TDPA DPR 1.9 - Keralaslna.kerala.gov.in/sites/default/files/dpr_thodupuzha.pdf · 2019. 8. 24. · 1 kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSn (IWMP) hniZamb ]²XntcJ October 2014 IWMP IX

$Page 1: TDPA DPR 1.9 - Keralaslna.kerala.gov.in/sites/default/files/dpr_thodupuzha.pdf · 2019. 8. 24. · 1 kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSn (IWMP) hniZamb ]²XntcJ October 2014 IWMP IX$
1

1

kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSn (IWMP)

hniZamb ]²XntcJ

October 2014

IWMP IX / 2012-13 / IDUKKI

sXmSp]pg t»m¡v ]©mb¯v

Technical Support Organization

Centre for Socio-economic & Environmental Studies (CSES)

Khadi Federation Building, NH By-Pass, Padivattom, Kochi - 682 024, Kerala, India Tel: +91-484-2805107, 2805108 Email: [email protected] Url: www.csesindia.org

2

DÅS¡w t]Pv

]«nIIÄ 3

A[ymbw 1 BapJw 6

A[ymbw 2 ]²Xn {]tZiw 14

A[ymbw 3 kwLS\m kwhn[m\§fpw t{]mPÎv amt\Ppsaâpw 43

A[ymbw 4 ]²Xn {]tZis¯ sNdp\oÀ¯S§Ä 55

A[ymbw 5 \oÀ¯S {]tZiw t\cnSp¶ {][m\ {]iv\§Ä 69

A[ymbw 6 \oÀ¯S ]cn]me\ {]hÀ¯\§Ä 74

A[ymbw 7 hniZamb ]²XntcJ 83

A[ymbw 8 {]Xo£nç¶ t\«§Ä 185

A[ymbw 9 \oÀ¯S hnIk\ \n[nbpw `mhn ]cn]me\hpw 188

Aë_Ôw

hniZamb FÌntaäv 191

3

]«nIIÄ

t]Pv

]«nI 1.1 ]²Xn {]tZi¯nsâ hniZmwi§Ä 6

]«nI 1.2 ]²Xn XpIbpsS hnXcWw 9

]«nI 2.1 ]²Xn {]tZi¯nsâ ASnØm\ hnhc§Ä 14

]«nI 2.2 ]²Xn {]tZis¯ sNdp\oÀ¯S§sf kw_Ôn¨ hnhc§Ä 14

]«nI 2.3 \oÀ¯Sw sXcsªSpç¶XnëÅ am\ZÞ§fpw, ap³KW\m{Ia§fpw

18

]«nI 2.4 ]²Xn {]tZi¯nsâ ^nkntbm{K^n 20

]«nI 2.5 ]²Xn {]tZi¯nsâ {]Xnamk hÀj]mXw 21

]«nI 2.6 ]²Xn {]tZi¯nsâ {]Xnamk icmicn Xm]\ne 21

]«nI 2.7 ]²Xn {]tZi¯nsâ PntbmþtamÀt^mfPn 23

]«nI 2.8 ]²Xn {]tZi¯nsâ `qKÀ` Pe \nçv 25

]«nI 2.9 ]²Xn {]tZis¯ `qKÀ` Pes¯ kw_Ôn¨ hniZmwi§Ä 26

]«nI 2.10 ]²Xn {]tZis¯ a®nsâ {]tXyIXIÄ 27

]«nI 2.11 ]²Xn {]tZis¯ s]mXp Ipf§fpw, tXmSpIfpw 30

]«nI 2.12 Unkw_Àþtabv Imebfhnse \oscmgp¡v 32

]«nI 2.13 ASnØm\ hnhc§Ä Hät\m«¯nÂ 32

]«nI 2.14 ]²Xn {]tZis¯ P\kwJybpsS hniZmwi§Ä 33

]«nI 2.15 ]²Xn {]tZis¯ P\kwJybpsS hbÊëkcn¨pÅ IW¡v 33

]«nI 2.16 ]²Xn{]tZis¯ hoSpIfpsS F®w 33

]«nI 2.17 ]²Xn {]tZis¯ hn`mKw Xncn¨pÅ hoSpIfpsS hnXcWw 33

]«nI 2.18 hoSpIfpsS Zcn{ZmhØ 34

]«nI 2.19 Xmak kuIcy¯nsâ DSaØX 34

]«nI 2.20 ]²Xn {]tZis¯ hoSpIfpsS Xcw 34

]«nI 2.21 ]²Xn {]tZis¯ æSpw_§fpsS {][m\ hêam\w 34

]«nI 2.22 ]²Xn{]tZis¯ `qclnX æSpw_§fqsS IW¡v 35

]«nI 2.23 ]²Xn {]tZis¯ hoSpIfpsS ssIhi `qanbpsS IW¡v 35

]«nI 2.24 sshZ|XoIcn¨ hoSpIfpsS Aë]mXw 35

]«nI 2.25 ]²Xn {]tZis¯ hoSpIfnse I¡qkv kuIcy§Ä 36

]«nI 2.26 kzbw klmb kwL¯nse AwKXzw 36

4

]«nI 2.27 ]²Xn {]tZis¯ IpSpw_§fpsS {][m\ IpSnshÅ t{kmXÊv 36

]«nI 2.28 ]²Xn {]tZis¯ kzImcy Pet{kmXÊpIfpsS F®w 37

]«nI 2.29 kzImcy InWdpIfnse Pe e`yX 37

]«nI 2.30 ]£n, arK k¼ v̄ 37

]«nI 2.31 ]²Xn {]tZi¯pÅ ASnØm\ kuIcy§fqw, Øm]\§fqw 37

]«nI 3.1 PnÃmXe tImþHmÀUnt\j³ I½nänn (DLCC) 45

]«nI : 3.2 ]²Xn \nÀÆlW GP³kn (PIA) 46

]«nI : 3.3 t»m¡vXe IWMP tImþHmÀUnt\j³ I½nän (BLCC) 46

]«nI 3.4 ]«nI.3.5 \oÀ¯S I½nän hniZmwi§Ä 49

]«nI 3.5. \oÀ¯S I½nänIÄ cq]oIcn¨ \oÀ¯S {Kmak`bpsS XobXn 53

]«nI 3.6 ]²Xn {]tZis¯ kzbw klmb kwL§sfçdn¨pÅ hnhc§Ä 54

]«nI 4.1 XpS§\mSví ÈàVJ¿¢ (13 M 51a) 56

]«nI 4.2 hSçw apdn tXmSv ÈàVJ¿¢ (13 M 52b) 57

]«nI 4.3 ap−nbmSntXmSv ÈàVJ¿¢ (13 M 52c) 59

]«nI 4.4 a®¯ms©cnþ s]cnbmw{_ ÈàVJ¿¢ (13 M 53a) 60

]«nI 4.5 \oÀ¯S¯nsâ `q{]IrXn 62

]«nI 4.6 `qhn\ntbmKw 62

]«nI 4.7 ]²Xn {]tZis¯ ssPh sshhn[yw 66

]«nI 4.8 hnZym`ymk Øm]\§fpsS F®w 67

]«nI 4.9 ]²Xn {]tZis¯ hnZym`ymk Øm]\§sfçdn¨pÅ hnhc§Ä 67

]«nI 7.1 ]²Xn XpIbpsS hnXcWw 83

]«nI 7.2 {]mtZinI kwhn[m\§Ä cq]oIcnç¶XnëÅ ¹m³ 83

]«nI 7.3 t_m[hÂ¡cW ]cn]mSnçÅ ¹m³ 84

]«nI 7.4 ]cnioe\ ]cn]mSnçÅ ¹m³ 87

]«nI 7.5 F³{Sn t]mbâv BÎnhnän 93

]«nI 7.6 \nÀ¯S ASnØm\¯nepÅ XpIbpsS hnXcWw 96

]«nI 7.7 \oÀ¯S hnIk\ {]hÀ¯\§ÄçÅ ]²Xn XpS§\mSví ÈàVJ¿¢ 97

]«nI 7.8 \oÀ¯S hnIk\ {]hÀ¯\§Ä hSçwapdn tXmSv ÈàVJ¿¢ 104

]«nI 7.9 \oÀ¯S hnIk\ {]hÀ¯\§Ä ap−nbmSntXmSv ÈàVJ¿¢ 109

]«nI 7.10 \oÀ¯S hnIk\ {]hÀ¯\§Ä a®¯ms©cnþ s]cnbmw{_ ÈàVJ¿¢

112

5

]«nI 7.11 `qclnXcmbn«pÅ æSpw_§fpsS PohnX \nehmcapbÀ¯p¶XnëÅ koUv aWn hnXcWw sN¿p¶XnëÅ ¹m³

122

]«nI 7.12 kzbw klmb kwL§fptStbm JLG IfptStbm sÛtdjëIÄ¡v {Kmâv \evæ¶XnëÅ ¹m³

123

]«nI 7.13 kzbw klmb kwL§fptStbm JLG IfptStbm sÛtdjëIÄ¡v {Kmâv \evæ¶XnëÅ ¹m³

123

]«nI 7.14 Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn 124

]«nI 7.15 DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn

160

]«nI 7.16 kwtbmP\ km²yXIÄ 180

]«nI 8.1 {]Xo£nç¶ t\«§Ä 185

am¸pIÄ

semt¡j³ am¸v 16

\oÀ¯S am¸v 17

PntbmfPn am¸v 22

PntbmþtamÀt^mfPn 24

tkmbnÂ am¸v 29

ss{Ut\Pv am¸v 31

\oÀ¯Sam¸vþXpS§\mSv \oÀ¯Sw 55

\oÀ¯Sam¸vþhSçw apdn tXmSv \oÀ¯Sw 57

\oÀ¯Sam¸vþap−nbmSn tXmSv \oÀ¯Sw 58

\oÀ¯Sam¸vþa®¯mt©cnþs]cnbm{¼ \oÀ¯Sw 60

dneo^v am¸v 63

tÉm¸v am¸v 64

`q hn\ntbmK am¸v 65

{]hr¯nIÄ tcJs¸Sp¯nb am¸v vþXpS§\mSv \oÀ¯Sw 181

{]hr¯nIÄ tcJs¸Sp¯nb am¸v vþhSçw apdn tXmSv \oÀ¯Sw 182

{]hr¯nIÄ tcJs¸Sp¯nb am¸v vþap−nbmSn tXmSv \oÀ¯Sw 183

{]hr¯nIÄ tcJs¸Sp¯nb am¸v vþa®¯mt©cnþs]cnbm{¼ \oÀ¯Sw

184

6

A[ymbw 1

BapJw

tI{µ kÀ¡mÀ {KmaoW hnIk\ a{´mebw aptJ\ \S¸mç¶ ]²XnbmWv

kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSn (IWMP). ØmbnbmbXpw XpSÀ¨bmbXpamb

{]tbmP\w e`n¡¯¡hn[w _lpapJamb kao]\¯neqsS {]IrXn hn`h§sf

]cn]mençI F¶XmWv Cu ]²XnbpsS Dt±iyw. {]IrXn hn`h§fpsSbpw a\pjy

kaql¯nsâbpw \ne\nÂ¸v Htc kabw kwc£nç¶ ]²XnbmWv CXv. a®v, Pew,

ssPh k¼ v̄ F¶nhbpsS kwc£W¯neqsSbpw XpSÀ¨bmb ]cn]me\¯neqsSbpw

hêw Xeapdsb kwc£nçI F¶ e£yamWv Cu ]²XnçÅXv. Xt±i kzbw`cW

kvYm]\§Ä hgn \S¸nemç¶ Cu ]²XnbpsS \S¯n¸nse FÃm L«§fnepw

P\]¦mfn¯w Dd¸p hê¯pì−v.

1.1 ]²Xn ]Ým¯ew

]«nI 1.1 ]²Xn {]tZi¯nsâ hniZmwi§Ä

]²XnbpsS t]cv IWMP- IX / 2012-13, Batch IV

PnÃ CSp¡n

t»m¡v sXmSp]pg

sNdp \oÀ¯S§fpsS F®w 4

BsI `qhnkvXrXn (sl.) 4556 ]cn]men¡s¸tS− {]tZi¯nsâ hnkvXrXn (sl.) 4522

]²Xn XpI (cq] e£¯nÂ) 678. 3

]²Xn \nÀÆlW GP³kn sXmSp]pg t»m¡v ]©mb¯v

CSp¡n PnÃbnse IWMP- IX / 2012-13 F¶XmWv Cu ]²XnbpsS t]cv. CXv CSp¡n

PnÃbnse sXmSp]pg t»m¡v ]©mb v̄ ]cn[nbnemWv hê¶Xv. ]²Xn {]tZi¯nsâ

apgph³ {]tZihpw DÄs¡mÅp¶ sXmSp]pg t»m¡v ]©mb¯mWv ]²XnbpsS

\nÀÆlW FP³kn. Cu ]²Xn {]tZis¯ 4 sNdp \oÀ¯S§fmbn Xncn¨n«p−v.

