Rajasthanwater.rajasthan.gov.in/content/dam/water/watershed... · 1132 No of households are BPL...

CHAPTER – I

INTRODUCTION

Location

I.W.M.P.- Project is located in Thanagazi Block of Alwar district. The

project area is between the latitudes 27°24'N & 76°19'E longitudes. It is at a

distance of 15 km from its block head quarters and 50 kms from the district head

quarters. There are 12 no of habitations in the project area and other details are

given below.

General features of watershed

S.No. Name of Project (as per GOI) Alwar IWMP 10-11

(a) Name of Catchment Bhangroli I.W.M.P.

(b) Name of watershed area (local name) IWMP 2010-11

(c) Project Area 6487 Ha

(d) Net treatable Area 6062 Ha

(e) Cost of Project 727.44 Lac

(f) Cost/hectare 12000

(g) Year of sanction 2010-11

(h) Watershed code 4/5, 4/6, 4/7, 4/16, 4/17,

4/18

(i) No. of Gram Panchayats in Project area 10

(j) No. of villages in project area 30

(k) Type of Project Other

(l) Elevation (metres)

(m) Major streams Dhigariya River

(n) Slope range (%) 0.6 to 5%

Macro/

Micro

Name of Gram

Panchayat

Name of Villages

Covered

Census code

of villages

Area (ha.)

4/16 Gudha Churani 1. Gudha

2. Churani

3. Gudha Kishordas

00885300

00885200

00885400

707

4/16 Harner 1. Harner

2. Dhaintal

3. Lahakabas

4. Roopukabas

5. Mundiyawas

00884300

00884500

00884200

00884600

0088

577

4/16 Bhangroli 1. Bhangroli 00881700 215

4/16 Thanagazi Thanagazi 00883600 667

4/5 Saleta 1. Saleta

2. Hinsala

3. Mankot

4. Bhagatpura

5. Guvada Bhopala

6. Guvada Aamala

00883300

00881900

00882000

00881800

00883400

1200

4/7 Bhudiyawas 1. Bhudiyawas

2. Beesakabas

3. Kolakabas

4. Badh Dholi

00882600

00882200

00882400

00882300

350

4/6 Dwarapur 1. Dwarapur

2. Bassi Abhayram

3. Rajpura Jageer

4. Surjanpur

00882900

00882800

00883000

00882100

651

4/16 Duhar Chougan 1. Duhar Chougan

2. Duhar Mala

00882700

00880700 712

4/18 Garbasai 1. Govadi 00884700 222

4/17 Nathusar 1. Nathusar

2. Biharisar

3. Dhigariya

00883500

00883100

00883200

761

Total 6062

The watershed falls in Agroclimatic Zone-III B. The soil texture is sandy

loam the average rainfall is 66.7cm. The temperatures in the area in the range

between 35-48 centigrade during summer and 7 to 21 centigrade during winter.

The major crops in the area are Wheat, Bajara, Cluster beam (gawer), Barley,

Raper seed (Mustred), Arhar 38.88%, 77.29%, 40.70%, 77.97% land is under

cultivation 2.31% land fallow, 5.48% land is wasteland. 68.90% land is irrigated

through rainfall & tube well.

1132 No of households are BPL (22.46% households) 2120 are landless

households (40.80% households) and 2985 household are small and marginal

farmers (57.56% household). Average land holding in the area is 3859.43 ha.

96.63% area is single cropped and 92.53% is double cropped. The main source of

irrigation is rainfall & tube well. The average annual rainfall (5 years) in the area

is 66.7 mm. The major streams in the watershed are Nil, the major festivals in the

village are Holi, Deewali, Raksha Bhandan, Dashara. At present these village is

having 51465 population with communities like Meena, Patel, Bramin, Mahajan,

Regar, Yadav.

Climatic and Hydrological information

1. Average Annual Rainfall(mm)

Sl. Year Average Annual Rainfall (mm)

1 2001 578

2 2002 118

3 2003 898

4 2004 556

5 2005 846

6 2006 625

7 2007 685

8 2008 1060

9 2009 521

10 2010 902

2. Average Monthly rainfall (last ten Years)

Sl. Month Rainfall (mm)

i) June 87

ii) July 194

iii) August 175

iv) September 129

3. Maximum rainfall intensity (mm)

Sl. Duration Rainfall Intensity (mm)

i) 15 Minute duration 22

ii) 30 Minute duration 50

iii) 60 Minute duration 90

4. Temperature (Degree C)

Sl. Season Max. Min.

i) Summer Season 48 35

ii) Winter Season 21 7

iii) Rainy Season 31.30 15.00

5. Potential Evaporation Transpiration (PET) (mm/day)

Sl. Season PET

i) Summer 10

ii) Winter 2.20

iii) Rainy 4.40

6. Run off

Sl.

i) Peak Rate (cum/hr) 00

ii) Total run off volume of rainy season (ha.m.) 00

iii) Time of return of maximum flood 5 Years 10

Years

in-Year

iv) Periodicity of Drought in village

area

00 00 000

Other Development Schemes in the Project Area

S.

No

.

Schemer Name of the

department

Key interventions

under the Scheme

Provisions under the

Scheme

Estimated

each

panchayat

(In lac)

1 TFC Rural Development

& Panchayat Raj

Dept.

In this scheme

work is to be don

by G,P.

In this scheme

drinking water facility

to be provide by hand

pump & pipe line

2.00

2 SFC ,, ,, Same & other

development

2.00

3 MP Lad ,, ,, All Development

benifitary

6.4

4 MLA Lad ,, ,, ,, 6.6

5 SGSY ,, For BPL, SC, ST

& SHG Group

Provide Loan for

Income Generation

4-5 Loan

6 IAY ,, For BPL Family Provide house for

house less family

60-70 Unit

7 TSC Water Resources For all Rural Provide sanetion

family

8 MGNREG

A

Rural Development

& Panchayat Raj

Dept.

Category 1-8 Provided employment

of 100 day to each

family

140 to 160

lac

Details of infrastructure in the project areas

Sl. Parameters Status

(i) No. of Village connected to the main road by

an all weather road

28

(ii) No. of villages provided with electricity 28

(iii) No. of households without access to drinking

water

Nil

(iv) No. of educational institutions : (P)

50

(S)

4

(HS)

11

(UPS)

11 Primary (P)/ Secondary(S)/ Higher Secondary

(HS) /Vocational Institution (VI)

(v) No. of villages with access to Primary Health

Centre

2

(vi) No. of village with access to Veterinary

Dispensary

2

(vii) No. of Village with access to Post Office 9

(viii) No. of village with access to Banks 2

(ix) No. of village with access to Markets/mandis 1

(x) No. of village with access to Agro-industries 0

(xi) Total quantity of surplus milk 18443

(xii) No. of milk collection centres (U)

0

(S)

8

(PA)

15

(O)

20 (e.g. Union(U)/ Society(S)/ Private agency

(PA)/ others (O)

(xiii) No. of village with access to Anganwadi

Centre

42

(xiv) Any other facilities with no. of villages (Please

specify)

Bus Stand

(xv) Nearest KVK Navganw

(xvi) Cooperative Society 8

(xvii) NGOs 4 (Janseva, Ibtida,

Gomtidevi, Bodh Siksha)

(xviii) Credit Institutions

(i) Bank

(ii) Cooperative Society

4

1

(xix) Agro Service Centre's

Institutional arrangements (SLNA, DWDU, PIA, WDT, WC, Secretary)

DWDU Details

S.No. Particulars Details of DWDU

1 2 3

1. PM, DWDU Sh. Satish Jain, Project Manager

2. Address with contact No., Website District Watershed Development

Unit, Mob. : 9414292649

3. Telephone 0144-2700003, 2700962

4. Fax 0144-2700962

5. E-mail [email protected]

PIA Particulars

S.No. Particulars Details of DWDU

1 2 3

1. Name of PIA Sh. Suresh Balai

2. Designation Assistant Engineer

3. Address with contact No., website Panchayat Samiti Thanagazi,

District Alwar

4. Telephone 9950422218, 9530300682

5. Fax 01465-224223

6. E-mail [email protected]

WDT Particulars

S.

No.

Name of

WDT

Member

M/F Age Qualification Experience

in

watershed

(Urs)

Description

of

professional

training

Role/

Function

1 2 3 4 5 6 7 8

1. Dinesh Kumar

Tongaria M 41 CIVIL Dip.

Engg.

- - Engg.

2. Ramawatar

Gurjar

M 35 M.Sc. Ag. 3 years Ag/

Science

3. Bharti

Sharma

F 23 B.A. 2 years Social

Science

4. Deepak Singh M 23 A.H. Dip

(Two Year

- Vetenary

Problem and scope of improvement in the project area

The Socio economic conditions of the area can be improved through

increased production which can be achieved through expansion in cultivated area

and productivity enhancement. 355.94 ha land is arable wasteland and 150.32 ha is

fallow can be brought under cultivation. 4469.15 ha is only irrigated and with

efforts this can be increased to 3959.43 ha. The productivity gap of major crops in

the area as compared with district and with areas in the same agro climatic zones

indicate potential to increase the productivity. The demonstration of improved

package of practices, improved varieties, increased irrigation facilities and soil

conservation measures under the project can bridge this gap. Due to small land

holdings in the area focus of the project would be on diversification in agriculture

(horticulture, vegetables, green houses, Agro forestry, fodder crops) and

diversification in Livelihoods (Agriculture, Animal husbandry, self employment)

6000 Quintal fodder scarcity can be met out through pasture development.

Improved animal Husbandry practices can increase the productivity of livestock.

320 no of persons migrate due to Unemployment this migration can be checked

through creation of employment opportunities in the project area through increase

in production and diversification in agriculture and Livelihoods as mentioned

above.

Mention specific problem of the area in land degradation, water, Agriculture and

in Animal Husbandry

Due to heavy slope, Area is tend to high soil erosion & lack of water

availability in surface & sub surface zone. Most of farmers are depend on rain for

crop & taking single crop.

Animal haiving Khurpaka, Mouhpaka, Deworming

S. No. Development State Project Area

1 Per capita income (Rs.) 16260 13250

2 Poverty ratio 0.22 0.53

3 Literacy (%) 0.604 0.577

4 Sex Ratio 921 894

5 Infant mortality rate (Per Year) 185

6 Maternal mortality ratio (Per Yar) 10

I.W.M.P. tyxzg.k ifj;kstuk HkkaxMksyh

iapk;r lfefr Fkkukxkth ¼vyoj½

tyxzg.k milfefr % HkkaxMksyh

Ø-la- uke e; firk dk uke in tkfr iw.kZ irk

1. Jh jkethyky 'kekZ@cnzh izlkn 'kekZ v/;{k 'kekZ xzke HkkaxMksyh

2. ]] xksiky jSxj@dUgS;k yky jSxj lfpo jSxj xzke HkkaxMksyh

3. ]] txnh'k izlkn@izHkqn;ky jSxj lnL; jSxj xzke HkkaxMksyh

4. Jherh f'kEHkwMh@uRFkwjke jSxj lnL; jSxj xzke HkkaxMksyh

5. ]] ewrhZ@enu yky 'kekZ lnL; 'kekZ xzke HkkaxMksyh

6. Jh yfyr dqekj@?khalkyky lSu lnL; lSu xzke HkkaxMksyh

7. ]] xqytkjh@Hkxoku lgk; dqEgkj lnL; dqEgkj xzke HkkaxMksyh

8. ]] lwjtey@cYykjke 'kekZ lnL; 'kekZ xzke HkkaxMksyh

9. ]] dSyk'k@Hkxoku lgk; 'kekZ lnL; 'kekZ xzke HkkaxMksyh

10. ]] deys'k@guqeku 'kekZ lnL; 'kekZ xzke HkkaxMksyh

11. ]] jktsUnz@jkejru 'kekZ lnL; 'kekZ xzke HkkaxMksyh

12. ]] ukFkwjke@yYywjke /kkudk lnL; /kkudk xzke HkkaxMksyh

13. ]] Nktwjke@izHkkr cykbZ lnL; cykbZ xzke HkkaxMksyh

lgk;d vfHk;Urk ¼P.I.A.½

ia0l0Fkukxkth ¼vyoj½



tyxzg.k milfefr % gjusj


1 Jh fxjkZt izlkn eh.kk@X;kjlh yky v/;{k ST Ekwf.M;kokl

2 ]] xksdqy eh.kk@ lfpo ST Ekwf.M;kokl

3 ]] jsoMey xqtZj@ lnL; OBC Ykkgkdkckl

4 ]] eksrh yky@y{ehukjk;.k lnL; ST Ykkgkdkckl

5 ]] lsMwjke xqtZj@ lnL; OBC Ykkgkdkckl

6 ]] jkeiky@lwxyk cykbZ lnL; SC :iwdkckl

7 ]] izHkqn;ky lnL; Gen /kSary

8 ]] dtksM ey lnL; Gen /kSary

9 ]] deyh@jkeorkj lnL; SC /kSary

10 ]] jkedj.k lnL; SC /kSary

11 ]] jkethyky lnL; /kSary





tyxzg.k milfefr % xq<kpqjkuh


1 Jh jkes'oj@Hkxokuk lgk; eh.kk v/;{k eh.kk xq<kpqjkuh

2 Jherh eksfguh@v'kksd dqekj cykbZ lfpo cykbZ xq<kpqjkuh

3 ]] [kSjkrh@ewlkjke lSuh lnL; lSuh xq<kpqjkuh

4 ]] :Mey@HkEHkwjke lSuh lnL; lSuh xq<kpqjkuh

5 ]] iIiwjke@mn;Hkku lSu lnL; lSu xq<kpqjkuh

6 Jherh eUuh nsoh@fd'kuyky eh.kk lnL; eh.kk xq<kpqjkuh

7 Jh iIiwjke@xqYykjke /kkudk lnL; /kkudk xq<kpqjkuh

8 ]] txnh'k@Hkjrkjke cykbZ lnL; cykbZ xq<kpqjkuh

9 ]] f'kon;ky@ekejkt tksxh lnL; tksxh xq<kpqjkuh

10 ]] nsokjke@Jh;kjke cykbZ lnL; cykbZ xq<kpqjkuh

11 ]] dSyk'k pUn@HkkSajsyky dqEgkj lnL; dqEgkj xq<kpqjkuh

12 ]] jkeksrh nsoh@tXxkjke eh.kk lnL; eh.kk xq<kpqjkuh

13 ]] jes'k pUn@ghjkyky eh.kk lnL; eh.kk xq<kpqjkuh

14 ]] f'kEHkw@jsoMey lSuh lnL; lSuh xq<kpqjkuh

15 ]] xhrk@ukuxjke [kVhd lnL; [kVhd xq<kpqjkuh

16 ]] [email protected] ukFk lnL; ukFk xq<kpqjkuh

17 ]] /kUukjke@jkelgk; gfjtu lnL; gfjtu xq<kpqjkuh





tyxzg.k milfefr % Fkkukxkth


1 Jh egsUnz dqekj@jked`iky 'kekZ v/;{k 'kekZ Fkkukxkth

2 ]] fxjkZt@fnus'k dqekj ikjk'kj lfpo 'kekZ Fkkukxkth

3 ]] c`teksgu@pUnzHkku 'kekZ lnL; 'kekZ Fkkukxkth

4 ]] nhid lSu@jkeizrki lSu lnL; lSu Fkkukxkth

5 ]] t;jke@jkeflga eh.kk lnL; eh.kk Fkkukxkth

6 Jherh ehjk@lrh'k 'kekZ lnL; 'kekZ Fkkukxkth

7 ]] xhrk@gjlgk; lSuh lnL; lSuh Fkkukxkth

8 Jh jktw@Lo- Jh jkethyky lSuh lnL; lSuh Fkkukxkth

9 ]] galjkt@NksVwjke jSxj lnL; jSxj Fkkukxkth

10 Jherh jk/kk@lrh'k gfjtu lnL; gfjtu Fkkukxkth

11 Jh ujs'k@xksoZ/ku 'kekZ lnL; 'kekZ Fkkukxkth

12 ]] jktsUnz@cuokjh yky nthZ lnL; nthZ Fkkukxkth





tyxzg.k milfefr % }kjkiqj


1 Jh guqeku lgk;@ukFkwjke eh.kk v/;{k eh.kk }kjkiqj

2 ]] xkso/kZu@f'koukFk eh.kk lfpo eh.kk }kjkiqj

3 ]] v'kksd dqekj@jkeLo:Ik oekZ lnL; oekZ }kjkiqj

4 ]] fnyhi dqekj@Hkxoku lgk; /kkudk lnL; /kkudk }kjkiqj

5 ]] txnh'k@dY;k.k lgk; 'kekZ lnL; 'kekZ }kjkiqj

6 ]] dcwy@cnzh ukFk lnL; ukFk }kjkiqj

7 ]] HkCcM@Qwykjke eh.kk lnL; eh.kk }kjkiqj

8 ]] jktw@ewypUn xqtZj lnL; xqtZj }kjkiqj

9 Jherh eerk@KkupUn ;ksxh lnL; ;ksxh }kjkiqj

10 ]] eatw@ygjh ukFk lnL; ukFk }kjkiqj

11 ]] ccyh@lqjs'k 'kekZ lnL; 'kekZ }kjkiqj

12 ]] eerk@jktsUnz [kkrh lnL; [kkrh }kjkiqj

13 ]] Jo.k nsoh@fd'kksj ;ksxh lnL; ;ksxh }kjkiqj

14 Jh ghjkyky@HkkSajsyky cykbZ lnL; cykbZ }kjkiqj

15 ]] gjhjke@izHkkr xqtZj lnL; xqtZj }kjkiqj





tyxzg.k milfefr % lkysVk


1 Jh cnzh ukFk@ek/kk ;ksxh v/;{k ;ksxh lkysVk

2 ]] dSyk'k pUn@lk/kwjke oekZ lfpo oekZ lkysVk

3 ]] xksiky@izHkq xqtZj lnL; xqtZj lkysVk

4 ]] dSyk'k pUn@ikapwjke eh.kk lnL; eh.kk lkysVk

5 Jherh Hkxksrh@HkS: cykbZ lnL; cykbZ lkysVk

6 Jh ikapwjke@izHkkr jke xqtZj lnL; xqtZj lkysVk

7 Jherh dks;yh@NqV~Vu cykbZ lnL; cykbZ lkysVk

8 Jh gjhjke@ukjk;.k xqtZj lnL; xqtZj lkysVk

9 ]] jkes'oj@Hkksykjke xqtZj lnL; xqtZj lkysVk

10 ]] gsejkt@jk/ks';ke 'kekZ lnL; 'kekZ lkysVk

11 ]] x.kirjke@xhnkjke eh.kk lnL; eh.kk lkysVk

12 ]] vtqZu@lwtkjke cykbZ lnL; cykbZ lkysVk

13 ]] eksthjke@lqxUrkjke /kkudk lnL; /kkudk lkysVk

14 Jherh ek;k nsoh@ekrknhu xqtZj lnL; xqtZj lkysVk

15 ]] vfurk@lat; Lokeh lnL; Lokeh lkysVk

16 Jh izgykn@txUukFk xqtZj lnL; xqtZj lkysVk

17 ]] HkS:jke@lk/kwjke eh.kk lnL; eh.kk lkysVk

18 ]] ckcwyky@lqyrku jSxj lnL; jSxj lkysVk

19 ]] lqyrku@lwxkjke xqtZj lnL; xqtZj lkysVk

20 Jherh xhrk@egs'k pUn oekZ lnL; oekZ lkysVk

21 Jh izgykn@jsoMjke oekZ lnL; oekZ lkysVk





tyxzg.k milfefr % ukFkwlj


1 Jh dSyk'k@c`tyky 'kekZ v/;{k 'kekZ ukFkwlj

2 ]] ?ku';ke@ykykjke 'kekZ lfpo 'kekZ ukFkwlj

3 ]] dSyk'k@ikapwjke 'kekZ lnL; 'kekZ ukFkwlj

4 Jherh x.kxkSjh@jkefd'kksj eh.kk lnL; eh.kk ukFkwlj

5 ]] Hkxksrh@cuokjh yky cykbZ lnL; cykbZ ukFkwlj

6 Jh dSyk'k@lksgu yky cykbZ lnL; cykbZ ukFkwlj

7 ]] fxjkZt@jkethyky cykbZ lnL; cykbZ ukFkwlj

8 ]] galjkt@f'kEHkw n;ky tksxh lnL; tksxh ukFkwlj

9 ]] jk/ks';ke@ewypUn 'kekZ lnL; 'kekZ ukFkwlj

10 ]] dY;k.k lgk;@xaxkjke 'kekZ lnL; 'kekZ ukFkwlj

11 ]] jktw@cnzh izlkn 'kekZ lnL; 'kekZ ukFkwlj

12 ]] jksfgrk'k@jkethyky eh.kk lnL; eh.kk ukFkwlj

13 ]] lqjs'k@eqDrkjke 'kekZ lnL; 'kekZ ukFkwlj





tyxzg.k milfefr % HkwfM;kokl


1 Jh eqjkjh yky 'kekZ v/;{k 'kekZ HkwfM;kokl

2 ]] ?ku';ke xqtZj lfpo xqtZj HkwfM;kokl

3 ]] larks"k dqekj 'kekZ lnL; 'kekZ HkwfM;kokl

4 ]] fd'kksj flag jktiwr lnL; jktiwr HkwfM;kokl

5 ]] Jhjke 'kekZ lnL; 'kekZ HkwfM;kokl

6 ]] jkeflag /kkudk lnL; /kkudk HkwfM;kokl

7 ]] eksgu yky eh.kk lnL; eh.kk HkwfM;kokl

8 ]] cuokjh yky cykbZ lnL; cykbZ HkwfM;kokl

9 Jherh ehjk cykbZ lnL; cykbZ HkwfM;kokl

10 ]] Qwyorh /kkudk lnL; /kkudk HkwfM;kokl





tyxzg.k milfefr % nqgkj pkSxku


1 Jh Jo.k yky eh.kk v/;{k eh.kk nqgkj pkSxku

2 ]] lqeUr dqekj 'kekZ lfpo 'kekZ nqgkj pkSxku

3 ]] [email protected] jke lnL; 'kekZ nqgkj pkSxku

4 ]] Qwyh nsoh@jkeiky cykbZ lnL; cykbZ nqgkj pkSxku

5 ]] lUrh nsoh@cnzh izlkn cykbZ lnL; cykbZ nqgkj pkSxku

6 ]] lk/kqjke@jkepUnz 'kekZ lnL; 'kekZ nqgkj pkSxku

7 ]] yhykjke@cq)kjke 'kekZ lnL; 'kekZ nqgkj pkSxku

8 ]] iwj.k@Nktw lSuh lnL; lSuh nqgkj pkSxku

9 ]] yhykjke@cnzh izlkn iztkir lnL; iztkir nqgkj pkSxku

10 ]] ykykjke@Hkxoku lgk; 'kekZ lnL; 'kekZ nqgkj pkSxku

11 ]] xksiky@HkS:jke 'kekZ lnL; 'kekZ nqgkj pkSxku



CHAPTER – II

Socio economic features, problems and scope

Table 2.1 Population & Household Details :

Total Population

Male Female Total SC ST

30879 20586 51465 7720 5147

Household Details

BPL

household

L. Less Small

Farmer

M.

Farmer

Total

Household

SC

Household

ST

Household

1787 926 6175 3192 10293 1544 1029

Table 2.2 Development indicators

The table indicates poor socio economic conditions.

Table 2.3 Land Use

Land Use Total area in Ha.

Private Panchayat Government Community Total

Agriculture Land 5300 - - - 5300

Temporary Fallow 65.05 - - - 65.05

Permanent Fallow 85.26 - - - 85.26

Cultivated Rain

fed

4000 - - - 4000

Cultivated

irrigated

2650 - - - 2650

Net Sown Area 3950 - - - 3950

Net Area sown

more than once

3950 - - - 3950

Forest Land - - 425 - 425

Pastures - 358 - - 358

Others - - 249 - 249

Total 20000.31 358 674 - 21032.31

The project area has 6487 ha of cultivable wasteland 425 ha of fallow land

(total 6486 ha) can be brought under cultivation if some irrigation source can be

provided through construction of WHS like Khandin, Tanka, Farm, Ponds etc and

also through demonstration of rain fed varieties of crops. Construction of WHS

can also increase in area under irrigation which is only 8.08%.

425 ha. (6.55% of the project area) is under wastelands and can be brought

under vegetative cover, with reasonable effort. Activities like Earthen check dams,

Vegetative filter strip, V-ditches, staggered trenches, WHS (Johad) A forestation

of wastelands and Pasture development will be taken up on these lands.

