &1 o fyl&3 bestfjl ds mi;ksx ls mRiUu djus] fodflr

djus ,oa ft;ks Lisf'k;y MkVkcsl ds izc/ku ls Hkwfe dh orZeku HkkSxksfyd fLFkfr ty lajpuk,W ouLifr dh fLFkfr] Hkwfe ds Lokfe;ksa vuqlkj fLFkfr gksrh gSA

LVsV fjeksV lsUlhx ,Iyhds'ku lsUVj@oSidksl@ihMhdksj laLFkk }kjk fuEu FkhesfVd ys;lZ rS;kj dh nh xbZ gS%&

&ewyHkwr uD'ks ¼xkWo dk [kljk eSi½

& Mªsust ykbZu usVodZ@orZeku esa fLFkr ty lajpukvksa dk ekufp=

&yS.M;wt doj eSi

&Lyksi eSi

&1ehVj vUrjky dk leksP; ekufp= ¼fpfUgr tyxzzg.k {ks= ifj;kstuk gsrq½

pSIVj 2 esa mYysf[kr vuqlkj th-vkbZ-,l dh FkhesfVd ys;lZ] QhYM Hkze.k] xzkeh.k lgHkkxh vH;kl o cSap ekdZ vkadMs ds fo'ys"k.k ds vk/kkj ij jktLo uD'ks ij

fØ;kfUorh mipkj ;kstuk cukbZ xbZ gSA vr% izR;sd xfrfof/k dks jktLo uD'ks ij vafdr fd;k x;k gSA thvkbZ,l ds vk/kkj ij fufeZr fo'ys"k.k uD'ks] xzkeh.k lgHkkxh

vH;kl ds vk/kkj ds fo'ys"k.k dks layXu fd;k x;k gSA

c- vkthfodk dh dk;Z ;kstuk %

lEidZ djus ,oa dk;ZØe ls ifjp; djkus gsrq xzke lHkk esa ,d tkxj.k vfHk;ku pyk;k x;kA vkthfodk dk;Z ;kstuk % vkthfodk en esa jkf'k vkaoVu gsrq ;g eq[; :i

ls vko';d gSA ifj;kstuk fdz;kUo;u ,tsUlh }kjk tyxzg.k fodkl ny ds lnL;ksa] tyxzg.k lfefr] Lo;a lgk;rk lewgksa]vuqlwfpr tkfr] vuqlwfpr tutkfr] efgykvksa]

Hkwfeghu@lalk/kufoghu ifjokjksa ds ijke'kZ ls vkthfodk dk;Z ;kstuk rS;kj dh xbZ gSA

ifj;kstuk dh dqy ykxr : 471-96 yk[k

vkthfodk en esa miyC/k jkf'k : 38-23 yk[k

¼ifj;kstuk dh dqy ykxr dk 8-10%) v- Lo;a lgk;rk lewgksa gsrq lhMeuh¼ijkdze fuf/k½ ds :i esa miyC/k jkf'k : 29-39 yk[k

34

¼vkthfodk en esa miyC/k jkf'k dk U;wure 60%½

Lo;a lgk;rk lewgksa }kjk dh tkus okyh vkthfodk xfrfof/k;ksa dk fooj.k %

dz-la fooj.k Lak[;k ijkdze fuf/k@

lhM euh gsrq

miyC/k jkf’k

vkthfodk en esa miyC/k jkf’k dk

izfr’kr

1 Lo;a lgk;rk lewg

v orZeku esa 13 3.34 11.36%

c u;s 105 26.05 88.64%

;ksx 118 29.39 76.88%

2 O;fDrxr m|eh 18 3.8 9.95%

3

Lo;a lgk;rk lewgksa ds

QSMjs'ku@

m|eh Lo;a

lgk;rk lewg 7 5.03 13.17%

dqy ;ksx 143 38.22 100%

35

d`f"k vk/kkfjr izLrkfor xfrfof/k;ka

Xkfrfof/k dk uke Lo;a lgk;rk lewg dh la[;k ijkdze fuf/k

eNyhikyu 2 0.50

Ms;jh 26 6.50

eqxhZikyu 8 2.00

lwvj ikyu - -

cdjh ikyu 10 2.50

e/kq eD[kh ikyu 10 2.50

js'ke ds dhV dk ikyu - -

ulZjh 2 0.50

eDds dks Nhyus dh e’khu - -

nky fey - -

rsy fey - -

vU; ¼d`i;k Li"V djsa½ -

;ksx 57 14.25

36

vd`f"k {ks= gsrq izLrkfor xfrfof/k;ka

Xkfrfof/k dk uke Lo;a lgk;rk lewg dh la[;k ijkdze fuf/k

nLrdkj 2 0.50

[kkrh 3 0.75

lqukj -

eksph 3 0.75

dqEgkj 3 0.75

eSlu 3 0.75

i;kZoj.k i;ZV.k - -

d`f"k izlaLdj.k 3 0.75

yqgkj 3 0.75

eksecRrh cukuk 1 -

nksuk iRry - -

flykbZ@cqukbZ 5 1.25

Pkk; dh nqdku 2 0.50

tujy LVksj 2 0.50

ekckbZy fjis;j 2 0.50

feL=h@fofo/k 'kkWi 2 0.50

vU; dk;Z 27 6.89

‘;ksx 61 15.14

37

fufeZr fd;s tkus okys Lo;a lgk;rk lewgksa dh la[;k 118

c- Lo;a lgk;rk lewgksa ds QSMjs'ku@ m|eh Lo;a lgk;rk lewgksa dks vuqnku ds :i esa ns; jkf'k 5-03 yk[k

¼vkthfodk en esa miyC/k jkf'k dk vf/kdre 30%½

Lo;a lgk;rk lewgksa ds QSMjs'ku@ m|eh Lo;a lgk;rk lewgksa }kjk fd;s tkus okys izLrkfor dk;ksZa dk fooj.k %

dz-la- QSMjs’ku @m|eh

Lo;a lgk;rk

lewgksa dh la[;k

QSMjs’ku @m|eh Lo;a

lgk;rk lewg }kjk LFkkiuk

gsrq izLrkfor ifj;kstuk dk

uke

izLrkfor ifj;kstuk dh

ykxr

izLrkfor ifj;kstuk

ij ns; vuqnku jkf’k

cSad yksu

1 7 - 5.03

2

;ksx

l- O;fDrxr m|fe;ksa gsrq lhMeuh¼ijkdze fuf/k½ ds :i esa miyC/k jkf'k : 3-80 yk[k

¼vkthfodk en esa miyC/k jkf'k dk vf/kdre 10%½

38

fpfUgr fd;s x;s O;fDrxr m|fe;ksa dh la[;k &18

fpfUgr fd;s x;s m|eksa dk fooj.k %

dz-la- Xkfrfof/k dk uke m|fe;ksa dh la[;k oxZ vuq tkfr@vuq- tu

tkfr@vU;

ns; ijkdze fuf/k m|eh dh fgLlk jkf’k

1 fdjkus dh nqdku 3 vU; 0.51

2 lkbZfdy fjis;j 3 vuq tkfr@vuq- tu tkfr 0.51

3 eksckbZy fjis;j 3 vuq tkfr@vuq- tu tkfr 0.65

4 gs;j M~zslj 3 vuq tkfr@vuq- tu tkfr 0.65

5 nthZ 2 vU; 0.40

6 eksph 2 vuq tkfr@vuq- tu tkfr 0.40

7 vU; 2 vuq tkfr@vuq- tu

tkfr@vU;