XpS§\mSv(13M51a), hSçwapdntXmSv(13M52b), ap−nbmSntXmSv(13M52c),

a®¯mt©cnþs]cnbm{¼ (13M53a) F¶o sNdp\oÀ¯S§fmWv CXnÂ s]Sp¶Xv.

Icnè¶w, aW¡mSv, ap«w, ]pd¸pg F¶o 4 {Kma]©mb¯pIfmWv ]²Xn {]tZi v̄

hê¶Xv. 4556 slIvSÀ BWv ]²Xn {]tZi¯nsâ BsI `qhnkvXrXn. CXnÂ 4522

slÎÀ {]tZiamWv ]cn]men¡s¸tS−Xv.n

7

1.2 \oÀ¯S ]cn]me\¯nsâ BhiyIXbpw km[yXbpw

{]IrXn hn`h§fmb a®v, Pew, ssPh k¼ v̄ F¶nhbpsS kwc£Ww hgn

]mcnkvYnI k´penXmhkvY \ne\nÀ¯pI F¶XmWv kwtbmPnX \oÀ¯S ]cn]me\

]cn]mSnbpsS e£yw. PeZuÀe`yw, `qKÀ`Pe¯nsâ {ZpXKXnbnepÅ XmgvN, XIê¶

]mcnkvYnXnI kwhn[m\w ChbneqsSsbÃw ]ndhnsbSpç¶ Zmcn{Zyw F¶n§s\bpÅ

kmlNcy§fmWv \oÀ¯S ]cn]me\s¯ Bhiys¸Sp¶Xv.

1.3 e£y§Ä

1. a®pw Pehpw ssPhk¼¯pw X½nÂ D−mtI− kzm`mhnI ssPh_Ôw

\ne\nÀ¯m\mhiyamb {]hÀ¯§Ä {IamëKXambpw imkv{Xobambpw

\S¸nemçIbpw a®nse Pek´penXmhkvY \ne\nÀ¯pIbpw sN¿pI.

2. agshÅw ]camh[n kw`cn¡mëw a®nte¡v Cd¡mëw Bhiyamb

{]hÀ¯\§Ä \S¸nem¡n Pee`yX Dd¸mçIbpw `qKÀ` PehnXm\w

{IamëKXambn DbÀ¯nsIm−v hêIbpw sN¿pI.

3. ssPh k¼¯n\v kw`hn¨psIm−ncnç¶ timjWw XSbpIbpw ]camh[n

kwc£W {]hÀ¯\§Ä \S¸nem¡n ]cnkvYnXn ]p\:kvYm]\w Dd¸mçIbpw

sN¿pI.

4. a®v Pe kwc£W {]hÀ¯\§Ä imkv{Xobambn \S¸m¡n ImÀjnI

hnfIfpsS DåmZ\w, DåmZ\£aX F¶nh hÀ²n¸nç¶Xn\v AëIqeamb

Aćo£w kwPmXamçI.

5. cq£ambnsIm−ncnç¶ as®men¸v XSbpI, a®nsâ ê`qbnjvSXbpw

Pekw`cW tijnbpw hÀ²n¸nçI, DåmZ\hpw DåmZ\£aXbpw DbÀ¯pI.

6. a®v, Pekwc£W {]hÀ¯§fneqsS {]IrXn hn`h§sf B{ibn¨v Ignbp¶

P\hn`mK§Ä¡v IqSpXÂ sXmgnehkc§fpw Poht\m]m[nIfpw e`yamçI.

7. {]mtZinI km¼¯nI hnIk\¯nsâ ASnkvYm\amb {]IrXn hn`h ASn¯d

iàamçIbpw sXmgnehkc§Ä hÀ²n¸nçIbpw sN¿pI.

8. hcÄ¨, shÅs¸m¡w XpS§nb {]IrXn Zpc´§fpsS ImTn\yhpw cq£Xbpw

ædbvçI.

9. Xcnimbn InSç¶ `qan Irjn¡v D]bpàamæwhn[w amänsbSpçI.

10. \mtim·pJambnsIm−ncnç¶ Pet{kmXkpIÄ ]p\:êÖohn¸nçIbpw

kwc£nçIbpw sN¿pI.

8

11. IrjntbmKyamb apgph³ Xcnip`qanIfnepw AëtbmPyamb ImÀjnI

{]hÀ¯\§Ä GsäSpç¶XneqsS XcnipclnX {Kma]©mb¯pIÄ

krjvSnçI.

1.4 kwLS\m kwhn[m\¯nsâ LS\

9

1.5 [\ hn\ntbmKw

]«nI 1.2 ]²Xn XpIbpsS hnXcWw

{Ia

\w. C\w

]²Xn XpIbpsS hnXcWw (iXam\w)

]²Xn

XpI (cq)

1 `cW]camb sNehpIÄ 10 6783000

2

{]mtZinI kwhn[m\§Ä Øm]n¡epw

]cnioe\ ]cn]mSnIfpw 5 3391500

3 tamWnädnwKv 1 678300

4 hniZamb ]²XntcJ X¿mdmç¶Xn\v 1 678300

5 {]mcw` {]thinIm {]hÀ¯\§Ä 4 2713200

6 hnebnê¯Â 1 678300

7 \oÀ¯S hnIk\ {]hÀ¯\§Ä 56 37984800

8 DåmZ\ k{¼Zmbhpw sNdpInS kwcw`§fpw 10 6783000

9 Poht\m]m[n BÀÖn¡Â 9 6104700

10 GIoIcWhpw XpSÀ{]hÀ¯\§fpw 3 2034900

BsI 100 67830000

1.6 hniZamb ]²XntcJ X¿mdmç¶Xnë kzoIcn¨ coXn imkv{Xw

CSp¡n PnÃbnse sXmSp]pg t»m¡v ]©mb¯nemWv ]²Xn {]tZiw kvYnXn

sN¿p¶Xv. \oÀ¯S ]cn]me\ ]cn]mSnbpsS hniZamb ]²XntcJ X¿dmç¶Xn\mbn

s]mXphmb Hê amÀK \nÀt±iw \nehnep−v. AXp {]Imcw ]²XntcJ X¿mdmç¶Xn\v

kzoIcn¨n«pÅ coXn imkv{Xw NphsS tNÀçì.

o Hmtcm sNdp \oÀ¯St¯bpw {]tXyIw ]cnKWn¨psIm−mWv ]²XnIÄ

Bkq{XWw sNbvXncnç¶Xv

o {]tZi v̄ \St¯− {]hÀ¯nIfpsS ap³KW\ \nÝbnç¶Xn\v apIfnÂ \n¶v

Xmtg¡v (Ridge to Valley) F¶ kao]\hpw, AtXmsSm¸w `qanbpsS Ncnhv,

a®nsâ Xcw, {]iv\§Ä F¶nhbpw {]tZihmknIfpsS A`n{]mb§Ä,

Aë`h§Ä F¶nhbpw ]cnKWn¨n«p−v.

10

o hnhn[ Xe¯nepÅ P\{]Xn\n[nIÄ, DtZymKØÀ F¶nhêambn hnhn[

L«§fnembn NÀÏÄ kwLSn¸n¨p.

o ZznXob hnhc§Ä

hniZamb ]²XntcJ X¿mdmç¶Xn\mbn hnhn[ t{kmXkpIfnÂ

\nìÅ hnhc§Ä tiJcnçIbpw A]{KYnçIbpw sNbvXn«p−v. sk³kkv

Hm^v Cý, A{KnIÄNdÂ ÌmänÌnIvkv, a®v, a®v kwc£W hæ¸nsâ

dnt¸mÀ«pIfpw `q]S§fpw, hnIk\ tcJIÄ, kÀ¡mÀ hæ¸pIfpsS hnhn[

{]kn²oIcW§Ä t]mepÅ HutZymKnI t{kmXÊpIfnÂ \nìw tiJcn¨

]²Xn {]tZis¯ ASnØm\ hnhc§fmb age`yX, Dujvamhv, Øm\w,

tSmt¸m{K^n, sslt{UmfPn, PntbmfPn, PntbmtamÀt^mfPn, {]tZis¯

P\§sf k¼Ônç¶ P\kwJym]chpw, kmaqlnIhpw, km¼¯nIhpamb

hnhc§Ä, `qhn\ntbmKw, {][m\ hnfIÄ, DXv]mZ\£aX, \S¸m¡n

sIm−ncnç¶ a®vþPe kwc£W {]hÀ¯\§Ä, PetkN\w, IìImen

hfÀ¯Â, sNdpInS kwc`§Ä XpS§nbhsbÃw DPR Â DÄsImÅn¨n«p−v.

o ASnØm\ hnhctiJcWw (Baseline Survey)

]²Xn {]tZis¯ apgph³ hoSpIfpw kµÀin¨v ASnØm\ hnhctiJcWw

\S¯pIbp−mbn. ASnØm\ hnhctiJcW¯n\mbn Pn.sF.Fkv. kmt¦XnI

hnZybpw D]tbmKs¸Sp¯nbn«p−v.

o ]¦mfn¯ {Kma]T\w ( Participatory Rural Appraisal PRA)

Hmtcm {]tZis¯bpw {][m\ {]iv\§Ä a\knemç¶Xnëw \S¸mt¡−

hnIk\ {]hÀ¯\§Ä Is−¯p¶Xnëw {]tZihmknIfpsS

]¦mfn¯¯neqsS am{Xta Ignbq. Hmtcm {]tZi¯nsâbpw \nehnepÅ AhØ

a\knemç¶Xnëw {][m\ {]iv\§Ä Is−¯p¶Xnëw Logical Framework

Analysis \S¯n. Hmtcm sNdp\oÀ¯S¯nepw {]tXyIw Transect walk, Social

Mapping, Resource Mapping, Seasonal Calender XpS§nbh CXn\mbn

D]tbmKn¨p.

o hniZamb ]²XntcJ (DPR) X¿mdmç¶Xn\v GIS, Remote Sensing t]mepÅ

kwhn[m\§Ä {]tbmP\s¸Sp¯pIbp−mbn. Quantum GIS tkm^vSvshbÀ

D]tbmKn¨mWv am¸pIÄ X¿mdm¡nbXv. Bkq{XW¯n\mbn ]²Xn

11

{]tZi¯nsâ Google Earth Image {]tbmP\s¸Sp¯nbn«p−v.

Hmtcm hntÃPnsâbpw 1:4000 Scale {]ImcapÅ Cadastral Map BWv

Bkq{XW¯nsâ ASnØm\ambn D]tbmKn¨n«pÅXv.

o DtZymKØÀ, kwcÌÀ, IÀjIÀ, kzbw klmb kwL§Ä XpS§n hnhn[

taJeIfnepÅhsc kwLSn¸n¨v {Kq¸v NÀÏÄ, hniZamb A`napJ§Ä F¶nh

\S¯pIbp−mbn.

o kmt¦XnI klmb kwLS\m {]Xn\n[nIÄ, \oÀ¯S hnIk\ Sow AwK§Ä

\oÀ¯S I½nän AwK§Ä, AXmXv {]tZis¯ P\{]Xn\n[nIÄ F¶nhÀ

DÄs¸Sp¶ kwLw \S¸m¡m³ Dt±inç¶ {]hÀ¯\§fpsS Øe§Ä t\cnÂ

IméIbpw ]cntim[\ \S¯pIbpw sNbvXp.

o ap³KW\ \nÝbn¡Â

imkv{Xobhpw kmt¦XnIhpamb amÀ¤¯neqsS CSs]SÂ {]hÀ¯\§fpsS

ap³KW\ \nÝbn¨p.

o \oÀ¯S ]cn]me\ ]²XnbpsS amXrIbmbn Nq−n¡m«m³ D]Icnç¶ {]mcw`

{]thinIm {]hÀ¯\§Ä Is−¯n.

o \oÀ¯S ]cn]me\ ]cn]mSn e£yw híp¶ êw e`nçI F¶ Dt±iyt¯msS

P\§Ä¡nSbnÂ t_m[hXvIcW (IEC) {]hÀ¯\§Äçw ]cnioe\

{]hÀ¯\§Äçw cq]w \ÂIn.n

12

1.7 Bkq{XW L«¯nÂ \S¯nb hnhn[ ]cn]mSnIfpsS Nn{X§Ä

\oÀ¯S I½nän cq]oIcWw

\oÀ¯S {KmakÌÄ

13

ASnØm\ hnhctiJcW ]cnioe\w

bqkÀ {Kq¸v cq]oIcWw

{Sm³skÎv hm¡v

]¦mfn¯ ]T\w

IEC – amPnIv tjm

\oÀ¯S I½nän AwK§fvçÅ ]cnioe\w

14

A[ymbw 2

]²Xn {]tZiw

CSp¡n PnÃbnse sXmSp]pg t»m¡v ]©mb¯nsâ ]cn[nbnÂ hê¶ 4

sNdp\oÀ¯S§fpsS Hê ¢ÌdmWv ]²Xn {]tZiw. XpS§\mSv (13M51a),

hSçwapdntXmSv (13M52b), ap−nbmSntXmSv (13M52c), a®¯mt©cnþs]cnbm{¼ (13M53a)

F¶nhbmWv ]²Xn {]tZi v̄ hê¶ sNdp\oÀ¯S§Ä. 4556 slÎÀ BWv ]²Xn

{]tZi¯nsâ BsI `qhnkvXrXn. CXnÂ 4522 slÎÀ {]tZi¯mWv ]cn]me\

{]hÀ¯\§Ä \S¯p¶Xv.