Pasture development the land use table shows that there is 358 hectare

pasture land (5.52%) This emphasizes the need for taking up pastureland

development works through sowing of promising species of grasses and

plantation.

Table 2.4 a. Agriculture and Horticulture status and fuel availability.

S.

No.

Seaso

n

Crop

sown

Variet

y

Rain Fed Irrigated Total

Are

a

(ha)

Prod

uctio

n

(qu.)

Produ

ctivity

(kg/ha)

Area

(ha)

Prod

uctio

n

(qu.)

Produ

ctivity

(kg/ha)

Area

(ha)

Prod

uctio

n

(qu.)

1 2 3 4 5 6 7 8 9 10 11 12

1 Khari

f

Maize GANG

A 2 15 240 1600 15 240

Jawar

(Green

fodder)

CSH

18 410 35000 25000 3021 60420

Bajra Super

Boss,

9444

1500 60470 2000 3021 60420

Til RT 46 70 420 600 70 420

Arhar UPS

120 500 150 1200 150 1200

Gawar RGC

1017 810 624 800 80 624

Vegetable 80 9600 12000 80 9600

2 Rabi Wheat Raj-

3077 1520 68400 4500 1570 68400

Barely RD

2052 187 7480 4000 187 7480

Gram C-235 20 2810 1400 174 2436 1400 194 2716

Mustered T-59,

RH-30 60 1200 2000 1531 30620 2000 1591 31820

Vegetable 50 6000 12000 50 6000

3 Zaid Moong K 851 50 300 600 50 300

Vegetable 112 13440 12000 112 13440

Total 3826 99384 3420 3664 13347 48500 7490 13015

Table 2.4 b. Abstract of cropped area (ha)

Area Under Single crop 3886

Area Under Double crop 1412

Area Under Multiple crop 2

S.

No.

Name

of crop

Present

variety

Required

Variety

Reason of Required Variety

1 Maize Ganga 2 Mahi

Kanchan

Maturity period 75-80 days (early

maturity), Production 35-40 q/Ha, less

water reruired but tolrent to excess water,

market value is good due to high starch &

appreance, tolrent to logging. This variety

is most suitable for this W/S Area.

2 Til RT 46 TC – 25 White seed variety, maturity period 95 days

(early maturity), production 6-7 q/Ha, less

water reruired, market value is good &

appreance, tolrent to logging, resistance to

bacterial diseases. This variety is most

suitable for this W/S area.

3 Moong K 851 SML 668 Maturity period 85 days plants are erect

determinate and medium statured 85 cm

possesses bolder green grain s with good

yellow mosaic varius cercospora leaf spot

and bacterial leaf spot diseases. Its yield

potential 15-18 quintal/hac. This variety is

most sutaible for this W/S area.

4 Gawar RCG

1017

RCG 936 Maturity period 100-105 days, seeds

medium bolt with buff colour, suitable for

growing in dry land agriculture, used for

fodder and grain purpose, yield porential is

14-15 q/Ha. This variety is most sutaible

for this W/S area & good market value.

5 Wheat Raj-

3077

RAJ 3765 Maturity period 110-120 days and plant

height is 89-95 cm, heat tolerand and

susceptible to dust, moderately resistant

tokarnal bunt, yield porential is 40-50 q/ha.

This variety is most sutaible for this W/s

area & good market value.

6 Barely RD

2052

RD 2508 Maturity period 118-120 days, grain is

yellow & medium bold, sutiable for rain

fed area, variety is 6 row barley, medium

tall (92-100 cm), resistance to yellow rust,

light, yield porential is 40-45 q/ha. This

variety is most sutaible for this W/S area.

7 Gram C-235 GNG 469 Maturity period 90-95 days, sutibale for

rain fed area, resistance to wild disease,

yield porential is 20-25 q/ha.

8 Mustred T-59,

RH-30

PUSA

JAI

KISHAN

Maturity period 100-115 days and plant

height is medium tall. Low logging

problem, resistant to white rust, yield

porential Is 25-30 q/Ha. This variety is

most sutaible for this W/S area.

Crop Rotation**will very from project to project

Bajra - Mustered

Bajra - Fallow

Moong - Wheat

Moong - Mustered

Fallow - Tarameera

Fallow - Caster

Fallow - Lucern

Cluster Bean - Fallow

Fallow - Tarameera

Til - Fallow

Caster - Caster

Moth - Fallow

The table 2.4b show that only 4678 ha is (92.53 %) is double cropped area.

Also the crop rotation shows that fallow lands are there. This indicates that there is

scope for change in crop rotation is fields where there are fallow lands through soil

and water conservation measures, crop demonstration and diversification in

agriculture.

Soil and water conservation measures besides putting fallow under

cultivation can change the are under single cropping to double and multiple

cropping.

Table 2.4 c Productivity Gap Analysis (The table can also be given in bar

chart form)

Name of

the crop

Productivity Q/ha

India Highest

Average in

Rajasthan

Highest

Average of

Agro climatic

Zone

District Project

Area

Arhar 7 6-7 7 7-8

Jawar 8 2-3 3 2-3

Moong 7 5-6 6 5-6

Gawar 12 5-7 7 7-8

Wheat 26 20-30 30 30-35

Barely 20 20-25 25 30-35

Gram 2 2-5 5 10-12

Mustred 11 10-13 13 10-13

Analysis of the above table indicate that besides national gap there is wide

gap in productivity within state and even within same agro climatic zones.

The reasons for this variation are :-

The farmers are using varieties Mank UP128. Whereas the recommended

varieties like Mahi Kanchan provide 16-20 q/Ha yield.

The farmers are using varieties K851 of Moong. Whereas the recommended

varieties like SML 668 provide 5-8 q/Ha yield.3

The farmers are using varieties RT 46 of Til. Whereas the recommended

varieties like TC 25 provide 6-7 q/Ha yield.

The farmers are using varieties RCG 936 of Gawar. Whereas the

recommended varieties like RCG 986 provide 8-10 q/Ha yield.

The farmers are using varieties Raj-3077 of Wheat. Whereas the

recommended varieties like RAJ 3765 provide 45-50 q/Ha yield.

The farmers are using varieties RD 2052 of Barely. Whereas the

recommended varieties like RD 2035 provide 30-35 q/Ha yield.

The farmers are using varieties C-245 of Gram. Whereas the recommended

varieties like GNG 469 provide 20-25 q/Ha yield.

The farmers are using varieties T-59, RH-30 of Mustred. Whereas the

recommended varieties like Pusa Jai Kishan provide 20-25 q/Ha yield.

Lack of availability of good quality seeds Bio 902 of desired crop and variety

in adequate quantities and time to the farmers.

Availability of water for cultivation (68.9% is irrigated table------)

The productivity gap and reasons of it indicate potential to increase the

productivity through crop demonstration. Crop demonstrations would be carried

out on improved crops/varieties, improved agronomic practices. INM, IPM, mixed

cropping, distribution of fodder seed mini kit. Demonstration of improved

methods and economics of fodder crops cultivation and also distribution

foundation seeds of forage crops for further multiplication, introduction of fodder

crops in the existing crop rotations.

Table 2.6 Land holding pattern in project area

S.

No.

Type of

Farmer

Total

Households

Land holding (ha)

irrigation source wise

Land holding (ha) social group

wise

Irrigated

(source)

Reinfed Total General SC ST OBC BPL

(i) Large

Farmer 206 40 166 206 99 21 18 68 0

(ii) Small

Farmer 6175 1235 4940 6175 2964 804 556 1542 309

(iii) Marginal

farmer 3192 638 2554 3192 1432 409 306 880 165

(iv) Landless

Person 926 185 741 926 93 324 56 99 454

(v) No. of

BPL

households

1787 357 1430 1787 625 203 154 505 300

Table 2.5 Existing area under horticulture/Vegetables/Floriculture (ha)

Activity Area Species Varieties Recommended

Varieties

Production

(qu/ha)

Horticulture

Awala 1 Chakaya Chakaya 200

Beel 0.025 Narendra

BELL-5

Narendra

BELL-5, 9 Fejabad

250

Lemon 0.25 Kagji Kagji 250

Vegetables

Brinjal 35 CHV

CHUP 707

Black buty,

Krishana-44

Black buty,

Krishana-44

90

Tomato 30 Slection-120 Slection-120, HB-2 110

Onion 90 Talaja Talaja, N-53 150

Other 50 120

Floricuture 0 0 0 0 0

Medicinal

Plants 0 0 0 0 0

79.10 land holding belong to small and marginal farmers who own 57.56 of total

cultivated area. Horticulture/vegetables could be more economical to small and

marginal farmers with irrigation source. For large farmers with no irrigation

facility Horticulture/vegetables will be promoted in a part of land with farm

pond/Tanka construction. The following activities will be more beneficial for

small land holdings and for diversification and income for large farmers.

Horticulture plantation, Medicinal and Aromatic Crops, floriculture : As

discussed earlier horticulture/vegetables could be more economical to small and

marginal farmers with irrigation source. Also the project area has good potential

for medicinal & aromatic crops like Sonamukhi, Lsabgol, Ashwagandha, Khus,

Mehandi etc.

Agro Forestry plantation : To increase the income of farmers and also for shelter

belt plantation as wind velocity is high in the project area.

Setting of Vermi Compost units: Keeping in view the side effect of residues of

chemicals and fertilizers on human health the emphasis would be on cultivation of

organic produce through motivating farmers and providing assistance for

production of organic input, vermin compost.

Production and distribution of quality seed : There is need to ensure that good

quality seed is available for cultivators for which adequate seed production would

be initiated in watershed areas with the assistance of private sector and agriculture

department technologies.

Sprinklers and pipelines : for efficient water management practices emphasis on

demonstration of sprinklers with adequate financial support and convergence/

private partnership.

Establishment of Green House : For growing off season vegetables seedlings and

other horticultural crops under controlled atmospheric conditions of green house.

Establishment of nurseries : Most of the planting material is procured from other

parts of the State/country. The procurement of planting material from distant

places causes damage to the planting material and often results in untimely supply.

Hence nursery development activity in area.

Innovative hi-tech/export oriented activities : Innovative hi-tech/export oriented

projects like mushroom cultivation, floriculture etc which are in negligible

existence at present, can be implemented by individual farmers/private companies.

Drip irrigation : Drip irrigation will be promoted in all horticulture plantations,

vegetables, green houses and in nurseries for rational use of irrigation higher

yields and quality produce.

Table 2.7 Livestock status-animals/milk production/average yield.

S.

No.

Description

of animals

Population

in No.

Yield

(milk/

mutton/

wool)

Dry Matter

requirement

kg per No.

Dry matter

requirement per

year in Kg. (per

in animal)

Total

requirement

in M.T.

1 Cows

Indigenous 1250 5.983 7 3193.75 3193.750

Hybrid 390 12.605 7 996.45 996450

2 Buffaloes 12380 10.007 7 3163.09 3163.09

3 Goat 1760 0.248 2 1284.80 1284.80

4 Sheep 190 0.100 2 138.70 138.70

5 Camel 35 0 10 127.75 127.75

6 Poultry 50 0.500 0 0 0

7 Piggery 130 35 7 332.150 332.150

Total 16185 9236.69 9236.69

In spite of the large number of livestock, production is less hence increase

in productivity across all species, is a major challenge. To reduce production of

unproductive cattle and improve the productivity by improving the breeds by

breeding management following activities will be taken up.

Castration

Artificial insemination

Distribution of superior Breeding bulls for use in Cattle and Buffalo

Breeding distribution crossbred rams

Besides breed improvement other animal husbandry practices like better

health, hygience and feeding practices can increase productivity of livestock.

Hence Activities like Animal health camps, Urea-Molasses treatment

demonstration, demonstration of improved methods of conservation and utilization

of Forage crops are proposed.

Table 2.8 Existing area under fodder (ha)

S. No. Item Unit Ara/Quantity

1 Existing Cultivable area under

Fodder

Ha 1846 Ha

2 Production of Green fodder Tonns/Year 1025 T/Ha

3 Production of Dry fodder Tonns/Year 1548.6 T/year

4 Area under Pastures Ha 280.75 Ha

5 Production of fodder Tonns/Year Nil

6 Existing area under Fuel wood Ha Nil

7 Supplementary feed Kgs/day 1 Kg/Day

8 Silage Pits No Nil

9 Availability of fodder quintals 2573.81 MT

10 Deficiency/excess of fodder quintals 23162.37 MT

The table above shows there is fodder shows there is fodder deficiency

(Requirements is 9236.69 MT and availability 2573.81 MT Hence deficiency of

6622.88 MT)

To minimize the large and expanding gap between feed and fodder resource

availability and demand there is need for :-

Increase in area under fodder crops

Increase in productivity of fodder crops

Development of pastures and

Reduction in large number of livestock production through replacement by

few but productive animals

Table 2.9 Agriculture implements

S.No. Implements Nos.

1 2 3

1 Tractor 93

2 Sprayers-manual/power 141

3 Cultivators/Harrows 90

4 Seed drill 70

5 Any other 53

Farm mechanization and seed banks : As discussed earlier % land holdings belong

to small and marginal farmers who own only 13% of total cultivated area so owing

of big farm implements by individual farmers is not economical so SHG would be

promoted to buy farm implements and rent to farmer.

Table 2.10 NREGA Status – No. of Card Holder, activities taken so far,

employment status.

S.

No.

Name of village Total No. of

Job Cards

Employment

Status

Activity taken up so far

1. Gudha 295 80% Gravel Road, Jhohad

2. Churani 260 80% Gravel Road, Jhohad

3. Gudha Kishordas 158 80% Gravel Road, Jhohad

4. Harner 140 80% Gravel Road, Jhohad

5. Dhaintal 118 80% Gravel Road, Jhohad

6. Lahakabas 120 80% Gravel Road, Jhohad

7. Roopukabas 230 80% Gravel Road, Jhohad

8. Mundiyawas 175 80% Gravel Road, Jhohad

9. Bhangroli 458 80% Gravel Road, Jhohad

10. Thanagazi 1679 80% Gravel Road, Jhohad

S.

No.

Name of village Total No. of

Job Cards

Employment

Status

Activity taken up so far

11. Saleta 250 80% Gravel Road, Jhohad

12. Hinsala 256 80% Gravel Road, Jhohad

13. Mankot 200 80% Gravel Road, Jhohad

14. Bhagatpura 176 80% Gravel Road, Jhohad

15. Guvada Bhopala 135 80% Gravel Road, Jhohad

16. Guvada Aamala 145 80% Gravel Road, Jhohad

17. Bhudiyawas 398 80% Gravel Road, Jhohad

18. Beesakabas 302 80% Gravel Road, Jhohad

19. Kolakabas 151 80% Gravel Road, Jhohad

20. Badh Dholi 150 80% Gravel Road, Jhohad

21. Dwarapur 350 80% Gravel Road, Jhohad

22. Bassi Abhayram 250 80% Gravel Road, Jhohad

23. Rajpura Jageer 200 80% Gravel Road, Jhohad

24. Surjanpur 250 80% Gravel Road, Jhohad

25. Duhar Chougan 721 80% Gravel Road, Jhohad

26. Duhar Mala 164 80% Gravel Road, Jhohad

27. Govadi 256 80% Gravel Road, Jhohad

28. Nathusar 204 80% Gravel Road, Jhohad

29. Biharisar 329 80% Gravel Road, Jhohad

30. Dhigariya 282 80% Gravel Road, Jhohad

Table 2.11 Migration Details

Name of

village

No. of

persons

migrating

No. of

days per

year of

migration

Major

reason(s) for

migrating

Distance of

destination

of migration

from the

village (km)

Occupation

during

migration

Income

from such

occupation

(Rs. in

lakh)

Gudha 30 240 days Unemployment 240 km Labour Work

Churani 25 240 days Unemployment 240 km Labour Work

Gudha

Kishordas

25 240 days Unemployment 240 km Labour Work

Harner 50 240 days Unemployment 240 km Labour Work

Dhaintal 30 240 days Unemployment 240 km Labour Work

Lahakabas 30 240 days Unemployment 240 km Labour Work

Roopukabas 20 240 days Unemployment 240 km Labour Work

Mundiyawas 15 240 days Unemployment 240 km Labour Work

Bhangroli 45 210 days Unemployment 240 km Labour Work

Thanagazi 100 210 days Unemployment 200 km Labour Work

Saleta 60 210 days Unemployment 200 km Labour Work

Hinsala 50 210 days Unemployment 200 km Labour Work

Mankot 60 210 days Unemployment 200 km Labour Work

Name of

village

No. of

persons

migrating

No. of

days per

year of

migration

Major

reason(s) for

migrating

Distance of

destination

of migration

from the

village (km)

Occupation

during

migration

Income

from such

occupation

(Rs. in

lakh)

Bhagatpura 35 210 days Unemployment 200 km Labour Work

Guvada

Bhopala


Guvada

Aamala


Bhudiyawas 45 210 days Unemployment 200 km Labour Work

Beesakabas 45 210 days Unemployment 200 km Labour Work

Kolakabas 30 210 days Unemployment 200 km Labour Work

Badh Dholi 25 210 days Unemployment 200 km Labour Work

Dwarapur 50 210 days Unemployment 200 km Labour Work

Bassi

Abhayram


Rajpura

Jageer


Surjanpur 40 210 days Unemployment 200 km Labour Work

Duhar

Chougan


Duhar Mala 65 210 days Unemployment 200 km Labour Work

Govadi 210 days Unemployment 200 km Labour Work

Nathusar 210 days Unemployment 200 km Labour Work

Biharisar 210 days Unemployment 200 km Labour Work

Dhigariya 210 days Unemployment 200 km Labour Work

The migration can be check by creation of employment opportunities,

enhancing farm level economy, increase the income of the people engaged in

animal husbandry by dairy, poultry and marketing and value addition. (As

discussed earlier) and diversification in livelihoods.

The existing livelihoods village are given below

Table 2.12 (a) Major activities (on farm)

Name of activity No of House holds Average annual income

from the

Cultivators 90 300000

Dairying 43 210000

Piggery 10 87500

Landless Agri. Labourers 2120 75000

Table 2.12 (b)Major activities (off farm)

Name of activity Households/individuals Average annual income

from the

Carpenter 75 87500

Blacksmith 100 50000

Leather Craft 300 75000

Mason 150 100000

Others specify (Cycle

Repair, STD, Craft etc)

50 125000

The efforts for increase in income through off farm activities will be made

under livelihood component through assistance to SHG or individuals.

Table 2.13 (a) Status of Existing SHG

S.

No.

Name of

SHG

Members Activity

involved

Monthly

income

Fund

available

Assistance

available

Source of

assistance

Training

received

1 Dairy 11 Saving 550 2000 - - 1

2 Geeta 10 Saving 200 1200 - - 1

3 Pragya 10 Saving 200 1200 - - 1

4 Mansha 10 Saving 200 1200 - - 1

5 Kalpna 10 Saving 200 1000 - - 1

6 Pooja 10 Saving 200 1000 - - 1

7 Laxmi 10 Saving 200 1000 - - 1

8 Krishna 10 Saving 200 1000 - - 1

9 Durga 10 Saving 200 1000 - - 1

10 Mahila 13 Saving 130 1300 - - 1

11 Kishori 10 Saving 100 10000 - - 1

12 Johdi 10 Saving 100 600 - - 1

13 Sharma 11 Saving 220 1320 - - 1

14 Gandhi 10 Saving 50 1500 - - 1

15 Saini 11 Saving 110 330 - - 1

16 Narmda 10 Saving 200 1200 - - 1

17 Gayatri 10 Saving 220 660 - - 1

18 Megha 10 Saving 200 800 - - 1

19 Shiv 10 Saving 200 1000 - - 1

20 Manisha 13 Saving 260 780 - - 1

21 Mohit 10 Saving 100 700 - - 1

22 Vasundhara 10 Saving 500 2500 - - 1

23 Kiran 10 Saving 500 4000 - - 1

24 Shankar 10 Saving 200 400 - - 1

25 Radha 10 Saving 1000 7000 - - 1

26 Rukmani 10 Saving 1000 7500 - - 1

The table indicates existence of number of groups in the area also these

need to be strengthened through trainings and financial assistance.

II. Technical Features

Table 2.14 Ground Water

S.

No.

Source No. Functional

depth (feet)

Dry Area

irrigated

Water availability

(days)

i) Dug wells 540 200 300 0 65

ii) Deep Tube wells 704 200 M 0 2650 365

Total 1244 400 300 2650 430

Table 2.15 Availability of drinking water

S.

No.

Name of the

village

Drinking

water

requiremen

t Ltrs/day

Present

availability

of drinking

water

Ltrs/day

No. of

drinking

water

sources

available

No.

function

al

No.

requires

repairs

No.

defunct.

1. Gudha 2720 2040 28 25 2 1

2. Churani 732 711 15 11 4 0

3. Gudha

Kishordas 2928 2196 36 32 4 0

4. Harner 9008 6756 71 57 10 4

5. Dhaintal 732 711 16 10 5 1

6. Lahakabas 2928 2096 35 30 4 2

7. Roopukabas 10236 7677 70 59 8 3

8. Mundiyawas 8512 6500 76 55 15 4

9. Bhangroli 8812 6609 76 56 16 4

10. Thanagazi 65532 49749 430 231 194 5

11. Saleta 12856 9642 120 90 25 5

12. Hinsala 2928 2196 36 32 4 1

13. Mankot 9008 6756 71 57 10 4

14. Bhagatpura 1206 1149 7 5 1 1

15. Guvada

Bhopala 3410 2565 60 34 21 5

16. Guvada

Aamala 102 90 6 5 1 0

17. Bhudiyawas 21824 16368 155 110 36 9

18. Beesakabas 65530 4837 432 225 195 5

19. Kolakabas 3410 2565 60 34 21 8

20. Badh Dholi

S.

No.

Name of the

village

Drinking

water

requiremen

t Ltrs/day

Present

availability

of drinking

water

Ltrs/day

No. of

drinking

water

sources

available

No.

function

al

No.

requires

repairs

No.

defunct.

21. Dwarapur 21825 16267 150 110 35 9

22. Bassi

Abhayram 3315 2565 60 30 20 5

23. Rajpura Jageer 9006 6750 70 55 10 6

24. Surjanpur 8816 6600 75 57 16 5

25. Duhar

Chougan 12859 9542 120 95 30 7

26. Duhar Mala 20835 16470 160 110 38 9

27. Govadi 1208 1147 9 5 1 1

28. Nathusar 10435 7670 68 57 7 3

29. Biharisar 3008 2190 34 30 4 0

30. Dhigariya 1306 1150 7 5 1 1

Table 2.16 Water use efficiency

Name of

major crop

Area (Hectare)

Through water

saving devices

(Drip/Sprinklers)

Through water

conserving

agronomic practices#

Any other

(pl.

Specify)

Total

Rabi 1536 1863 265 3364

The tables above indicate need for judicious use of available water.

Encouraging optimum use of water through installation of sprinklers on every

operational wells.

Table 2.17 Slope details

Slope of Watershed

S. No. Slope percentage Area in hectares

1 0 to 3% 3455.80

2 3 to 10% 1259.32

3 7 to 10% 4715.12

As most of the area has slope less than 3% construction of contour bunds

can solve the problem of water erosion in agriculture fields and protect washing of

top soil and manures/fertilizers.

Table 2.18 Water Budgeting

Table 2.18 (a) Total available runoff(cum) use stranges table

Area Name of GP Type of

Catchment

Yield of runoff from

catchment per ha. (cum)

use stranges table

Total

Runoff

707 Gudha Churani Average 900 636300

577 Harner Good 1200 692400

215 Bhangroli Average 900 193500

667 Thanagazi Average 900 600300

1200 Saleta Normal 600 720000

350 Bhudiyawas Average 900 315000

651 Dwarapur Average 900 585900

712 Duhar Chougan Average 900 640800

222 Garbasai Normal 600 133200

761 Nathusar Average 900 684900

Total 5202300

Table 2.18 (b) Details of already stored runoff (Surface Water structures)

S.

No.