0.68

l- mRiknu i)fr ;kstuk %

yf{kr ifjokjksa dks dk;ZØe ls ifjp; djkus ,oa lEidZ djus gsrq xzke lHkk esa ,d tkxj.k vfHk;ku pyk;k x;kA mRikndrk i)fr ;kstuk % mRiknu ;kstuk esa

jkf'k vkaoVu gsrq ;g eq[; :i ls vko';d gSA ifj;kstuk fdz;kUo;u ,tsUlh }kjk tyxzg.k fodkl ny ds lnL;ksa] tyxzg.k lfefr] Lo;a lgk;rk lewgksa ]vuqlwfpr

tkfr] vuqlwfpr tutkfr] efgykvksa] ,oa d`"kd ifjokjksa ds ijke'kZ ls mRiknu i)fr dk;Z ;kstuk rS;kj dh xbZ gSA

(i) Ikfj;kstuk dh dqy ykxr 471-96 yk[k :i;s

(ii) mRiknu i)fr esa miyC/k jkf’k ¼dqy ykxr dk 9% ½ = 42.48 yk[k :i;s

39

mRiknu i)fr ;kstuk gsrq izLrkfor xfrfof/k;ka %

dz-la- Xkfrfof/k dk uke Ikfjokjksa dh la[;k Xkfrfof/k dh ykxr tyxzg.k fodkl fuf/k

v mRiknu i)fr ;kstuk

1 eNyhikyu

2 Ms;jh

3 eqxhZikyu

4 lwvj ikyu 0 -

5 cdjh ikyu

6 e/kq eD[kh ikyu

7 js'ke ds dhV dk ikyu 0 -

8 ulZjh

B vU;

1 Qly izn’kZu 438 21.90

a lefUor U;wfVª,UV izca/ku - -

b lefUor dhV izca/ku - -

c T;knk iSnkokj gsrq Qlyksa ds cht

dk forj.k@feuhdV dk forj.k

2 Ukohu df"k xfrfof/k;ksa dk lekos’k

3 lhM de QfVykbZtj fMªy dk - -

40

forj.k

4 vU; d`f"k midj.k ,oa ikS/k laj{k.k

midj.kksa dk forj.k

5 Pkkjk mRiknu

6 d`f"k mRiknu

7 d`f"k m|kfudh 38 9.12

8 Qwyksa dh [ksrh 0 -

9 lfCt;ksa dh [ksrh 378 3.78

10 vkWxZfud [ksrh (gjh [kkn] uSMsi

[kkn o dEiksLV [kkn )

21 5.04

11 xzhu gkml -

12 'kSM uSV -

13 ulZjh -

vU; dk;Z -

;ksx -

C y?kq m|e

1 d`f"k izlaLdj.k -

2 ewY; lao/kZu -

3 Qyksa dk ifjj{k.k (pVuh , vpkj

, eqjCck , tSe , tSyh]vkfn )

-

41

4 vkVk pDdh

5 nky fey -

6 rsy fey -

7 eDds dks Nhyus dh e’khu -

8 Ik’kq fodkl xfrfof/k;ka -

a d`f+e xHkkZ/kku 30 -

b cf/k;kdj.k 30 -

c ;wfj;k ekSyk;fll dk izn’kZu 30 -

9 i'kq ukn 24 1.20

10 i'kq gsrq 'kSM - -

11 mUur u’y ds lkaM@ikMk 8 0.96

Ik’kqfpfdRlk dsEi 50 0.48

42

i'kq fodkl ;kstuk %

i'kq tks mRiknd ugha gSa] ,oa i'kq ftudh mRikdrk de gS mudk mRiknu c<kus gsrq fuEu xfrfof/k;ksa dks fy;k tkuk izLrkfor fd;k x;k gS%

i'kqvksa dks ikyus] chekfj;ksa gsrq Vhds yxkus] mUur uLy viukus] vkfn dk;ksZa gsrq tkx:drk vfHk;ku ,oa ukjk ys[ku

oSKkfud vH;kl ls i'kqikyu ds dze esa lsehukj] okn&fookn izfr;ksfxrk] iSEQysV forj.k] psruk jsyh dk vk;kstu

vUrj ftyk@jkT; Hkze.k dk;Zdze

i'kqikydks dh ikf{kd cSBd vk;ksftr dj mUgsa mUur uLy gsrq lHkh xHkZk/ku ;ksX; xk;] HkSal ds d`f=e xHkkZ/kku gsrq rS;kj djuk

i'kqvksa ds LokLF; gsrq fdz;kdyki djuk

i'kqikyu izos’k fcUnq dk;Z ,oa dk;Z en esa ikuh dh ukan cuokukA

i'kqvksa ds d`f=e xHkkZ/kku] cf/k;kdj.k] cka>iu dk bykt vkfn dk;Z djokuk

okf"kZd dk;Z ;kstuk %

izR;sd o"kZ tuojh ekg esa ifj;kstuk fdz;kUo;u ,tsUlh }kjk xzke lHkk esa tyxzg.k fodkl ny ds lnL;ksa] tyxzg.k lfefr] Lo;a lgk;rk lewgksa]vuqlwfpr tkfr]

vuqlwfpr tutkfr] efgykvksa] Hkwfeghu@lalk/kufoghu ifjokjksa ds ijke'kZ ls rS;kj ,d okf"kZd dk;Z ;kstuk vxys o"kZ esa fdz;kfUor fd;s tkus okys dk;ksZa gsrq

vuqekfnr djokbZ tkosxh bl dk;Z ;kstuk esa fiNys o"kksZa ds cdk;k dk;ksZa dk lekos’k fd;k tkosxk] bl dk;Z ;kstuk dh izfrfyih ifj;kstuk izca/kd dks izsf"kr