]«nI 2.1 ]²Xn {]tZi¯nsâ ASnØm\ hnhc§Ä

]²XnbpsS t]cv IWMP IX / 2012 - 13

PnÃ CSp¡n

t»m¡v ]©mb¯v sXmSp]pg

sNdp \o¯ÀS§fpsS F®w 4

BsI `qhnkvXrXn (sl.) 4556

]cn]men¡s¸tS {]tZi¯nsâ hnkvXrXn (sl.) 4522

]²Xn XpI (cq] e£¯nÂ) 678. 3

]²Xn \nÀÆlW GP³kn sXmSp]pg t»m¡v ]©mb¯v

]²Xn {]tZi¯nsâ Øm\w A£mwiw: 9°48'21"N to 9°55'16"N

tcJmwiw: 76°38'48"E to 76°45'52"E

{Kma ]©mb¯pIÄ Icnè¶w, aW¡mSv, ap«w, ]pd¸pg

]«nI 2.2 ]²Xn {]tZis¯ sNdp\oÀ¯S§sf kw_Ôn¨ hnhc§Ä

\oÀ¯S¯nsâ t]cv

\oÀ¯S tImUv

]©mb¯v

hmÀUv

]cn]men¡s¸tS−

`qhnkvXrXn

]qÀ® ambpw

`mKoI ambn

1

XpS§\mSv 13M51a

ap«w 1,7,8,12, 13

2,3,4,5,6,9, 10,11

2088 Icnè¶w

3,4,5

2 hSçwapdntXmSv 13m52b Icnè¶w 1,13

6,7,8,9,10, 12

1003 ]pd¸pg

3,5

3 ap−nbmSntXmSv \oÀ¯Sw 13M52c

aW¡mSv

7,8,10

234 ]pd¸pg

3

4 a®¯mt©cnþs]cnbm{¼ 13M53a aW¡mSv

3,4,5,6,9 2,7,8,10,11

1197

BsI 4522

15

2.1 ]²Xn {]tZi¯nsâ eLp Ncn{Xw

hfsc ]g¡apsÅmê ImÀjnI kwkvImcw Cu t»m¡nepÄs¸Sp¶

{Kma§Äç−v. [m\y IrjnbnÂ am{Xw {i² tI{µoIcn¨nê¶ Hê Irjn

k{¼ZmbamWv ]qÀÆnIÀ ChnsS kzoIcn¨p h¶nê¶Xv. XnI¨pw Blmcmhiy¯në

th−n am{XapÅ Hê Irjn k{¼Zmbambnêì \ne\n¶nê¶Xv. Imemć¯nÂ

P\§fpsS PohnXmhiy§fnÂ KWyamb aäw kw`hn¨p. P\§Ä IqSpXÂ Øe§Ä

Irjn¡mbn D]tbmKs¸Sp¯m³ XpS§n. \nch[n h\y PohnIfpsS Bhmk

tI{µambnê¶ \nch[n h\ {]tZi§Ä Irjn CS§fmbn ]cnWan¨p. \mWy hnfIÄ¡v

hym]mc taJebnepw hn]Wnbnepw D−mb apt¶äw ]pXnb Irjn k{¼Zmb§Ä

]co£nçhm³ P\§sf t{]cn¸n¨p. A§s\ Cu {]tZi¯n\nW§nb \mfntIcw,

Ihp§v, æêapfIv, Im¸n XpS§nbh {]Nmc¯nembn. F¶mÂ GXm−v 100 hÀj§fpsS

am{Xw Ncn{XapÅ dºÀ IrjnbpsS hcthmsS ImÀjnI cwKw `qcn`mKhpw AXnsâ

Iognembn. 1750Â amÀ¯mÞhÀ½bpsS ]Stbm«¡me v̄ cq]w sIm− hgn¯mcIfpw,

h\§fnÂ \nìw acw sIm−pt]mæ¶Xn\mbn \nÀ½n¨ Iq¸p---tdmUpIfpw

Imemć¯nÂ hnImkw {]m]n¨p−mbXmWv C¶s¯ ]e {][m\ tdmUpIfpw.

2.2 ]²Xn {]tZi¯nsâ Øm\w

]²Xn {]tZiw CSp¡n PnÃbpsS Xmgv¶ {]tZiamb sXmSp]pg t»m¡v

]©mb¯nemWv. sXmSp]pgþ Cucmäpt]«, sXmSp]pgþ]me, sXmSp]pgþamdnI,

sXmSp]pgþ Acnçg tdmUpIÄ Cu ]²Xn {]tZi¯neqsSbmWv ISì t]mæ¶Xv.

ae¦c Umw ØnXn sN¿p¶Xv ]²Xn {]tZi¯nsâ ]Snªmdp `mK¯mWv.

sXmSp]pgbmÀ Cu ]²Xn {]tZit¯mSv tNÀ¶mWv Hgpæ¶Xv. FdWmæfw \Kc¯nÂ

\nìw GItZiw 55 IntemaoäÀ AIe¯nepw tIm«bw ]«W¯nsâ 45 IntemaoäÀ

AIe¯nepw Bbn«mWv {]tZiw ØnXn sN¿p¶Xv. ]²Xn {]tZi¯p \nìw 5 In.aoäÀ

hS¡vþIng¡mbn sXmSp]pg sI.Fkv.BÀ.Sn.kn. Unt¸m ØnXn sN¿pì. A£mwiw

9°48'21"N to 9°55'16"N ëw CSbnepw tcJmwiw 76°38'48"E to 76°45'52"E ëw CSbnÂ BWv

]²Xn {]tZi¯nsâ Øm\w.

]²Xn {]tZi¯nsâ hS¡v AXnÀ¯nbnÂ sXmSp]pgbmdpw sXmSp]pg

ap\nkn¸menänbpw, Ing¡v AXnÀ¯nbnÂ sXmSp]pgbmdpw, sX¡v AXnÀ¯n ae¦c

UmanteçÅ Ncnhnsâ DbÀ¶ `mKhpw, PnÃm AXnÀ¯nbpamWv. ]Snªmdv am´fnêw

]mdbpsS DbÀ¶ `mKw apXÂ sXmSp]pgbmÀ hscbpÅ DbÀ¶ `mKhpamWv.

16

am¸v 2.1: semt¡j³ am¸v

17

18

2.3 ]²Xn {]tZis¯ \nÝbnç¶XnëÅ am\ZÞ§Ä

12 LSI§Ä ]cntim[n¨v AXnsâ kvtImÀ am\ZÞam¡nbmWv ]²Xn {]tZi¯nsâ

ap³KW\ ]«nI X¿mdm¡nbn«pÅXv. {]tZis¯ Zcn{Zy kqNIw, Fkv.kn/Fkv.Sn

P\kwJybpsS iXam\w, bYmÀ° Iqen, sNdpInS \maam{X IÀjIêsS iXam\w,

`qKÀ`Pe¯nsâ AhØ, BÀ{ZXbpsS kqNIw, Un.]n.F.]n/Un.Un.]n. t»m¡v, agsb

B{ibn¨v Irjn sN¿p¶ {]tZi¯nsâ hnkvXrXn, æSnshÅ¯nsâ AhØ,

ê`qbnjvTX ædªpsIm−ncnç¶ `qan, `qanbpsS DåmZ\ £aX, sXm«Sp¯

\oÀ¯S§fpsS ]cn]me\mhØ, ¢ÌÀ kao]\w F¶o LSI§fmWv

am\ZÞ§fmbn ]cnKWnç¶Xv.

]«nI 2.3 \oÀ¯Sw sXcsªSpç¶XnëÅ am\ZÞ§fpw, ap³ KW\m{Ia§fpw

{Ia \w.

am\ZÞw ]camh[n kvtImÀ

td©v & kvtImÀ

I Zmcn{Zy kqNIw (P\kwJymë]mXnIambn ]mhs¸«hêsS iXam\w)

10 80 iXam\¯në apIfnÂ (10)

80þ50 iXam\w hsc (7.5)

50 þ 20 iXam\w hsc (5)

20 iXam\¯nÂ Xmsg (2.5)

Ii SC/ ST P\kwJybpsS iXam\w

10 40 iXam\¯në

apIfnÂ (10) 20 to 40 % (5)

20 iXam\¯nÂ Xmsg (3)

iii

bYmÀ° Iqen 5 bYmÀ° Iqen kÀ¡mÀ \nÝbn¨n«pÅ ædª Iqentb¡mÄ ædª AhØ (5)

bYmÀ° Iqen kÀ¡mÀ \nÝbn¨n«pÅ ædª Iqen¡v Xpeytam AXnÂ IqSpXtem Bb AhØ (0)

Iv sNdpInS \maam{X IÀjIêsS iXam\w

10 80 iXam\¯në

apIfnÂ (10) 50 to 80 %

(5) 50 iXam\¯nÂ Xmsg (3)

V `qKÀ` Pe¯nsâ \nehnepÅ AhØ

5 ]cn[nbnÂ Ihnª

NqjWw (5)

hfsc

KpêXcw (3)

kmam\yw

KpêXcw (2)

kpc£nXamb

AhØ (0)

Vi CuÀ¸ kqNnI 15 -66.7 ë Xmsg (15) -33.3 to -66.6 (10)

0 to -33.2 (0)

DPAP/ DDP t»m¡v DDP t»m¡v DPAP t»m¡v

Non DPAP/ DDP t»m¡v

Above 70 % (Reject)

Vii agsb B{ibn¨v Irjn sN¿p¶ {]tZi¯nsâ hnkvXrXn

15 90 iXam\¯në

apIfnÂ (15) 80 to 90 %

(10) 70 to 80% (5) apgph³

{]tZihpw (0)

19

Viii æSnshÅw 10 Hê t{kmXÊpw

e`yaÃ (10)

{]iv\ _m[nX

{Kmaw (7.5)

`mKoI ambn e`yamWv (5)

Ix ê`qbnjvTX ædªpsIm−ncnç¶ `qan

15 hfsc DbÀ¶Xv þ 20 iXam\¯n\v

apIfnÂ (15)

CS¯cw –

10 to 20 % (10)

ædªXv Sn. Pn. F.bpsS 10

iXam\¯në Xmsg (5)

X `qanbpsS DåmZ\ £aXm km[yX

15 \nehnÂ hfsc ædhv am{Xw DåmZ\apÅXpw(15)

icnbmb CSs]SÂ {]hÀ¯\¯neqsS DåmZ\ £aX Imcyambn hÀ²n¸nç¶Xnë km[yXbpÅXpamb `qan(10)

\nehnÂ hfsc ædhv am{Xw DåmZ\apÅXpw (5)

xi

\nehnÂ ]cn]men¡s¸« aäv \oÀ¯S§fpsS XpSÀ¨bmbn hê¶ `mKw

10

ap³]v ]cn]men¡s¸« \oÀ¯S¯nsâ XpSÀ¨bpw ]²Xn¡I¯phê¶ sNdp\oÀ¯S§fpsS XpSÀ¨bpw (10)

]²vXn¡I¯phê¶ aäv sNdp \oÀ¯S§fpsS XpSÀ¨bmWv F¶mÂ ap¼v ]cn]men¡s¸«Xnsâ XpSÀ¨bÃ (5)

ap¼v ]cn]men¡s¸« \oÀ¯S¯ntâtbm Cu t{]mPÎntetbm sNdq\oÀ¯S¯ntâtbm XpSÀ¨bÃ (0)

Xii

\nçmb Øes¯ ¢ÌÀ kao]\w (]²Xnbnse H¶ne[nIw sNdp \oÀ¯S§fqsS XpSÀ¨)

15 6Â IqSpXÂ sNdp \oÀ¯S§fpsS ¢ÌÀ (15)

4 apXÂ 6 hsc sNdp \oÀ¯S§fpsS ¢ÌÀ (10)


ae{¼tZi§fnse ¢ÌÀ kao]\w(]²Xnbn se H¶ne[nIw sNdp \oÀ¯S§fqsS XpSÀ¨)

5Â IqSpXÂ sNdp \oÀ¯S§fpsS ¢ÌÀ (15)


2 apXÂ 3 hsc sNdp \oÀ¯S§fpsS ¢ÌÀ (0

PPR {]Imcw]²Xn {]tZi¯n\v e`n¨ ap³KW\m amÀ¡v ]²Xn ap³KW\m amÀ¡v

IWMP IX / 2012 – 13 Idukki

i ii iii iv v vi vii viii ix x xi xii xiii BsI

5 3 6 5 3 0 15 5 10 10 5 10 71

20

2.4 `q{]IrXn

kap{Z \nçnÂ \nìw GItZiw 4 aoäÀ apXÂ 810 aoäÀ hsc Dbc¯nÂ BWv ]²Xn

{]tZiw ØnXn sN¿p¶Xv. CS¯cw sNcnthmSpIqSnbXpw, sNè¯mb sNcnthmSpIqSnb

{]tZiamWv IqSpXepapÅXv. hSçwtaSv, sImÃw æ¶v, FÅpw]pdw, s]êw

æ¶v,CÃnNmcn, hoc·e, ap−·e, aménê¼md, ]¨qÀ ae\ncIfnÂ \nìw Bcw`nç¶

\oÀ¨mepIÄ sXmSp]pg BdnÂ F¯nt¨êì.