Name No. Storage Capacity

(cum)

Area irrigated

(ha)

i) Major irrigation Project 0 0 0

ii) Medium irrigation Project 0 0 0

iii) Form Ponds/Tanks 15 15000 0

iv) Anicuts 9 31500 0

Total 24 46500 0

Table 2.18 (c) Detail of storage runoff (cum) (Surface Water structures)

S.No. Name No. Storage Capacity (Cum)

1 Form Ponds/Tanks 15 6000

2 Pakka Masonry Structure 28 105000

3 ECD 207 120000

4 WHS 153 76000

Total 307000

% runoff trapped 353000*100/5202300=6.78%

Table 2.19 Soil details

Soil Profile

S.No. Major Soil Classes Area in hectares

1 Sandy Loam 800

2 Black Cotton 1212.88

Soil Depts :

B Depth (Cms) Area in hectares

1 0.00 to 7.50 0

2 7.50 to 45.00 162.88

3 >45.00 1850

S.No. Soil fertility Status Kg/ha Recommended

1 N 25 150

2 P 39.6 23 to 56

3 K 250 144 to 336

4 Micronutrients PPM

A Zinc 1.08 PPM 0.6 PPM

B Fe 4.19 PPM 4.5 PPM

C S 1.67 PPM 0.2 PPM

The analysis of table shows need to improve and maintain soil fertility. Soil

health card to every farmer every crop season will be provided, which will include

the recommendation for Application micro nutrient and fertilizers.

Table 2.20 Erosion details

Erosion status in project Area

Cause Type of

erosion

Area affected

(ha)

Run off

(mm/year)

Average soil loss

(Tonnes/ha/year)

Water erosion

a Sheet 3959.48 4-10

b Rill 626.25 10-15

c Gully 494.27 15-25

Sub-Total 5080.00

Wind erosion Nil

Total for project

The need is :

To check land degradation

To reduce excessive biotic pressure by containing the number and increase of

livestock.

To check cultivation on sloping lands without adequate precautions of soil and

water conservation measures.

To discourage cultivation along susceptible nallah beds.

To check faulty agriculture techniques

To check uncontrolled grazing and developed cattle tracks.

To check Deforestation of steep slopes.

To check erosive velocity of runoff, store runoff, to arrest silt carried by runoff

and to recharge Ground water structures life Earthen check dams, gully plugs,

Bank Stabilisation, Loose stone check Dams, Gabions, Earthen embankment

(Nadi) and Anicuts would be taken up.

CHAPTER – III

Proposed Development Plan

The activities are indicative addition/deletion in activities will be as per

local conditions.

A) Preparatory phase activities capacity Building Trainings and EPA

The IEC activities like Kalajathas, Group meetings, door to door campaign,

slogans and wall writings etc. were carried out in all the habitations of 4/15,

4/16, 4/17, 4/18 Micro watershed. A series of meetings were conducted

with GP members, community and discussed about the implementation of

IWMP programme. User groups were also formed.

S.No. Name of the Gram

Panchayat

Date on which Gram

Sabha approved EPA

1. Gudha Churani 16-11-2011

2. Harner 16-11-2011

3. Bhangroli 17-11-2011

4. Thanagazi 17-11-2011

5. Saleta 18-11-2011

6. Bhudiyawas 18-11-2011

7. Dwarapur 19-11-2011

8. Duhar Chougan 19-11-2011

9. Garbasai 07-02-2012

10. Nathusar 21-11-2011

S.No. Name of

Village

Amount

earmarked

for EPA

Entry point

Activities

planned

Estimated

cost (in

Lac)

Expenditure

incurred (in

Lac)

Bala

nce

Expected

outcome

Actual

outcome

1 2 3 4 5 6 7 8 9

1 Gudha

Churani 3.40

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

2 Harner 2.77

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

3 Bhangroli 1.37

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

4 Thanagazi 3.43

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

S.No. Name of

Village

Amount

earmarked

for EPA

Entry point

Activities

planned

Estimated

cost (in

Lac)

Expenditure

incurred (in

Lac)

Bala

nce

Expected

outcome

Actual

outcome

5 Saleta 5.76

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

6 Bhudiyawa

s 1.68

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

7 Dwarapur 3.12

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

8 Duhar

Chougan 4.01

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

9 Garbasai 1.07

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

10 Nathusar 4.13

Construction

of Khel &

Tanki

0.60 Per

Tanki

0.60 Per

Tanki Nil Good

Full

Usefull

The PRA exercise was carried out in all the villages on the dates shown below.

S.No. Name of the Village/Habitation Date on which PRA conducted

1. Gudhan 1-01-12 to 03-01-12

2. Churani 04-01-12 to 06-01-12

3. Ghuda Kishordas 07-01-12 to 08-01-2012

4. Harner 09-01-12 to 10-01-2012

5. Dhaintal 11-01-12 to 12-01-2012

6. Lahakabas 13-01-12 to 14-01-2012

7. Roopukabas 16-01-12 to 18-01-2012

8. Mundiyas 19-01-12 to 20-01-2012

9. Bhangroli 23-01-12 to 25-01-2012

10. Thanagazi 26-01-12 to 31-01-2012

11. Saleta 02-02-12 to 04-02-2012

12. Hinsla 05-02-12 to 07-02-2012

13. Mankot 08-02-12 to 10-02-2012

14. Bhagtpura 12-02-12 to 14-02-2012

15. Guvada Bhopala 15-02-12 to 16-02-2012

16. Guvada Amala 17-02-12 to 18 -02-2012

17. Bhudiyawas 21-02-12 to 22-02-2012

18. Beesakabas 23-02-12 to 25-02-2012

19. Kolakabas 26-02-12 to 27-02-2012

20. Baddoli 28-02-12 to 29-02-2012

21. Dwarapur 01-03-12 to 02-03-2012

22. Basai Abhayram 03-03-12 to 04-03-2012

23. Rajpura Jageer 05-03-12 to 06-03-2012

24. Surjanpur 12-03-12 to 13-03-2012

25. Duhar Chougan 14-03-12 to 15-03-2012

26. Duhar Mala 16-03-12 to 17-03-2012

27. Nathusar 19-03-12 to 20-03-2012

S.No. Name of the Village/Habitation Date on which PRA conducted

28. Dhigariya 21-03-12 to 22-03-2012

29. Biharisar 23-03-12 to 24-03-2012

30. Govadi 26-03-12 to 27-03-2012

Transact walk were carried out involving the community for social

mapping, Resource mapping. Detailed discussions and deliberations with all the

primary stakeholders were carried out.

Socio-economic survey was carried out during 1.4.10 to 31.12.10 (dates)

period covering all the households and primary data on demography, land

holdings, employment status, community activities etc was collected as mentioned

in chapter 2.

State remote sensing department was assigned the work of preparing

various thematic layers using Cartosat-1 and LISS-3 imageries for Creation.

development and management of geo-spatial database depicting present conditions

of land (terrain), water and vegetation with respect to watershed under different

ownerships at village level.

Various thematic layers provided by SRSAC are :

Delineation of Macro/Micro watershed boundaries.

Digitised Khasara maps of the villages falling in project area.

Network of Drainage lines, existing water bodies, falling in the project area.

Base maps (transport network, village/boundaries, and settlements).

Land Use/Land cover map.

Contours at 1 meter interval, slope map.

Based on GIS thematic layers, filed visits, PRA and analysis of benchmark

data (as discussed in chapter 2) final treatment plan on revenue map for

implementation has been framed. Thus each intervention identified has been

marked on revenue map (map enclosed in DPR as annexure------). The GIS based

intervention map, PRA based intervention map are annexed as ------.

tyxzg.k {ks= dk uke & nqgkj pkSxku

xzke iapk;r dk uke & nqgkj pkSxku vuqekfur ykxr ¼yk[kksa esa½ & 85.44

iapk;r lfefr dk uke & Fkkukxkth dqy {ks=Qy ¼gSDVs;j esa½ & 712

ftys dk uke & vyoj ftys }kjk t-xz-{ks= dh Lohdf̀r@vuqeksnu fnukad &

Lohdf̀r fnukad & tyxzg.k laLFkk ls vuqeksnu fnukad &

HkkSfrd fofRr; HkkSfrd fofRr; HkkSfrd fofRr; HkkSfrd fofRr; HkkSfrd fofRr; HkkSfrd fofRr;

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 8.54 1.71 1.71 1.71 1.71 1.70 0 8.54

[k ekWfuVfjax ¼1%½ 0.85 0.17 0.17 0.17 0.17 0.17 0 0.85

x ewY;kadu ¼1%½ 0.85 0.17 0.17 . 0.17 0.17 0 0.85

;ksx ¼1½ 10.24 0 2.05 0 2.05 0 1.88 0 2.05 0 2.04 0 10.24

2 tyxzg.k rS;kjh pj.k

d izos'k fcUnq dk;Z ¼4%½ la[;k 3.40 3.40 0 3.40

[k laLFkkxr ,oa {kerk fuekZ.k ¼5%½ la[;k 4.25 0.85 0.85 0.85 0.85 0.85 4.25

x foLrr̀ ifj;kstuk izfrosnu rS;kjh ¼1%½ la[;k 0.85 0.85 0 0.85

;ksx ¼2½ 8.50 0 5.10 0 0.85 0 0.85 0 0.85 0 0.85 0 8.50

3 fodkl ?kVd ¼56%½

d df̀"k ;ksX; Hkwfe ¼vjscy½

& vnZuo.M pSd Mse la[;k 13 5.25 5 2.00 6 2.40 2 0.85 13 5.25

& dUVwj cafMax ehVj 11154 7.25 4000 2.60 3692 2.40 1923 1.25 1539 1.00 11154 7.25

& osLV oh;j la[;k 39 8.25 11 2.25 14 3.00 9 2.00 5 1.00 39 8.25

mi ;ksx ¼3½ 20.75 0 0.00 4016 6.85 3712 7.80 1934 4.10 1544 2.000 11206 20.75

[k vdf̀"k ;ksX; Hkwfe ¼ukWu vjscy½

& bZ lh Mh ehVj 12 5.00 3 1.25 4 1.75 3 1.20 2 0.80 12 5.00

& MCY;w ,p ,l dk;Z la[;k 18 3.62 8 1.62 6 1.20 4 0.80 18 3.62

;ksx ¼4½ 8.62 0 0.00 11 2.87 10 2.95 7 2.00 2 0.80 30 8.62

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15xfrfof/k dk uke Ø-la- fo-fo-

¼v/;k; & 5½

¼c½ ,dhd`r tyxzg.k fodkl ifj;kstuk gsrq o"kZokj foLr`r dk;Z ;kstuk

dqy ykxrbdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15xfrfof/k dk uke Ø-la- fo-fo-dqy ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 3 14.25 1 3.45 1 7.20 1 3.60 3 14.25

& ukyk L=hdj.k ehVj 2813 4.22 1000 1.50 1000 1.50 813 1.22 2813 4.22

;ksx ¼5½ 18.47 0 0.00 1001 4.95 1001 8.70 814 4.82 0 0.00 2816 18.47

mi ;ksx ¼3 ls 5½ 47.84 0 0.00 5028 14.67 4723 19.45 2755 10.92 1546 2.80 14052 47.840

5mRiknu laj{k.k dk;Z ¼vjscy Hkwfe½ ¼10%½

d pjkxkg fodkl gSDVj 4.78 1.78 1.00 1.00 1.00 0 4.78

[k okfudh ikS/kkjksi.k la[;k 0.25 2.05 0.55 0.50 0.50 0.50 0 17.47

x m|kfudh la[;k 0.25 0.85 0.25 0.20 0.20 0.20 0 0.85

?k oehZdEiksLV la[;k 0.05 0.85 0.25 0.20 0.20 0.20 0 0.85

8.53 23.95

6 ykboyhgqM ¼9%½

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 17 0.25 4.22 1.22 1.00 1.00 1.00 0 4.22

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 4 0.25 0.66 0.18 0.16 0.16 0.16 0 0.66

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 4 0.5 1.90 0.50 0.50 0.50 0.40 0 1.90

?k Ik'kq LokLF; f'kfoj la[;k 4 0.24 0.96 0.24 0.24 0.24 0.24 0 0.96

mi ;ksx ¼6½ 16.27 0 0.00 0 4.97 0 3.80 0 3.80 0 3.70 0 16.27

; dUlksfyMs'ku pj.k 2.59 2.59 0 2.59

egk ;ksx 85.44 0 7.15 5028 22.54 4723 25.98 2755 17.62 1546 11.98 14052 85.44

vf/k'kk"kh vfHk;Urk ¼Hkw-lalk/ku½ lgk;d vfHk;Urk ¼ih-vkbZ-,-½

,oa ifj;kstuk izcU/kd vkbZ-MCY;w-,e-ih-

¼Mh-MCY;w-Mh-;w-½ iapk;r lfefr Fkkukxkth

ftyk ifj"kn] vyoj ftyk vyoj

tyxzg.k {ks= dk uke & gjusj

xzke iapk;r dk uke & gjusj vuqekfur ykxr ¼yk[kksa esa½ & 69.24





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 6.92 1.39 1.39 1.38 1.38 1.38 0 6.92

[k ekWfuVfjax ¼1%½ 0.69 0.14 0.14 0.14 0.14 0.13 0 0.69

x ewY;kadu ¼1%½ 0.69 0.14 0.14 . 0.14 0.13 0 0.69

;ksx ¼1½ 8.30 0 1.67 0 1.67 0 1.52 0 1.66 0 1.64 0 8.30



[k laLFkkxr ,oa {kerk fuekZ.k ¼5%½ la[;k 3.48 0.69 0.70 0.70 0.70 0.69 0 3.48


;ksx ¼2½ 6.96 0 4.14 0 0.70 0 0.70 0 0.70 0 0.69 0 6.96





& osLV oh;j la[;k 27 5.76 7 1.47 7 1.45 8 1.68 5 1.16 27 5.76

mi ;ksx ¼3½ 16.96 0 0.00 3857 5.57 3857 5.40 3086 4.08 1159 1.910 11959 16.96


& bZ lh Mh ehVj 8 3.3 3 1.20 3 1.20 2 0.90 8 3.3

& MCY;w ,p ,l dk;Z la[;k 14 2.88 5 1.00 5 1.00 4 0.88 14 2.88

;ksx ¼4½ 6.18 0 0.00 8 2.20 8 2.20 6 1.78 0 0.00 22 6.18

xfrfof/k dk uke Ø-la- fo-fo-

¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

xfrfof/k dk uke Ø-la- fo-fo-dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15

4 fudkl ukyh mipkj

& ,fudV la[;k 4 11.75 1 3.60 1 3.60 1 3.60 1 0.95 4 11.75

& ukyk L=hdj.k ehVj 2787 3.88 1000 1.50 900 1.05 600 0.90 287 0.43 2787 3.88

;ksx ¼5½ 15.63 0 0.00 1001 5.10 901 4.65 601 4.50 288 1.38 2791 15.63

mi ;ksx ¼3 ls 5½ 38.77 0 0.00 4866 12.87 4766 12.25 3693 10.36 1447 3.29 14772 38.77


d pjkxkg fodkl gSDVj 3.84 1.00 1.00 1.00 0.84 3.84

[k okfudh ikS/kkjksi.k la[;k 1.66 0.55 0.45 0.36 0.30 0 1.66

x m|kfudh la[;k 0.69 0.29 0.15 0.15 0.10 0 0.69

?k oehZdEiksLV la[;k 0.69 0.29 0.15 0.15 0.10 0 0.69

6.88 6.88

6 ykboyhgqM ¼9%½ 3.42 3.42

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 14 0.55 1.25 1.00 1.00 0.17 0 0.55

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 2 1.35 0.30 0.25 0 1.35

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 3 0.96 0.50 0.50 0.35 0 0.96

?k Ik'kq LokLF; f'kfoj la[;k 4 13.16 1 0.24 1 0.24 1 0.24 1 0.24 4 13.16

2.08 2.08

mi ;ksx ¼6½ 69.24 0 0.00 1 4.42 1 3.74 1 3.25 1 1.75 4 69.24

; dUlksfyMs'ku pj.k 2.08 2.08 0 2.08

egk ;ksx 727.44 0 5.81 4867 19.66 4767 18.21 3694 15.97 1448 9.45 14776 727.44





tyxzg.k {ks= dk uke & xq<kpqjkuh

xzke iapk;r dk uke & xq<kpqjkuh vuqekfur ykxr ¼yk[kksa esa½ & 84.84





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 8.45 1.69 1.69 1.69 1.69 1.69 0 8.45

[k ekWfuVfjax ¼1%½ 0.84 0.17 0.17 0.17 0.17 0.16 0 0.84

x ewY;kadu ¼1%½ 0.84 0.17 0.17 . 0.17 0.16 0 0.84

;ksx ¼1½ 10.13 0 2.03 0 2.03 0 1.86 0 2.03 0 2.01 0 10.13





;ksx ¼2½ 8.40 0 5.04 0 0.84 0 0.84 0 0.84 0 0.84 0 8.40



& vnZuo.M pSd Mse la[;k 13 5.20 3 1.20 4 1.60 3 1.20 3 1.20 13 5.20


& osLV oh;j la[;k 42 8.80 10 2.10 15 3.15 12 2.52 5 1.03 42 8.80

mi ;ksx ¼3½ 23.50 0 0.00 4013 5.90 5019 8.00 3015 5.62 2623 3.980 14670 23.50


& bZ lh Mh ehVj 11 4.3 3 1.20 3 1.20 4 1.50 1 0.40 11 4.3

& MCY;w ,p ,l dk;Z la[;k 24 4.75 10 2.00 5 1.00 5 1.00 4 0.75 24 4.75

;ksx ¼4½ 9.05 0 0.00 13 3.20 8 2.20 9 2.50 5 1.15 35 9.05

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 3 10.21 1 3.40 1 3.40 1 3.41 3 10.21

& ukyk L=hdj.k ehVj 3167 4.75 1000 1.50 900 1.35 700 1.05 567 0.85 3167 4.75

;ksx ¼5½ 14.96 0 0.00 1001 4.90 901 4.75 701 4.46 567 0.85 3170 14.96

mi ;ksx ¼3 ls 5½ 47.51 0 0.00 5027 14.00 5928 14.95 3725 12.58 3195 5.98 17875 47.51




x m|kfudh la[;k 0.85 0.25 0.20 0.20 0.20 0 0.85


6 ykboyhgqM ¼9%½


[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 4 0.62 0.16 0.16 0.15 0.15 0 0.62

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 4 1.87 0.50 0.50 0.50 0.37 0 1.87

?k Ik'kq LokLF; f'kfoj la[;k 4 0.24 0.96 1 0.24 1 0.24 1 0.24 1 0.24 4 0.96

mi ;ksx ¼6½ 16.25 0 0.00 1 4.76 1 3.92 1 3.85 1 3.72 4 16.25

; dUlksfyMs'ku pj.k 2.55 2.55 0 2.55

egk ;ksx 84.84 0 7.07 5028 21.63 5929 21.57 3726 19.30 3196 15.10 17879 84.84





tyxzg.k {ks= dk uke & x<clbZ

xzke iapk;r dk uke & x<clbZ vuqekfur ykxr ¼yk[kksa esa½ & 26.64





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 2.66 0.89 0.89 0.88 0 2.66

[k ekWfuVfjax ¼1%½ 0.26 0.09 0.09 0.08 0 0.26

x ewY;kadu ¼1%½ 0.26 0.09 0.09 . 0 0.26

;ksx ¼1½ 3.18 0 1.07 0 1.07 0 0.96 0 0.00 0 0.00 0 3.18



[k laLFkkxr ,oa {kerk fuekZ.k ¼5%½ la[;k 1.30 0.44 0.43 0.43 0 1.30


;ksx ¼2½ 2.60 0 1.74 0 0.43 0 0.43 0 0.00 0 0.00 0 2.60



& vnZuo.M pSd Mse la[;k 4 1.80 2 0.90 2 0.90 4 1.80

& dUVwj cafMax ehVj 4616 3.00 2308 1.50 2308 1.50 4616 3.00

& osLV oh;j la[;k 14 3.00 7 1.50 7 1.50 14 3.00

mi ;ksx ¼3½ 7.80 0 0.00 2317 3.90 2317 3.90 0 0.00 0 0.000 4634 7.80


& bZ lh Mh la[;k 3 1.2 2 0.80 1 0.40 3 1.2

& MCY;w ,p ,l dk;Z la[;k 7 1.49 4 0.80 3 0.69 7 1.49

;ksx ¼4½ 2.69 0 0.00 6 1.60 4 1.09 0 0.00 0 0.00 10 2.69


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21


ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15

4 fudkl ukyh mipkj

& ,fudV la[;k 2 4.43 1 1.00 1 3.43 2 4.43

& ukyk L=hdj.k ehVj 0 0.00

;ksx ¼5½ 4.43 0 0.00 1 1.00 1 3.43 0 0.00 0 0.00 2 4.43

mi ;ksx ¼3 ls 5½ 14.92 0 0.00 2324 6.50 2322 8.42 0 0.00 0 0.00 4646 14.92

5

mRiknu laj{k.k dk;Z ¼vjscy Hkwfe½

¼10%½

d pjkxkg fodkl gSDVj 1.46 0.73 0.73 0 1.46

[k okfudh ikS/kkjksi.k la[;k 0.74 0.37 0.37 0 0.74

x m|kfudh la[;k 0.26 0.16 0.10 0 0.26

?k oehZdEiksLV la[;k 0.28 0.16 0.12 0 0.28

6 ykboyhgqM ¼9%½

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 5 1.25 0.75 0.50 0 1.25

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 1 0.21 0.21 0 0.21

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 1 0.46 0.46 0 0.46

?k Ik'kq LokLF; f'kfoj la[;k 2 0.24 0.48 1 0.24 1 0.24 2 0.48

mi ;ksx ¼6½ 5.14 0 0.00 1 3.08 1 2.06 0 0.00 0 0.00 2 5.14

; dUlksfyMs'ku pj.k 0.80 0.8 0 0.80

egk ;ksx 26.64 0 2.81 2325 11.08 2323 11.87 0 0.00 0 0.80 4648 26.64





tyxzg.k {ks= dk uke & HkkaxMksyh

xzke iapk;r dk uke & HkkaxMksyh vuqekfur ykxr ¼yk[kksa esa½ & 25.80





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 2.58 0.86 0.86 0.86 0 2.58

[k ekWfuVfjax ¼1%½ 0.25 0.09 0.08 0.08 0 0.25

x ewY;kadu ¼1%½ 0.25 0.09 0.08 . 0 0.25

;ksx ¼1½ 3.08 0 1.04 0 1.02 0 0.94 0 0.00 0 0.00 0 3.08


d izos'k fcUnq dk;Z ¼4%½ la[;k 1.03 0.35 0.34 0.34 0 1.03

[k laLFkkxr ,oa {kerk fuekZ.k ¼5%½ la[;k 1.25 0.42 0.42 0.41 0 1.25


;ksx ¼2½ 2.53 0 1.02 0 0.76 0 0.75 0 0.00 0 0.00 0 2.53



& vnZuo.M pSd Mse la[;k 5 2.00 3 1.20 2 0.80 5 2.00

& dUVwj cafMax ehVj 2846 1.85 1423 0.93 1423 0.92 2846 1.85

& osLV oh;j la[;k 14 2.85 7 1.43 7 1.42 14 2.85

mi ;ksx ¼3½ 6.70 0 0.00 1433 3.56 1432 3.14 0 0.00 0 0.000 2865 6.70


& bZ lh Mh la[;k 2 0.86 1 0.43 1 0.43 2 0.86

& MCY;w ,p ,l dk;Z la[;k 0

;ksx ¼4½ 0.86 0 0.00 1 0.43 1 0.43 0 0.00 0 0.00 2 0.86

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 4 4.95 2 2.04 2 2.91 4 4.95

& ukyk L=hdj.k ehVj 1.94 1.50 0.44 0 1.94

;ksx ¼5½ 6.89 0 0.00 2 3.54 2 3.35 0 0.00 0 0.00 4 6.89

mi ;ksx ¼3 ls 5½ 14.45 0 0.00 1436 7.53 1435 6.92 0 0.00 0 0.00 2871 14.45


d pjkxkg fodkl gSDVj 1.40 0.50 0.50 0.40 0 1.40

[k okfudh ikS/kkjksi.k la[;k 0.60 0.20 0.20 0.20 0 0.60

x m|kfudh la[;k 0.36 0.18 0.18 0 0.36


6 ykboyhgqM ¼9%½

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 5 1.25 2 0.50 2 0.50 1 0.25 5 1.25

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 1 0.20 1 0.20 1 0.20

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 2 0.39 0.20 0.19 0 0.39


mi ;ksx ¼6½ 4.97 0 0.00 4 2.17 3 1.95 1 0.85 0 0.00 8 4.97

; dUlksfyMs'ku pj.k 0.77 0.77 0 0.77

egk ;ksx 25.80 0 2.06 1440 11.48 1438 10.64 1 0.85 0 0.77 2879 25.80





tyxzg.k {ks= dk uke & Fkkukxkth

xzke iapk;r dk uke & Fkkukxkth vuqekfur ykxr ¼yk[kksa esa½ & 80.04





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 8.00 1.60 1.60 1.60 1.60 1.60 0 8.00