dh tkosxhA

Signatures Project Manager, WCDC

Distt. KOTA

56

v/;k;&6

vk’kkfUor ifj.kke

1 2 3 4 5 6 dz-la- fooj.k bZdkbZ

Ikfj;kstuk ls iwoZ dh

fLFkfr

Ikfj;kstuk ds i'pkr dh vk’kkfUor

fLFkfr fVIi.kh

1 Hkw ty dh fLFkfr ¼ Hkw ty dhs xgjkbZ ½ ehVj 150&200 100 & 125

2 Uk;s@ejEEr dh xbZ Hkw ty lajpuk,sa Lak[;k 0 0

3 ihus ds ikuh dh xq.koRrk o.kZu djsa ;kstuk ;kstuk

4 ihus ds ikuh dh miyC/krk o.kZu djsa 300 gS0 600 gS0

5 flapkbZ {ks=Qy esa ifjorZu gSDVs;j 792 1125

6 Qly @Hkwfe mi;ksx esa ifjorZu Change in cropping/ land use pattern

o.kZu djsa 0 0

7 d`f"k {ks= vUrxZr {ks=Qy gSDVs;j 2901 3046

I ,dy Qly vUrxZr {ks=Qy 2109 2254 3340

Ii f}&Qly vUrxZr {ks=Qy 790 790 3266

Iii cgq&Qly vUrxZr {ks=Qy 02 02 0

8 cqokbZ {ks=Qy esa ifjorZu gSDVs;j 0 0

9 eq[; Qlyksa dh

mRikndrk cktjs dh mRikndrk fDoaVy@gS0 0 0

xsgwa dh mRikndrk fDoaVy@gS0 30&35 35&40

pus dh mRikndrk fDoaVy@gS0 12&15 15 &20

ljlkSa dh mRikndrk fDoaVy@gS0 15&20 20 &25

10 production of major crops of area

cktjs dk mRiknu eSfVªd Vu 0 0

xsgwa dh mRiknu eSfVªd Vu 2-5 & 3-0 3-0 & 3-5

pus dh mRiknu eSfVªd Vu 0 0

ljlkSa dh mRiknu eSfVªd Vu 0-07 & 0-10 0-10 & 0-15

11 lfCt;ksa dh [ksrh vUrxZr {ks=Qy gSDVs;j 2&5 gS0 5&15 gS0

12 m|kfudh vUrxZr {ks=Qy gSDVs;j 1&2 gS0 30&38 gS0

13 tykm ydM+h mRiknu vUrxZr {ks=Qy gSDVs;j 0 0

14 pkjk mRiknu vUrxZr {ks=Qy gSDVs;j 10&15 gS0 25&30 gS0

15 pkjk mRiknu eSfVªd Vu 596 1800

16 nqX/k mRiknu yhVj@izfrfnu 1786 2100

17 Lkfdz; Lo;a lgk;rk lewgksa dh la[;k Lak[;k 13 30

18 O;fDrxr m|fe;ksa dh la[;k Lak[;k 0 18

19 izfr O;fDr @izfr o"kZ vk; :i;s yk[kksa esa 40000&100000 70000&150000

20 Ikyk;u djus okyksa O;fDr;ksa dh la[;k Lak[;k 453 125

21 Lo;a lgk;rk lewgksa ds QSMjs'ku dh la[;k Lak[;k 0 7

57

v/;k;&7

rduhdh fMtkbZu ,oa rdehus

izzzLrkfor xfrfof/k;ksa@ dk;ksZa ds rduhdh fMtkbZu ,oa rdehus layXu gSaA

izzzLrkfor xfrfof/k;ksa@ dk;ksZa ds rdehuksa esa iapk;r lfefr Lrj dh njsa yh xbZ gSaA

d`f"k mRiknu i)fr gsrq funs’kky; }kjk tkjh fn’kk funsZ’kksa dk ikyu fd;k x;k gSA

i'kq fodkl laca/kh xfrfof/k;ksa gsrq i'kq ikyu foHkkx ds ukElZ @ funs’kky; }kjk tkjh fn’kk funsZ’kksa dk ikyu fd;k

x;k gSA

vkthfodk laca/kh xfrfof/k;ksa gsrq ifj;kstuk ds ukWElZ ukckMZ] jk"Vªh; xzkeh.k vkthfodk fe’ku@jktLFkku xzkeh.k

vkthfodk ifj"kn ds fy;s x;s gSaA

58

7.1 Name of Work - Construction of Madebandi on Arable Land

S.No Particulars No Length Width, m Height, m Quantity

M3

Rate *

Rs. Per M3

Amount

Rs

1 Dag Belling 5 Cm to 7.5 Cm 2 125.00 250.00 0.33 82.50

2 Eathwork excavetion in hard Soil with

compation in 15 Cm layera by Machines etc.

1 125.00 1.43 0.75 133.59 60.64 8101.13

3 Seeding of Ratan Jot/Arandi on the Bund 4 125.00 0.00 0.00 500.00 0.73 365.00

4 Overseding of Grass stylo Ameta 4 125.00 0.00 0.00 500.00 0.44 220.00

5 Cost of Ratan Jot/Arandi Seed (0.2 Kg/100 Mtr.) 0 0.00 0.00 0.00 1.00 26.00 26.00

6 Cost of Stylo Ameta Seed 0 0.00 0.00 0.00 1.00 30.00 30.00

Sub Total 8824.63

Add 3 % Contigency Charges 264.74

Total 9089.36

Say Cost per ha. 9100.00

Name of Work - Construction of Madebandi on Arable Land

0.30Mt

1:1.5

0.75 Mtr

2.55 Mtr

X Sectional Digram

59

Estimate

7.2 Name of Work - Construction of Waste Weir at Agriculture Land


M3

Rate *

Rs. Per

M3

Amount

Rs

1 E/W in Excavation in foundation in had Soil Machine 1 3.00 0.60 0.90 1.62

2 1.50 0.60 0.90 1.62

2 1.00 0.60 0.90 1.08

1 3.00 1.00 0.40 1.20

1 3.00 0.45 0.90 1.21

6.73 60.64 408.11

2 P/L C.C (1:4:8) with 40 MM. Grit including comp etc. 1 3.00 0.60 0.30 0.54

2 1.50 0.60 0.30 0.54

2 1.00 0.60 0.30 0.36

1 3.00 1.00 0.15 0.45

1 3.00 0.45 0.30 0.41

2.30 2479.00 5689.31

3 50 MM thick Cement Concret 1:2:4 mixed with 12 MM

aggregate size

1 3.00 0.60 1.80

60

2 1.50 0.60 1.80

1 3.00 0.30 0.90

2 1.00 0.45 0.90

5.40 271.00 1463.40

4 RR Stone Mensory in CM 1:6 for foundation & Plinth 1 3.00 0.60 0.60 1.08

2 1.50 0.60 0.60 1.08

2 1.00 0.60 0.60 0.72

1 3.00 0.45 0.60 0.81

3.69 2430.00 8966.70

98

5 SS WORK 1 3.00 0.60 0.60 1.08

2 1.50 0.60 0.80 1.44

2 1.00 0.60 0.60 0.72

1 3.00 0.45 0.30 0.41

3.65 2430.00 8857.35

61

6 RR Stone Kharanja with Cement Motor (1:6) 1 3.00 1.00 3.00 495.00 1485.00

7 Flushed ruled pointing with CM (1:3) 2 3.00 0.60 3.60

4 1.50 0.60 3.60

2 1.00 0.60 1.20

2 3.00 0.30 1.80

10.20 62.10 633.42

Total 27503.28

Add 3 % Contigency Charges 825.10

G.Total 28328.38

Say 28500.00

62

Construction of Waste Weir

DETAILS OF WORK AND ABSTRACT OF OST

S. No. Item No. Detail Unit Rate Amount

L B D/H Metre Lab Total Lab Total

1 Excavation in hard soil dry or moist & disposal

of excavated material within initial lead of 30 m and lift of 1.5 m

including dressing etc. complete. (2 B)

HW 1 3 1.5 2 9

HW

EXT 2 1.5 1 2 6

SW 2 3.5 0.75 2 10.5

TW 1 3 0.5 1 1.5

APRON 1 3 2.5 0.75 5.625

32.625 cum. 113.00 113.00 3687 3686.625

2 Cement concrete well mixed in cement mortar ( 1 : 4 : 8 ) laid

in position complete including

curing.Aggregate size upto 50 mm, HB (11 B)

HW 1 3 1.5 0.3 1.35

HW

EXT 2 1.5 1 0.3 0.9

SW 2 3.5 0.75 0.3 1.575

TW 1 3 0.5 0.15 0.225

APRON 1 3 2.5 0.2 1.5

5.55 cum. 310.58 2479.00 1724 13758.45

3 Random rubble stone masonary in cement

sand mortar ( 1 : 6 )For foundation

HW 1 3 1.5 1.7 7.65

HW EXT 2 1.5 1 1.7 5.1

SW 2 3.5 0.75 1.7 8.925

TW 1 3 0.5 0.75 1.125

APRON 1 3 2.5 0.55 4.125

26.925 cum. 439.20 2430.00 11825 65427.75

4 Random rubble stone masonary in cement

sand mortar ( 1 : 6 ) For superstructure

HW 1 3 1.25 0.45 1.6875

HW

EXT 2 1.5 1 1.5 4.5

SW 2 3.5 0.75 1.05 5.5125

2.5 #REF! 11.7 cum. 439.20 2430.00 5139 28431

5 COPING (1:2:4) HW 1 3 1 0.1 0.3

HW EXT 2 1.5 1 0.1 0.3

SW 2 3.5 0.75 0.1 0.525

TW 1 3 0.5 0.1 0.15

1.275 cum. 389.38 3675.00 496.5 4685.625

63

6 Cement plaster including smooth finishing in cement

mortar (1:6) 20 mm thick.