]«nI 2.4 ]²Xn {]tZi¯nsâ ^nkntbm{K^n

]²XnbpsS t]cv

^nkntbm{K^n {][m\ \Zn

IWMP IX / 2012 - 13

kap{Z \nçnÂ \nìw 20 aoäÀ apXÂ 810 aoäÀ hsc Dbc¯nemWv ]²Xn {]tZiw ØnXn sN¿p¶Xv. CS\mSpw, ae\mSpw DÄs¸Spì.

aphmäp]pg

kap{Z \nçnÂ \nìw 800 aoädnë taÂ Dbc¯nepÅ CSp¡n PnÃbnse ae\ncIfnÂ

\nìw DÛhn¨v Ad_n¡SenÂ ]Xnç¶ aphmäp]pgbmdnsâ hrãn {]tZi¯mWv Cu

]²Xn. sXmSp]pg Bdntes¡¯nt¨ê¶ ]ç\w tXmSv, {ame tXmSv, hSçwapdn tXmSv,

ap−nbmSn tXmSv, a®¯ms©cnþs]cnbmw{_ tXmSv, sN§\m«v tXmSv, \Sbw tXmSv,

cma\m«v tXmSv XpS§nb tXmSpIfpsS hrãn{]tZi¯mWv ]²Xnbnse sNdp\oÀ¯S§Ä

ØnXn sN¿p¶Xv.

2.5 ImemhØ

tIms¸³kv hÀ¤oIcW {]Imcw ]²Xn {]tZiw t{Sm¸n¡Â a¬kq¬ ImemhØm

taJebnemWv DÄs¸Sp¶Xv. th\Â¡me v̄ IqSnb NqSpw hÀj¡me v̄ I\¯

agbpamWv Cu taJebpsS {]tXyIIÄ. Pëhcn, s^{_phcn amk§Ä ssiXyImehpw,

amÀ¨v apXÂ sabv hscbpÅ amk§Ä th\Â¡mehpw Pq¬ apXÂ sk]vXw_À

hscbpÅ amk§Ä ImehÀjhpw(sX¡v ]Snªmdv a¬kq¬)HtÎm_À apXÂ

Unkw_À hscbpÅ amk§Ä XpemhÀj¡mehpw (hSç Ing¡³ a¬kq¬)BWv.

CXnÂ 64.02 iXam\w agbpw sX¡v ]Snªmd³ a¬kq¬ ImebfhnÂ hê¶ \mev

amk ImebfhnemWv. 16.1 iXam\w XpemhÀj Imebfhnepw. Pëhcn apXÂ sabv

hscbpÅ 5 amk ImebfhnÂ BsI agbpsS 19.8 iXam\w am{XamWv

e`yambncnç¶Xv. CXnÂ Gähpw ædhv ag e`n¨Xv 2008 epw(2802.4 mm) IqSnb ag e`n¨Xv

2005 (6280.6mm)epamWv. CXnÂ 4 hÀj§fnÂ icmicntb¡mÄ XmsgbmWv ag

e`n¨ncnç¶Xv. Gähpw ædª ag e`n¨ncnç¶Xv s^{_phcnbnepw, IqSnb ag

e`n¨ncnç¶Xv PqssebnepamWv. Ignª ] v̄ hÀj¯nÂ aq¶v XhW am{XamWv

t\cnb tXmXnse¦nepw Pëhcn amk¯nÂ ag e`n¨Xv.

21

]«nI 2.5 ]²Xn {]tZis¯ {]Xnamk hÀj]mXw (mm) hÀj

w

Pëhcn

s^{_phcn amÀ¨v

G{]nÂ sabv Pq¬

Pqsse

HmKÌv

sk]vXw_

À

HtÎm_À \hw

_À

Unkw_À

BsI ag

e`yX

hmÀjnI icmicn

2003 0.0 51.0 338.0 273.0 193.0 542.9 809.7 567.0 128.0 0.0 114.0 0.0 3016.6 251.3

2004 0.0 15.0 197.0 220.0 825.4 801.0 697.6 494.0 332.0 542.8 77.0 0.0 4201.8 350.1

2005 0.0 0.0 109.0 367.2 534.0 1196.0 2159.0 632.6 730.6 417.6 130.0 4.6 6280.6 523.3

2006 25.0 0.0 242.2 183.6 636.4 435.8 495.0 389.2 422.0 477.0 322.0 0.0 3628.2 302.3

2007 0.0 0.0 17.0 310.6 140.1 695.2 976.6 434.2 605.8 472.0 167.0 31.0 3849.5 320.7

2008 0.0 23.0 113.4 261.8 37.0 458.2 553.0 618.0 375.0 283.0 66.0 14.0 2802.4 233.5

2009 30.0 0.0 31.0 50.0 342.5 452.0 729.0 380.0 419.0 266.0 272.0 135.0 3106.5 258.8

2010 13.0 0.0 73.0 125.5 229.0 737.0 644.3 394.0 326.6 470.8 403.9 22.6 3439.7 286.6

2011 84.6 38.9 41.5 448.6 66.8 855.8 628.8 692.5 391.2 502.6 253.8 78.0 4083.1 340.2

2012 0.0 10.2 95.7 470.9 117.5 367.9 504.1 544.4 246.5 264.8 230.0 7.9 2859.9 238.3

Average 15.3 13.81 125.78 271.12 312.17 654.18 819.71 514.59 397.67 369.66 203.57 29.31 3726.8 15.26 Source: Indian Meteorological Department- Govt.of India

Ignª ] v̄ hÀjs¯ IW¡v ]cntim[nçt¼mÄ hmÀjnI icmicn ædª

Xm]\ne 18.2. oc BWv. hmÀjnI icmicn IqSnb Xm]\ne 29 oc Dw BWv. Gähpw IqSnb

Xm]\ne tcJs¸Sp¯nbncnç¶Xv amÀ¨v, G{]nÂ amk§fnepw Gähpw ædª

Xm]\ne tcJs¸Sp¯nbncnç¶Xv HmKÌv, Unkw_À amk§fnepamWv.

]«nI 2.6 ]²Xn {]tZis¯{]Xnamk icmicn Xm]\ne (0 c)

hÀjw Pëhcn s^{_p. amÀ v̈ G{]nÂ sabv Pq¬ Pqsse HmKÌv sk]vXw. HtÎm_À \hw_À Unkw_À

min max min max min max min max min max min max min max min max min max min max min max min max

2003 18.5 27.8 20.3 28.1 20.7 27.5 21.6 27.0 20.9 25.1 19.8 24.1 18.6 22.1 18.8 22.6 19.1 24.1 19.0 24.2 19.1 24.1 18.9 26.2

2004 18.6 27.4 19.2 28.8 20.2 27.6 20.2 27.6 18.7 23.9 17.9 22.8 17.9 22.2 17.5 22.2 17.7 23.7 18.9 24.9 17.7 23.7 20.3 26.3

2005

27.2

28.2

28.6

26.9

26.4

23.4

22.2

23.1

23.0

24.6

24.9 25.6

2006

30.7

28.2

27.7

26.4

25.0

23.7

22.1

22.8

23.2

24.7

23.2 26.1

2007

27.0

27.5

29.1 26.0 27.7

26.0

23.4

21.6

22.5

22.6

24.0

22.6 25.4

2008

27.0

26.8

26.4

27.2

27.1

24.5

23.0

23.6

24.9

26.5

24.9 27.9

2009

29.2

30.6

29.4

28.3

27.1

24.7

22.5

24.0

26.1

26.5

25.0 28.0

2010

28.8

31.2

31.6

29.4

27.6

24.9

23.5

22.6

24.7

24.9

24.7 26.6

2011

28.1

29.3

30.0

28.5

28.0

23.7

23.1

23.2

24.4

27.8

24.4 27.9

2012

29.0

30.8

29.7

28.6

26.8

24.0

23.4

23.3

24.5

26.7

24.5 27.3

2013

30.8

29.5

28.4

28.4

26.8

22.8

22.4

23.5

23.6

23.6

Average 18.6 28.5 19.8 29 20.5 28.7 22.6 27.8 19.8 26.3 18.9 23.8 18.3 22.6 18.2 23 18.4 24.1 19 25.5 18.4 24.1 19.6 26.7

Source: Kulamavu Station of GWD, Thodupuzha

22

2.6 PntbmfPn

\oÀ¯S ]cn[n {]tZiamWv. PntbmfPn¡Â kÀsh Hm^v CýbpsS hÀ¤oIcW

{]Imcw ]²Xn {]tZiw Charnockite Group, - Migmatite complex F¶o {Kq¸pIfnemWv

DÄs¸Sp¶Xv.

23

2.7 PntbmþtamÀt^mfPn

]²Xn {]tZiw {][m\ambpw Denudational Origin-Pediment-PediPlain Complex P\ÊnÊv

¢mÊnÂ BWv DÄs¸Sp¶Xv. ]²Xn {]tZi¯nsâ 76.7 iXam\w hnkvXrXnbpw Cu

hn`mK¯nÂ DÄs¸Spì. 12 iXam\w {]tZiw Structural Origin-Highly Dissected Hills and Valleys

P\ÊnÊv ¢mÊnepw 5.6 iXam\w {]tZiw Denudational Origin-Low Dissected Hills and Valleys

¢mÊnepw 4.7 iXam\w {]tZiw Denudational Origin-Moderately Dissected Hills and Valleys

¢mÊnepw DÄs¸Spì. 0.9 iXam\w {]tZiw Pet{kmXÊpIfmWv.

]«nI 2.7 ]²Xn {]tZi¯nsâ PntbmþtamÀt^mfPn

Pntbm tamÀt^mfPn hnkvXrXn (slÎdnÂ) iXam\w

Denudational Origin-Low Dissected Hills and Valleys 255 5.6

Denudational Origin-Pediment-Pedi Plain Complex 3467 76.7

Denudational Origin-Moderately Dissected Hills and Valleys 215 4.7

Structural Origin-Highly Dissected Hills and Valleys 546 12.1

Waterbodies 39 0.9

BsI 4522 100

Source: National Remote Sensing Centre / ISRO, Bhuvan

24

25

2.8 `qKÀ` Pew

]«nI 2.8 ]²Xn {]tZi¯nsâ `qKÀ` Pe\nçv

H_vkÀthj³ InWÀ ap«w Icnæ¶w

t»m¡v sXmSp]pg sXmSp]pg

hntÃPv sXmSp]pg sXmSp]pg

A£mwiw 9o 50 ' 25'' N 9o 51 ' 10'' N

tcJmwiw 76o 44 ' 47'' N 76o 41 ' 21'' N

InWÀ Xcw Xpd¶ InWÀ Xpd¶ InWÀ

dnhÀ t_kn³ aphmäp]pg aphmäp]pg

amkw

2013 Pëhcn 3.83m 3.56m

2013 s^{_phcn - -

2013 amÀ¨v 3.90m 3.77m

2013 G{]nÂ 4.35m 3.58m

2013 sabv 4.87m 3.37m

2013 Pq¬ 2.70m 3.00m

2013 Pqsse 0.65m 2.70m

2013 HmKÌv 1.10m 2.70m 2013 sk]vXw_À 1.43m 3.08m 2013 HtÎm_À 3.18m 3.10m

2013 \hw_À 3.13m 3.10m

2013 Unkw_À 3.37m 3.50m

Source: Ground Water Department, Idukki District Govt. of Kerala

tIcf `qKÀ` Pe AtXmcnänbpsS ap«w H_vkÀthj³ InWÀ sXmSp]pg t»m¡v

AXnÀ¯nbnÂ sXmSp]pg hntÃPnÂ A£mwiw 9o 50 ' 25'' N tcJmwiw 76o 44 ' 47'' N Â BWv

ØnXn sN¿p¶Xv. 2013 Pëhcn apXÂ 2013 Unkw_À amkw hscbpÅ Pe \nçv

]cntim[nçt¼mÄ 2013 Pqsse amk¯nemWv Pe\nçv Gähpw DbÀ¶v \nevç¶Xv.