[k ekWfuVfjax ¼1%½ 0.80 0.16 0.16 0.16 0.16 0.16 0 0.80

x ewY;kadu ¼1%½ 0.80 0.16 0.16 . 0.16 0.16 0 0.80

;ksx ¼1½ 9.60 0 1.92 0 1.92 0 1.76 0 1.92 0 1.92 0 9.60





;ksx ¼2½ 8.00 0 4.80 0 0.80 0 0.80 0 0.80 0 0.80 0 8.00




& dUVwj cafMax ehVj 10154 6.60 4000 2.60 3846 2.50 2308 1.50 10154 6.60

& osLV oh;j la[;k 36 7.60 15 3.15 15 3.15 6 1.30 36 7.60

mi ;ksx ¼3½ 19.80 0 0.00 4020 7.75 3865 7.25 2317 4.00 2 0.80 10204 19.80


& bZ lh Mh la[;k 10 4 3 1.20 3 1.20 3 1.20 1 0.40 10 4

& MCY;w ,p ,l dk;Z la[;k 23 4.60 9 1.80 6 1.20 5 1.00 3 0.60 23 4.60

;ksx ¼4½ 8.60 0 0.00 12 3.00 9 2.40 8 2.20 4 1.00 33 8.60


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21


ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15

4 fudkl ukyh mipkj

& ,fudV la[;k 4 11.62 1 3.60 1 3.63 1 3.60 1 0.79 4 11.62

& ukyk L=hdj.k ehVj 3200 4.80 1000 1.50 1000 1.50 667 1.00 533 0.80 3200 4.80

;ksx ¼5½ 16.42 0 0.00 1001 5.10 1001 5.13 668 4.60 534 1.59 3204 16.42

mi ;ksx ¼3 ls 5½ 44.82 0 0.00 5033 15.85 4875 14.78 2993 10.80 540 3.39 13441 44.82

5


¼10%½



x m|kfudh la[;k 0.80 0.30 0.20 0.20 0.10 0 0.80


6 ykboyhgqM ¼9%½



x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 4 1.70 0.50 0.50 0 0.50 0.20 0 1.70


mi ;ksx ¼6½ 15.19 0 0.00 1 5.06 1 4.19 1 3.84 1 2.10 4 15.19

; dUlksfyMs'ku pj.k 2.43 2.43 0 2.43

egk ;ksx 80.04 0 6.72 5034 23.63 4876 21.69 2994 17.36 541 10.64 13445 80.04





tyxzg.k {ks= dk uke & }kjkiqj

xzke iapk;r dk uke & }kjkiqj vuqekfur ykxr ¼yk[kksa esa½ & 78.12





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 7.81 1.57 1.56 1.56 1.56 1.56 0 7.81

[k ekWfuVfjax ¼1%½ 0.78 0.16 0.16 0.16 0.15 0.15 0 0.78

x ewY;kadu ¼1%½ 0.78 0.16 0.16 . 0.15 0.15 0 0.78

;ksx ¼1½ 9.37 0 1.89 0 1.88 0 1.72 0 1.86 0 1.86 0 9.37





;ksx ¼2½ 7.80 0 4.68 0 0.78 0 0.78 0 0.78 0 0.78 0 7.80





& osLV oh;j la[;k 32 6.75 12 2.60 10 2.15 5 1.00 5 1.00 32 6.75

mi ;ksx ¼3½ 17.15 0 0.00 3078 6.20 2322 5.25 1546 3.40 791 2.300 7737 17.15


& bZ lh Mh la[;k 8 3.35 3 1.20 2 0.95 2 0.80 1 0.40 8 3.35

& MCY;w ,p ,l dk;Z la[;k 17 3.37 5 1.00 5 1.00 5 1.00 2 0.37 17 3.37

;ksx ¼4½ 6.72 0 0.00 8 2.20 7 1.95 7 1.80 3 0.77 25 6.72

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 3 16.50 1 7.20 1 7.20 1 2.10 3 16.50

& ukyk L=hdj.k ehVj 2247 3.37 667 1.00 1200 1.80 380 0.57 2247 3.37

;ksx ¼5½ 19.87 0 0.00 668 8.20 1201 9.00 381 2.67 0 0.00 2250 19.87

mi ;ksx ¼3 ls 5½ 43.74 0 0.00 3754 16.60 3530 16.20 1934 7.87 794 3.07 10012 43.74




x m|kfudh la[;k 0.81 0.21 0.20 0.20 0.20 0 0.81


6 ykboyhgqM ¼9%½





mi ;ksx ¼6½ 14.87 0 0.00 1 4.64 1 4.16 1 3.69 1 2.38 4 14.87

; dUlksfyMs'ku pj.k 2.34 2.34 0 2.34

egk ;ksx 78.12 0 6.57 3755 23.90 3531 23.02 1935 14.20 795 10.43 10016 78.12





tyxzg.k {ks= dk uke & HkwfM;kokl

xzke iapk;r dk uke & HkwfM;kokl vuqekfur ykxr ¼yk[kksa esa½ & 42





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 4.20 0.84 0.84 0.84 0.84 0.84 0 4.20

[k ekWfuVfjax ¼1%½ 0.42 0.09 0.09 0.08 0.08 0.08 0 0.42

x ewY;kadu ¼1%½ 0.42 0.09 0.09 . 0.08 0.08 0 0.42

;ksx ¼1½ 5.04 0 1.02 0 1.02 0 0.92 0 1.00 0 1.00 0 5.04





;ksx ¼2½ 4.20 0 2.52 0 0.42 0 0.42 0 0.42 0 0.42 0 4.20





& osLV oh;j la[;k 17 3.70 5 1.05 5 1.05 5 1.05 2 0.55 17 3.70

mi ;ksx ¼3½ 10.10 0 0.00 2316 3.75 1853 3.05 930 2.35 617 0.950 5716 10.10


& bZ lh Mh la[;k 5 2 2 0.80 2 0.80 1 0.40 5 2

& MCY;w ,p ,l dk;Z la[;k 11 2.36 5 1.00 4 0.80 2 0.56 11 2.36

;ksx ¼4½ 4.36 0 0.00 7 1.80 6 1.60 3 0.96 0 0.00 16 4.36


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21


ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15

4 fudkl ukyh mipkj

& ,fudV la[;k 2 7.20 1 3.80 1 3.40 2 7.20

& ukyk L=hdj.k ehVj 12400 1.86 6200 0.93 6200 0.93 12400 1.86

;ksx ¼5½ 9.06 0 0.00 6201 4.73 6201 4.33 0 0.00 0 0.00 12402 9.06

mi ;ksx ¼3 ls 5½ 23.52 0 0.00 8524 10.28 8060 8.98 933 3.31 617 0.95 18134 23.52


d pjkxkg fodkl gSDVj 2.23 0.80 0.80 0.63 0 2.23

[k okfudh ikS/kkjksi.k la[;k 1.00 0.35 0.35 0.30 0 1.00

x m|kfudh la[;k 0.51 0.26 0.25 0 0.51


6 ykboyhgqM ¼9%½

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 8 2.08 0.75 0.75 0.58 0 2.08

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 1 0.30 0.30 0 0.30

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 2 0.93 0.50 0.43 0 0.93


mi ;ksx ¼6½ 7.97 0 0.00 1 3.42 1 3.04 0 1.51 0 0.00 2 7.97

; dUlksfyMs'ku pj.k 1.27 1.27 0 1.27

egk ;ksx 42.00 0 3.54 8525 15.14 8061 13.44 933 6.24 617 3.64 18136 42.00





tyxzg.k {ks= dk uke & ukFkwlj

xzke iapk;r dk uke & ukFkwlj vuqekfur ykxr ¼yk[kksa esa½ & 91.32





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 9.13 1.83 1.83 1.83 1.82 1.82 0 9.13

[k ekWfuVfjax ¼1%½ 0.91 0.19 0.18 0.18 0.18 0.18 0 0.91

x ewY;kadu ¼1%½ 0.91 0.19 0.18 . 0.18 0.18 0 0.91

;ksx ¼1½ 10.95 0 2.21 0 2.19 0 2.01 0 2.18 0 2.18 0 10.95





;ksx ¼2½ 9.11 0 5.47 0 0.91 0 0.91 0 0.91 0 0.91 0 9.11





& osLV oh;j la[;k 39 8.57 16 3.40 9 2.07 9 2.00 5 1.10 39 8.57

mi ;ksx ¼3½ 22.72 0 0.00 3559 7.97 3523 6.65 3089 5.20 1545 2.900 11716 22.72


& bZ lh Mh la[;k 12 5 4 1.60 4 1.60 3 1.30 1 0.50 12 5

& MCY;w ,p ,l dk;Z la[;k 14 2.78 5 1.00 5 1.00 4 0.78 14 2.78

;ksx ¼4½ 7.78 0 0.00 9 2.60 9 2.60 7 2.08 1 0.50 26 7.78

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 5 16.57 1 3.60 2 7.20 1 3.63 1 2.14 5 16.57

& ukyk L=hdj.k ehVj 2713 4.07 1000 1.50 1000 1.50 713 1.07 2713 4.07

;ksx ¼5½ 20.64 0 0.00 1001 5.10 1002 8.70 714 4.70 1 2.14 2718 20.64

mi ;ksx ¼3 ls 5½ 51.14 0 0.00 4569 15.67 4534 17.95 3810 11.98 1547 5.54 14460 51.14




x m|kfudh la[;k 0.93 0.33 0.30 0.30 0 0.93

?k oehZdEiksLV la[;k 0.93 0.33 0.30 0.30 0 0.93

6 ykboyhgqM ¼9%½


[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 3 0.65 0.25 0.20 0.20 0 0.65



mi ;ksx ¼6½ 17.36 0 0.00 1 5.85 1 4.64 1 4.04 1 2.83 4 17.36

; dUlksfyMs'ku pj.k 2.76 2.76 0 2.76

egk ;ksx 91.32 0 7.68 4570 24.62 4535 25.69 3811 19.11 1548 14.22 14464 91.32





tyxzg.k {ks= dk uke & lkysVk

xzke iapk;r dk uke & lkysVk vuqekfur ykxr ¼yk[kksa esa½ & 144.0





1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 14.40 2.88 2.88 2.88 2.88 2.88 0 14.40

[k ekWfuVfjax ¼1%½ 1.44 0.29 0.29 0.29 0.29 0.28 0 1.44

x ewY;kadu ¼1%½ 1.44 0.29 0.29 . 0.29 0.28 0 1.44

;ksx ¼1½ 17.28 0 3.46 0 3.46 0 3.17 0 3.46 0 3.44 0 17.28





;ksx ¼2½ 14.40 0 8.64 0 1.44 0 1.44 0 1.44 0 1.44 0 14.40





& osLV oh;j la[;k 47 10.13 20 4.20 16 3.50 11 2.43 47 10.13

mi ;ksx ¼3½ 36.39 0 0.00 7105 12.00 6794 11.50 6370 8.56 4618 4.330 24887 36.39


& bZ lh Mh la[;k 15 6 5 2.00 5 2.00 5 2.00 15 6

& MCY;w ,p ,l dk;Z la[;k 25 5.06 10 2.00 7 1.50 8 1.56 25 5.06

;ksx ¼4½ 11.06 0 0.00 15 4.00 12 3.50 13 3.56 0 0.00 40 11.06


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21


ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ

2014&15

4 fudkl ukyh mipkj

& ,fudV la[;k 4 25.13 1 7.20 1 7.15 1 6.98 1 3.80 4 25.13

& ukyk L=hdj.k ehVj 5373 8.06 1667 2.50 1667 2.50 1333 2.00 707 1.06 5373 8.06

;ksx ¼5½ 33.19 0 0.00 1668 9.70 1668 9.65 1334 8.98 708 4.86 5377 33.19

mi ;ksx ¼3 ls 5½ 80.64 0 0.00 8788 25.70 8474 24.65 7717 21.10 5326 9.19 30305 80.64




x m|kfudh la[;k 1.45 0.55 0.50 0.40 0 1.45

?k oehZdEiksLV la[;k 1.44 0.54 0.50 0.40 0 1.44

6 ykboyhgqM ¼9%½


[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 4 1.00 0.25 0.25 0.25 0.25 0 1.00



mi ;ksx ¼6½ 27.36 0 0.00 1 8.14 1 7.49 1 7.04 1 4.69 4 27.36

; dUlksfyMs'ku pj.k 4.32 4.32 0 4.32

egk ;ksx 144.00 0 12.10 8789 38.74 8475 37.04 7718 33.04 5327 23.08 30309 144.00





tyxzg.k {ks= dk uke & HkkaxMksyh IWMP

xzke iapk;r dk uke & vuqekfur ykxr ¼yk[kksa esa½ & 727.44

iapk;r lfefr dk uke & Fkkukxkth dqy {ks=Qy & 6062




1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

1 izcU/ku ?kVd

d iz'kklfud ykxr ¼10%½ 72.74 0 15.26 0 15.25 0 15.23 0 13.48 0 13.47 0 72.74

[k ekWfuVfjax ¼1%½ 7.270 0 1.55 0 1.53 0 1.51 0 1.34 0 1.31 0 7.270

x ewY;kadu ¼1%½ 7.270 0 1.55 0 1.53 0 . 0 1.34 0 1.31 0 7.270

;ksx ¼1½ 87.28 0 18.36 0 18.31 0 16.74 0 16.16 0 16.090 0 87.28


d izos'k fcUnq dk;Z ¼4%½ la[;k 29.09 0 28.31 0 0.34 0 0.34 0 0.00 0 0.00 0 29.09

[k laLFkkxr ,oa {kerk fuekZ.k ¼5%½ la[;k 36.37 0 7.60 0 7.59 0 7.58 0 6.74 0 6.73 0 36.37

x foLrr̀ ifj;kstuk izfrosnu rS;kjh ¼1%½ la[;k 7.27 0 7.24 0 0.00 0 0.00 0 0.00 0 0.00 0 7.27

;ksx ¼2½ 72.74 0 43.15 0 7.93 0 7.92 0 6.74 0 6.73 0 72.74



& vnZuo.M pSd Mse la[;k 119 48.10 0 0.00 42 17.17 43 17.05 22 8.95 12 4.93 119 48.10

& dUVwj cafMax ehVj 105168 68.36 0 0.00 35562 23.13 34546 22.45 22200 14.38 12861 8.40 105169 68.36

& osLV oh;j la[;k 307 65.41 0 0.00 110 23.15 105 22.44 65 13.98 27 5.84 307 65.41

mi ;ksx ¼3½ 181.87 0 0.00 35714 63.45 34694 61.94 22287 37.31 12900 19.170 105595 181.870


& bZ lh Mh la[;k 86 35.01 0 0.00 29 11.68 28 11.53 23 9.30 6 2.50 86 35.01

& MCY;w ,p ,l dk;Z la[;k 153 30.91 0 0.00 61 12.22 46 9.39 37 7.58 9 1.72 153 30.91

;ksx ¼4½ 65.92 0 0.00 90 23.90 74 20.92 60 16.88 15 4.22 239 65.92

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


¼v/;k; & 5½


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 19 20 21

;ksx

y{;

izFke o"kZ

2011&12

f}rh; o"kZ

2012&13

r`rh; o"kZ

2013&14

prqFkZ o"kZ


dqy

ykxr

bdkbZ

ykxrek=k bZdkbZ

iape o"kZ

2015&16

4 fudkl ukyh mipkj

& ,fudV la[;k 34 122.61 0 0.00 11 38.89 12 49.12 7 26.92 4 7.68 34 122.61

& ukyk L=hdj.k ehVj 34700 36.95 0 0.00 13534 13.43 13867 12.57 5206 7.81 2094 3.14 34700 36.95

;ksx ¼5½ 159.56 0 0.00 13545 52.32 13879 61.69 5213 34.73 2098 10.82 34734 159.56

mi ;ksx ¼3 ls 5½ 407.35 0 0.00 49348 139.67 48647 144.55 27560 88.92 15012 34.21 140568 407.350

5


¼10%½

d pjkxkg fodkl gSDVj 358 40.30 0.00 0.00 0.00 13.67 0.00 10.96 0.00 9.48 0.00 6.19 0 40.30

[k okfudh ikS/kkjksi.k la[;k 71 0.25 17.47 0.00 0.00 0.00 5.26 0.00 5.03 0.00 4.17 0.00 3.25 0 17.47

x m|kfudh la[;k 30 0.25 7.51 0.00 0.00 0.00 2.78 0.00 2.28 0.00 1.65 0.00 0.80 0 7.51

?k oehZdEiksLV la[;k 149 0.05 7.46 0.00 0.00 0.00 2.70 0.00 2.23 0.00 1.65 0.00 0.88 0 7.46

72.74 72.74

6 ykboyhgqM ¼9%½

d fjoksfYoax Q.M vkWQ ,l,pth la[;k 132 0.25 35.70 0.00 0.00 2.00 11.96 2.00 9.95 1.00 8.63 0.00 5.25 5 35.70

[k fjoksfYoax Q.M Vw b.Mhtoy la[;k 24 0.25 5.32 0.00 0.00 1.00 2.48 0.00 1.52 0.00 0.76 0.00 0.56 1 5.32

x xzkUV bu ,sM Vw ,l,pth QsMsjs'ku la[;k 36 0.5 16.29 0.00 0.00 0.00 5.26 0.00 4.62 0.00 3.85 0.00 2.56 0 16.29

?k Ik'kq LokLF; f'kfoj la[;k 34 0.24 8.16 0.00 0.00 9.00 2.40 9.00 2.40 6.00 1.68 6.00 1.68 30 8.16

65.47 65.47

mi ;ksx ¼6½ 138.30 0 0.00 12 46.51 11 38.99 7 31.87 6 21.17 36 138.21

; dUlksfyMs'ku pj.k 21.91 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 21.91 0 21.91

egk ;ksx 727.44 0 61.51 49360 212.42 48658 208.20 27567 143.69 15018 100.11 140604 727.44