HW 1 3 0.45 1.35

HW 1 3 0.7 2.1

HW EXT 2 1.5 1.5 4.5

SW 2 1.5 0.6 1.8

TW 2 3 0.3 1.8

22871 115989.45

Amount

Labour A 22870.9035

Material B 93118.5465

Total C 115989.45

Add contingency (3%) 3479.6835

Total (C+D) 119469.134

Say 120000

64

7.4 dk;Z dk uke%& [ksr rykbZ fuekZ.k

(Cost Estimate for 1200 Cubic meter Cpapcity Plastic Lined Farm Pond)

(Top - 27.0 m x 27.0m, Bottam - 17.0mx17.0m, Depth - 3m Side Slope 3:1)

S.No Particulars No Length Width, m Height,

m

Quantity M3 Rate *

Rs. Per M3

Amount

Rs

1 Earthwork in excavation in foundation

and trenches with initial lead of 30 m & lift of 1.5 m

Machine

22.00 22.00 3.00 1452.00 60.64 88049.28

Add extra for lift 1.5 m to 3.0 m 1 18.00 18.00 1.50 486.00 13.00 6318.00

For trench at bottam edge 4 17.10 17.10 0.30 87.72 60.64 5319.52

Anchoring trench 4 29.00 0.30 0.40 3.48 60.64 211.03

2 P/L cement concrete 1:3:6 in foundation

and plinth 20mm size

4 17.10 0.30 0.10 0.51 2996.00 1536.95

3 R/R masonry in 1:6 cement sand mortar 4 17.10 0.30 0.40 2.05 2430.00 4986.36

4 P/F Dry stone pitching as per specification sides 4 22.00 6.50 0.20 28.60 1432.00 40955.20

5 Pointing in 1:3 cement sand mortar sides 4 22.00 22.00 484.00 62.10 30056.40

6 Adding the cost of plastic film L.S 20000

7 Adding for inlet structure L.S 6000.00

TOTAL 203432.74

3% Containgency Charge 6102.98

Total 209535.72

Say 210000

100 Converganc Through Agri. 60000

Cost From Project Funds 150000

Total 210000

65

7.5 Name of Work - Construction of Bank Stablization of Existing Nala


M3

Rate *

Rs. Per M3

Amount

Rs

1 Dag Belling 5 Cm to 7.5 Cm 2 100.00 200.00 0.33 66.00

2 Eathwork excavetion in hard Soil with

compation in 15 Cm layera etc.

1 100.00 2.25 1.20 270.00 60.64 16372.80

3 Seeding of Ratan Jot/Arandi on the Bund 6 100.00 0.00 0.00 600.00 0.44 264.00

4 Overseding of Grass stylo Ameta 6 100.00 0.00 0.00 600.00 0.44 264.00

5 Cost of Ratan Jot/Arandi Seed (0.2 Kg/100 Mtr.) 0 0.00 0.00 0.00 1.20 26.00 31.20

6 Cost of Stylo Ameta Seed 0 0.00 0.00 0.00 1.20 30.00 36.00

Sub Total 17034.00


Total 17545.02

Say 17500

Cost per Meter 175

66

Name of Work - Construction of Bank Stablization of Existing Nala

0.45 Mt

1:1.5

1.20 Mtr

4.05 Mtr

X Sectional Digram

67

ABSTRACT

7.6 Name of work-Development of Pasture Through:- Convergence

Khasra No : - Area: 10 ha P.S. Itawa

S.

NO Name of work

Total

Cost Cost from MGNREGS Cost from Watershed Total

Labour Material Total Labour Material Total Labour Material Total

1 Construction of DCV fencing Area:

10 ha 239000 13000 0 13000 225000 1000 226000 238000 1000 239000

2 Overseeding of Grasses in

Pasture Area

10 Ha 35000 0 0 0 0 35000 35000 0 35000 35000

3 Gaurd for Security

(3 Years * 12*1*4300) 10 Ha 154800 46440 0 46440 108360 0 108360 154800 0 154800

4 Plantation of Forest Plants 10 Ha 963000 657000 0 657000 0 306000 306000 657000 306000 963000

Total 1391800 716440 0 716440 333360 342000 675360 1049800 342000 1391800

Cost Per Ha. 1ha. 139180 71644 0 71644 33336 34200 67536 104980 34200 139180

68

ESTIMATE 7.6.1 Name of work-Construction of DCV fencing in Pasture Land Khasra No : - Area: 1.0 ha

GBSR

a- S.NO ITEM No. L B H Qty Unit Rate Labour Material

Total

Amount.

NREGS Watershed NREGS Watershed NREGS Watershed

GBSR

S2¼c½ 1

Earth work excavation in hard soil for DCV Maching

1 200 1.5 1.2 360.00 Cum 60.64 0 21830 21830.4

2

Sowing of grass seed on ridge of the Trench

1200 1200.00 Cum 0.73 876 0 876

3

Cost Grass Seed (0.2 Kg/100)

2.40 Kg 40 96 96

Total 876 21830 0 96 22802.4

Add.30 % Task Relaxtion 42.8 % 374.928 374.93

Total 1250.9 21830 0 96 23177.3

Add. 3 % for waterman & mate 11.2478 0 11.25

Total 1262.2 21830 0 96 23188.6

Add 3 % Contigency Charges 37.865 654.9 0 695.66

G.Total 1300 22485 0 96 23884.2

Say 1300 22500 100 23900

Cost for 1 Ha

Cost for 10

Ha Per Mt.

From

NREGS Labour 1300 13000 3.25

Material 0 0 0 Total 1300 13000 3.25 From

Watershed Labour 22500 225000 56.25

Material 100 1000 0.25 Total 22600 226000 56.5 G.Total 23900 239000 59.75

69

7.6.2 Name of Work - Overseeding of Grasses in Pasture

Khasra No : - Area: 1 ha

S.N Item Qty Unit Rate Labour Material Total

Amount.


1 Overseeding of Grasses dig tractor

@ seed rate -6-8 kg /Ha 7 Ha 0 439.5 0 0 3076.5 3076.5

2 Cost of Grass Seed 7 Kg 0 40 0 280 280

Total 0 0 0 3356.5 3356.5

Total 0 0 0 3356.5 3356.5

Add 3 % Contigency Charges 0 0 0 100.695 100.695

G.Total 0 0 0 3457.2 3457.195

Say 0 0 0 3500 3500

70

ESTIMATE 7.6.3 Name of work-Construction of Vegetative Continues ContourTrenches Khasra No : - Area: 1.0 ha

GBSR

a- S.NO ITEM No. L B H Qty Unit Rate Labour Material

Total

Amount.


GBSR

S2¼c½ 1

Earth work excavation in hard soil for ST

1 1000 0.45 0.15 67.50 Cum 104 0 7020 0 7020

2

Sowing of grass seed on ridge of the Trench

2000 2000.00 Cum 0.73 1460 0 1460

3 Cost Grass Seed (0.2 Kg/100)

4.00 Kg 40 160 160

Total 8480 0 0 160 8640


Total 12109.4 0 0 160 12269.4


Total 12478 0 0 160 12637.5

Add 3 % Contigency Charges 374.33 0 0 379.13

G.Total 12852 0 0 160 13016.6

Say 12800 0 200 13000

Cost for 1 Ha

Cost for 10 Ha

Cost Per RMT

From

NREGS Labour 12800 128000 12.80

Material 0 0 0.00 Total 12800 128000 12.80 From

Watershed Labour 0 0 0.00

Material 200 2000 0.20 Total 200 2000 0.20 G.Total 13000 130000 13.00

71

0.20 G.L 0.30

0.30

0.60

Diagram : Construction of Staggerd Trenches in Pasture

72

ESTIMATE

7.7 Name of Work-Construction of V-ditch

Area: 1.0 ha

S.NO ITEM No. L B H Qty Unit Rate Labour Material Total Amount.