ùtam]cnXe¯nÂ \nìw 0.65 aoäÀ XmsgbmWv Cu amks¯ Pe\nçv. ag¡me¯në

ap¼pÅ sabv amk¯nÂ CXv 4.87 aoäÀ BWv.

tIcf `qKÀ` Pe AtXmcnänbpsS Icnæ¶w H_vkÀthj³ InWÀ sXmSp]pg t»m¡v

AXnÀ¯nbnÂ sXmSp]pg hntÃPnÂ A£mwiw 9o 51 ' 10'' N tcJmwiw 76o 41 ' 21'' N Â BWv

ØnXn sN¿p¶Xv. 2013 Pëhcn apXÂ 2013 Unkw_À amkw hscbpÅ Pe \nçv

]cntim[nçt¼mÄ 2013 Pqsse, HmKÌv amk¯nemWv Pe\nçv Gähpw DbÀ¶v \nevç¶Xv.

ùtam]cnXe¯nÂ \nìw 2.70 aoäÀ XmsgbmWv Cu amks¯ Pe\nçv. ag¡me¯në

ap¼pÅ amÀ v̈ amk¯nÂ CXv 3.77 aoäÀ BWv.

26

]«nI 2.9 ]²Xn {]tZis¯ `qKÀ` Pes¯ kw_Ôn¨ hniZmwi§Ä

{Ia \¼À

hniZmwi§Ä sXmSp]pg t»m¡v ]©mb¯v

(2004)

1 BsI hmÀjnI `qKÀ` Pee`yX (MCM) 18.00

2

ImÀjnI Bhiy§Ä¡mbpÅ PehnXcW¯nsâ \nehnepÅ

Gross Ground Water Draft (MCM) 4.95

3

KmÀlnI Bhiy§Äçw hyhkmb Bhiy§ÄçambpÅ PehnXcW¯nsâ

\nehnepÅ Gross Ground Water Draft (MCM) 2.84

4 FÃm Bhiy§ÄçambpÅ \nehnepÅ

Gross Ground Water Draft (MCM) 7.79

5 {Ku−v hm«À Uhe]vsaânsâ AhØ

(4/1*100 %) 43.58

6 hn`mKw Safe

Source: Ground Water Information Booklet of Idukki District, Central Ground Water Board, Ministry of Water Resources, Government of India.

sk³{SÂ {Ku−v hm«À t_mÀUnsâ 2008Â ]pd¯nd¡nbn«qÅ {Ku−v hm«À

C³s^mÀtaj³ _p¡vseäv {]Imcw sXmSp]pg t»m¡nse BsI hmÀjnI `qKÀ` Pe

e`yX 18.00 MCM BWv. FÃm Bhiy§ÄçambpÅ t{KmÊv {Ku−v hm«À {Um^väv

sXmSp]pg t»m¡nÂ 7.79 MCM BWv.

2.9 a®v

]²Xn {]tZi v̄ {][m\ambpw I−p hê¶Xv sN¦Â a®mWv. sh«pIÂ a®v Fìw

Chsb hnfnçì. DbÀ¶ agbpw, NqSpamWv Cw¥ojnÂ ""emsässdäv tkmbnÂ'' F¶v

Adnbs¸Sp¶ Cu a®v cq]s¸Sp¶Xn\v ImcWamæ¶Xv. amXr ]mdbnÂ \nìw £mc

ehWmwi§fpw knen¡bpw aäpw Hen¨pt]mbn Cê¼ntâbpw Aepan\nb¯ntâbpw

HmIvsskUpIÄ IqSntNcvì−mbn«pÅ Cu a®n\v Pe kw{KlW tijn ædhmWv.

ss\{SP³, t^mkv^dkv, s]m«mkyw, aäv £mc ehW§Ä F¶nh CXnÂ ædª

tXmXnemWv ImWs¸Sp¶Xv. ]n.F¨v. aqeyw 4.5 apXÂ 6.2 hscbpÅ Cu a®nÂ

ssPhmwihpw ædhmbncnçw. ê]pãn ædhmb Cu a®nsâ cN\ (texture)\Ã

coXnbnembXn\mÂ ssPhmwiw, hfw, æ½mbw F¶nh tNÀ v̄ an¡ IrjnIfpw sN¿m³

Ignbpw. sX§v, acö\n, hmg, ]¨¡dnIÄ F¶nh Xmgv¶ {]tZi§fnepw d_À, Iipamhv,

kpKÔ hnfIÄ F¶nh DbÀ¶ {]tZi§fnepw AëtbmPyamWv.

tIcf tkmbnÂ kÀsÆ & tkmbnÂ I¬kÀthj³ hæ¸v \S¯nbn«pÅ ]T\¯nsâ

ASnØm\¯nÂ ]²Xn{]tZiw {][m\ambpw Icnwæ¶w, No\nçgn, aW¡mSv, Iqh¸Ån,

]pd¸pg, antÉ\nbkv tkmbnÂ F¶n§s\bpÅ t{iWnIfnemWv DÄs¸Sp¶Xv. 37 iXam\w

27

{]tZiw DÄs¡mÅq¶ Icnwæ¶w t{iWnbmWv ]²Xn{]tZi v̄ IqSpXembpw

ImWs¸Sp¶Xv. No\nçgn t{iWn (22%), aW¡mSv t{iWn (20%) Iqh¸Ån t{iWn (10%),

antÉ\nbkv tkmbnÂ (9%), ]pd¸pg t{iWn (2%) F¶n§s\bmWv aäv t{iWnIÄ

ImWs¸Sp¶Xv. tkmbnÂ t{iWnbpsS hniZmwi§Ä Xmsg \ÂInbncnçì. ]²Xn

{]tZi¯nsâ 71 iXam\w {]tZihpw XcXtay\ as®men¸v t\cnSp¶ {]tZiamWv. 24

iXam\w {]tZiw KpêXcamb as®men¸pw t\cnSpì.

]«nI 2.10 ]²Xn {]tZis¯ a®nsâ {]tXyIXIÄ

Sl.No Name of Soil

Series

Occurrence Details

1 Koovappally Occurs in hilly

regions of the

central high

ranges of

elevation

between 300-

900 m above

MSL

The soils of Koovappally series are deep, well drained soils,

developed from gneissic parent material and occur in the

hilly regions of the central high ranges. They have reddish

black to dark reddish brown, loam to sandy clay loam

surface soil and very dusky red to yellowish red clay loam

to clayey sub soil. Fine gravels ( about 10-30 %) is present

in the sub surface and gneissic material occupy about 50-

80 % below 70-110 cm. Bed rock is seen at about 90-150

cm. Few thin clay cutans are present.

2 Karimkunna

m

Strongly sloping

to undulating

foot slops and

mounds of

midlands and

Soils classified under Karimkunnam series are very deep

occurring on moderately sloping to steep foot slopes and

mounds of midlands. These soils are with a solum thickness

of more than 150 cm. The surface layer is reddish brown to

yellowish red with clay loam to clay texture while the sub

28

miduplands (80-

200 m above

MSL)

surface layer is yellowish red to red and clayey. Both

surface and subsurface have gravels. These soils are very

strongly acid with moderately rapid to rapid permeability.

Rubber, Coconut, Pineapple, etc are grown in these soils.

3 Cheenikuzhy Strongly sloping

to very steeply

sloping mounds

and hill slopes

of midlands(80-

200 m above

MSL)

Cheenikuzhy soils are deep, well drained soils occurring on

steep to very steeply sloping mounds and hill slopes. The

surface layer is reddish brown, clay loam to sandy clay and

subsurface is yellowish red to red, sandy clay loam to clay.

Gneissic and saprolytic material occupy about 50-75% of

the soil volume below a depth of 90 to 100 cm, and show

rock structure below 120 cm. Cheenikuzhy soils are well

drained with moderate permeability.

4 Purapuzha Alluvial soils

occurring on

very gently

sloping valleys

(20-100 m

above MSL)

Soils of Parapuzha series are very deep, moderately

drained alluvial deposits. These soils occur on gently

sloping valleys in the midlands and are cultivated mainly to

rice. Surface layer is about 15-20 cm thick. Thickness of the

solum is always more than 150 cm. The surface soil is dark

brown to dark yellowish brown with clay loam texture.

Subsurface soil is reddish brown to strong brown with

sandy clay loam to gravelly clay texture. These soils are

strongly to medium acid in reaction. Slight excess water

problem and surface inundation may occur during heavy

rains. Summer ploughing will enhance the productivity of

soils.

5 Miscellaneou

s Soils

Converted

paddy lands on

gently sloping

valleys(20-100

m above MSL)

These are paddy fields, which are converted and cultivated

with banana, arecanut, tapioca etc. These soils do not

reveal any uniformity in characteristics. In general, these

soils are very deep, occurring on gently sloping lands

subject to slight or no erosion hazards.

Manakkad Gently sloping

to undulating

foot slopes and

mounds of the

midland (20-

100m above

MSl)

Soils of Manakkad series are very deep with a solum

thickness of more than 15cm and well drained, occurring

on gently sloping to undulating foot slopes of the midland.

The surface soil is dark reddish brown to yellowish red with

gravelly sandy clay loam to clay loam texture. The sub soil

is reddish brown to red with clay loam to clay texture.

Rubber, coconut, pepper, tapioca, pineapple and

vegetables can be grown in this soil.

Source: Soil & Soil survey Department. Govt. of Kerala

29

30

2.10 At{Km ss¢amänIv tkm¬

kap{Z\nçnÂ \nìÅ Dbcw, age`yXbpsS hn\ymkw, tSmt¸m{K^n, a¬Xcw XpS§nb

LSI§Ä ]cnKWn¨p sIm−v tIcfs¯ 13 At{Km ss¢amänIv tkméIfm¡n

Xncn¨ncnçì. HmWm«pIc, tImÌÂ kmân, ktX¬ anUv em³Uv, sk³{SÂ anUv em³Uv,

t\mÀtX¬ anUv em³Uv, ae¸pdw ssS¸v, aetbmcw, ]me¡mSv s¹bn³, sdUv eqw, æ«\mSv,

dnhÀ_m¦v Aephnbw, ssltd©v F¶n§s\bmWv Cu tkméIÄ. CXnÂ aetbmcw F¶

tkmWnemWv ]²Xn {]tZiw DÄs¸Sp¶Xv. kap{Z\nçnÂ \nìw 500 aoäÀ hsc DbcapÅ

{]tZiamWv Cu tkmWnÂ DÄs¸Sp¶Xv. sX¡v ]Snªmd³ a¬kqéw, hS¡v Ing¡³

a¬kqéw kPohambpw XmcXtay\ \ÃcoXnbnepw hnXcWw sN¿s¸Sp¶ {]tZiamWv

CXv. CSp§nb hmenIfpw æ¯s\bpÅ Ibänd¡§fpw, NcnhpapÅ aeItfmSpIqSnb

{]tZiamWv CXv. _nþ a¬]mfn CÃm¯ emässdäv tkmbnemWv Cu At{Km ss¢amänIv

tkmWnep−mhpI.

2.11 D]cnXe Pet{kmXÊpIfpw, PetkN\hpw

]²Xn{]tZis¯ {][m\ D]cnXe Pet{kmXÊpIÄ æf§Ä, tXmSpIÄ, ]mStiJc§Ä

F¶nhbmWv. ]mStiJc§fpsS Xeçf§tfbpw, tXmSpIfnÂ \nÀ½nç¶ NndItfbpw

B{ibn¨mWv ]mStiJc§fnÂ ]¨¡dn Irjn \S¯p¶Xv. ]e NndIfpw

kwc£n¡s¸Sp¶nÃ. æf§fptSbpw AhØ adn¨Ã. ]²Xn {]tZis¯ D]cnXe Pe

t{kmXÊpIfpsS hnhc§Ä XmsgsImSp¯ncnçì.