727.44







lewg dk uke % Ms;jh Lo;a lgk;rk lewg] dkalyk dh <k.kh xzke iapk;r % Fkkukxkth

xBu fnukad % 10-10-2011

Ø-

la- lnL;ksa ds uke ifr dk uke

xzke dk

uke in tkfr

1 Jherh lqeu lSuh Jh eukst lSuh Fkkukxkth v/;{k OBC

2 ]] jedks nsoh ]] guqeku lSuh ]] dks"kk/;{k ,,

3 ]] deyh nsoh ]] lqokyky lSuh ]] lfpo ,,

4 ]] euHkk nsoh ]] :Mey lSuh ]] lnL; ,,

5 ]] jkek nsoh ]] gtkjh lSuh ]] ]] ,,

6 ]] ljkst nsoh ]] ujlh lSuh ]] ]] ,,

7 ]] mxUrh nsoh ]] iwj.k lSuh ]] ]] ,,

8 ]] ehjk nsoh ]] ekuth lSuh ]] ]] ,,

9 ]] ehuk nsoh ]] eq[kjke lSuh ]] ]] ,,

10 ]] eerk nsoh ]] egsUnz lSuh ]] ]] ,,

11 ]] lhek nsoh ]] izdk'k lSuh ]] ]] ,,

lnL; la[;k cpr

SC ST OBC Gen Total ekfld ¼izfr efgyk½ dqy cpr

0 0 10 0 10 50 550


I.W.M.P. ia0l0Fkkukxkth ¼vyoj½



lewg dk uke % xhrk Lo;a lgk;rk ¼<k.kh ghalyk Lokfe;ksa dh <k.kh½

xzke iapk;r % lkysVk xBu fnukad % 20-04-2011

Ø-


xzke dk

uke in tkfr

1 Jherh fdj.k nsoh Jh eukst tkafxM ghalyk v/;{k OBC

2 ]] deyk nsoh tkafxM ]] izHkqn;ky tkafxM ]] dks"kk/;{k ,,

3 ]] cukjlh nsoh ]] egkohj tkafxM ]] lfpo ,,

4 ]] cknkeh nsoh ]] jkes'oj Lokeh ]] lnL; ,,

5 ]] jhek nsoh ]] eqds'k Lokeh ]] ]] ,,

6 ]] irklh nsoh ]] ygjh xqtZj ]] ]] ,,

7 ]] vejh nsoh ]] izHkqn;ky xqtZj ]] ]] ,,

8 ]] uhrw nsoh ]] iwj.k Lokeh ]] ]] ,,

9 ]] deyh nsoh ]] yhykjke xqtZj ]] ]] ,,

10 ]] izse nsoh ]] ukFkwjke xqtZj ]] ]] ,,

lnL; la[;k cpr


- - 10 - 10 20 200





lewg dk uke % izKk Lo;a lgk;rk lewg xzke iapk;r % ekudksV

xBu fnukad % 08-01-04

Ø-


xzke dk

uke in tkfr

1 Jherh lhrk nsoh Jh gsejkt 'kekZ ekudksV v/;{k Gen

2 ]] iq"ik nsoh ]] ekrknhu 'kekZ ]] dks"kk/;{k ,,

3 ]] eUtw nsoh ]] v'kksd 'kekZ ]] lfpo ,,

4 ]] mfeZyk nsoh ]] mejko 'kekZ ]] lnL; ,,

5 ]] esok nsoh ]] dY;k.k lgk; 'kekZ ]] ]] ,,

6 ]] deyh nsoh ]] gjyky tksxh ]] ]] OBC

7 ]] jktdqekjh 'kekZ ]] eqds'k 'kekZ ]] ]] Gen

8 ]] ykyh nsoh ]] uUnfd'kksj 'kekZ ]] ]] ,,

9 ]] ewyh nsoh ]] y{ehdkur 'kekZ ]] ]] ,,

10 ]] larks"k nsoh ]] dkyw 'kekZ ]] ]] ,,

lnL; la[;k cpr


- - 1 9 10 20 200





lewg dk uke % eu"kk Lo;a lgk;rk lewg xzke iapk;r % ukFkwlj


Ø-


xzke dk

uke in tkfr

1 Jherh dslj nsoh Jh gtkjh yky ukFkwlj v/;{k OBC

2 ]] lqfurk nsoh ]] egkohj tksxh ]] dks"kk/;{k ,,

3 ]] izse nsoh ]] yYywjke tkafxM ]] lfpo ,,

4 ]] mfeZyk nsoh ]] Hkksekjke 'kekZ ]] lnL; Gen

5 ]] y{eh nsoh ]] lqjs'k 'kekZ ]] ]] ,,

6 ]] ewlh nsoh ]] eqDrkjke 'kekZ ]] ]] ,,

7 ]] pkok nsoh ]] ljnkj tksxh ]] ]] OBC

8 ]] y{eh nsoh ]] jktw /kkudk ]] ]] ST

9 ]] chyk nsoh ]] ftrsUnz ;ksxh ]] ]] OBC

10 ]] lUrks nsoh ]] xksnwjke 'kekZ ]] ]] ,,

lnL; la[;k cpr


- 1 5 4 10 20 200





lewg dk uke % dYiuk Lo;a lgk;rk lewg xzke iapk;r % ukFkwlj

xBu fnukad % 08-08-2009

Ø-


xzke dk

uke in tkfr

1 Jherh eqUuh nsoh Jh iwj.key ukFkwlj v/;{k SC

2 ]] lhrk nsoh ]] ykypUn ]] dks"kk/;{k ,,

3 ]] X;kjlh nsoh ]] dSyk'k pUn ]] lfpo ,,

4 ]] lwjth nsoh ]] ls<wjke ]] lnL; ,,

5 ]] /kksyk nsoh ]] 'kadj ]] ]] ,,

6 ]] izse nsoh ]] egs'k pUn ]] ]] ,,

7 ]] yknh nsoh ]] ';ke flag ]] ]] ,,

8 ]] eerk nsoh ]] lqjs'k flag ]] ]] ,,

9 ]] ljkst nsoh ]] egs'k ]] ]] ,,

10 ]] lqfurk nsoh ]] vkseizdk'k ]] ]] ,,

lnL; la[;k cpr


10 - - - 10 20 200





lewg dk uke % iwtk Lo;a lgk;rk lewg xzke iapk;r % ukFkwlj

xBu fnukad % 01-10-2011

Ø-


xzke dk

uke in tkfr

1 Jherh nqxkZ nsoh ;ksxh Jh iwj.key ;ksxh ukFkwlj v/;{k OBC

2 ]] yyrk ;ksxh ]] jfrjke ]] dks"kk/;{k ,,

3 ]] lqeu nsoh ]] txeky ;ksxh ]] lfpo ,,

4 ]] xk;=h 'kekZ ]] iIiwjke ]] lnL; Gen

5 ]] yyrk nsoh ]] eqds'k 'kekZ ]] ]] ,,

6 ]] jkeckbZ ]] gfjjjke 'kekZ ]] ]] ,,

7 ]] 'khyk nsoh ]] eUukjke ;ksxh ]] ]] OBC

8 ]] ek;k 'kekZ ]] eksgu yky 'kekZ ]] ]] Gen

9 ]] lksek ;ksxh ]] vkuUn ;ksxh ]] ]] OBC

10 ]] jkek 'kekZ ]] X;kjlh 'kekZ ]] ]] ,,

lnL; la[;k cpr


- - 5 5 10 20 200





lewg dk uke % y{eh Lo;a lgk;rk lewg xzke iapk;r % HkkaxMksyh


Ø-


xzke dk

uke in tkfr

1 Jherh vpZuk nsoh Jh ekaxsyky HkkaxMksyh v/;{k SC

2 ]] d`".kk nsoh ]] I;kjsyky ]] dks"kk/;{k ,,

3 ]] lq'khyk nsoh ]] ftrsUnz ]] lfpo ,,

4 ]] T;kuk nsoh ]] fjNiky ]] lnL; ,,

5 ]] dsljh nsoh ]] f'koukjk;.k ]] ]] ,,

6 ]] fo|k nsoh ]] egknso jSxj ]] ]] ,,

7 ]] xhrk nsoh ]] jk/kkfd'ku ]] ]] ,,

8 ]] yhyks nsoh ]] nqxkZizlkn ]] ]] ,,

9 ]] dks;yh nsoh ]] izekuUn ]] ]] ,,

10 ]] rkjks nsoh ]] uUnfd'kksj ]] ]] ,,

lnL; la[;k cpr


10 - - - 10 20 200





lewg dk uke % d`".kk Lo;a lgk;rk lewg xzke iapk;r % HkkaxMksyh

xBu fnukad % 03-10-2011

Ø-


xzke dk

uke in tkfr

1 Jherh eaxyh nsoh Jh txnh'k jSxj HkkaxMksyh v/;{k SC

2 ]] jk/kk nsoh ]] jkepUnz jSxj ]] dks"kk/;{k ,,

3 ]] larks"k nsoh ]] xksiky jSxj ]] lfpo ,,

4 ]] js[kk nsoh ]] uoyfd'kksj ]] lnL; ,,

5 ]] dkS'kY;k nsoh ]] dUgS;k yky ]] ]] ,,

6 ]] jtuh nsoh ]] lqHkk"k jSxj ]] ]] ,,

7 ]] eerk nsoh ]] egsUnz jSxj ]] ]] ,,

8 ]] mfeZyk nsoh ]] ukjk;.k jSxj ]] ]] ,,

9 ]] deyh nsoh ]] rqykjke jSxj ]] ]] ,,

10 ]] yhyks nsoh ]] izdk'k jSxj ]] ]] ,,

lnL; la[;k cpr


10 - - - 10 20 200





lewg dk uke % nqxkZ Lo;a lgk;rk lewg xzke iapk;r % HkkaxMksyh

xBu fnukad % 03-10-2011

Ø-


xzke dk

uke in tkfr

1 Jherh deyh nsoh Jh :ijke jSxj HkkaxMksyh v/;{k SC

2 ]] rkjks nsoh ]] gfj'kpUnz jSxj ]] dks"kk/;{k ,,

3 ]] yhyks nsoh ]] fd'ku yky jSxj ]] lfpo ,,

4 ]] ltuk nsoh ]] eqjkjh yky jSxj ]] lnL; ,,

5 ]] fceyk nsoh ]] lqjs'k pUn jSxj ]] ]] ,,

6 ]] ukFkh nsoh ]] dkywjke jSxj ]] ]] ,,

7 ]] ukjk;.kh nsoh ]] Hkksek jSxj ]] ]] ,,

8 ]] cPph nsoh ]] bZ'oj jSxj ]] ]] ,,

9 ]] d`".kk nsoh ]] fnus'k jSxj ]] ]] ,,

10 ]] Hkxorh nsoh ]] NksVsyky jSxj ]] ]] ,,

lnL; la[;k cpr


10 - - - 10 20 200





lewg dk uke % efgyk cpr lewg f}rh; xzke iapk;r % HkkaxMksyh

xBu fnukad % 10-04-2011

Ø-


xzke dk

uke in tkfr

1 Jherh mfeZyk 'kekZ Jh fxjkZt 'kekZ HkkaxMksyh v/;{k Gen

2 ]] vfurk xqIrk ]] deys'k xqIrk ]] dks"kk/;{k ,,

3 ]] e/kq 'kekZ ]] xaxkygjh 'kekZ ]] lfpo ,,

4 ]] 'kkfUr xqIrk ]] fcgkjhyky xqIrk ]] lnL; ,,

5 ]] lkfo=h xqIrk ]] lqUnj yky xqIrk ]] ]] ,,

6 ]] iq"ik xqIrk ]] ?ku';ke xqIrk ]] ]] ,,

7 ]] ehjk tkafxM ]] ctjaxyky tkafxM ]] ]] OBC

8 ]] ccyh tkafxM ]] iIiwjke tkafxM ]] ]] ,,

9 ]] dks;yh iztkir ]] ckcwyky iztkir ]] ]] ,,

10 ]] jsorh cykbZ ]] nkSyrjke cykbZ ]] ]] SC

11 ]] ehjk cykbZ ]] rksrkjke cykbZ ]] ]] ,,

12 ]] izse cykbZ ]] dSyk'k cykbZ ]] ]] ,,

13 ]] lkfo=h nsoh ]] cuokjh cykbZ ]] ]] ,,

lnL; la[;k cpr


4 - 3 6 13 10





lewg dk uke % fd'kksjh lewg xzke iapk;r % xq<kpqjkuh

xBu fnukad % 29-09-2011

Ø-

la- lnL;ksa ds uke ifr@firk dk uke xzke dk uke in tkfr

1 Jherh Hkaojh nsoh Jh lhrkjke ;ksxh xq<kfd'kksjnkl v/;{k OBC

2 ]] deyk nsoh ]] cuokjhyky ;ksxh ]] dks"kk/;{k ,,

3 dq- fdLer ]] cuokjhyky ;ksxh ]] lfpo ,,

4 ]] lk;j nsoh ]] Hkkyhjke ;ksxh ]] lnL; ,,

5 ]] lqeu nsoh ]] xksiky ;ksxh ]] ]] ,,

6 ]] ikaph nsoh ]] t;jke ;ksxh ]] ]] ,,

7 ]] larks"k nsoh ]] jkeLo:Ik tksxh ]] ]] ,,

8 ]] fo+|k nsoh ]] guqeku ;ksxh ]] ]] ,,

9 dq- ihuw ]] t;jke ;ksxh ]] ]] ,,

10 dq- larjk ]] t;jke ;ksxh ]] ]] ,,

lnL; la[;k cpr


- - 10 - 10 100 1000





lewg dk uke % tksgMh lewg xzke iapk;r % nqgkj pkSxku

xBu fnukad % 31-10-2011

Ø-


xzke dk

uke in tkfr

1 Jherh diwjh nsoh Jh dYywjke xqtZj tksgMh ekyk v/;{k OBC

2 ]] Hkksyh nsoh ]] chykjke xqtZj ]] dks"kk/;{k ,,

3 ]] cnu nsoh ]] rstk xqtZj ]] lfpo ,,

4 ]] vuxks nsoh ]] eksuw xqtZj ]] lnL; ,,

5 ]] eUtw nsoh ]] tXxw xqtZj ]] ]] ,,

6 ]] galk nsoh ]] xqYyq xqtZj ]] ]] ,,

7 ]] xhrk nsoh ]] jkeksrkj xqtZj ]] ]] ,,

8 ]] d`".kk nsoh ]] jks'ku xqtZj ]] ]] ,,

9 ]] tkudh nsoh ]] ?kklhjke xqtZj ]] ]] ,,

10 ]] dkyh nsoh ]] fouksn xqtZj ]] ]] ,,

lnL; la[;k cpr


- - 10 - 10 10 100





lewg dk uke % 'kekZ Lo;a lgk;rk lewg xzke iapk;r % ukFkwlj

xBu fnukad % 10-11-2011

Ø-


xzke dk

uke in tkfr

1 Jherh feJks nsoh Jh dY;k.k lgk; 'kekZ fcgkjhlj v/;{k Gen

2 ]] d`".kk nsoh ]] ?ku';ke 'kekZ ]] dks"kk/;{k ,,

3 ]] lk;j nsoh ]] ykykjke 'kekZ ]] lfpo ,,

4 ]] cknkeh nsoh ]] yYywjke 'kekZ ]] lnL; ,,

5 ]] lkfo=h nsoh ]] jkedj.k 'kekZ ]] ]] ,,

6 ]] fiz;k nsoh ]] jksfgrk'k 'kekZ ]] ]] ,,

7 ]] d`".kk nsoh ]] ?ku';ke 'kekZ ]] ]] ,,

8 ]] dfork nsoh ]] jtu 'kekZ ]] ]] ,,

9 ]] pUnzdyk nsoh ]] jkexksiky 'kekZ ]] ]] ,,

10 ]] eerk 'kekZ ]] v'kksd 'kekZ ]] ]] ,,

11 ]] dfork 'kekZ ]] fotsUnz 'kekZ ]] ]] ,,

lnL; la[;k cpr


- - - 10 10 20 200





lewg dk uke % xka/kh Lo;a lgk;rk lewg xzke iapk;r % Fkkukxkth

xBu fnukad % 10-11-2011

Ø-


xzke dk

uke in tkfr

1 Jherh izse nsoh Jh fujatu jSxkjh Fkkukxkth v/;{k SC

2 ]] xqM~Mh nsoh 'kekZ ]] egsUnz dqekj 'kekZ ]] dks"kk/;{k Gen

3 ]] larks"k 'kekZ ]] v'kksd dqekj ]] lfpo ,,

4 ]] larks"k ;kno ]] lqjs'k ;kno ]] lnL; OBC

5 ]] izse nsoh 'kekZ ]] lqUnj yky 'kekZ ]] ]] Gen

6 ]] euHkjh eh.kk ]] x.ks'k eh.kk ]] ]] ST

7 ]] lqeu nsoh oekZ ]] jktw izlkn oekZ ]] ]] SC

8 ]] lqfe=k nsoh oekZ ]] xjhc pUn oekZ ]] ]] ,,

9 ]] iwtk nsoh 'kekZ ]] jktsUnz 'kekZ ]] ]] Gen

10 ]] lkfo=h 'kekZ ]] Hkh"e 'kekZ ]] ]] ,,

lnL; la[;k cpr


3 1 1 5 10 50 500





lewg dk uke % lSuh Lo;a lgk;rk lewg xzke iapk;r % nqgkj pkSxku

xBu fnukad % 08-11-2011

Ø-


xzke dk

uke in tkfr

1 Jherh xhrk lSuh Jh yPNkjke lSuh v/;{k OBC

2 ]] eerk lSuh ]] jkefuokl lSuh ]] dks"kk/;{k ,,

3 ]] eUuh lSuh ]] eqds'k lSuh ]] lfpo ,,

4 ]] ykyh lSuh ]] lqyrku lSuh ]] lnL; ,,

5 ]] fceyk lSuh ]] Jhjke lSuh ]] ]] ,,

6 ]] Qwyh lSuh ]] jkethyky lSuh ]] ]] ,,

7 ]] :Mh lSuh ]] txnh'k lSuh ]] ]] ,,

8 ]] larks"k lSuh ]] X;kjlh yky lSuh ]] ]] ,,

9 ]] izse lSuh ]] dY;k.k lgk; lSuh ]] ]] ,,

10 ]] lqUnj lSuh ]] fjNiky lSuh ]] ]] ,,

11 ]] esok lSuh ]] ckcwyky lSuh ]] ]] ,,

lnL; la[;k cpr


- - 11 - 10





lewg dk uke % ueZnk lewg xzke iapk;r % gjusj

xBu fnukad % 11-01-2012

Ø-


xzke dk

uke in tkfr

1 Jherh deyh nsoh Jh Nktwjke 'kekZ gjusj v/;{k Gen

2 ]] deys'k y[ksjk ]] izHkqn;ky y[ksjk ]] dks"kk/;{k OBC

3 ]] xqykc nsoh ]] euksgj ikapky ]] lfpo ,,

4 ]] Kkuh nsoh ]] gfjizlkn xqtZj ]] lnL; ,,

5 ]] /kkik nsoh ]] iwj.key xqtZj ]] ]] ,,

6 ]] eUuh nsoh ]] jks'ku yky xqtZj ]] ]] ,,

7 ]] cknkeh nsoh ]] Jhjke xqtZj ]] ]] ,,

8 ]] rhtk nsoh ]] lqyrku xqtZj ]] ]] ,,

9 ]] lqjKkuh nsoh ]] vksedkj xqtZj ]] ]] ,,

10 ]] dSyk'kh nsoh ]] guqeku ;ksxh ]] ]] ,,

lnL; la[;k cpr


- - 9 1 10 20 200





lewg dk uke % xk;=h Lo;a lgk;rk lewg xzke iapk;r % gjusj

xBu fnukad % 15-01-2012

Ø-


xzke dk

uke in tkfr

1 Jherh lkseorh nsoh Jh I;kjsyky 'kekZ gjusj v/;{k Gen

2 ]] vfurk nsoh ]] NksVsyky ikapky ]] dks"kk/;{k OBC

3 ]] jghlk nsoh ]] ekejkt [kka ]] lfpo ,,

4 ]] rhtk nsoh ]] Hkxoku lgk; ;ksxh ]] lnL; ,,

5 ]] nYyh nsoh ]] dUgS;k yky ;ksxh ]] ]] ,,

6 ]] lhek nsoh ]] vkseizdk'k 'kekZ ]] ]] Gen

7 ]] esok nsoh ]] yhykjke 'kekZ ]] ]] ,,

8 ]] ltuk nsoh ]] iIiwjke cykbZ ]] ]] SC

9 ]] Hkxorh nsoh ]] NksVsyky 'kekZ ]] ]] Gen

10 ]] dYyh nsoh ]] Nhrj ey eh.kk ]] ]] ST

11 ]] ukph nsoh ]] ukuxkjke eh.kk ]] ]] ,,

lnL; la[;k cpr


4 2 1 4 11 20 200





lewg dk uke % es?kk Lo;a lgk;rk lewg xzke iapk;r % gjusj

xBu fnukad % 10-02-2012

Ø-


xzke dk

uke in tkfr

1 Jherh dksfdyk nsoh Jh cnzhizlkn 'kekZ gjusj v/;{k Gen

2 ]] xhrk nsoh ]] larks"k dqekj iztkir ]] dks"kk/;{k OBC

3 ]] eerk nsoh ]] eqjkjh dqEgkj ]] lfpo ,,

4 ]] lqeu nsoh ]] xksiky eh.kk ]] lnL; ST

5 ]] ukjaxh nsoh ]] egs'k eh.kk ]] ]] ,,

6 ]] fceyk nsoh ]] ekaxhyky eh.kk ]] ]] ,,

7 ]] jruh nsoh ]] fxj/kkjh ;ksxh ]] ]] OBC

8 ]] Hkxorh nsoh ]] ukjk;.k ;ksxh ]] ]] ,,

9 ]] X;kjlh nsoh ]] Hkxoku eh.kk ]] ]] ST

10 ]] liuk nsoh ]] egsUnz 'kekZ ]] ]] Gen

lnL; la[;k cpr


- 4 4 2 10 20 200





lewg dk uke % f'ko Lo;a lgk;rk lewg xzke iapk;r % HkkaxMksyh

xBu fnukad % 10-12-2011

Ø-


xzke dk

uke in tkfr

1 Jherh iwtk lSu Jh egs'k lSu HkkaxMksyh v/;{k OBC

2 ]] deyk lSu ]] lqjs'k lSu ]] dks"kk/;{k ,,

3 ]] iwtk xqIrk ]] lrh'k xqIrk ]] lfpo Gen

4 ]] Hkxksrh nsoh ]] Hkjrjke 'kekZ ]] lnL; ,,

5 ]] cfcrk lSu ]] ykMwjke lSu ]] ]] OBC

6 ]] :de.kh nsoh ]] vkseizdk'k lSu ]] ]] ,,

7 ]] NksVh nsoh ]] dY;k.k lgk; 'kekZ ]] ]] Gen

8 ]] Hkksrh nsoh ]] lwjtey lSu ]] ]] OBC

9 ]] jkeorh 'kekZ ]] iq"isUnz 'kekZ ]] ]] Gen

10 ]] yyrk 'kekZ ]] eqjyh/kj 'kekZ ]] ]] ,,

lnL; la[;k cpr


- - 5 5 10 20 200





lewg dk uke % euh"kk Lo;a lgk;rk lewg xzke iapk;r % x<clbZ

xBu fnukad % 09-01-2012

Ø-


xzke dk

uke in tkfr

1 Jherh xhrk nsoh Jh izHkqn;ky ;kno xksoMh v/;{k OBC

2 ]] ikaph nsoh ]] jkethyky ;kno ]] dks"kk/;{k ,,

3 ]] galk nsoh ]] iq:"kksRre ;kno ]] lfpo ,,

4 ]] lwjth nsoh ]] jkefuokl ;kno ]] lnL; ,,

5 ]] uSulh nsoh ]] jktw ;kno ]] ]] ,,

6 ]] xqYyh nsoh ]] eksrhyky ;kno ]] ]] ,,

7 ]] Jo.k nsoh ]] cky;kjke ;kno ]] ]] ,,

8 ]] galk nsoh ]] jkeksrkj ;kno ]] ]] ,,

9 ]] Jo.k nsoh ]] f'kEHkw n;ky ;kno ]] ]] ,,

10 ]] lUrjk nsoh ]] egs'k dqekj ;kno ]] ]] ,,

11 ]] xksjk nsoh ]] lUrkjke ;kno ]] ]] ,,

12 ]] cQhZ nsoh ]] cuokjhyky ;kno

13 ]] /kkiyh nsoh ]] fd'ku yky ;kno

lnL; la[;k cpr


- - 13 - 13





lewg dk uke % ekssfgr Lo;a lgk;rk lewg xzke iapk;r % HkwfM;kokl

xBu fnukad % 02-03-2011

Ø-


xzke dk

uke in tkfr

1 Jherh uhrw jkuh Jh eukst dqekj lSu HkwfM;kokl v/;{k OBC

2 ]] ehuk nsoh ]] Jhjke lSu ]] dks"kk/;{k ,,

3 ]] eerk nsoh ]] eqds'k dqekj 'kekZ ]] lfpo Gen

4 ]] rkjkoUrh nsoh ]] fd'kksj dqekj lSu ]] lnL; OBC

5 ]] izse nsoh ]] jes'k pUn lSu ]] ]] ,,

6 ]] dkS'kY;k nsoh ]] jkeiky lSu ]] ]] ,,

7 ]] ek;k nsoh ]] lqxupUn lSu ]] ]] ,,

8 ]] xsanh nsoh ]] ygjhjke lSu ]] ]] ,,

9 ]] 'kkfUr nsoh ]] t;jke lSu ]] ]] ,,

10 ]] bfUnjk nsoh ]] jks'ku yky 'kekZ ]] ]] Gen

lnL; la[;k cpr


- - 8 2 10 10 100





lewg dk uke % olqU/kjk Lo;a lgk;rk lewg xzke iapk;r % HkwfM;kokl

xBu fnukad % 03-04-2011

Ø-


xzke dk

uke in tkfr

1 Jherh ehuk nsoh Jh vkseh oekZ HkwfM;kokl v/;{k SC

2 ]] ueZnk nsoh ]] izgykn 'kekZ ]] dks"kk/;{k Gen

3 ]] lq'khyk nsoh ]] ujs'k oekZ ]] lfpo SC

4 ]] Qwyorh nsoh ]] t;fd'ku /kkudk ]] lnL; ST

5 ]] Jo.kh nsoh ]] xkso/kZu /kkudk ]] ]] ,,

6 ]] jkek nsoh ]] jkeflag /kkudk ]] ]] ,,

7 ]] eerk nsoh ]] fueZy oekZ ]] ]] SC

8 ]] dkS'kY;k nsoh ]] jkeiky lSu ]] ]] OBC

9 ]] 'khyk nsoh ]] vkseizdk'k oekZ ]] ]] SC

10 ]] X;kjlh nsoh ]] Hkxoku lgk; oekZ ]] ]] ,,

lnL; la[;k cpr


5 3 1 1 10 50 500





lewg dk uke % fdj.k Lo;a lgk;rk lewg xzke iapk;r % lkysVk

xBu fnukad % 05-08-2011

Ø-


xzke dk

uke in tkfr

1 Jherh dkS'kY;k eh.kk Jh txnh'k eh.kk lkysVk v/;{k ST

2 ]] eksnh eh.kk ]] txnh'k eh.kk ]] dks"kk/;{k ,,

3 ]] deyk nsoh ]] dSyk'k pUn xqIrk ]] lfpo Gen

4 ]] y{eh nsoh ]] iwj.key [kVhd ]] lnL; SC

5 ]] xhrk nsoh ]] jkefuokl eh.kk ]] ]] ST

6 ]] jk/kk nsoh ]] vkseizdk'k tkafxM ]] ]] OBC

7 ]] dkS'kY;k nsoh ]] izgykn tkafxM ]] ]] ,,

8 ]] dSyk'kh nsoh ]] dSyk'k pUn eh.kk ]] ]] ST

9 ]] dks;yh nsoh ]] f'kEHkw n;ky oekZ ]] ]] SC

10 ]] larks"k nsoh ]] ?khlkjke eh.kk ]] ]] ST

lnL; la[;k cpr


2 5 2 1 10 50 500





lewg dk uke % :de.kh Lo;a lgk;rk lewg xzke iapk;r % Fkkukxkth

xBu fnukad % 07-01-2011

Ø-


xzke dk

uke in tkfr

1 Jherh fxUuh nsoh Jh eLrjke lksuh Fkkukxkth v/;{k OBC

2 ]] deyk nsoh ]] pUnzfd'kksj 'kekZ ]] dks"kk/;{k Gen

3 ]] fdj.k nsoh ]] nsohizlkn 'kekZ ]] lfpo ,,

4 ]] y{eh nsoh ]] jksfgrk'k lSuh ]] lnL; OBC

5 ]] vkseizdk'k fd'kuh ]] ckcwyky 'kekZ ]] ]] Gen

6 ]] pesyh nsoh ]] lksgu yky lksuh ]] ]] OBC

7 ]] cztyrk xqIrk ]] lqjs'k xqIrk ]] ]] Gen

8 ]] ehjk nsoh ]] [ksepUn lSu ]] ]] OBC

9 ]] jk/kk nsoh ]] egs'k nthZ ]] ]] ,,

10 ]] 'kkjnk nsoh ]] lwjt lSu ]] ]] ,,

lnL; la[;k cpr


- - 6 4 10 100





lewg dk uke % 'kadj Lo;a lgk;rk lewg xzke iapk;r % HkwfM;kokl

xBu fnukad % 10-02-2012

Ø-


xzke dk

uke in Tkfr

1 Jherh lq'khyk oekZ Jh ujs'k 'kekZ v/;{k Gen

2 ]] eerk 'kekZ ]] t;jke 'kekZ ]] dks"kk/;{k ,,

3 ]] ehjk oekZ ]] /kuir oekZ ]] lfpo SC

4 ]] 'khyk oekZ ]] vkseizdk'k oekZ ]] lnL; ,,

5 ]] jkek nsoh oekZ ]] jkeflag /kkudk ]] ]] ST

6 ]] uSuk oekZ ]] jes'k oekZ ]] ]] SC

7 ]] Hkxorh oekZ ]] jktw oekZ ]] ]] ,,

8 ]] fceyk 'kekZ ]] egs'k 'kekZ ]] ]] Gen

9 ]] fNEek oekZ ]] Hkjrjke oekZ ]] ]] SC

10 ]] Qwyorh /kkudk ]] t;fd'ku /kkudk ]] ]] ST

lnL; la[;k cpr


5 2 - 3 10





lewg dk uke % jk/kk Lo;a lgk;rk lewg xzke iapk;r % Fkkukxkth

xBu fnukad % 08-01-2011

Ø-


xzke dk

uke in tkfr

1 Jherh lqf'kyk nsoh Jh dSyk'k pUn lSu Fkkukxkth v/;{k OBC

2 ]] deys'k nsoh ]] lqjs'k pUn lSu ]] dks"kk/;{k ,,

3 ]] 'kkfUr nsoh ]] jk/ks';ke lSu ]] lfpo ,,

4 ]] xhrk nsoh ]] dSyk'k pUn lSu ]] lnL; ,,

5 ]] mxUrk nsoh ]] ewypUn 'kekZ ]] ]] Gen

6 ]] eUtw nsoh ]] vkseizdk'k lSu ]] ]] OBC

7 ]] fceyk nsoh ]] ekejkt eh.kk ]] ]] ST

8 ]] d`ik nsoh ]] ykykjke eh.kk ]] ]] ,,

9 ]] eUtw nsoh ]] ?ku';ke lSu ]] ]] OBC

10 ]] /kkik nsoh ]] Nktwjke lSu ]] ]] ,,

lnL; la[;k cpr


- 2 7 1 10 100 1000



d'khnkdkjh izf'k{k.k

izf'k{k.k % U;wure 20 fnol dk

cktkj lEHkkouk % fujarj vko';drk jgrh gSA

izf'k{k.k O;oLFkk % 05 izf'k{k.kkFkhZ

Ø-la- fooj.k jkf'k

1 vkokl@Hkkstu O;oLFkk 100@& izfr O;fDr 15000

2 ekLVj Vsªuj 200@& izfr fnol 4000

3 jk esfVfj;y 300@& izfr O;fDr 1500

;ksx 20500

c- LFkkbZ ykxr

1 d'khnkdkjh dh e'khu 5000@& 25000

2 vU; lkexzh dSaph] Ldspisu] /kkxk] 'kh'ks] xksVk] 800@&

izfr O;fDr

4000

3 diMk 2000@& izfr O;fDr 10000

4 bySfDVªd izsl 500@& izfr O;fDr 2500

dqy iwath fuos'k 62000

I.W.M.P. tyxzg.k ifj;kstuk nqgkj pkSxku


okVj 'kSM lfefr % nqgkj pkSxku Qly izn'kZu miHkksDrk lewg

Ø-

la-

uke e; firk in tkfr oxZ xkao@<k.kh

1. xqykc pUn@jkepUnz lSu v/;{k ukbZ OBC nqgkj pkSxku

2. jkes'oj n;ky@Hkxoku lgk; mik/;{k nqgkj pkSxku

3. ekrknhu@txUukFk xqtZj lnL; xqtZj OBC nqgkj pkSxku

4. jruyky@ewypUn xqtZj lnL; xqtZj OBC nqgkj pkSxku

5. guqeku@Hkxoku 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

6. guqeku@izHkkr 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

7. xksihjke@xkso/kZu 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

8. ukFkwjke@lwxykjke 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

9. ';keyky@fjNiky 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

10. vkseizdk'k@ghjkyky 'kekZ lnL; 'kekZ Gen nqgkj pkSxku

11. fdjksMh@xqykc pUn lSu lnL; ukbZ OBC nqgkj pkSxku





okVj 'kSM lfefr % HkkaxMksyh Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. ekaxsyky@bZ'oj ey jSxj v/;{k jSxj SC HkkaxMksyh