1

Earth work excavation in hard soil for ST 1 1000 0.45 0.15 67.5 Cum 104 0 7020 0 7020

2

Sowing of grass seed on ridge of the Trench 2000 2000 Cum 0.73 1460 0 1460

3 Cost Grass Seed (0.2 Kg/100) 4 Kg 40 160 160

Total 8480 0 0 160 8640


Total 12109.4 0 0 160 12269.44


Total 12477.52 0 0 160 12637.5232

Add 3 % Contigency Charges 374.3257 0 0 379.13

G.Total 12851.85 0 0 160 13016.6489 Say 12800 0 200 13000

Cost for 1 Ha Cost for 10 Ha

Cost Per RMT

From NREGS Labour 12800 128000 12.8 Material 0 0 0 Total 12800 128000 12.8 From Watershed Labour 0 0 0 Material 200 2000 0.2 Total 200 2000 0.2 G.Total 13000 130000 13

73

7.9 Name of Work :-Plantation of Forest Plants

Khasra No : - Area: 1

ha

400 no per ha (Spaceing

7*7 mtr)

Sr

No

Item No Unit Rate Labour Material Total

Amount.


1 Excavation of Pits (Size 45*45*45 cm) Hard Soil 400 No 6 0 2400 0 2400

2 Cost of Fertilizer (Single super Phasphat / Vermi

compost) 80 Kg 0 3.1 0 248 248

3 Cost of Plant (Market Rate) 400 No 25 0 10000 10000.00

4 Plantation of Plant 400 No 3.7 0 1480 1480.00

5 Transportation of Plants 10 Kms 400 No 3 0 1200 1200

6 Loading of Plants 400 No 0.34 0 136 136

7 Construction of Thavla Minimum half dia 50 cm

(12 times) 4800 No 2.2 0 10560 0 0 0 10560

8 Watering of Plants (24 times) 9600 No 2.2 0 21120 0 21120

9 Cost of Insectiside / Pasticide (2 ml / palnt) 0.408 Ltr 200 81.6 81.60

10 Cost of Chemical Fertilizers for Pits (4 times) 1.632 Ltr 0 20 0 0 32.64 32.64

11 Nirai Gudai Work (12 times) 4800 No 1.50 0 7200 0 7200.00

12 Water Tanker 4000Lt. Capacity For Watering of

Plants 36.00 No 0.00 500 18000 18000.00

Total 42760 0 0 29698.24 72458.24


Total 61061.28 0 0 29698.24 90759.52


Total 63784.07 0 0 29698.24 93482.31

Add 3 % Contigency Charges 1913.52 0.00 0.00 890.95 2804.47

G.Total 65697.59 0 30589.19 96286.77

Say 65700 0 30600 96300

Cost for 1 Ha

Cost for 10 Ha Per No

From NREGS

Labour 65700 657000 164.25 Material 0 0 0

Total 65700 657000 164.25 From

Watershed

Labour 0 0 0

Material 30600 306000 76.5

Total 30600 306000 76.5

G.Total 96300 963000 240.75

74

Work CODE

yEckbZ & 10.00 ehVj 1.47 ehVj

Location - Item No. Of

GKN-06S.No. Item No. L B H Qty. Amount Labour

Component

168¼c½ 1 Earth work in excavation in foundation trenches or drains including dressing of sides and ramming of bottoms, lift upto 1.5 Mtr. including taking out the excavated soil as directed within a lead of 50 Mtr. By Machin

(a) hard soil

HW 67.850 cu.mOther-L COT 0.000 cu.mTotal- SideWall with DS 39.744 cu.m

WW-US-1 7.728 cu.m

WW-US-2 7.728 cu.mWW-DS-1 3.024 cu.mWW-DS-2 3.024 cu.m

HWE 44.563 cu.mHWE-2 0.000 cu.m

Apron 12.600 cu.mTW 5.400 cu.m

Hard soil + Hard Rock Total 191.661 cu.mLabour @ Rs. 0 Cu.m. Labour 0.00

@Rs. 60.64 Cu.m. Rs. 11622.32

171 2 Providing and laying cement concrete including curing compaction etc complete using stone aggregate 40mm nominal size (Crusher broken) in foundation plinth, excluding the cot of shuttering, using.

(a) 1 cement : 3sand : 6aggregate

HW 7.500 cu.mOther-L COT

0.000 cu.mTotal- SideWall with DS 2.592 cu.m

WW-US-1 0.504 cu.mWW-US-2 0.504 cu.mWW-DS-1 0.378 cu.mWW-DS-2 0.378 cu.m

HWE 1.345 cu.mHWE-2 0.000 cu.m

Apron 6.300 cu.mTW 0.900 cu.m

Total 20.401 cu.m.Labour @ Rs. 310.58 Cu.m. Labour 6336.14

@Rs. 2996 Cu.m. Rs. 61121.4027¼v½ 3 Random Rubble stone masonry for foundation

and plinth in cement sand mortar 1 : 6 (1cement : 6 sand) for above 30 cm. thick walls.

HW 44.000 cu.mOther-L 357 HW-plinth

0.000 cu.mTotal- 1570 SideWall with DS 37.152 cu.m

WW-US-1 7.224 cu.mWW-US-2 7.224 cu.mWW-DS-1 2.646 cu.mWW-DS-2 2.646 cu.m

HWE 30.037 cu.mHWE-2 0.000 cu.m

TW 4.500 cu.mTotal 135.429 cu.m.

@Rs. 439.20 Cu.m. Labour 59480.42

2430 Cu.m. Rs. 329092.47

7-10 dk;Z dk uke%& ,uhdV fuekZ.k

1x2.8x1.2x(2.3-0.15)1x2.8x1.2x(2.3-0.15)1x2.8x0.9x(1.2-0.15)1x2.8x0.9x(1.2-0.15)

2x3.27x1.371x(3.5-0.15)0x2.1x0.9x(0.9-0.15)

1x10x2.2x(2.3-0.3)

1x10x0.6x(0.9-0.15)

1x10x2.2x02x7.2x1.2x(2.3-0.15)

1x10x4.2x0.151x10x0.6x0.15

1x2.8x1.2x0.151x2.8x1.2x0.151x2.8x0.9x0.151x2.8x0.9x0.15

2x3.27x1.371x0.150x2.1x0.9x0.15

2x7.2x1.2x0.15

1x2.8x1.2x2.31x2.8x1.2x2.31x2.8x0.9x1.2

1x10x2.5x0.3

0x2.1x0.9x0.91x10x4.2x0.31x10x0.6x0.9

1x10x(2.5+0.45)x2.3

2x7.2x1.2x2.3

DETAILED - ESTIMATE (Anicut)

(Anicut 10 Mt Length)

0

ÅapkbZ & 0

1x2.8x0.9x1.22x3.27x1.371x(3.5+1.47)

75

Random rubble stone masonry in superstructure up to 4.5Mtr. height above plinth level in cement sand mortar 1 : 6 (1 cement : 6 sand) wall thickness above 30 Cm

27¼v½+$28 4 HWSideWall with DS 22.050 cu.m.

Other-L 357 WW-US-136.590 cu.m.