]«nI 2.11 ]²Xn {]tZis¯ s]mXpIpf§fqw, tXmSpIfqw

\oÀ¯Sw XpS§\mSv hSçwapdntXmSv ap−nbmSntXmSv \oÀ¯Sw

a®¯mt©cnþs]cnbm{¼

s]mXp Ipfw

jm¸pw ]Sn æfw Khs×âv tlmkv]näÂ æfw XpS§\mSv æfw CÃnNmcn æfw s\Ãn¯m\¯v æfw

N´æfw It®menÂ æfw hSçapdn æfw

]pXntbS v̄ æfw ]¿qÀ æfw s]cnbmw{_ æfw t]mSqÀ æfw aW¡mSv A¼eæfw Fençfw 1 Fençfw 2

tXmSpIÄ {ame tXmSv I®w ]d tXmSv ]ç\mw tXmSv CS¡\mÂ tXmSv HäsX§v tXmSv sImÃw æ¶v tXmSv hcn¡m\n tXmSv Icnw_m\n tXmSv hÅn]md tXmSv I\ymaeþæänbm\n

tXmSv

sNÅÂ tXmSv A©{] tXmSv hSçw apdn tXmSv ]penaäw tXmSv IcnInew tXmSv Acn¡Â tXmSv tImeçt¶Â tXmSv hcInÂ tXmSv

aªpw amhv tXmSv s\Snbime tXmSv aqea\íÂ tXmSv hg¡m¯SnÂ tXmSv hÅotXmSv IÃd¡Âþæì©nd tXmSv A¿mw]dþamcwtImSv

tXmSv

]¨qÀþCçv tXmSv, a®Xmt©cnþCçv tXmSv, NnäqÀþCçv tXmSv, Nmgn]md tXmSv, Båd tXmSv, s]cnbmw{_ tXmSv, \Sbw tXmSv, cma\m«v tXmSv, Iêam\¸nÅn tXmSv, NÅpa®v tXmSv, aW¡mSv Aw_ew tXmSv, XgphNmÂ tXmSv, NndapJw tXmSv, ]pXp]cnbmcw tXmSv, ssI¸nÅnÂ tXmSv, s]mä³]mdmþFenæfw tXmSv

Source: Baseline Survey

31

32

]«nI 2.12 Unkw_Àþtabv Imebfhnse \oscmgp¡v

tXmSpIfpsS F®w

XpS§\mSv hSçw apdn tXmSv

ap−nbmSn tXmSv

a®¯mt©cnþs]cnbm{¼

\Ã \oscmgp¡v 1 1 0 3

ædª \oscmgp¡v 4 3 0 7

\oscmgp¡nÃ 5 4 7 6

BsI 10 8 7 16

Source:BaselineSurvey

2.12 ]²Xn {]tZi¯nsâ ASnØm\ hnhc§Ä

]«nI 2.13 ASnØm\ hnhc§Ä Hät\m«¯nÂ

]²XnbpsS t]cv IWMP IX/batch 4 2012-13

BsI `q hnkvXrXn (e£w slÎdnÂ) 0.04556

DÄs¸Sp¶ ]²Xn {]tZiw

]cn]men¡s¸tS− {]tZiw (e£w slÎdnÂ) 0.04522

Irjnç]bpàam¡mhp¶ Xcniv `qan (e£w slÎdnÂ) 0.00152

agsb B{ibn v̈ Ijn sN¿p¶ {]tZiw (e£w slÎdnÂ) 0.0437

BsI hnfsN¿s¸Sp¶ {]tZiw (e£w slÎdnÂ) 0.0440

BsI hnX {]tZiw (e£w slÎdnÂ) 0.0437

BsI Pe kw`cWkwhn[m\§fqsS F®w 235

BsI `qKÀ` Pet{kmXÊpIfqsS F®w 2055

Pe kw`cW kwhn[m\§fqsS BsI tijn (I|_nIv aoädnÂ) 7520

BsI hoSpIfpsS G®w

Fkv.kn 1098

Fkv. Sn. 806

aäpÅh 4531

]²Xn {]tZis¯ BsI P\kwJy 25561

Zmcn{Zy tcJ¡v XmsgbpÅ BsI æSpw_§fpsS F®w 3734

sNdpInS IÀjI æSpw_§fqsS F®w 243

\maam{X IÀjI æSpw_§fpsS F®w 3570

`qKÀ` Pe \nçv (aoädnÂ)

a¬kqWn\v ap¼v 4.87

a¬kqWn\v tijw 0.65


33

2.13 \oÀ¯S {]tZis¯ æSpw_§fpsS kmaqlnI km¼¯nI AhØ

]«nI 2.14 ]²Xn {]tZis¯ P\kwJybpsS hniZmwi§Ä

\oÀ¯Sw ]pêj³ kv{Xo BsI

XpS§\mSv 5133 6601 11734

hSçwapdntXmSv 2089 2120 4209

ap−nbmSntXmSv 937 912 1849

a®¯mt©cnþs]cnbm{¼ 3866 3903 7769

BsI 12025 13536 25561


]«nI 2.15 ]²Xn {]tZis¯ P\kwJybpsS hbÊëkcn¨pÅ IW¡v

\oÀ¯Sw

Age group

BsI

Below 15

Yrs

15-60

Yrs

Above

60 Yrs XpS§\mSv 2161 1577 7996 11734

hSçwapdntXmSv 774 631 2804 4209

ap−nbmSntXmSv 304 306 1239 1849

a®¯mt©cnþs]cnbm{¼ 1364 1187 5218 7769

BsI 4603 3701 17257 25561


]«nI2.16 ]²Xn{]tZis¯ hoSpIfpsS F®w

\oÀ¯Sw

{Kma ]©mb v̄

BsI Icnè¶w aW¡mSv ap«w ]pd¸pg

No. % No. % No. % No. % No. %

XpS§\mSv 465 15.43 2549 84.57 3014 100

hSçwapdntXmSv 885 89.30 106 10.70 991 100

ap−nbmSntXmSv 353 80.41 86 19.59 439 100

a®¯mt©cnþ s]cnbm{¼ 1991 100.00 1991 100

BsI 1350 20.98 2344 36.43 2549 39.61 192 2.98 6435 100


]«nI 2.17 ]²Xn {]tZis¯ hn`mKw Xncn¨pÅ hoSpIfpsS F®w

\oÀ¯Sw

Fkv. kn. Fkv.Sn H._n.kn. P\dÂ BsI

F®w % F®w % F®w % F®w % F®w % XpS§\mSv 735 24.39 702 23.29 498 16.52 1079 35.80 3014 100

hSçwapdntXmSv 77 7.77 7 0.71 318 32.09 589 59.43 991 100

ap−nbmSntXmSv 32 7.29 67 15.26 340 77.45 439 100

a®¯mt©cnþ s]cnbm{¼ 254 12.76 97 4.87 682 34.25 958 48.12 1991 100

BsI 1098 17.06 806 12.53 1565 24.32 2966 46.09 6435 100


34

]«nI 2.18 ]²Xn {]tZis¯ æSpw_§fpsS Zmcn{ZymhØ

\oÀ¯Sw BPL APL BsI

F®w % F®w % F®w % XpS§\mSv 2162 71.73 852 28.27 3014 100

hSçwapdntXmSv 506 51.06 485 48.94 991 100

ap−nbmSntXmSv 118 26.88 321 73.12 439 100

a®¯mt©cnþ s]cnbm{¼ 948 47.61 1043 52.39 1991 100

BsI 3734 58.03 2701 41.97 6435 100


]«nI 2.19 ]²Xn {]tZis¯ Xmak kuIcy¯nsâ DSaØX

\oÀ¯Sw kz´w hmSI BsI

F®w % F®w % F®w % XpS§\mSv 2658 88.19 356 11.81 3014 100

hSçwapdntXmSv 944 95.26 47 4.74 991 100

ap−nbmSntXmSv 412 93.85 27 6.15 439 100

a®¯mt©cnþ s]cnbm{¼ 1860 93.42 131 6.58 1991 100

BsI 5874 91.28 561 8.72 6435 100


]«nI 2.20 ]²Xn {]tZis¯ hoSpIfpsS Xcw

\oÀ¯Sw Pucca Semi pucca Kutcha BsI

F®w % F®w % F®w % F®w % XpS§\mSv 2045 67.85 829 27.50 140 4.64 3014 100

hSçwapdntXmSv 598 60.34 320 32.29 73 7.37 991 100

ap−nbmSntXmSv 247 56.26 154 35.08 38 8.66 439 100

a®¯mt©cnþ s]cnbm{¼ 1008 50.63 783 39.33 200 10.05 1991 100

BsI 3898 60.57 2086 32.42 451 7.01 6435 100


]«nI 2.21 ]²Xn {]tZis¯ æSpw_§fpsS {][m\ hêam\w

{][m\ hêam\ amÀ¤w

\oÀ¯Sw

BsI XpS§\mSv hSçwapdntXmSv ap−nbmSntXmSv a®¯mt©cnþ

s]cnbm{¼

No. No. % No. % No. % No. %

Irjn 354 11.75 227 22.91 136 30.98 262 13.16 979 15.21

aÕymë_Ô sXmgnÂ 40 1.33 75 7.57 7 1.59 45 2.26 167 2.60

Iqen¸Wn 2048 67.95 407 41.07 110 25.06 1114 55.95 3679 57.17

IÀjI sXmgnemfn 47 1.56 46 4.64 3 0.68 35 1.76 131 2.04

Kh. tPmen 155 5.14 57 5.75 65 14.81 161 8.09 438 6.81

kzImcy tPmen 115 3.82 26 2.62 14 3.19 71 3.57 226 3.51

35

kzbw kwcwÌ³ / _nkn\Êv 94 3.12 46 4.64 21 4.78 97 4.87 258 4.01

hntZi hêam\w 31 1.03 32 3.23 4 0.91 31 1.56 98 1.52

s]³j³ 91 3.02 60 6.05 39 8.88 90 4.52 280 4.35

aäpÅh 39 1.29 15 1.51 40 9.11 85 4.27 179 2.78

BsI 3014 100 991 100 439 100 1991 100 6435 100


]«nI 2.22 ]²Xn{]tZis¯ `qclnX æSpw_§fqsS IW¡v \oÀ¯Sw Landless HH Total HH % to Total HH