2. jktsUnz@Hkksekjke mik/;{k jSxj SC HkkaxMksyh

3. xksiky@dUgS;k yky lnL; jSxj SC HkkaxMksyh

4. egknso@ukFkwjke lnL; jSxj SC HkkaxMksyh

5. Nhrjey@Hkxoku lgk; lnL; jSxj SC HkkaxMksyh

6. jk/kkfd'ku@Hkxoku lgk; lnL; jSxj SC HkkaxMksyh

7. rqYykjke@:ijke lnL; jSxj SC HkkaxMksyh

8. ekrknhu@HkkSajsyky 'kDdjoky lnL; jSxj SC HkkaxMksyh

9. izHkqn;ky@/kUukjke rksuxfj;k lnL; jSxj SC HkkaxMksyh

10. cnzhizlkn@dtksMey rksuxfj;k lnL; jSxj SC HkkaxMksyh



I.W.M.P. tyxzg.k ifj;kstuk Fkkukxkth


okVj 'kSM lfefr % Fkkukxkth Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. guqeku@nwnkjke lSuh v/;{k ekyh OBC dkalyk

2. lqokyky@nwnkjke lSuh mik/;{k ekyh OBC dkalyk

3. ekuflag@y{e.k lSuh lnL; ekyh OBC dkalyk

4. gtkjh@Naxwjke lSuh lnL; ekyh OBC dkalyk

5. iwj.k@lqokyky lSuh lnL; ekyh OBC dkalyk

6. iIiwjke@nwnkjke lSuh lnL; ekyh OBC dkalyk

7. ujlh@lqokyky lSuh lnL; ekyh OBC dkalyk

8. xYykjke@lqokyky lSuh lnL; ekyh OBC dkalyk

9. lqjsUnz@:Mey ;kno lnL; ;kno OBC dkalyk

10. iwj.k@:Mey ;kno lnL; ekyh OBC dkalyk



I.W.M.P. tyxzg.k ifj;kstuk }kjkiqj


okVj 'kSM lfefr % }kjkiqj Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. jkeLo:i@chjcy xqtZj v/;{k xqtZj OBC }kjkiqj

2. Jo.k@xaxkjke xqtZj mik/;{k xqtZj OBC }kjkiqj

3. dSyk'k@Qwykjke xqtZj lnL; xqtZj OBC }kjkiqj

4. Jhjke@dkukjke xqtZj lnL; xqtZj OBC }kjkiqj

5. jkethyky@gjcDl eh.kk lnL; eh.kk ST }kjkiqj

6. egs'k@lwxykjke eh.kk lnL; ]] eh.kk ST }kjkiqj

7. ykykjke@chjcy xqtZj lnL; xqtZj OBC }kjkiqj

8. jkes'oj@xaxkjke xqtZj lnL; xqtZj OBC }kjkiqj

9. jkefd'ku@?kklhjke xqtZj lnL; xqtZj OBC }kjkiqj

10. cnzh@gjcDl eh.kk lnL; eh.kk ST }kjkiqj



I.W.M.P. tyxzg.k ifj;kstuk }kjkiqj


okVj 'kSM lfefr % }kjkiqj Qly izn'kZu miHkksDrk lewg

Ø-la- uke e; firk in tkfr oxZ xkao@<k.kh

1. chjcy@Hkjrjke xqtZj v/;{k xqtZj OBC }kjkiqj

2. Hkh[kkjke@cksnwjke xqtZj mik/;{k xqtZj OBC }kjkiqj

3. jkefuokl@Hkxrkjke xqtZj lnL; xqtZj OBC }kjkiqj

4. lhrkjke@cksnwjke xqtZj lnL; xqtZj OBC }kjkiqj

5. jkes'oj@cksnwjke xqtZj lnL; xqtZj OBC }kjkiqj

6. fcljke@ljnkjk xqtZj lnL; xqtZj OBC }kjkiqj

7. dkywjke@HkEcwjke xqtZj lnL; xqtZj OBC }kjkiqj

8. cuokjh@HkEcwjke xqtZj lnL; xqtZj OBC }kjkiqj

9. ykykjke@HkEcwjke xqtZj lnL; xqtZj OBC }kjkiqj

10. lqyrku@ekaxwjke xqtZj lnL; xqtZj OBC }kjkiqj

11. cuokjh@HkkSajkjke xqtZj lnL; xqtZj OBC }kjkiqj



I.W.M.P. tyxzg.k ifj;kstuk ukFkwlj


okVj 'kSM lfefr % ukFkwlj Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. fpjath yky@jke/ku eh.kk v/;{k eh.kk ST ukFkwlj

2. NksVwjke@jke/ku eh.kk mik/;{k eh.kk ST ukFkwlj

3. diwj@jkethyky eh.kk lnL; eh.kk ST ukFkwlj

4. jktsUnz@X;kjlh yky eh.kk lnL; eh.kk ST ukFkwlj

5. egsUnz@X;kjlh yky eh.kk lnL; eh.kk ST ukFkwlj

6. jksfgrk'o@jekthyky lnL; eh.kk ST ukFkwlj

7. yYyw@>waFkkjke lnL; eh.kk ST ukFkwlj

8. gfjjke@dkywjke lnL; eh.kk ST ukFkwlj

9. egkohj@lqyrku flag lnL; eh.kk ST ukFkwlj

10. dY;[email protected] eh.kk lnL; eh.kk ST ukFkwlj

11. ljnkjk@cksnwjke lnL; eh.kk ST ukFkwlj



I.W.M.P. tyxzg.k ifj;kstuk lkysVk


okVj 'kSM lfefr % ghalyk esMcUnh miHkksDrk lewg

Ø-

la-


1. Jh ekrknhu@ukFkwjke xqtZj v/;{k xqtZj OBC ghalyk

2. ]] NqV~Vu yky@f'kEHkw n;ky mik/;{k xqtZj OBC ghalyk

3. ]] ?khalkjke@f'koukjk;.k lnL; xqtZj OBC ghalyk

4. ]] ckywjke@xaxkjke lnL; xqtZj OBC ghalyk

5. ]] lhrkjke@ukFkwjke lnL; xqtZj OBC ghalyk

6. ]] txnh'k@Nhrj xqtZj lnL; xqtZj OBC ghalyk

7. ]] Jo.k@vtqZu lnL; xqtZj OBC ghalyk

8. ]] lqxu@ikapwjke lnL; xqtZj OBC ghalyk

9. ]] NksVw@xaxkjke lnL; xqtZj OBC ghalyk

10. ]] guqeku@Nhrj lnL; xqtZj OBC ghalyk





okVj 'kSM lfefr % nqgkj pkSxku Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. Jh Hkcykjke@HkkSajk jke xqtZj v/;{k xqtZj OBC nqgkj pkSxku

2. ]] rstkjke@HkkSajkjke xqtZj mik/;{k xqtZj OBC nqgkj pkSxku

3. ]] dkukjke@HkkSajk jke xqtZj lnL; xqtZj OBC nqgkj pkSxku

4. ]] [email protected] xqtZj lnL; xqtZj OBC nqgkj pkSxku

5. ]] nschjke@Hkkstjke xqtZj lnL; xqtZj OBC nqgkj pkSxku

6. ]] lqHkk"[email protected] xqtZj lnL; xqtZj OBC nqgkj pkSxku

7. ]] rstiky@HkkSajk jke xqtZj lnL; xqtZj OBC nqgkj pkSxku

8. ]] txjke@chykjke xqtZj lnL; xqtZj OBC nqgkj pkSxku

9. ]] tylhjke@Hkeykjke xqtZj lnL; xqtZj OBC nqgkj pkSxku





okVj 'kSM lfefr % ykyokMh ¼nqgkj pkSxku½ Qly izn'kZu miHkksDrk lewg

Ø-

la-


1. Jh lk/kqjke@Nhrj ey cykbZ v/;{k cykbZ SC ykyokMh

2. ]] fxjkZt@Nhrjey cykbZ mik/;{k cykbZ SC ykyokMh

3. ]] ujlh@Nhrjey cykbZ lnL; cykbZ SC ykyokMh

4. ]] rq"kkjke@Nhrjey cykbZ lnL; cykbZ SC ykyokMh

5. ]] ckcwyky@Nhrjey xqtZj lnL; xqtZj OBC ykyokMh

6. ]] fcgkjh@lk/kqjke iztkir lnL; dqEgkj OBC

ykyokMh

7. ]] gjlgk;@ikapwjke xqtZj lnL; xqtZj OBC

ykyokMh

8. ]] jks'ku@ikapwjke xqtZj lnL; xqtZj OBC

ykyokMh

9. ]] ?khalk@ikapwjke xqtZj lnL; xqtZj OBC

ykyokMh

10. ]] fouksn@?khlkjke xqtZj lnL; xqtZj OBC

ykyokMh





okVj 'kSM lfefr % nqgkj ekyk ,fudV fuekZ.k miHkksDrk lewg

Ø-

la-


1. Jh lwjt@xksiky xqtZj v/;{k xqtZj OBC nqgkjekyk

2. ]] ukuxk@izHkkr mik/;{k xqtZj OBC nqgkjekyk

3. ]] ckcwyky@izHkkr lnL; xqtZj OBC nqgkjekyk

4. ]] NksVsyky@izHkkr lnL; xqtZj OBC nqgkjekyk

5. ]] jkefuokl@izHkkr lnL; xqtZj OBC nqgkjekyk

6. ]] xqykc@lwjt lnL; xqtZj OBC nqgkjekyk

7. ]] gsrjke@lwjt lnL; xqtZj OBC nqgkjekyk

8. ]] j.kohj@lwjt lnL; xqtZj OBC nqgkjekyk

9. ]] jkeLo:i@lwjt lnL; xqtZj OBC nqgkjekyk

10. ]] ckyw@?khalkyky lnL; xqtZj OBC nqgkjekyk





okVj 'kSM lfefr % xksoMh esMcUnh miHkksDrk lewg

Ø-

la-


1. Jh X;kjlhyky@ekejkt ;kno v/;{k ;kno OBC xksoMh

2. ]] ewypUn@ekaxsyky tkafxM mik/;{k [kkrh OBC xksoMh

3. ]] t;jke@cksnwjke ;kno lnL; ;kno OBC xksoMh

4. ]] cuokjh@ewypUn ;kno lnL; ;kno OBC xksoMh

5. ]] mejko@Hkaojk ;kno lnL; ;kno OBC xksoMh

6. ]] /kwMkjke@ikapwjke ;kno lnL; ;kno OBC xksoMh

7. ]] cnzh@izHkkr ;kno lnL; ;kno OBC xksoMh

8. ]] f'kEHkw@lqokyky ;kno lnL; ;kno OBC xksoMh

9. ]] ?khalk@Hkaojk ;kno lnL; ;kno OBC xksoMh

10. ]] cuokjh@lqyrku ;kno lnL; ;kno OBC xksoMh





okVj 'kSM lfefr % xksoMh ,fudV miHkksDrk lewg

Ø-

la-


1. Jh fxj/kkjh@?khalkjke ;kno v/;{k ;kno OBC xksoMh

2. ]] X;kjlh@ikapw ;kno mik/;{k ;kno OBC xksoMh

3. ]] dkukjke@NksVwjke ;kno lnL; ;kno OBC xksoMh

4. ]] eYyk@fxj/kkjh lnL; ;kno OBC xksoMh

5. ]] izgykn@dtksM ;kno lnL; ;kno OBC xksoMh

6. ]] larks"k@nhun;ky ;kno lnL; ;kno OBC xksoMh

7. ]] v'kksd@ca'kh tkafxM lnL; [kkrh OBC xksoMh

8. ]] VksMkjke@ewypUn ;kno lnL; ;kno OBC xksoMh

9. ]] ghjkyky@ckyfd'ku ;kno lnL; ;kno OBC xksoMh

10. ]] lqjs'k@f'kEHkw Lokeh lnL; Lokeh OBC xksoMh





okVj 'kSM lfefr % xksoMh ckxokuh miHkksDrk lewg

Ø-

la-


1. Jh lk/kw@Hkaojk ;kno v/;{k ;kno OBC xksoMh

2. ]] cksnw@Hkaojk ;kno mik/;{k ;kno OBC xksoMh

3. ]] Jhjke@rstjke ;kno lnL; ;kno OBC xksoMh

4. ]] Nhrj@eksVw ;kno lnL; ;kno OBC xksoMh

5. ]] ckywjke@lqyrku ;kno lnL; ;kno OBC xksoMh

6. ]] gfjjke@jkenso ;kno lnL; ;kno OBC xksoMh

7. ]] jkepUnz@izgykn ;kno lnL; ;kno OBC xksoMh

8. ]] jksfgrk'o@Nhrj ;kno lnL; ;kno OBC xksoMh

9. ]] jsoM@ewyk ;kno lnL; ;kno OBC xksoMh

10. ]] lqjKku@NksVw ;kno lnL; ;kno OBC xksoMh





okVj 'kSM lfefr % nqgkj pkSxku tSfod [ksrh miHkksDrk lewg

Ø-

la-


1. Jh yPNwjke lSuh@cq)kjke v/;{k ekyh OBC nqgkj pkSxku

2. ]] jkefuokl@dSyk'k mik/;{k ekyh OBC nqgkj pkSxku

3. ]] lqyrku@cq)kjke lnL; ekyh OBC nqgkj pkSxku

4. ]] Jhjke@eaxyjke lnL; ekyh OBC nqgkj pkSxku

5. ]] jkethyky@cq)kjke lnL; ekyh OBC nqgkj pkSxku

6. ]] txnh'k@cq)kjke lnL; ekyh OBC nqgkj pkSxku

7. ]] X;kjlh yky@cq)kjke lnL; ekyh OBC nqgkj pkSxku

8. ]] dY;k.k lgk;@f'kon;ky lnL; ekyh OBC nqgkj pkSxku

9. ]] ckcwyky@cq)kyky lnL; ekyh OBC nqgkj pkSxku

10. ]] eqds'k@ckcwyky lnL; ekyh OBC nqgkj pkSxku





okVj 'kSM lfefr % HkkaxMksyh ,fudV fuekZ.k miHkksDrk lewg

Ø-

la-


1. Jh chjcy@HkkSajk jke xqtZj v/;{k xqtZj OBC HkkaxMksyh

2. ]] xsanh nsoh@eksBwjke /kkudk mik/;{k /kkudk ST ]]

3. ]] ?kMlh@Hkxokuk /kkudk lnL; /kkudk ST ]]

4. ]] ekejkt@Hkxokuk /kkudk lnL; /kkudk ST ]]

5. ]] tho.k@eksBwjke /kkudk lnL; /kkudk ST ]]

6. ]] x.kir@X;kjlk jke /kkudk lnL; /kkudk ST ]]

7. ]] egs'k@ekykjke /kkudk lnL; /kkudk ST ]]

8. ]] fxj/kkjh@chjcy xqtZj lnL; xqtZj OBC ]]

9. ]] Nhrj@HkkSajk jke xqtZj lnL; xqtZj ST ]]



ekWMy ,LVhesV

dk;Z 6 ehVj yEckbZ

Ø-la- dk;Z dqy ek=k nj jde

1

taxy dh lQkbZ] lk/kkj.k ouLifr rFkk >kfM;ksa dks

dkVus lfgr Hkkjh >kfM;ksa rFkk 30 ls-eh- yisV rd ikS/kks

dks dkVus lfgr

900 oxZ eh-1-70@ oxZ

eh- 1530.00

2uhao o Vsapsp esa feV~Vh dh [kqnkbZ dk dk;Z] [kqnh gqbZ

feV~Vh dk fuLrkj.k rFkk lery djuk

lk/kkj.k feV~Vh esa 250 ?ku eh- 75@?k-eh- 18750.00

dBksj feV~Vh esa 450 ?ku eh- 91@?k-eh- 40950.00

fo|Bhr pV~Vku esa 21 ?ku eh- 177@?k-eh- 3117.00

3

[kqnh gqbZ feV~Vh@jsr dks uhao esa rFkk dqlhZ esa 50 ehVj

rd nwjh esa Mkyuk rFkk lery djuk] ikuh Mkyuk rFkk

nqjeqV ls

dBksj feV~Vh 2 uEcj dkWye ds vuqlkj 450 ?ku eh- 37@?k-eh- 16650.00

4lhesaV daØhV 1 lhesaUV 3 ctjh 6 feV~Vh iRFkj dh 20

fe-eh- ukeh; eki dh uhao esa Mkyuk ,uhdV ds fy;sA 17-71 ?ku eh- 2081@?k-eh- 36854.51

5,uhdV gsrq iRFkj dh fpukbZ 1%6 vuqikr lhesaV ctkjh

elkyk uhao esa 48-56 ?ku eh-

1307@ ?k-

eh- 63467.92


elkyk uhao ls mij 32-99 ?ku eh- 1307@?k-eh- 43117.93

715 ls 30 ls-eh- eksv- gFkksMs ls rjkls gq, ,dy iRFkj

dh fifpax leLr mBku ds lkFk] vkiwfrZ ds lkFk 18 ?ku eh- 521@?k-eh- 9378.00

8

lhesaUV dkaØhV 1 lhesaV] 2 ctjh] 4 iRFkj ,xzhxssV

vuqikr esa 12 fe-eh- ukeh; eki dh ,xzhxsV ds lkFk

Mkyuk feDpj ,oa

7-11 ?ku

ehVj 2776@?k-eh- 19737.36

dk;kZy; lgk;d vfHk;Urk ,oa ih-vkbZ-,- ia-l- Fkkukxkth ¼vyoj½

foLr̀r rdehuk


9

lhesaV IykLVj nhokj ij 1%4 vuqikr esa lhesaV ctkjh

feykdj tksMksa dks dqjsnus rFkk rjkbz lesr 20 fe-eh-

eksVkbZ

95-40 ?ku

ehVj 100@?k-eh- 9540.00

10o"kkZrh ukys ds fy, ,LosLVl lhessaV ds ikbZi e; idM

iV~Vh rFkk tksMus esa lhesaV elkyk 1%2 dk Hkjuk 8 ehVj 61@?k-eh- 488.00

75 eh-eh-

11

Dosjh jfol ftlesa 40 izfr'kr iRFkj ds Liky gks ;k

dadj ;k ?kkMyk dks fcNkuk rFkk vkiwfrZ djuk] ikuh

fNMduk nqjeqV ls dwVuk

10 ehVj 183@?k-eh- 1830.00

3 izfr'kr dUVsutsUlh pktsZt

XEn LR AEn IWMP

ZP Alwar PS Thanagazi

ekWMy ,LVhesV

dk;Z 6 ehVj yEckbZ

yEckbZ pkSMkbZ xgjkbZ

20 30 - 600 oxZ eh-

10 30 - 300 oxZ eh-



gSM okWy 6 1.8 332-40 ?ku

eh-

foax okWy 2 5.4 1.8 3.2 62.2

dh okWy 2 1.5 1.8 3.2 17.28

fjVuZ 2 1.5 0.6 3.2 5.76

Vks okWy 2 6 0.6 3 10.8

cLdsV 6 3 0.9 16.2

MªkbZ cksYMj ¼fifpax½ B 33 6 3 1 18

iksUM 15 3 1 450 600 ?ku eh-

lk/kkj.k feV~Vh esa 250 ?ku eh-

dBksj feV~Vh esa 450 ?ku eh-

fo|Bhr pV~Vku esa 6 2 3.5+0/2 21 ?ku eh 21 ?ku eh-

3

[kqnh gqbZ feV~Vh@jsr dks uhao esa rFkk dqlhZ esa 50

ehVj rd nwjh esa Mkyuk rFkk lery djuk] ikuh

Mkyuk rFkk nqjeqV ls

dBksj feV~Vh 2 uEcj dkWye ds vuqlkj 450 ?ku eh

4

lhesaV daØhV 1 lhesaUV 3 ctjh 6 feV~Vh iRFkj dh

20 fe-eh- ukeh; eki dh uhao esa Mkyuk ,uhdV ds

fy;sA

csM ckj 6 1.8 0.3 32-40?ku eh-

foax okWy 2 5.4 1.8 0.3 5.83

dh okWy 2 1.5 1.8 0.3 1.62

fjVuZ 2 1.5 0.6 0.3 0.54

Vks okWy 2 6 0.6 0.3 1.08

cdsV 6 0.3 0.3 5.4


dkVus lfgr Hkkjh >kfM;ksa rFkk 30 ls-eh- yisV rd

ikS/kks dks dkVus lfgr

600/4

17-71 ?ku

eh

600-250

1


foLr̀r rdehuk

ukiek=k dqy ek=kdk;Z Ø-la-

900 oxZ eh-



5,uhdV gsrq iRFkj dh fpukbZ 1%6 vuqikr lhesaV

ctkjh elkyk uhao esa

csM ckj 6 1.5 1.2 10.8

foax okWy 2 5.4 1.5 1.2 19.44

dh okWy 2 1.5 1.8 1.2 6.48

fjVuZ 2 1.5 0.6 1.2 2.16

Vks okWy 2 6 0.6 1.2 4.32

cdsV 6 0.3 0.3 5.4


ctkjh elkyk uhao ls mij

csM ckj 6 1.5+.6/2 1.35 8.91

foax okWy 2 1.5 1.5+.6/2 1.35 4.45

dh okWy 2 5.4 1.5+.6/2 1.35 16.03

fjVuZ 2 1.5 0.6 1 1.8

Vks okWy 1 6 0.6 0.3 1.8

7

15 ls 30 ls-eh- eksVs- gFkksMs ls rjkls gq, ,dy

iRFkj dh fifpax leLr mBku ds lkFk] vkiwfrZ ds

lkFk

6 3 1 18 18 ?ku eh-

8



Mkyuk feDpj ,oa

csM ckj 6 0.6 0.15 0.54

foax okWy 2 5.4 0.6 0.075 0.25

dh okWy 2 1.5 0.6 0.15 0.27

fjVuZ 2 1.5 0.6 0.075 0.13

Vks okWy 2 6 0.6 0.075 0.52

cdsV 6 0.3 0.3 0.54

9



eksVkbZ

csM ckj ;w@,l- 6 1.5 9

csM ckj Mh@,l- 6 1.9 11.4

foax okWy 2x2 5.4 1.5 32.4

dh okWy mij 2 5.4 1.5 16.2

48-56 ?ku

eh

32-99 ?ku

eh

7-11 ?ku eh

95-40 ?ku

eh



dh okWy 2x2 1.5 2.1 12.6

fjVuZ 2 1.5 0.6 1.8

Vks okWy 2 6 1 12

10

o"kkZrh ukys ds fy, ,LosLVl lhessaV ds ikbZi e;