Total- 1570 WW-US-2 7.115 cu.m.WW-DS-1 7.115 cu.m.WW-DS-2 4.045 cu.m

HWE 4.045 cu.mHWE-2 18.340 cu.m

TW 0.000 cu.m2.363 cu.m

Labour @ Rs. Total 101.663 cu.m

@Rs. 439.20 Cu.m. Labour 44650.39

2430 Cu.m. Rs. 247041.09Plaster on new surface on walls in cement sand mortar 1:4 including racking of joint etc. complete fine finished :

73¼v½ 5 25 Thick(a) HW 1x10x[(2.3-0.3+0)+1.47+[Sqrt{(1.47^2)+((2.2-0.8)^2)}]]

SideWall with DS 2x7.2x[(2.3-0.15)+3.08] 55.000 Sq.m.WW-US-1 75.312 Sq.m.

Other-L 41.1WW-US-2 8.624 Sq.m.

Total- 87 WW-DS-1 8.624 Sq.m.WW-DS-2 5.992 Sq.m.

TW 5.992 Sq.m.HWE-2 9.000 Sq.m.

0.000 Sq.m.

Labour @ Rs. 83.54 Total 168.544 Sq.m. Labour 14080.17

@Rs. 189.00 Sq.m. 31854.82

Earth Filling including watering ramming consolidation and dressing complete including all. 45.00 Sq.m. Rs. 7584.48

6Other-L 85

Filling in between US & DS W.Walls -191.661 Cu.m.Total- 85 Embk-1 US Slope 2.5:1 128.456 Cu.m.

Embk-2 50.391 Cu.m.50.391 Cu.m.

Labour @ Rs. Total 37.577 Cu.m.@Rs. 0.00 Cu.m. Labour 0.00

0.00 Cu.m. Rs. 0.00Providing and laying cement concrete including 172 7 1 cement : 2sand : 4aggregate

(a) HW 10x0.8x0.1Coping 0.800 cu.m

Other-L 316.3SideWall with DS 0.252 cu.m

Total- 2710 Apron 0.324 cu.mTW 0.000 cu.m

HWE 0.450 cu.mHWE-2 0.147 cu.m

0.000 cu.mLabour @ Rs. Total 1.973 cu.m.

@Rs. 389.38 Cu.m. Labour 768.25

3675 Cu.m. Rs. 7250.78Supply & Spreading quary rubbish under pitching (Item No.-85)

8NREGS-

L

Other-L 42.5 5.048 cu.mTotal- 125 5.048 cu.m

Labour @ Rs. Total 10.095 cu.m@Rs. 0.00 Cu.m. Labour 0.00

0.00 Cu.m. Rs. 0.00

25x2.019x0.10

10x0.45x0.12x3.27x0.45x0.050x2.1x0.45x0.05

25x2.019x0.10

[2.8+2.8+2.8+2.8]x0.45x0.052x7.2x0.45x0.05

10x4.2x0

25x[(1+4.375)/2]x[(1.5+0)/2]

Deduction as per item No.12x[7.2+(7.2+2.8)]/2x2.4248x3.08

25x[(1+4.375)/2]x[(1.5+0)/2]

2x0x2.1x0.6

0x2.1x[(0.45+0.9)/2]x0.61x10x[(0.45+0.6)/2]x0.45

2x10x0.45

1x2.8x[(3.08+3.08)/2]1x2.8x[(3.08+3.08)/2]1x2.8x[(3.08+1.2)/2]1x2.8x[(3.08+1.2)/2]

2x7.2x[(0.45+1.2)/2]x3.08

1x2.8x[(0.45+1.2)/2]x[(3.08+3.08)/2]

1x2.8x[(0.45+1.2)/2]x[(3.08+3.08)/2]

1x2.8x[(0.45+0.9)/2]x[(3.08+1.2)/2]1x2.8x[(0.45+0.9)/2]x[(3.08+1.2)/2]

2x3.27x[(0.45+1.371)/2]x3.08

1x10x[(0.8+2.2)/2]x1.47

76

Random rubble stone kharanja under floor in CM 1:6

124¼c½ 9 as per GKN RatesApron

42.000 SqmOther-L 108.2 Labour @ Rs. Total 42.000 SqmTotal- 319 @Rs. 133.12 sqm Labour 5591.04

495.00 sqm Rs. 20790.00Filling of Black Cotton Soil with watering & Ramming copmlete in jhiri U/S Side with all lead & lift

10 1x10x0.45x2.310.350 cum

Other-L 0

Total- 0 Labour @ Rs. Total 10.350 cum@Rs. 0.00 Cu.m. Labour 0.00

0.00 Cu.m. Rs. 0.00RR Dry Stone Pitching

11 25x2.02 x 0.2325x2.02 x 0.23 11.615 cum

Other-L 174.8 11.615 cumTotal- 839 Labour @ Rs. Total 23.230 cum

@Rs. 0.00 Cu.m. Labour 0.00

1432.00 Cu.m. Rs. 33265.36S/F Anchor Bars of Dia.16mm 1.20 Mtr C/C in zig-zag way from foundation to upto top of Super Structure

12NREGS-

L1

Anchor Bars No. of BarsT-LengthT-WeightOther-L 2.8

Reinforcement in Apron 8mm dia @0.50 Mtrc/c 0 0 0 KgsTotal- 55.7 0 Kgs

Labour @ Rs. Total 0.000 Kgs@Rs. 0.00 Cu.m. Labour 0.00

0.00 Cu.m. Rs. 0.00

Rs. 749622.72A- Rs. 22488.68B- Rs. 772111.40C- Labour Rs. 130906.00

D- Rs. 0.00Total Cost

( A+ C ) 772111.40

Rs. 130906.00Rs. 641094.00

772000.00LABOUR (B+C)MATERIAL .

Say Rs.

TOTAL Add. 3% Cont.

Grand Total

Add % reduction in task as per order of govt.

10x4.2

77

Note - COST

FORMName of Work -Gram- AS No.-

GP- Date-

PS- Itawa Amount-

Time of

Completetion-

Location- nalaScheme-IWMP KOTA(IWMP)-XI nala

B H 0.6 0.6AREA in Hact. 100 Hact. Over Burden 1.2Crest Length 10 Mtr. D/S Wing Wall

Additional Length1 Designed Length 1.8

Height of Anicut 1.47 Mtr. U/S Wing Wall Additional Length

1 Designed Length 1.8Plinth Ht. Of HW 0 Mtr. Top Width of Side Wall 0.45Fetch Length 0.3 Km TW - Top Width 0.45Density of Masonary-p 2.3 t/cum TW Ht 0.45Depth of Foundation 2.3 Mtr.

Note -

Part Nos. Length Fd.W/ Width Fd.D CC-Th. W.Th-Base W.Th-Top SS-H1 SS-H2HW 1 10 2.5 2.3 0.3 2.2 0.8 1.47SideWall with DS 2 7.2 1.2 2.3 0.15 1.2 0.45 3.08WW-US-1 1 2.8 1.2 2.3 0.15 1.2 0.45 3.08 3.08

WW-US-2 1 2.8 1.2 2.3 0.15 1.2 0.45 3.08 3.08

WW-DS-1 1 2.8 0.9 1.2 0.15 0.9 0.45 3.08 1.2WW-DS-2 1 2.8 0.9 1.2 0.15 0.9 0.45 3.08 1.2HWE 2 3.27 1.371 3.5 0.15 1.371 0.45 3.08 3.08

HWE-2 0 2.1 0.9 0.9 0.15 0.9 0.45 0.6 0.6Apron 1 10 4.2 0.3 0.15TW 1 10 0.6 0.9 0.15 0.6 0.45 0.45

Embk-1 US Slope 2.5:1 25 1.875 4.375 1 1.5 0Embk-2 25 1.875 4.375 1 1.5 0Pitching Y/N y COST 772000.00Pitching Thick. 0.23

Coping on WW 0.05 Note -Coping on HW 0.1CC in Apron 0

Please do not disturb the white Cells & Black Fonts

COT Required Y/N -



772000.00

,fudV fuekZ.k ukys ij

River/Nala/W.Weir

78

Q = CIA/36

0.3 Runoff Coffieient for

Agr. Grassland9 Sandy 0.29 0.15

100 Alluvial 0.4 0.35Black Cotton 0.5 0.45

Q= 7.5 Cum/Sec

Q = CA3/4

11.41

Q= 11.4 Cum/SecQ= 11.4 Cum/Sec

Q=CdLh3/2

1.71L - Crest Length 10

hf=(Q/CdL)3/2 hf= 0.763 Mtr.Say 0.8 Mtr.

fb=hw

0.3

hw= 0.813 Mtr.Say 0.81 Mtr.