XpS§\mSv 253 3014 8.4

hSçwapdntXmSv 61 991 6.2

ap−nbmSntXmSv 39 439 8.9

a®¯mt©cnþ s]cnbm{¼ 296 1991 14.9

BsI 649 6435 10.1


]«nI.2.23 ]²Xn {]tZis¯ hoSpIfpsS ssIhi `qanbpsS IW¡v

\oÀ¯Sw Landless

1 to 5

cent

5.1 to

50

cent

50.1

to

250

cent

250.1

to

500

cent

Above

500

cent BsI

XpS§\mSv F®w 253 1123 1166 353 93 26 3014

% 8.39 37.26 38.69 11.71 3.09 0.86 100

hSçwapdntXmSv F®w 61 276 402 196 50 6 991

% 6.16 27.85 40.57 19.78 5.05 0.61 100

ap−nbmSntXmSv F®w 39 55 209 95 35 6 439

% 8.88 12.53 47.61 21.64 7.97 1.37 100

a®¯mt©cnþ s]cnbm{¼

F®w 296 475 870 279 65 6 1991

% 14.87 23.86 43.70 14.01 3.26 0.30 100

BsI

F®w 649 1929 2647 923 243 44 6435

% 10.09 29.98 41.13 14.34 3.78 0.68 100

Source: Baseline Survey ]«nI 2.24 sshZ|XoIcn¨ hoSpIfpsS Aë]mXw

\oÀ¯Sw Yes No BsI

F®w % F®w % F®w %

XpS§\mSv 2942 97.61 72 2.39 3014 100

hSçwapdntXmSv 979 98.79 12 1.21 991 100

ap−nbmSntXmSv 437 99.54 2 0.46 439 100

a®¯mt©cnþ s]cnbm{¼ 1951 97.99 40 2.01 1991 100

BsI 6309 98.04 126 1.96 6435 100


36

]«nI2.25 ]²Xn {]tZis¯ æSpw_§fnse I¡qkv kuIcy§Ä

\oÀ¯Sw

I¡qkv Xcw

BsI sk]vänIv Sm¦v ægn I¡qkv s]mXp I¡qkv I¡qkv CÃ

F®w % F®w % F®w % F®w % F®

w %

XpS§\mSv 326 10.82 2613 86.70 21 0.70 54 1.79 3014 100

hSçwapdntXmSv 153 15.44 824 83.15 13 1.31 1 0.10 991 100

ap−nbmSntXmSv 119 27.11 320 72.89 439 100

a®¯mt©cnþ s]cnbm{¼ 282 14.16 1678 84.28 P27 1.36 4 0.20 1991 100

BsI 880 13.68 5435 84.46 61 0.95 59 0.92 6435 100


]«nI2.26 kzbw klmb kwL¯nse AwKXzw

\oÀ¯Sw

Kudumbasree Block SHG Others

No

Membership BsI

F®w % F®w % F®w % F®w % F®w %

XpS§\mSv 697 23.13 26 0.86 71 2.36 2220 73.6 3014 100

hSçwapdntXmSv 356 35.92 14 1.41 31 3.13 590 59.5 991 100

ap−nbmSntXmSv 102 23.23 36 8.20 6 1.37 295 67.2 439 100

a®¯mt©cnþ s]cnbm{¼ 782 39.28 8 0.40 6 0.30 1195 60.0 1991 100

BsI 1937 30.10 84 1.31 114 1.77 4300 66.8 6435 100


]«nI2.27 ]²Xn {]tZis¯ æSpw_§fpsS {][m\ æSnshÅ t{kmXÊv

\oÀ¯S tImUv

XpS§\mSv hSçwapdn tXmSv

ap−nbmSn tXmSv

a®¯mt©cnþ s]cnbm{¼ BsI

F®w % F®w % F®w % F®w % F®w % kzImcy hm«À

IW£³ 378 12.54 291 29.36 94 21.41 598 30.04 1361 21.15

s]mXp Sm¸v 1651 54.78 206 20.79 69 15.72 489 24.56 2415 37.53

kzImcy InWÀ 646 21.43 307 30.98 231 52.62 611 30.69 1795 27.89

s]mXp InWÀ 98 3.25 45 4.54 11 2.51 71 3.57 225 3.50

ægÂ InWÀ 32 1.06 21 2.12 33 7.52 4 0.20 90 1.40

hm§n v̈ D]tbmKnçì 11 0.36 86 8.68 204 10.25 301 4.68

agshÅ kw`cWn 4 0.40 4 0.06

æfw 7 0.23 4 0.40 1 0.23 12 0.60 24 0.37

aäpÅh 191 6.34 27 2.72 2 0.10 220 3.42

BsI 3014 100 991 100 439 100 1991 100 6435 100


37

]«nI 2.28 ]²Xn {]tZis¯ kzImcy Pet{kmXÊpIfpsS F®w

\oÀ¯Sw InWÀ ægÂ InWÀ Iqfw

XpS§\mSv 688 103 74

hSçwapdntXmSv 322 74 44

ap−nbmSntXmSv 188 105 32

a®¯mt©cnþ s]cnbm{¼ 492 33 68

BsI 1690 315 218


]«nI 2.29 kzImcy InWdpIfnse Pe e`yX

\oÀ¯Sw

Less than 6

months 6 to 11 months

Throughout

the year Total

F®w % F®w % F®w % F®w %

XpS§\mSv 221 32.12 107 15.55 360 52.33 688 100.00

hSçwapdntXmSv 114 35.40 115 35.71 93 28.88 322 100.00

ap−nbmSntXmSv 139 73.94 6 3.19 43 22.87 188 100.00

a®¯mt©cnþ s]cnbm{¼ 94 19.11 64 13.01 334 67.89 492 100.00

BsI 568 33.61 292 17.28 830 49.11 1690 100.00


]«nI 2.230 ]£n, arK k¼¯v

\oÀ¯Sw

]£n, arK k¼¯v ]ip Fêa BSv ]¶n tImgn

XpS§\mSv 661 53 1024 138 4025

hSçwapdntXmSv 302 18 255 60 600

ap−nbmSntXmSv 112 7 142 16 522

a®¯mt©cnþ s]cnbm{¼ 588 36 648 153 2582

BsI 1663 114 2069 367 7729

Source:Dairy Extension office, Thodupuzha

2.14 ]²Xn {]tZi¯pÅ ASnØm\ kuIcy§fqw, Øm]\§fqw

]«nI.2.31 ASnØm\ kuIcy§fpsS t]êw F®hpw

Øm]\w F®w Øm]\w F®w F®w

AwK³ hmSn 32 Irjn `h³ 3 hyhkmb kwcw`§Ä 21

bp.]n. kvIqÄ 7 FÂ.]n. kvIqÄ 9 t]meokv tÌj³ 2

ssl kvIqÄ 6 lbÀ sk¡dn kvIqÄ 4

sSet^m¬ FIvkvtN©v 2

tImtfPv 2 BbpÀthZmip]{Xn 3 hntÃPv Hmôkv 2

{]mYanI BtcmKy tI{µw 3 arKmip]{Xn 3 tdj³ IS 16

k_v skâÀ 3 sI.Fkv.C._n. 1 amthen tÌmÀ 4

38

Unkvs]³kdn 5 ¢_v/hmb\ime 22 s]mXp IfnØew 9

tImSXn 1 hntÃPv Hmôkv 2 t]mÌv Hmôkv 2

]©mb¯v Hmôkv 3 Kh. tlmantbm Bip]{Xn 2 _m¦v 19


2.15 ]²Xn {]tZis¯ _m¦nwKv kuIcy§Ä

]²Xn {]tZi¯nsâ hnhn[ `mK§fnembn \nch[n hmbv¸mkuIcy§Ä C¶v e`yamWv.

tZikmÂIrX _mèIÄ, kzImcy _mèIÄ, klIcW _mèIÄ F¶nh

{]tZi¯p−v. tZikmÂIrX _mèIfpsS F.Sn.Fw. kuIcyhpw ]²Xn {]tZi¯nsâ

hnhn[ `mK§fnep−v. sXmSp]pg SuWnse _m¦nwKv kuIcy§fpw ]²Xn {]tZis¯

P\§Ä¡v e`yamæì.

2.16 amÀ¡änwKv kuIcy§Ä

sXmSp]pgbnse s]mXp amÀ¡ämWv ]²Xn {]tZis¯ P\hn`mK§Ä IqSpXembpw

B{ibnç¶Xv. \nch[n sNdpInS hym]mc Øm]\§Ä ]²Xn{]tZi¯p−v.

IÀjIêsS Då¶§Ä¡v \ymb hne Dd¸mç¶ {]tZinI NÍfpsS km[yX \ne\nÂ

çì−v. anÂ a klIcW kwL§Ä ]mÂ tiJcnçì−v F¦nepw Nne

DÄ{]tZi§fnepÅ IÀjIÀ¡v Cu {]tbmP\w e`nç¶nÃ.

2.17 ]²Xn {]tZi¯v \Sn¸nemç¶ aäv ]²XnIfpw ]cn]mSnIfpw

tI{µmhnjvIyX ]²XnIÄ

almßmKmÔn tZiob {KmaoW sXmgnepd¸v ]²Xn (MGNREGA): {Kma{]tZihmknIfpsS

PohnX\nehmcw sa¨s]Sp¯p¶Xn\p th−n sXmgnÂ sN¿phm³ XmÂ¸cyapÅ

{]mb]qÀ¯nbmb BfpIÄ¡v XpeythX\t¯mSpIqSn hÀj¯nÂ \qdp Znhkw sXmgnÂ

Dd¸phcp¯p¶XmWv Cu ]²Xn

Cµnc Bhmkv tbmP\ (IAY): _n.]n.FÂ/Fkv.kn/Fkv.än hn`mK¯nÂs¸« BfpIÄ¡v hoSp

\nÀ½n¡phm\pw,\hoIcn¡phm\pw km¼¯nI klmbw \ÂIpI F¶XmWv CXnsâ e£yw.

\nÀ½Â `mcXv A`nbm³ (NBA): ipNnXzw hÀ²n¸n¡phm\pÅ \S]SnIÄ kzoIcn¨psIm−v

XpdÊmb aeaq{X hnkÀP\anÃm¯, Ae£yambn amen\yw \nt£]n¡m¯ Hê kaqlw

cq]oIcnçI F¶XmWv e£yw.

{][m\a{ń {Kmw kU¡v tbmP\ (PMGSY): cmPys¯ {Kma{]tZi§sf _\v[n¸n¨psIm−pÅ

tdmUpIÄ \nÀ½n¡pI.

_m¡v thÀUv doPWÂ {Kmâv ^−v (BRGF): hnIk\¯nse {]mtZinIamb Ak´penXmhØ

]cnlcn¡pI

39

cm{ãob Iyjn hnImkv tbmP\ (RIDF): Irjn, Irjn Aë_Ô taJeIfpsS hnIk\¯n\mbn

\S¸nemç¶ ]²Xn

kwØm\mhnjvIyX ]²XnIÄ

Plan Fund

lnÂ Gcnb Uhe¸saâv GP³kn( F v̈.F.Un.F): aetbmc{]tZi§fnse hnIk\w

kpKaam¡pI.

Khs×âv Un¸mÀ«vsaâpIÄ \S¸nemç¶ ]²XnIÄ

Paddy- Sustainable Development of Rice

-Rashtriya krishi vignan yojana

-Fallow land Rice cultivation

Coconut- CDB

Vegetable- Vegetable Development Cluster

-Vegetable – Innovation fund, plant protection Equipment

-School vegetable garden

- Spices-

-Turmeric, ginger Area Expansion scheme

SHM- Nutmeg Area Expansion

-Tissue culture Banana

Micro irrigation Schemes- Drip sprinkleter etc

Power Tariff Exemption Scheme

Farmer’s Pension Scheme

Soil testing campaign to farmers- Nutrient Management schemes

Crop Insurance Schemes

Natural calamity Relief Assistance

People’s plan project- schemes

ATMA

Framers training

Framer field school

Framers school

40

Integrated farming(IFS)

Pineapple area expansion

Seed money for ATMA

Crop health management

Dairy development Programmes

Fodder cultivation

Azolla

Cattle feed subsidy

Milk Shed development programme

Farmers contact Programe

Idukki Package

Niravu

Surabhi

41

2.18 SWOT A\menknkv

]²XnbpsS Bkq{XW¯nsâ `mKambn hniZamb Hê ]²Xn {]tZi AhtemI\w

\S¯pIbp−mbn. CXnsâ ASnØm\¯nÂ \oÀ¯S ]cn]me\{]hÀ¯\§Ä

\S¸nemç¶XnëÅ AëIqe LSI§Ä (Strengths), {]XnIqe LSI§Ä (Weaknesses),

hnhn[ Ahkc§Ä (Opportunities), ò£WnIÄ(Threats) F¶nh ]cntim[n¨p.

AhtemI\ hnhc§Ä ]«nI 2.36 Â \ÂInbncnçì.

SWOT A\menknkv

AëIqe LSI§Ä

ê`qbnãnbpÅ a®v

\Ã ImemhkvY

hnZym`ymkw DÅ IÀjIÀ

hnf sshhn[yw

£ockwL§Ähgnbpw AÃmsXbpw ]mÂ hnÂ¡p¶Xn\pÅ kwhn[m\§Ä

Øe e`yX

]c¼cmKXambn ImÀjnI taJesbmSpÅ B`napJyw

k½n{i IrjnbpsSbpw ssPhIrjnbpsSbpw ASnØm\w þ ]iphfÀ¯Â

{]XnIqe LSI§Ä

emt`Ñ am{Xw ap³ \nÀ¯nbpÅ Irjn coXn

sXmgnemfnIfpsS A`mhw

hn]W\ ]cnanXnIÄ

GI hnf Irjn coXn

PetkN\þPe\nÀKa\ ]cnanXnIÄ

]mÂ hne¡pdhv

Imen¯oä, XhnSv XpS§nbhbpsS hne hÀ²\hv

Pe ZuÀe`yw

\ma am{X IÀjIÀ¡v ]pÂIrjn sN¿p¶Xn\v DÅ Øe]cnanXn

DÄ{]tZi§fnepÅ IÀjIÀ¡v ]mÂ hnägnçhmëÅ _p²nap«v

\nehnÂ DÅ ]ipIfpsS De]mZv\£aX Iqdhv, {]kh§Ä X½nepÅ ssZÀLyw IqSpXÂ

imkv {Xobamb I¶vIp«n ]cn]me\¯nsâ A`mhw

hnhn[ hIp¸pIfpsSbpw {XnXe ]©mb¯pIfpsSbpw ]²XnIfnepw ]mt¡PpIfnepw DÅ

GtIm]\anÃmbva.

42

km[yXIÄ

Pekw`cWw

b{´hÂ¡cWw

ssPhsshhn[yw

kÀ¡mÀ kwhn[m\§Ä

hnhn[ hæ¸pIfpsS GtIm]\¯neqsS \oÀ¯S ]cn]me\w ê{]Zamç¶XnëÅ km[yX

ssPhIrjnbnte¡v DÅ amäw

aqeyhÀ²nX Dev]¶§Ä¡pÅ km[yX

òjWnIÄ

`qKÀ` Pe timjWw

ImemhØ hyXnbm\w

Aimkv{Xob ss]\m¸nÄ Irjn coXn aqeap−mæ¶ as®men¸v

{]IrXn t£m`w

s\ÂhbÂþ X®oÀ¯Sw ]cnhÀ¯\w

]pXnb Xeapd Cu cwKt¯¡v hcmXncnç¶Xv

Ubdn ^mapIÄ¡v ssek³kv t\Sp¶Xn\v DÅ _p²nap«v

imkv{Xobamb Imens¯mgp v̄, ]cn]me\ apdIÄ Ch Ahew_n¡m³ DÅ hnapJX

43

A[ymbw 3

kwLS\m kwhn[m\§fpw t{]mPÎv amt\Pvsaâpw

IWMP \nÀÆlWw aq¶v L«§fnembn«mWv \S¸nemç¶Xv

1. Bkq{XW L«w (Planning Phase)

2. \nÀÆlW L«w (Implementation Phase)

3. XpSÀ {]hÀ¯\ L«w (Consolidation Phase)

IWMP t{]mPÎv Imemh[n 5 hÀjamWv

3.1 Bkq{XW L«w

\oÀ¯S ]cn]me\¯n\mhiyamb {]hr¯nIÄ Is−¯n hniZamb ]²XntcJ (DPR)

X¿mdmçI F¶XmWv Bkq{XW L«¯nse {][m\ {]hÀ¯\w. CXn\mbn ]²Xn

{]tZis¯ kw_Ônç¶ ASnØm\ hnhctiJcWw, ]²Xn {]tZi¯nsâ AXnÀ¯n

\nÀ®bw, ]²Xn {]tZis¯ædn¨pw, ]²Xnsbçdn¨pw \oÀ¯S kaqls¯

Adnbn¡Â, XpS¡ {]hÀ¯\§Ä (EPA) Is−¯epw \S¸m¡epw, ]²Xn

\S¯n¸n\mhiyamb hnhn[ kwLS\m kwhn[m\§fpsS cq]oIcWw F¶nhbmWv Cu

L«¯nse {][m\ {]hÀ¯\§Ä. hniZamb ]²XntcJ X¿mdm¡n AwKoImcw

hm§nç¶tXmsS Bkq{XW L«w Ahkm\nçw.