idM iV~Vh rFkk tksMus esa lhesaV elkyk 1%2 dk

Hkjuk

75 eh-eh- 8 1

11


dadj ;k ?kkMyk dks fcNkuk rFkk vkiwfrZ djuk]

ikuh fNMduk nqjeqV ls dwVuk

dh okWy 2 3 1.5 0.3 2.7

foax okWy 2 6 2 0.3 7.2

fjVuZ 2 1.5 1 0.3 0.9

10 ?ku

ehVj

95-40 ?ku

eh

8 ehVj

ekWMy ,LVhesV

dk;Z 10 ehVj yEckbZ


1


dkVus lfgr Hkkjh >kfM;ksa rFkk 30 ls-eh- yisV rd ikS/kks

dks dkVus lfgr

600 oxZ eh-1-70@ oxZ

eh- 1020.00



lk/kkj.k feV~Vh esa 244 ?ku eh- 75@?k-eh- 18300.00

dBksj feV~Vh esa 552 ?ku eh- 91@?k-eh- 50232.00

fo|Bhr pV~Vku esa 50 ?ku eh- 177@?k-eh- 8850.00

77382.00

3

[kqnh gqbZ feV~Vh@jsr dks uhao esa rFkk dqlhZ esa 50 ehVj

rd nwjh esa Mkyuk rFkk lery djuk] ikuh Mkyuk rFkk

nqjeqV ls

dBksj feV~Vh 2 uEcj dkWye ds vuqlkj 552 ?ku eh- 37@?k-eh- 20424.00

4lhesaV daØhV 1 lhesaUV 3 ctjh 6 feV~Vh iRFkj dh 20

fe-eh- ukeh; eki dh uhao esa Mkyuk ,uhdV ds fy;sA 67-44 ?ku eh- 2081@?k-eh- 140342.64


elkyk uhao esa 246-10 ?ku eh-

1307@ ?k-

eh- 321652.70


elkyk uhao ls mij 212-57 ?ku eh- 1307@?k-eh- 321652.00

715 ls 30 ls-eh- eksv- gFkksMs ls rjkls gq, ,dy iRFkj

dh fifpax leLr mBku ds lkFk] vkiwfrZ ds lkFk 30 ?ku eh- 521@?k-eh- 15630.00

8



Mkyuk feDpj ,oa

24-34 ?ku

ehVj 2776@?k-eh- 67567.84


foLr̀r rdehuk


9



eksVkbZ

197-25 ?ku

ehVj 100@?k-eh- 19725.00

10o"kkZrh ukys ds fy, ,LosLVl lhessaV ds ikbZi e; idM

iV~Vh rFkk tksMus esa lhesaV elkyk 1%2 dk Hkjuk 8 ehVj 61@?k-eh- 488.00

75 eh-eh-

11


dadj ;k ?kkMyk dks fcNkuk rFkk vkiwfrZ djuk] ikuh

fNMduk nqjeqV ls dwVuk

21-78 ehVj 183@?k-eh- 3985.74

12ewje] Hkou dk eyok] pwuk] ctjh] feV~Vh vkfn dk

fofHkUu nwjh ds fy, ifjogu e; p<kuk mrkjuk vkfn 225 ?ku eh- 48.46 10754.00

;ksx 1000623.92

3 izfr'kr dUVsutsUlh pktsZt 30018.72

1030642.64

XEn LR AEn IWMP


ekWMy ,LVhesV

dk;Z 10 ehVj yEckbZ


20 15 - 375 oxZ eh-

15 15 - 225 oxZ eh-

2uhao o Vsapsp esa feV~Vh dh [kqnkbZ dk dk;Z] [kqnh

gqbZ feV~Vh dk fuLrkj.k rFkk lery djuk

gSM okWy 10 5 2.96 148 ?ku eh-

foax okWy 7.8 3.8 3.55 210.44

dh okWy 5 1.8 3.55 63.9

fjVuZ 3.8 0.8 3.55 21.58

Vks okWy 10 0.75 3 22.5

cLdsV 10 3 1 30

MªkbZ cksYMj ¼fifpax½ B 33 10 3 1 30

iksUM 15 15 2 450

lk/kkj.k feV~Vh esa 244 ?ku eh-

dBksj feV~Vh esa 552 ?ku eh-

fo|Bhr pV~Vku esa 10 2 3.5+0/2 35 ?ku eh

10 3 0.5 15 ?ku eh

3

[kqnh gqbZ feV~Vh@jsr dks uhao esa rFkk dqlhZ esa 50

ehVj rd nwjh esa Mkyuk rFkk lery djuk] ikuh

Mkyuk rFkk nqjeqV ls

dBksj feV~Vh 2 uEcj dkWye ds vuqlkj 552 ?ku eh

4

lhesaV daØhV 1 lhesaUV 3 ctjh 6 feV~Vh iRFkj

dh 20 fe-eh- ukeh; eki dh uhao esa Mkyuk

,uhdV ds fy;sA

csM ckj 10 5 0.3 15-00?ku eh-

foax okWy 2 7.4 3.8 0.3 16.87

dh okWy 2 5 1.8 0.3 5.4

fjVuZ 2 3.8 0.8 0.3 1.82

Vks okWy 2 10 0.75 0.3 2.25

cdsV 10(5.42+5.

02)/20.5 26.1

dqy ek=k

67-44 ?ku

eh

976-42 ?ku

eh-

50 ?ku eh-


foLr̀r rdehuk

Ø-la- dk;Z uki

ek=k

1

taxy dh lQkbZ] lk/kkj.k ouLifr rFkk >kfM;ksa

dks dkVus lfgr Hkkjh >kfM;ksa rFkk 30 ls-eh- yisV

rd ikS/kks dks dkVus lfgr

600 oxZ eh-

976/4

976-244

yEckbZ pkSMkbZ xgjkbZdqy ek=kØ-la- dk;Z

ukiek=k


ctkjh elkyk uhao esa

csM ckj 104.7+3.10

/22 78

foax okWy 2 7.43.5+2.30

/22 85.84

dh okWy 2 5 1.5 2 30

fjVuZ 2 3.8 0.8 2 12.16

Vks okWy 2 10 0.6 2 12

cdsV 105.42+5.8

2/20.5 28.1


ctkjh elkyk uhao ls mij

csM ckj 103.1+1.66

/21.8 42.84

foax okWy 2 7.42.30+1.8

/22.5 75.85

dh okWy 2 5 1.5 4 60

fjVuZ 2 3.8 0.8 4 12.16

Vks okWy 1 10 0.6 0.5 3

7

15 ls 30 ls-eh- eksVs- gFkksMs ls rjkls gq, ,dy

iRFkj dh fifpax leLr mBku ds lkFk] vkiwfrZ ds

lkFk

10 3 1 30 30 ?ku eh-

8


vuqikr esa 12 fe-eh- ukeh; eki dh ,xzhxsV ds

lkFk Mkyuk feDpj ,oa

csM ckj 101.66+1.5

/20.2 3.16

foax okWy 2 7.4 0.8 0.15 1.75

dh okWy 2 1.5 0.6 0.15 0.27

fjVuZ 2 3.8 0.8 0.15 0.91

Vks okWy 1 10 0.6 0.15 0.52

cdsV 105.82+6.0

/20.3 17.73

246-10 ?ku

eh

212-57 ?ku

eh

24-34 ?ku

eh

yEckbZ pkSMkbZ xgjkbZdqy ek=kØ-la- dk;Z

ukiek=k

9

lhesaV IykLVj nhokj ij 1%4 vuqikr esa lhesaV

ctjh feykdj tksMksa dks dqjsnus rFkk rjkbZ lesr

20 fe-eh- eksVkbZ

csM ckj ;w@,l- 10 2 20

csM ckj Mh@,l- 10 3.2 32

foax okWy 2x2 7.8 3.5+.5/2 32.49

dh okWy mij 2 7.8 0.6 9.36

dh okWy 2x2 5 4 80

fjVuZ 2 3.8 1.5 11.4

Vks okWy 2 10 0.6 12

10

o"kkZrh ukys ds fy, ,LosLVl lhessaV ds ikbZi e;

idM iV~Vh rFkk tksMus esa lhesaV elkyk 1%2 dk

Hkjuk

75 eh-eh- 8 1

11

Dosjh jfol ftlesa 40 izfr'kr iRFkj ds Liky gks

;k dadj ;k ?kkMyk dks fcNkuk rFkk vkiwfrZ

djuk] ikuh fNMduk nqjeqV ls dwVuk

dh okWy 2 5 1.5 0.3 4.5

foax okWy 2 7.8 3.5 0.3 16.38

fjVuZ 2 1.5 1 0.3 0.9

12

ewje] Hkou dk eyok] pwuk] ctjh] feV~Vh vkfn dk

fofHkUu nwjh ds fy, ifjogu e; p<kuk mrkjuk

vkfn

225-00 ?ku

ehVj

197-25 ?ku

eh

8 ehVj

21-78 ?ku

ehVj

1- dk;Z dk uke % d`f"k Hkwfe esa iDdk osLV oh;j fuekZ.k

2- tyxzg.k {ks= dk uke % ,dhd`r tyxzg.k {ks= fodkl ifj;kstuk HkkaxMksyh

3- ch-,l-vkj- & 2011 ftyk vyoj

Je lkexzh Je lkexzh

1 dBksj feV~Vh esa ,fudV gsrq uhao [kqnkbZ dk dk;Z

gSMoky 1 3.00 1.10 1.00 3.30

lkbZMoky 2 2.20 0.75 1.00 3.30

gSMoky ,DlVsa'ku 2 1.00 0.75 1.00 1.50

Vksoky 1 3.00 0.60 1.00 1.80

,izu 1 3.00 1.00 0.40 1.20

dqy 11.10 91.00 91.00 1010.10 1010.10

2 lhesaV daØhV dk;Z ¼1%4%8½ lhesaV] ctjh] 40 feeh- eki dh fxV~Vh iRFkj dh feykdj Mkyuk] rjkbZ djuk

gSMoky 1 3.00 1.10 0.15 0.50

lkbZMoky 2 2.20 0.75 0.15 0.50

gSMoky ,DlVsa'ku 2 1.00 0.75 0.15 0.23

Vksoky 1 1.00 0.75 0.15 0.11

,izu 1 1.00 0.75 0.15 0.11

dqy 1.44 317.55 1953.00 457.27 2812.32

3 iRFkj pqukbZ dk;Z lhesaV ctjh elkyk ¼1%6½ esa ¼v½ uhao esa

gSMoky 1 3.00 1.10 0.40 1.32

1 3.00 0.90 0.45 1.22

lkbZMoky 2 2.20 0.60 0.85 2.24

gSMoky ,DlVsa'ku 2 1.00 0.60 0.85 1.02

Vksoky 1 3.00 0.45 0.35 0.47

1 3.00 0.38 0.50 0.57

dqy 6.84

¼c½ vf/kjpuk esa

gSMoky 1 3.00(0.90+0.60)

/20.50 1.12

lkbZMoky 2 2.20 0.60 0.50 1.32

2 (2.2+1.0)/2 0.45 0.50 0.72

gSMoky ,DlVsa'ku 2 1.00 0.45 1.00 0.90

dqy 4.06

dqy pqukbZ dk;Z ¼v$c½ 10.90 342.00 1307.00 3728.31 14248.26

4 iRFkj [kjatk@lksfyax dk;Z

,izu 1 3.00 1.00 0.15 0.45 130.50 484.90 58.73 218.21

5 lhesaUV daØhV dk;Z & ¼1%2%4½ esa lhesaV] ctjh ,oa 12 feeh eki dh jksMh feykdj Mkyuk

,izu 1 3.00 1.00 0.10 0.30

dqy 0.30 311.55 2776.00 93.47 832.80

6 lhesUV IykLVj dk;Z 1 % 4 lhesaV ctjh elkys esa 20 feeh eksVkbZ esa

gSMoky 1 3.00 0.60 - 1.80

1 3.00 0.50 - 1.50


foLr`r rdehuk ,oa ykxr fu:i.k

jkf'kek=k

?keh-

@o-eh-

Å¡@xy-Ø-la-

6.84 + 4.04

pkS-la-fooj.k nj ?keh-@o-eh-

Je lkexzh Je lkexzh

jkf'kek=k

?keh-

@o-eh-

Å¡@xy-Ø-la- pkS-la-fooj.k nj ?keh-@o-eh-

1 3.00 0.75 - 2.25

lkbZMoky 2 2.20 0.50 - 2.20

2 (2.2+1)/2 0.50 - 1.60

2 2.20 0.45 - 1.98

gSMoky ,DlVsa'ku 2 1.00 (1+0.45) - 2.90

Vksoky 1 3.00 (0.2+0.38) - 1.74

dqy 15.97

?kVkvksa 2(0.85+0.6)/

20.50 - -1.50

usV dk;Z 14.47 39.60 100.00 573.01 1447.00

7

2 1.00 (2.5+1)2 1.00 3.50 85.00 85.00 297.50 297.50

dk;Z dh dqy ykxr 1 ls 7 rd 6218.39 20866.19

8 tksMks 3 izfr'kr daVhtsUlh pktsZt 186.55 625.99

dqy ;ksx ¼7 $ 8 6404.94 21492.17

ekuk 0-06 yk[k 0-21 yk[k

Je jkf'k 0.06 yk[k

lkexzh jkf'k 0.15 yk[k

;ksx 0.21 yk[k

ekuo fnol 44

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 1.44 4.61 0.65 1.3 -

2 10.9 15.21 3.27 - 11.99

314.52 1.69 0.36 - -

4 0.3 1.75 0.12 0.25 -

5 0.45 0 - - 0.5

4.4 1.55 12.49

Say 23.25 4.4 1.55 12.5

XEn LR AEn IWMP


dk;Z dk uke

lhesaaV IykLVj lhesaV ctjh 1%6 elkys esa 12

fefe eksVkbZ esa

lhesaV daØhV dk;Z 1%2%4 fefe iRFkj dh jksMh

feV~Vh dk dk;Z ca/k esa] 15 lseh ijr esa feV~Vh Mkyuk] <sys rksMuk ?kkl ikar dadj] feV~Vh dh gS.M jSej ls dVkbZ djuk ,oa njs'kh

djuk

lhesaV daØhV dk;Z 1%4%8 elkys esa

iRFkkj pqukbZ dk;Z lhesaV ctjh elkyk 1%6 esa

dqy

iRFkj [kjatk dk;Z

1- dk;Z dk uke % vd`f"k Hkwfe esa tylaxzg.k lajpuk fuekZ.k



Je lkexzh Je lkexzh


gSMoky 1 10.00 1.50 1.00 15.00

lkbZMoky 2 3.50 1.00 1.00 7.00

gSMoky ,DlVsa'ku 2 1.50 0.75 1.00 2.25

Vksoky 1 10.00 0.75 0.75 5.63

,izu 1 10.00 1.80 0.45 8.10

dqy 37.98 91.00 91.00 3455.73 3455.73


gSMoky 1 10.00 1.50 0.15 2.25

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 10.00 0.75 0.15 1.13

,izu 1 10.00 1.80 0.15 2.70

dqy 7.46 317.55 1953.00 2369.72 14574.26


gSMoky 1 10.00 1.20 0.85 10.20

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 10.00 0.60 0.30 1.80

1 10.00 0.45 0.30 1.35

1 10.00 1.80 0.30 5.40

dqy 25.34

¼c½ vf/kjpuk esa

gSMoky 1 10.00(1.20+0.75)

/20.90 8.78

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 16.71

dqy pqukbZ dk;Z ¼v$c½ 42.05 342.00 1307.00 14380.25 54956.08


,izu 1 10.00 1.80 0.10 1.80

dqy 1.80 311.55 2776.00 560.79 4996.80


gSMoky 1 10.00 0.75 - 7.50

1 10.00 0.90 - 9.00

1 10.00 1.10 - 11.00

lkbZMoky 2 3.50 0.55 - 3.85



Ø-la- fooj.k la- y- pkS- Å¡@x jkf'k

25.34 + 16.71

ek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

Je lkexzh Je lkexzh

Ø-la- fooj.k la- y- pkS- Å¡@x jkf'kek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

2 3.50 0.90 - 6.30

2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 10.00 (0.45+0.30) - 7.50

,izu 1 10.00 1.80 - 18.00

dqy dk;Z 71.70 39.60 100.00 2839.32 7170.00

6

2 1.00 (4.2+1.2)2 1.50 162.00 85.00 85.00 13770.00 13770.00

7 dk;Z dh dqy ykxr 1 ls 7 rd 37375.80 98922.87


dqy ;ksx ¼7 $ 8 38497.07 101890.56


Je jkf'k 0.38 yk[k


;ksx 1.02 yk[k

ekuo fnol 281

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh

?keh-

iRFkj

?keh-

1 7.46 23.88 3.36 6.72 -

2 42.04 58.65 12.61 - 46.25

371.7 8.33 1.79 - -

4 1.8 1.75 0.12 0.25 -

92.61 17.88 6.97 46.25

Say 93 18 7 46

XEn LR AEn IWMP





fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke

1- dk;Z dk uke % d`f"k Hkwfe esa tylaxzg.k lajpuk fuekZ.k



Je lkexzh Je lkexzh


gSMoky 1 10.00 1.50 1.00 15.00

lkbZMoky 2 3.50 1.00 1.00 7.00

gSMoky ,DlVsa'ku 2 1.50 0.75 1.00 2.25

Vksoky 1 10.00 0.75 0.75 5.63

,izu 1 10.00 1.80 0.45 8.10

dqy 37.98 91.00 91.00 3455.73 3455.73


gSMoky 1 10.00 1.50 0.15 2.25

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 10.00 0.75 0.15 1.13

,izu 1 10.00 1.80 0.15 2.70

dqy 7.46 317.55 1953.00 2369.72 14574.26


gSMoky 1 10.00 1.20 0.85 10.20

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 10.00 0.60 0.30 1.80

1 10.00 0.45 0.30 1.35

1 10.00 1.80 0.30 5.40

dqy 25.34

¼c½ vf/kjpuk esa

gSMoky 1 10.00(1.20+0.75)

/20.90 8.78

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 16.71

dqy pqukbZ dk;Z ¼v$c½ 42.05 342.00 1307.00 14380.25 54956.08


,izu 1 10.00 1.80 0.10 1.80

dqy 1.80 311.55 2776.00 560.79 4996.80


gSMoky 1 10.00 0.75 - 7.50

1 10.00 0.90 - 9.00

1 10.00 1.10 - 11.00

lkbZMoky 2 3.50 0.55 - 3.85

2 3.50 0.90 - 6.30




25.34 + 16.71

ek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

Je lkexzh Je lkexzh


?keh-

@o-eh-

nj ?keh-@o-eh-

2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 10.00 (0.45+0.30) - 7.50

,izu 1 10.00 1.80 - 18.00

dqy dk;Z 71.70 39.60 100.00 2839.32 7170.00

6

2 1.00 (4.2+1.2)2 1.50 162.00 85.00 85.00 13770.00 13770.00



dqy ;ksx ¼7 $ 8 38497.07 101890.56


Je jkf'k 0.38 yk[k


;ksx 1.02 yk[k

ekuo fnol 281

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 7.46 23.88 3.36 6.72 -

2 42.04 58.65 12.61 - 46.25

371.7 8.33 1.79 - -

4 1.8 1.75 0.12 0.25 -

92.61 17.88 6.97 46.25

Say 93 18 7 46

XEn LR AEn IWMP





fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke

1- dk;Z dk uke % d`f"k Hkwfe esa xyh dUVªksy LVªDpj fuekZ.k ¼iDdk½



Je lkexzh Je lkexzh


gSMoky 1 5.00 1.50 1.20 9.00

lkbZMoky 2 3.50 1.00 1.20 8.40

gSMoky ,DlVsa'ku 2 1.50 0.75 1.20 2.70

Vksoky 1 5.00 0.75 0.75 2.81

,izu 1 5.00 1.80 0.45 4.05

dqy 26.96 91.00 91.00 2453.59 2453.59


gSMoky 1 5.00 1.50 0.15 1.13

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 5.00 0.75 0.15 0.56

,izu 1 5.00 1.80 0.15 1.35

dqy 4.43 317.55 1953.00 1405.16 8642.03


gSMoky 1 5.00 1.20 0.85 5.10

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 5.00 0.60 0.40 1.20

1 5.00 0.45 0.20 0.45

1 5.00 1.80 0.20 1.80

dqy 15.14

¼c½ vf/kjpuk esa

gSMoky 1 5.00(1.20+0.75)