Hf = h + hw 1.61 Mtr.Say 1.6 Mtr.

Head Wall1.99 Mtr.

Say 2 Mtr.0.824 Mtr.0.67

Say 0.8 Mtr.2.3 Mtr.

Head Wall Extenion

3.27 Mtr.0.45 Mtr.1.371 Mtr.3.5 Mtr.

4.22 Mtr.Say 4.2 Mtr.

0.9 Mtr.0.30 Mtr.

Side Wall

3.6225 Mtr.

4.2 Mtr.

3.08 Mtr.

1.2 Mtr.

0.45 Mtr.

H+Flood Lift+FreeBoardHeight at Wing Wall Junction

Top Width

1.50 x Flood Lift

Length= 1.75H+0.75h+0.45

Adopt Length of Side Wall=ApronHeight at Head Wall extenion Junction

Length of Apron= 0.696 x C x (H)1/2

C- Bligh's Cofficient=5

t = (H/1.811)1/2

(Allowed 30 Cms 23Cms Stone Kharanja in CM & 10 Cm CC 1:2:4)

Top WidthBottom Width = 0.45+0.30( H + FreeBoard)

Depth of Foundation =2.3+Over Burden

F - Fetch Length in Km

b = (H+hf)/(p-1)1/2

Top Width

STRUCTURAL DESIGN

Bottom Width

Length = H + h + 1.00

a = b - ( 0.80 x H)a = 0.55 x (H)1/2

Width of Concrete Bed = b + 0.3

Free Board - Hf

hw=0.384(F)1/2+0.763-0.217(F)1/4

Depth of Flow(Flood Lift)

Cd -Cofficient of discharge for broad crested weir

Discharge Max.of both

I - Rainfall intensity-CM/HrA - Area in Hact.

HYDAULIC DESIGN

A - Area in SqKmC = 11.4

C - Runoff Coffieient

79

Bottom Width= 1.09 Mtr.

Say 1.1 Mtr.

D/S Wing Wall1.8 Mtr.2.8 Mtr.

0.45 Mtr.Bottom Width= 0.81 Mtr.

0.9 Mtr.Height= 1.2 Mtr.

U/S Wing Wall1.8 Mtr.2.8 Mtr.


0.9 Mtr.

Height = 3.08 Mtr.Toe Wall

0.45 Mtr.


0.6 Mtr.Depth of Foundation= 0.9 Mtr.

Vertical Forces Horizontal V H Mr Mo

0.8x1.47x1x2.3

2.70 1.6 4.331/2x(2-0.8)x1.47x1x

2.0286 0.8 1.620.8x0.8x1x1 0.64 1.6 1.021x0.8x2.3 1.84 0.735 1.35

1x(1.47x1.47)/2 1.08045 0.49 0.53

0.50x1x1.47x2/2

-0.735 1.33 0.984.64 2.92 6.97 2.86

VALUES LIMITS REMARKOver Turning 2.44 >1.5 SAFESliding 1.03 >1 SAFEStress at Toe 3.08 <10 SAFEStress at Heel 1.55 >0 >0 SAFEEccentricity 0.11 <0.33 <b/6 SAFE

(∑V/b)x(1-6e/b) (4.6384/2)x{1-(6x0.11/2)}(b/2)-[(∑Mr-∑Mo)/ ∑V] (2/2)-(4.11/4.6384)

CHECK FORMULA∑Mr / ∑Mo 6.97 / 2.86

µ∑V / ∑H 0.65x4.6384 / 2.92045

(∑V/b)x(1+6e/b) (4.6384/2)x{1+(6x0.11/2)}

U=CxwHxb/2

TOTAL

FORCES Lever arm from Toe

W2=1/2(b-a)xHxLxp

W3=aXhxLxw

P1=wxh X H

P2=wx(H x H)/2

Top Width

HeightTw+[0.30 x Ht]

AdoptThickness of Apron Calculated

Top Width0.45+[0.30 x (1.50 x Flood Lift)]

Adopt

Moment at Toe

W1=axHxLxp

Length =2.25 x Flood Lift Length

H+ Flood Lift+ Free Board

Top Width0.45+[0.30 x (1.50 x Flood Lift)]

Adopt1.50 x Flood Lift

LengthLength =2.25 x Flood Lift

0.45 + 0.30x[(H+FreeBoard)+(1.5xFloodLift)]

80

A Length 100 TW 2

Length

Top Width Bottom width

Ht/Depth Qty

1 100 2.00 11.00 3.00 1950.00 cum 60.64 118248.002 1 975.00 cum 13.00 12675.003 Lead (50%) 1 487.50 cum 41.50 20231.25

4 1950.00 cum 11.00 21450.00

5 100 1 4.5 0.23 103.50 cum 1432.00 148212.00

600.00 0.73 438.00

600.00 0.44 264.00

1.20 26.00 31.20

7 1.20 40.00 48.00321597.45321597.45

B Construction of west weir at side

No. L BHt/Depth

1 Earthwork in excavation in

foundation and trenches

with initial lead of 30 m & lift of 1.5 m

Machine

Head wall

1 10.00 0.90 2.00 18.00Sidewall 2 4.50 0.60 2.00 10.80Wingwall 2*2 3.00 0.60 1.20 8.64Toewall 1 10.00 0.60 0.90 5.40Apron 1 10.00 3.00 0.75 22.50

65.34 cum 60.64 3962.222 CC 1:4:8 Headwall 1 10.00 0.90 0.15 1.35

Sidewall 2 4.50 0.60 0.15 0.81Wingwall 2*2 3.00 0.60 0.15 1.08Toewall 1 10.00 0.60 0.15 0.90Apron 1 10.00 3.00 0.15 4.50

8.64 cum 2479.00 21418.563 RR in

foundation Headwall 1 10.00 0.90 1.85 16.65

Qty. Unit RATE Amount

Amount

Earthwork in excavation in foundation and trenches with initial lead of 30 m & lift of 1.5 m MachineLift (50%)

TotalTotal A

Compextation of Earthwork Roller

P/F Dry stone pitching as per specification sides

7.10 Name of work :Construction of new talai with waste weirEarthwork in excavation in hard soil for bund with initial lead&lift G.P. P.S Sultanpur

S. No.

ITEM Detail Unit RATE

Cost of Ratan Jot/Arandi Seed (0.2 Kg/100 Mtr.)Cost of Stylo Hameta Seed

Soing of Grass stylo Ameta

Seeding of Ratan Jot/Arandi on the Bund

S. No.

ITEM Detail

81

Sidewall 2 4.50 0.60 1.85 9.99

Wingwall 2*2 3.00 0.60 1.05 7.56

Toewall 1 10.00 0.60 0.60 3.60 Toewall 1 10.00 0.45 0.45 2.03

39.83 cum 2430.0

0 96774.75

4 RR in super structure

Headwall 1 20.00 (0.9+.60)/2 0.60 9.00

Sidewall 2 4.50 (0.60+0.45)/2 1.80 8.51

Wingwall 2*2 3.00 (0.60+0.45)/2 1.80 11.34

28.845 cum 2430.0

0 70093.35

5 Khuranja 1 10.00 3.00 30.00 Sqm 495.00 14850.00

6 Coping 1*8*0.60+1*8*0.45+2*4.5*0.45+2*2*3*0.45 17.85

Sqm 271.00 4837.35

7 Pointing 1*8*0.60+2*4.5*1.80+2*2*3*1.80 42.60

Sqm 62.10 2645.46

8 Plaster 1:4 25MM 1*8*0.6+1*8*0.30 7.20

Sqm 189.00 1360.80

Total 215942.49 Total C TOTAL A+B 537539.94

Add 3% cont. 16126.1981

Grand Total 553666.14

Say

553000

82

7.11 Name of Work - Loose Stone Check Dam


M3

Rate *

Rs. Per

M3

Amount

Rs

1 Dag Belling 5 Cm to

7.5 Cm

1 2.00 2.00 0.33 0.66

2 Eathwork excavetion

in hard Soil with

compation in 15 Cm

1 2.00 1.60 0.30 0.96 113.00 108.48

3 Dry Stone Masonary

Fondation and Plinth

1 2.00 1.60 0.30 2.00 1568.00 3136.00

4 Dry Stone Masonary

Supper Stracture

1 2.00 0.93 1.00 2.00 1568.00 3136.00

5 Sand Filling Upper&

Lower Site

1 2.00 1.00 1.00 2.00 45.00 90.00

6 Cost of Ratan

Jot/Arandi Seed (0.2

Kg/100 Mtr.)

2 2.00 0.00 0.00 4.00 50.00 200.00

6671.14

200.13

6871.27

6800

Sub Total

3% Containgency Charge

Total

Say

83

7.12 Name of Work - Construction of Mini Percolation Tank -1 S.

no. Name of work No Length Width Height Qty Unit Rate Amount 1 Eathwork excavetion in hard Soil with compation

in 15 Cm layera etc 1 40 4.80 2 384.00 Cum 60.64 23285.76

2 Seeding of Arandi on the Bund 3 40 0.00 0 120.00 Cum 0.73 87.60

3 Overseding of Grass stylo Ameta 3 40 0.00 0 120.00 Cum 0.73 87.60

4 Cost of Arandi Seed (0.2 Kg/100 Mtr.) 0 0 0.00 0 0.24 Kg 50 12.00

5 Cost of Stylo Ameta Seed (0.2 Kg/100 Mtr.) 0 0 0.00 0 0.24 Kg 50 12.00

Add 3% contingency 704.5

Total 24189.5 Say 24200.0

84

7.12 Name of Work - Construction of of Earthen Bund Gully Cont. Str. With Vegitation

1.80 Mt.

1:1.5

2.00 Mtr

7.80 Mt. X Sectional Digram

85

Estimate

7.13 Name of Work - Construction of Mini Percolation Tank -2 For Four water Concept For 30 Mt.

S.No Particulars No Length Width,

m

Height,

m

X

Section

Avrage

X-Section

M2

Quantity

M3

Rate *

Rs. Per

M3

Amount

Rs

1 Striping of Loose Soil 1 30.00 6.88 0.30 0.00 0.00 61.88 60.64 3752.10

2

Eathwork excavetion in hard Soil with

compation in 15 Cm layer etc.

0 3.35 0.90 3.02 0.00 0.00 60.64 0.00

10 5.75 2.50 14.38 8.70 86.95 60.64 5272.65

10 5.75 2.50 14.38 14.38 143.75 60.64 8717.00

10 2.90 0.60 1.74 8.06 80.58 60.64 4886.07

For Channel 1 30.00 3.25 1.50 4.88 0.00 146.25 60.64 8868.60

3 P/F Dry stone pitching as per specification

sides

2 2.00 6.40 0.23 0.00 5.89 1432.00 8431.62

4 Seeding of Ratan Jot/Arandi on the Bund 6 30.00 0.00 0.00 0.00 0.00 180.00 0.73 131.40

5 Cost of Ratan Jot/Arandi Seed (0.2 Kg/100

Mtr.)

0 0.00 0.00 0.00 0.00 0.36 50.00 18.00

Sub Total 40077.43


Total 41279.75

Say 41000

86

7.14 Name of Work - Construction of Sunken Pit, Silt trap & Diverson Drain(Out Let) For Four Water Concept in Nala

S.No Particulars No Length Width, m Height, m Quantity M3 Rate *

Rs. Per

M3

Amount

Rs

1 Earthwork in excavation in foundation

and trenches with initial lead of 30 m & lift

of 1.5 m Machine Ponds

Siltrep

Diversaon Drain(Outlet)

3 4.00 2.50 2.50 25.00 60.64 1516.00

1 6.00 3.00 1.50 27.00 60.64 1637.28

1 30 3 1 90.00 60.64 5457.60

2 P/F Dry stone pitching in as per specification

sides Ponds

For Siltrep

Diversation Drain(Outlet)

3 4.00 2.50 0.23 2.30 1432.00 3293.60

2 6.00 1.50 0.23 2.07 1432.00 2964.24

2 5.00 4.50 0.23 5.18 1432.00 7410.60

TOTAL 22279.32


Total 22947.70

Say 22900

87

7.15 Name of Work :-Plantation of Horticulture PlantsKhasra No : - Area: 1 ha 277 no per ha Sr No Item No Unit Rate Labour Material Total Amount.

NREGS Watershed Horti.Dept NREGS Watershed NREGS Watershed Horti.Dept

1

Excavation of Pits (Size 0 .90*0.90*0.90 )*277 =201.933Hard Soil 201.933 No 113 0 22818.43 0 22818.429

2Cost of Fertilizer (Single super Phasphat / Vermi compost) 1385 Kg 0 3.5 0 4847.5 4847.5

3 Cost of Plant (Market Rate) 305 No 0 50 0 0 0 0 15235 0 152354 Plantation of Plant 277 No 7.4 0 2049.8 0 0 2049.85 Transportation of Plants 10 Kms 277 No 10 0 2770 0 27706 Loading of Plants 277 No 1 0 277 0 277

7Construction of Thavla Minimum half dia 50 cm (12 times) 3324 No 4.4 0 14625.6 0 0 0 0 14625.6

8 Watering of Plants (8 times) 2216 No 4.4 0 9750.4 0 0 9750.4

9Cost of Insectiside / Pasticide (2 ml / palnt) 0.408 Ltr 200 81.6 0 81.6

10Cost of Chemical Fertilizers for Pits (4 times) 1.632 Ltr 0 20 0 0 32.64 0 32.64

11 Nirai Gudai Work (12 times) 3324 No 3 0 9972 0 0 997212 Cost of Drip Irrig. 1 No 0 500 30000 0 500 30000 30500

Total 59216.23 0 0 23743.74 30000 112959.969Add.30 % Task Relaxtion 42.8 % 25344.55 0 0 0 0 25344.54601Total 84560.78 0 0 23743.74 30000 138304.515Add. 3 % for waterman & mate 4149.135 0 0 0 0 4149.13545Total 88709.91 0 0 23743.74 30000 142453.6505Add 3 % Contigency Charges 2661.3 0 0 712.31 900 4273.61G.Total 91371.21 0 0 24456.05 30900 146727.26Say 91000 24000 31000 146000

Cost Per Plants Cost Per Ha.Nrega 328.5199 91000Watershed 86.6426 24000Horticulture 111.9134 31000Total 527.0758 146000

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