/20.90 4.39

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 12.32

dqy pqukbZ dk;Z ¼v$c½ 27.46 342.00 1307.00 9390.47 35886.95


,izu 1 5.00 1.80 0.10 0.90

dqy 0.90 311.55 2776.00 280.40 2498.40


gSMoky 1 5.00 0.75 - 3.75

1 5.00 0.90 - 4.50

1 5.00 1.10 - 5.50

lkbZMoky 2 3.50 0.55 - 3.85




15.14 + 12.32

ek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

Je lkexzh Je lkexzh


?keh-

@o-eh-

nj ?keh-@o-eh-

2 3.50 0.90 - 6.30

2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 5.00 (0.45+0.30) - 4.25

,izu 1 5.00 1.80 - 9.00

dqy dk;Z 45.70

?kVkvksa 2(1.2+0.75)/

20.90 - 1.76

usV dk;Z 43.94 39.60 100.00 1740.02 4394.00

6

2 20.00 (4.2+1.2)2 1.50 162.00 85.00 85.00 13770.00 13770.00



dqy ;ksx ¼7 $ 8 29910.82 69674.31


Je jkf'k 0.3 yk[k


;ksx 0.7 yk[k

ekuo fnol 22

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh

?keh-

iRFkj

?keh-

1 4.43 14.16 1.99 3.98 -

2 27.45 38.3 8.24 - 30.2

30.9 1.75 0.12 0.25 -

4 43.94 5.11 1.1 - -

59.32 11.15 4.23 30.2

Say 59 11 4 30

XEn LR AEn IWMP





fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke

1- dk;Z dk uke % d`f"k Hkwfe esa feV~Vh dk ty laxzg.k LVªDpj fuekZ.k


3- ch-,l-vkj- % 2011 ftyk vyoj

Je dqy Je dqy

1 ysvkmV nsus dk dk;Z 2 60 120 0.18 0.18 21.60 21.60

2

feV~Vh dk ca/k cukus dk dk;Z] 15 lseh]

ijr esa feV~Vh Mkyuk] <sys rksMuk] ?kkl

ikr dadM chu dj vyx djuk]

feV~Vh dh njslh djuk rFkk gs.M jsej

ls feV~Vh nckuk 1-5 eh- mBku rFkk 50

eh- nwjh ds fy, ¼dBksj feV~Vh½

1 60 (7.5+1.5)2 1.5 405 85.00 85.00 34425.00 34425.00

3feV~Vh ds cka/k ij /kke.k ?kkl cht dh

cqvkbZ djuk 8 60 480 0.38 0.38 182.40 182.40

4 /kke.k ?kkl cht dh ykxr 20.00

;ksx 34629.00 34649.00

tksMks 3 izfr'kr daVhtsUlh pktsZt 1038.87 1039.47

dk;Z dh dqy ykxr 35667.87 35688.47


XEn LR AEn IWMP


jkf'k



Ø-la- fooj.k la- ya- pkS-Å¡@

x

ek=k eh-

@ ?keh-

nj eh-@

1- dk;Z dk uke % vd`f"k Hkwfe esa feV~Vh dk ty laxzg.k LVªDpj fuekZ.k



Je dqy Je dqy


2







1 100 (14.5+2.0)2 2.5 2062.5 85.00 85.00 175312.50 175312.50


cqvkbZ djuk 8 100 480 0.38 0.38 182.40 182.40


;ksx 175516.50 175566.50


dk;Z dh dqy ykxr 180782.00 180833.50

ekuk 1-81 yk[k

XEn LR AEn IWMP


jkf'k




x

ek=k eh-

@ ?keh-

nj eh-@

1- dk;Z dk uke % Mh-,y-Vh- esa iDdk eSlujh LVªDpj fuekZ.k



Je lkexzh Je ;ksx


gSMoky 1 17.00 2.10 1.50 53.55

lkbZMoky 2 7.00 0.90 1.50 18.90

gSMoky ,DlVsa'ku 2 2.00 0.90 0.90 3.24

Vksoky 1 17.00 0.75 0.75 9.56

,izu 1 17.00 1.50 0.45 11.48

dqy 96.73 91.00 91.00 8802.20 8802.20


gSMoky 1 17.00 2.10 0.15 5.36

lkbZMoky 2 7.00 0.90 0.15 1.89

gSMoky ,DlVsa'ku 2 2.00 0.90 0.15 0.54

Vksoky 1 17.00 0.75 0.15 1.91

,izu 1 17.00 1.50 0.15 3.83

dqy 13.52 317.55 1953.00 4294.07 26409.44


gSMoky 1 17.00 1.80 1.35 41.31

lkbZMoky 2 7.00 0.75 1.35 14.18

gSMoky ,DlVsa'ku 2 2.00 0.75 0.75 2.25

Vksoky 1 17.00 0.60 0.30 3.06

1 17.00 0.45 0.30 2.30

,izu 1 17.00 1.50 0.20 5.10

dqy 68.19

¼c½ vf/kjpuk esa

gSMoky 1 17.00 (1.5+1)/2 1.00 21.25

lkbZMoky 2 6.50 0.75 1.00 9.75

2 (7+2)/2 0.60 0.75 4.05

gSMoky ,DlVsa'ku 2 1.50 0.60 1.75 3.15

dqy 38.20

dqy pqukbZ dk;Z ¼v$c½ 106.39 342.00 1307.00 36385.38 139051.73


,izu 1 17.00 1.50 0.10 2.55

dqy 2.55 311.55 2776.00 794.45 7078.80


gSMoky 1 17.00 1.00 - 17.00

1 17.00 1.00 - 17.00

1 17.00 1.20 - 20.40

lkbZMoky 2 6.50 0.60 - 7.80

2 (7+2)/2 0.75 - 6.75



Ø-la- fooj.k la- y- pkS- Å¡@x ek=k ?keh-

@o-eh-

nj ?keh-@o-eh- jkf'k

53.19 + 31.50

2 6.50 1.00 - 13.00

gSMoky ,DlVsa'ku 2 1.50 0.60 - 1.80

2 1.50 1.75 - 5.25

Vksoky 1 17.00 (0.45+0.3) - 12.75

,izu 1 17.00 1.50 - 25.50

dqy 127.25

?kVkvksa 2 (2+1)/2 1.00 - -3.00

usV dk;Z 124.25 39.60 100.00 4920.30 12425.00

7

1 300.00 (10+2)/2 2.00 3600.00

?kVkvksa iqjkuk dk;Z 1 300.00 (6+1)/2 1.50 1575.00

usV dk;Z 2025.00 85.00 85.00 172125.00 172125.00



dqy ;ksx ¼7 $ 8 234141.05 376868.94


Je jkf'k 2.34 yk[k


;ksx 3.77 yk[k

ekuo fnol 1733

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 9.99 31.97 4.5 8.99 -

2 82.89 115.63 24.87 - 91.18

31.8 1.75 0.12 0.25 -

4 96.75 11.24 2.42 - -

160.59 31.91 9.24 91.18

Say 161 32 9 91

XEn LR AEn IWMP



fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke






Je lkexzh Je ;ksx


gSMoky 1 15.00 2.10 1.50 47.25

lkbZMoky 2 7.00 0.90 1.50 18.90

gSMoky ,DlVsa'ku 2 2.00 0.90 0.90 3.24

Vksoky 1 15.00 0.75 0.75 8.44

,izu 1 15.00 1.50 0.45 10.13

dqy 87.95 91.00 91.00 8003.68 8003.68


gSMoky 1 15.00 2.10 0.15 4.73

lkbZMoky 2 7.00 0.90 0.15 1.89

gSMoky ,DlVsa'ku 2 2.00 0.90 0.15 0.54

Vksoky 1 15.00 0.75 0.15 1.69

,izu 1 15.00 1.50 0.15 3.38

dqy 12.22 317.55 1953.00 3879.67 23860.78


gSMoky 1 15.00 1.80 1.35 36.45

lkbZMoky 2 7.00 0.75 1.35 14.18

gSMoky ,DlVsa'ku 2 2.00 0.75 0.75 2.25

Vksoky 1 15.00 0.60 0.30 2.70

1 15.00 0.45 0.30 2.03

,izu 1 15.00 1.50 0.20 4.50

dqy 62.10

¼c½ vf/kjpuk esa

gSMoky 1 15.00 (1.5+1)/2 1.00 18.75

lkbZMoky 2 6.50 0.75 1.00 9.75

2 (7+2)/2 0.60 0.75 4.05

gSMoky ,DlVsa'ku 2 1.50 0.60 1.75 3.15

dqy 35.70

dqy pqukbZ dk;Z ¼v$c½ 97.80 342.00 1307.00 33447.60 127824.60


,izu 1 15.00 1.50 0.10 2.25

dqy 2.25 311.55 2776.00 700.99 6246.00


gSMoky 1 15.00 1.00 - 15.00

1 15.00 1.00 - 15.00

1 15.00 1.20 - 18.00

lkbZMoky 2 6.50 0.60 - 7.80

2 (7+2)/2 0.75 - 6.75




@o-eh-


53.19 + 31.50

Je lkexzh Je ;ksx


@o-eh-


2 6.50 1.00 - 13.00

gSMoky ,DlVsa'ku 2 1.50 0.60 - 1.80

2 1.50 1.75 - 5.25

Vksoky 1 15.00 (0.45+0.3) - 11.25

,izu 1 15.00 1.50 - 22.50

dqy 116.35

?kVkvksa 2 (2+1)/2 1.00 - -3.00

usV dk;Z 113.35 39.60 100.00 4488.66 11335.00

7

1 300.00 (10+2)/2 2.00 3600.00


usV dk;Z 2025.00 85.00 85.00 172125.00 172125.00



dqy ;ksx ¼7 $ 8 229324.96 359876.91


Je jkf'k 2.29 yk[k


;ksx 3.60 yk[k

ekuo fnol 1696

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 9.99 31.97 4.5 8.99 -

2 82.89 115.63 24.87 - 91.18

31.8 1.75 0.12 0.25 -

4 96.75 11.24 2.42 - -

160.59 31.91 9.24 91.18

Say 161 32 9 91

XEn LR AEn IWMP



fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke






Je lkexzh Je ;ksx


gSMoky 1 13.00 2.10 1.50 40.95

lkbZMoky 2 7.00 0.90 1.50 18.90

gSMoky ,DlVsa'ku 2 2.00 0.90 0.90 3.24

Vksoky 1 13.00 0.75 0.75 7.31

,izu 1 13.00 1.50 0.45 8.78

dqy 79.18 91.00 91.00 7205.15 7205.15


gSMoky 1 13.00 2.10 0.15 4.10

lkbZMoky 2 7.00 0.90 0.15 1.89

gSMoky ,DlVsa'ku 2 2.00 0.90 0.15 0.54

Vksoky 1 13.00 0.75 0.15 1.46

,izu 1 13.00 1.50 0.15 2.93

dqy 10.91 317.55 1953.00 3465.26 21312.11


gSMoky 1 13.00 1.80 1.35 31.59

lkbZMoky 2 7.00 0.75 1.35 14.18

gSMoky ,DlVsa'ku 2 2.00 0.75 0.75 2.25

Vksoky 1 13.00 0.60 0.30 2.34

1 13.00 0.45 0.30 1.76

,izu 1 13.00 1.50 0.20 3.90

dqy 56.01

¼c½ vf/kjpuk esa

gSMoky 1 13.00 (1.5+1)/2 1.00 16.25

lkbZMoky 2 6.50 0.75 1.00 9.75

2 (7+2)/2 0.60 0.75 4.05

gSMoky ,DlVsa'ku 2 1.50 0.60 1.75 3.15

dqy 33.20

dqy pqukbZ dk;Z ¼v$c½ 89.21 342.00 1307.00 30509.82 116597.47


,izu 1 13.00 1.50 0.10 1.95

dqy 1.95 311.55 2776.00 607.52 5413.20


gSMoky 1 13.00 1.00 - 13.00

1 13.00 1.00 - 13.00

1 13.00 1.20 - 15.60

lkbZMoky 2 6.50 0.60 - 7.80

2 (7+2)/2 0.75 - 6.75




53.19 + 31.50

ek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

Je lkexzh Je ;ksx


?keh-

@o-eh-

nj ?keh-@o-eh-

2 6.50 1.00 - 13.00

gSMoky ,DlVsa'ku 2 1.50 0.60 - 1.80

2 1.50 1.75 - 5.25

Vksoky 1 13.00 (0.45+0.3) - 9.75

,izu 1 13.00 1.50 - 19.50

dqy 105.45

?kVkvksa 2 (2+1)/2 1.00 - -3.00

usV dk;Z 102.45 39.60 100.00 4057.02 10245.00

7

1 300.00 (10+2)/2 2.00 3600.00


usV dk;Z 2025.00 85.00 85.00 172125.00 172125.00



dqy ;ksx ¼7 $ 8 224508.87 342884.87


Je jkf'k 2.24 yk[k


;ksx 3.43 yk[k

ekuo fnol 1659

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 9.99 31.97 4.5 8.99 -

2 82.89 115.63 24.87 - 91.18

31.8 1.75 0.12 0.25 -

4 96.75 11.24 2.42 - -

160.59 31.91 9.24 91.18

Say 161 32 9 91

XEn LR AEn IWMP





fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke

1- dk;Z dk uke % d`f"k Hkwfe esa dUVwj cafMx dk;Z



Je dqy Je dqy


2

feV~Vh dk ca/k cukus dk dk;Z] 15

lseh] ijr esa feV~Vh Mkyuk] <sys

rksMuk] ?kkl ikr dadM chu dj

vyx djuk] feV~Vh dh njslh djuk

rFkk gs.M jsej ls feV~Vh nckuk 1-5

eh- mBku rFkk 50 eh- nwjh ds fy,

¼dBksj feV~Vh½

1 100 (1.65+0.45)2 0.6 63 85.00 85.00 5355.00 5355.00

3feV~Vh ds cka/k ij /kke.k ?kkl cht

dh cqvkbZ djuk 8 100 300 0.38 0.38 114.00 114.00


;ksx 5505.00 5525.00


dk;Z dh dqy ykxr 5670.15 5690.75


0.45

1 : 1 1 : 1

XEn LR AEn IWMP


Å¡@

x

ek=k eh-

@ ?keh-

nj eh-@ jkf'k

1.65

0.6



Ø-la- fooj.k la- ya- pkS-

1- dk;Z dk uke % Mh ,y Vh esa ty laxzg.k LVªDpj fuekZ.k ¼iDdk½



Je lkexzh Je ;ksx


gSMoky 1 9.00 1.50 1.20 16.20

lkbZMoky 2 3.50 1.00 1.20 8.40

gSMoky ,DlVsa'ku 2 1.50 0.75 1.20 2.70

Vksoky 1 9.00 0.75 0.75 5.06

,izu 1 9.00 1.80 0.45 7.29

dqy 39.65 91.00 91.00 3608.38 3608.38


gSMoky 1 9.00 1.50 0.15 2.03

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 9.00 0.75 0.15 1.01

,izu 1 9.00 1.80 0.15 2.43

dqy 6.86 317.55 1953.00 2176.81 13387.82


gSMoky 1 9.00 1.20 0.85 9.18

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 9.00 0.60 0.40 2.16

1 9.00 0.45 0.20 0.81

,izu 1 9.00 1.80 0.20 3.24

dqy 21.98

¼c½ vf/kjpuk esa

gSMoky 1 9.00(1.2+0.75)/

20.90 4.39

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 12.32

dqy pqukbZ dk;Z ¼v$c½ 34.29 342.00 1307.00 11728.04 44820.30


,izu 1 9.00 1.80 0.10 1.62

dqy 1.62 311.55 2776.00 504.71 4497.12


gSMoky 1 9.00 0.75 - 6.75

1 9.00 0.90 - 8.10

1 9.00 1.10 - 9.90

lkbZMoky 2 3.50 0.55 - 3.85

2 3.50 0.90 - 6.30



Ø-la- fooj.k la- y- pkS- Å¡@x ek=k

?keh-

@o-eh-


15.14 + 12.32

Je lkexzh Je ;ksx


?keh-

@o-eh-


2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 9.00 (0.45+0.4) - 4.25

,izu 1 9.00 1.80 - 16.20

dqy 63.90

?kVkvksa 2(1.2+0.75)/

20.90 - 1.76

usV dk;Z 62.14 39.60 100.00 2460.74 6214.00

7

?kVkvksa iqjkuk dk;Z 2 20.00 (4.2+1.2)/2 1.50 162.00

usV dk;Z 162.00 85.00 85.00 13770.00 13770.00



dqy ;ksx ¼7 $ 8 35276.13 88886.54


Je jkf'k 0.35 yk[k


;ksx 0.89 yk[k

ekuo fnol 259

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh ?keh- iRFkj

?keh-

1 26.96 86.28 12.13 24.27 -

2 27.45 38.3 8.24 - 30.2

30.9 1.75 0.12 0.25 -

4 43.94 5.11 1.1 - -

131.44 21.59 24.52 30.2

Say 131 22 24 30

XEn LR AEn IWMP



fefe eksVkbZ esa


dqy


djuk

dk;Z dk uke






Je lkexzh Je ;ksx


gSMoky 1 7.00 1.50 1.20 12.60

lkbZMoky 2 3.50 1.00 1.20 8.40

gSMoky ,DlVsa'ku 2 1.50 0.75 1.20 2.70

Vksoky 1 7.00 0.75 0.75 3.94

,izu 1 7.00 1.80 0.45 5.67

dqy 33.31 91.00 91.00 3030.98 3030.98


gSMoky 1 7.00 1.50 0.15 1.58

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 7.00 0.75 0.15 0.79

,izu 1 7.00 1.80 0.15 1.89

dqy 5.64 317.55 1953.00 1790.98 11014.92


gSMoky 1 7.00 1.20 0.85 7.14

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 7.00 0.60 0.40 1.68

1 7.00 0.45 0.20 0.63

,izu 1 7.00 1.80 0.20 2.52

dqy 18.56

¼c½ vf/kjpuk esa

gSMoky 1 7.00(1.2+0.75)/

20.90 4.39

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 12.32

dqy pqukbZ dk;Z ¼v$c½ 30.87 342.00 1307.00 10558.40 40350.36


,izu 1 7.00 1.80 0.10 1.26

dqy 1.26 311.55 2776.00 392.55 3497.76


gSMoky 1 7.00 0.75 - 5.25

1 7.00 0.90 - 6.30

1 7.00 1.10 - 7.70

lkbZMoky 2 3.50 0.55 - 3.85

2 3.50 0.90 - 6.30




?keh-

@o-eh-


15.14 + 12.32

Je lkexzh Je ;ksx


?keh-

@o-eh-


2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 7.00 (0.45+0.4) - 4.25

,izu 1 7.00 1.80 - 12.60

dqy 54.80

?kVkvksa 2(1.2+0.75)/

20.90 - 1.76

usV dk;Z 53.04 39.60 100.00 2100.38 5304.00

7


usV dk;Z 162.00 85.00 85.00 13770.00 13770.00



dqy ;ksx ¼7 $ 8 32592.60 79277.06


Je jkf'k 0.33 yk[k


;ksx 0.79 yk[k

ekuo fnol 244

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh

?keh-

iRFkj

?keh-

1 26.96 86.28 12.13 24.27 -

2 27.45 38.3 8.24 - 30.2

30.9 1.75 0.12 0.25 -

4 43.94 5.11 1.1 - -

131.44 21.59 24.52 30.2

Say 131 22 24 30

XEn LR AEn IWMP



fefe eksVkbZ esa


dqy

feV~Vh dk dk;Z ca/k esa] 15 lseh ijr esa feV~Vh Mkyuk] <sys rksMuk ?kkl ikar dadj] feV~Vh dh gS.M jSej ls dVkbZ djuk ,oa

njs'kh djuk

dk;Z dk uke






Je lkexzh Je ;ksx


gSMoky 1 5.00 1.50 1.20 9.00

lkbZMoky 2 3.50 1.00 1.20 8.40

gSMoky ,DlVsa'ku 2 1.50 0.75 1.20 2.70

Vksoky 1 5.00 0.75 0.75 2.81

,izu 1 5.00 1.80 0.45 4.05

dqy 26.96 91.00 91.00 2453.59 2453.59


gSMoky 1 5.00 1.50 0.15 1.13

lkbZMoky 2 3.50 1.00 0.15 1.05

gSMoky ,DlVsa'ku 2 1.50 0.75 0.15 0.34

Vksoky 1 5.00 0.75 0.15 0.56

,izu 1 5.00 1.80 0.15 1.35

dqy 4.43 317.55 1953.00 1405.16 8642.03


gSMoky 1 5.00 1.20 0.85 5.10

lkbZMoky 2 3.50 0.85 0.85 5.06

gSMoky ,DlVsa'ku 2 1.50 0.60 0.85 1.53

Vksoky 1 5.00 0.60 0.40 1.20

1 5.00 0.45 0.20 0.45

,izu 1 5.00 1.80 0.20 1.80

dqy 15.14

¼c½ vf/kjpuk esa

gSMoky 1 5.00(1.2+0.75)/

20.90 4.39

lkbZMoky 2 3.50 0.70 0.90 4.41

2 (3.5+1)/2 0.55 0.60 1.49

gSMoky ,DlVsa'ku 2 1.50 0.45 1.50 2.03

dqy 12.32

dqy pqukbZ dk;Z ¼v$c½ 27.45 342.00 1307.00 9388.76 35880.42


,izu 1 5.00 1.80 0.10 0.90

dqy 0.90 311.55 2776.00 280.40 2498.40


gSMoky 1 5.00 0.75 - 3.75

1 5.00 0.90 - 4.50

1 5.00 1.10 - 5.50

lkbZMoky 2 3.50 0.55 - 3.85

2 3.50 0.90 - 6.30




15.14 + 12.32

ek=k

?keh-

@o-eh-

nj ?keh-@o-eh-

Je lkexzh Je ;ksx


?keh-

@o-eh-

nj ?keh-@o-eh-

2 (3.5+1)/2 0.60 - 2.70

gSMoky ,DlVsa'ku 2 1.50 1.50 - 4.50

2 1.50 0.45 - 1.35

Vksoky 1 5.00 (0.45+0.4) - 4.25

,izu 1 5.00 1.80 - 9.00

dqy 45.70

?kVkvksa 2(1.2+0.75)/

20.90 - 1.76

usV dk;Z 43.94 39.60 100.00 1740.02 4394.00

7


usV dk;Z 162.00 85.00 85.00 13770.00 13770.00



dqy ;ksx ¼7 $ 8 29909.06 69667.58


Je jkf'k 0.30 yk[k


;ksx 0.70 yk[k

ekuo fnol 222

Ø-la- ek=k ?keh-

@o-eh-

lhesaV csXl ctjh

?keh-

jksMh

?keh-

iRFkj

?keh-

1 26.96 86.28 12.13 24.27 -

2 27.45 38.3 8.24 - 30.2

30.9 1.75 0.12 0.25 -

4 43.94 5.11 1.1 - -

131.44 21.59 24.52 30.2

Say 131 22 24 30

XEn LR AEn IWMP





fefe eksVkbZ esa


dqy

feV~Vh dk dk;Z ca/k esa] 15 lseh ijr esa feV~Vh Mkyuk] <sys rksMuk ?kkl ikar dadj] feV~Vh dh gS.M jSej ls dVkbZ djuk ,oa

njs'kh djuk

dk;Z dk uke

1- dk;Z dk uke % vd`f"k Hkwfe esa feV~Vh dk ty laxzg.k LVªDpj fuekZ.k



Je dqy Je dqy


2







1 50 (14.5+2.0)2 2.5 1031.25 85.00 85.00

87656.25 87656.25


cqvkbZ djuk 8 30 240 0.38 0.38

91.20 91.20


;ksx 87765.45 87815.45


dk;Z dh dqy ykxr 90398.41 90449.91


XEn LR AEn IWMP


Ø-la-



nj eh-@ jkf'kek=k eh-

@ ?keh-

Å¡@

xpkS-ya-la-fooj.k

1- dk;Z dk uke % ukyk LFkjhdj.k dk;Z



Je dqy Je dqy


2







¼dBksj feV~Vh½

1 100(0.75+2.75)/

21 175 85.00 85.00 14875.00 14875.00


dh cqvkbZ djuk 3 100 300 0.38 0.38 114.00 114.00


;ksx 15007.00 15027.00


dk;Z dh dqy ykxr 15457.21 15477.81


0.75

1 : 1 1 : 1

XEn LR AEn IWMP


2.75


Model Estimate


x

ek=k eh-

@ ?keh-

nj eh-@ jkf'k

1- dk;Z dk uke % d`f"k Hkwfe esa dUVwj cafMax dk;Z



Je dqy Je dqy


2







¼dBksj feV~Vh½

1 100(0.60+1.80)/

20.6 72 85.00 85.00 6120.00 6120.00


dh cqvkbZ djuk 4 100 400 0.38 0.38 152.00 152.00


;ksx 6290.00 6310.00


dk;Z dh dqy ykxr 6478.70 6499.30

ekuk 0-065 yk[k 0-065 yk[k

0.6

1 : 1 1 : 1

XEn LR AEn IWMP


ya- pkS-Å¡@

x

ek=k eh-@

?keh-

nj eh-@ jkf'k

0.6 0.6

1.8

0.6


Model Estimate

Ø-la- fooj.k la-

1- dk;Z dk uke % d`f"k Hkwfe es avnZu pSd Mse fuekZ.k



Je dqy Je dqy


2







¼dBksj feV~Vh½

1 100 (0.75+2.25)2 0.75 112 85.00 85.00 9520.00 9520.00


dh cqvkbZ djuk 4 100 400 0.38 0.38 152.00 152.00


;ksx 9690.00 9710.00


dk;Z dh dqy ykxr 9980.70 10001.30


0.75

1 : 1 1 : 1

XEn LR AEn IWMP



Model Estimate


x

ek=k eh-

@ ?keh-

nj eh-@ jkf'k

2.25

0.75

1- dk;Z dk uke % d`f"k Hkwfe es avnZu pSd Mse fuekZ.k



Je dqy Je dqy


2







¼dBksj feV~Vh½

1 100 (1.5+4.5)/2 1.5 450 85.00 85.00 38250.00 38250.00


dh cqvkbZ djuk 8 100 800 0.38 0.38 304.00 304.00


;ksx 38572.00 38622.00


dk;Z dh dqy ykxr 39729.16 39780.66


1.50

1 : 1 1 : 1

XEn LR AEn IWMP


jkf'k

4.5

1.5


Model Estimate


x

ek=k eh-

@ ?keh-

nj eh-@

1- dk;Z dk uke % vd`f"k Hkwfe es avnZu pSd Mse fuekZ.k



Je dqy Je dqy


2







¼dBksj feV~Vh½

1 100 (1.5+4.5)/2 1.5 450 85.00 85.00 38250.00 38250.00


dh cqvkbZ djuk 8 100 800 0.38 0.38 304.00 304.00


;ksx 38572.00 38622.00


dk;Z dh dqy ykxr 39729.16 39780.66


1.50

1 : 1 1 : 1

XEn LR AEn IWMP


Å¡@

x

ek=k eh-

@ ?keh-

nj eh-@ jkf'k

1.5

4.5


Model Estimate

Ø-la- fooj.k la- ya- pkS-

Rajasthanwater.rajasthan.gov.in/content/dam/water/watershed... · 1132 No of households are BPL...

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