3.2 \nÀÆlW L«w

\nÀÆlW L«w Bcw`nç¶Xv hniZamb ]²XntcJ X¿mdm¡n AwKoImcw e`n¨Xnë

tijamWv. ]²XntcJbëkcn¨v DbÀ¶ {]tZi v̄ \n¶v XpS§n Xmtg¡v F¶

{Ia¯nÂ thWw ]²XnIÄ \S¸nemç¶Xv. DXv]mZ\ hÀ²\hpw, sNdpInS

hyhkmb§fpw t{]mÕmln¸nç¶XnëÅ {]hÀ¯\§fpw, ]mhs¸« `qclnXcmb

BfpIÄ¡v Poht\m]m[n \S¸mç¶XnëÅ kzbw klmb kwL§Ä, tPmbnâv

eb_nenän {Kq¸pIÄ F¶nhbpsS cq]oIcWhpw ]cnioe\ ]cn]mSnIfpw \nÀ½mW

L«¯nsâ {][m\s¸« {]hÀ¯\§fmbncn¡pw. ]²XntcJbnÂ Bkq{XWw

sNbvXncnç¶Xn\ëkcn¨v kab_ÔnXambn Cu L«¯nÂ {]hÀ¯\§Ä

\S¸nemçì. \oÀ¯S ]cn]me\ {]hÀ¯\§fpsS hniZamb FÌntaäv X¿mdm¡Â,

kabkab§fnÂ AfhpIsfSp v̄ {]hr¯n Xn«s¸Sp¯Â, ]qÀ¯oIcW¯n\ëkcn¨v

44

]Ww ssIamdÂ, BØn ]cn]me\¯n\mhiyamb ]cnioe\ ]cn]mSnIÄ \S¯Â

F¶nhsbÃmw Cu L«¯nse {]hÀ¯\§fmWv.

3.3 XpSÀ {]hÀ¯\ L«w

Cu L«¯nÂ GsäSp¯ FÃm {]hr¯nIfpw ]qÀ¯nbmçI. t{]mPIvSv Ahkm\n¨

tijw XpSÀ¶v \St¯− {]hÀ¯\§Ä {Ias¸Sp¯pI, P\Iob kwhn[m\§Ä

kvYm]\hÂ¡cnçI, hnPbIcamb ImÀjnI coXnItfbpw ImÀjntIXc

{]hÀ¯§fpw IqSpXÂ DbÀ¶ \nehmc¯nte¡v F¯nçI, Hmtcm CSs]Sensâbpw

KpWtZmj§Ä kw_Ôn¨ dnt¸mÀ«pw ]qÀ¯oIcW dnt¸mÀ«pw X¿mdçI,

tUmI|satâj³, bpkÀ NmÀPpIÄ tiJcnç¶XnëÅ {]hÀ¯\§Ä

DuÀPnXamçI XpS§nbhbmWv XpSÀ {]hÀ¯\ L«¯nse {][m\ {]hÀ¯\§Ä.

Hmtcm {]hr¯nbpw XpS§p¶ kab¯pXs¶ AXnsâ kpkvYncXípw,KpWê§Ä

Xn«s¸Sp¯p¶Xnëw XpSÀ ]cn]me\¯nësaÃmapÅ {]hÀ¯\§Ä Bkq{XWw

sN¿pIbpw \S¸nemçIbpw sNt¿−Xp−v. AXmbXv XpSÀ {]hÀ¯\ L«¯nse

{]hr¯nIÄ BZyhÀjw apXse XpS§pì.

3.4 kwLS\m kwhn[m\w

\oÀ¯S ]cn]me\ {]hÀ¯\§Ä Imcy£aambn \S¯p¶Xn\v hnhn[ kwLS\

kwhn[m\§fpsS GtIm]\hpw æp«mb {]hÀ¯\§fpw A\nhmcyamWv.

3.5 tZiobXew

\mjWÂ dbn³sÛv Gcnb AtXmdnänbmWví (NRAA) tZÀiobXe \oÀ¯S ]cn]me\

Bkq{XW¯nsâbpw, \nÀÆlW¯nsâbpw taÂt\m«w hlnç¶Xv. ImemhØ,

kmaqlnI Npäp]mSv F¶nh DÄs¡m−v kwØm\Xe¯nepw, PnÃmXe¯nepw \oÀ¯S

]cn]me\ ]²XnIÄ cq]oIcnçI, kwØm\Xe t\mUÂ GP³kn¡v (SLNA)

\nÀÆlW X{´§Ä\ÂIpI, Imgv¨¸mSv hyàamçI, ]cnioe\ ]cn]mSnIÄ \S¯pI,

hnebnê¯Â kabmëkrXambn \S¯pI, kzImcy taJeIfnÂ \nìw, Foreign

Funding Agency IfnÂ \nìw IqSpXÂ ^−v kzcq]nçI, IqSpXÂ \qX\amb

BhnjvImc§Ä \S¸nemçI F¶nhbmWv {][m\ambpw NRAA bpsS NpaXeIÄ.

3.6 kwØm\Xew

SLNA BWv kwØm\Xe IWMP bpsS taÂt\m«w hlnç¶Xv. SLNA BWv

hnhn[ {Kma hnIk\ ]cn]mSnItfbpw kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSnItfbpw

45

FtIm]n¨v amÀK\nÀtZi§Ä \ÂIn Imcy£aambn {]hÀ¯n¡m³ klmbnç¶Xv.

Hê kmt¦XnI klmb bqWnäv (TSU) CXn\mbn SLNA tbmsSm¸w {]hÀ¯nçì.

3.7 PnÃmXew

IWMP bpsS PnÃmXe Bkq{XW¯nsâbpw \nÀÆlW¯nsâbpw taÂt\m« NpaXe

PnÃm Bkq{XW kanXn¡mWv (DPC). PnÃm Bkq{XW kanXnsb Cu

{]hÀ¯\¯n\v klmbnç¶Xn\v hm«ÀsjUv skÂ Iw Umä skâÀ cq]oIcn¨n«p−v.

]«nI.3.1 PnÃmXe tImþHmÀUnt\j³ I½nänn (DLCC)

{Ia \¼À

t]cv Øm\w

1 _lp. PnÃm ]©mb¯v {]knUâv sNbÀ t]gvk¬

2 _lp. PnÃm IfÎÀ sa¼À sk{I«dn

3 _lp. t{]mPÎv UbdÎÀ, Zmcn{Zy eLqIcW hn`mKw I¬ho\À

DLCC sa¼ÀamÀ

1 tPmbnâv t{]m{Kmw tIm-HmÀUnt\äÀ (NREGA)

2 PnÃm ¹m\nwKv HmôkÀ

3 PnÃm arK kwc£W HmôkÀ

4 PnÃm tkmbnÂ kÀsÆ Hm^nkÀ

5 PnÃm a®p kwc£W HmôkÀ

6 U]yp«n UbdÎÀ, ^njdokv

7 FIvknIyp«ohv F³Pn\obÀ, ssa\À CdntKj³/Xt±i kzbw

`cW hIp¸v (LSGD) /tIcf hm«À AtXmdn«n

8 Unhnj\Â t^mdÌv HmôkÀ

9 PnÃm HmôkÀ, {Ku−v hm«À Un¸mÀ«vsaâv

10 {]Xn\n[n, tIcf dpdÂ hm«À kss¹ GP³kn

11 PnÃm anj³ tIm-HmÀUnt\äÀ, IpSpw_{io

12 PnÃm tIm-HmÀUnt\äÀ, sF.sI.Fw

13 PnÃm tIm-HmÀUnt\äÀ, tlmÀ«nIÄ¨À anj³

46

3.8 t»m¡v Xew

IWMP bpsS ]²Xn \nÀÆlW GP³kn (PIA) t»m¡v ]©mb¯pIfmbncnçw.

sXmSp]pg t»m¡v ]©mb¯mWv Cu ]²XnbpsS ]²Xn \nÀÆlW GP³kn.

\oÀ¯SmSnØm\¯nepÅ DPR IÄ X¿mdmç¶Xv apXÂ ]²Xn ]qÀ¯oIcWw

hscbpÅ apgph³ NpaXebpw PIA Bb t»m¡v ]©mb¯nsâ NpaXebmWv. ]²Xn

H¶ne[nIw t»m¡v ]©mb¯pIfnÂ hym]n¨n«ps−¦nÂ ]²Xn {]tZis¯

{]hÀ¯\§Ä GtIm]n¸nç¶Xn\mbn t»m¡v Xe tImþHmÀUnt\j³ I½nän

cq]oIcnçì. Cu I½nänbpsS sa¼À sk{I«dn ]²Xn \nÀÆlW NpaXebpÅ

t»m¡v ]©mb¯nsâ sk{I«dn Bbncnçw. sNbÀam³ B t»m¡v ]©mb¯nsâ

{]knUâp ambncnçw. ]²Xn {]tZi v̄ DÄs¸«v hê¶ aäv t»m¡v ]©mb¯pIfpsS

{]knUâpamÀ I½nänbpsS tImþsNbÀam³amêambncnçw

]«nI.3.2 ]²Xn \nÀÆlW GP³kn (PIA)

]²XnbpsS t]cv IWMP IX / 2012 - 13

]²Xn \nÀÆlW GP³kn sXmSp]pg t»m¡v ]©mb v̄

\nÀhlW A[nImcn sk{I«dn,t»m¡v ]©mb v̄

hnemkw sXmSp]pg , tImem\n

CSp¡n PnÃ

]n³: 676 304

sSet^m¬ \¼À 04862-222464

Cu-sabnÂ [email protected]

[email protected]

3.8.1 t»m¡vXe tImþHmÀUnt\j³ I½nän (BLCC)

]«nI.3.3 BLCC AwK§fpsS hnhc§Ä

{Ia \¼À

t]cv Øm\w t^m¬ \¼À

1 {ioaXn eoem½ tPmkv

t»m¡v ]©mb v̄ {]knUâv sXmSp]pg

9447157265

2 {io ^nen¸v tPmk^v

t»m¡v ]©mb v̄ sk{I«dn 9745037664

3 {io kRvPbv IpamÀ

sshkvv {]knUâv sXmSp]pg t»m¡v ]©mb v̄

9496279569

47

4 {ioaXn jm\n s_¶n

hnIk\ ÌmânwKv I½nän sNbÀam³, sXmSp]pg t»m¡v

9497788679

5 {ioaXn enkn tXmakv

AknÌâv FIvknIyq«ohv F©n\obÀ

(LSGD)

9447876405

6 {io Pbvtam³ sI (JBDO (EGS) 9447875661

7 {ioaXn sI.Fkv ]¦PhÃn

EO (WW) 9495705013

8 {io tPmÀÖv sk_m-Ìy³

Irjn AknÌâv UbdÎÀ 9447212913

9 {ioaXn _o\ tPmÀÖv

{Kma ]©mb v̄ {]knUâv, ap«w

9496045096

10 {io ]n.Fkv tP¡_v

{Kma ]©mb v̄ {]knUâv, aW¡mSv

9447311842

11 {io sI.sI tXmakv

{Kma ]©mb v̄ {]knUâv, Icn¦p¶w 9447149505

12 {io `mkvIc³ F.sI

{Kma ]©mb v̄ {]knUâv, ]pd¸pg 9605514026

13 WCDC {]Xn\n[n

14 WDT {]Xn\n[n

15 sSIv\n¡Â kt¸mÀ«v HmÀKss\tkj³ (TSO) {]Xn\n[n

3.8.2 hm«ÀsjUv sUhse]vsaâv Sow (WDT)

]²Xn \nÀÆlW GP³kn¡v kmt¦XnI klmbw \Âæ¶Xn\mbn \nÀ±nã tbmKyXbpw

{]tbmKnI ]cnNbhpapÅ Hê \oÀ¯S Uhe]vsaâv Soans\ t»m¡v Xe¯nÂ

\nbançì. CXnÂ tkmjyÂ sam_nssekÀ, knhnÂ F©n\nbÀ, Irjn hnZKv², Umä

F³{Sn Hm¸tdäÀ F¶nhÀ DÄs¸Spì.

3.8.3 \oÀ¯Sw / {Kma]©mb v̄ Xew

]²Xn {]tZiw 4 sNdp \oÀ¯S§fqsS Hê ¢ÌÀ BWv. Hmtcm sNdp \oÀ¯St¯bpw

{]tXyIw ]cnKWn¨psIm−mWv ]²Xn Bkq{XWw sNbvXncnç¶Xv. CXmWv ]²Xn

\nÀÆlW¯nsâ Gähpw {][m\s¸« Xew. ]²XnIÄ Bkq{XWw sN¿p¶Xnëw,

\S¸nemç¶Xnëw, hnebnê¯p¶XnësaÃmw apgph³ \oÀ¯S kaqlhpw

DÄs¡mÅp¶ s]mXp k`bmWv \oÀ¯S {Kmak`. \oÀ¯S Xe¯nÂ Bkq{XWw

sN¿p¶ {]hr¯nIÄ \S¸nemç¶Xn\mbn \oÀ¯S I½nänbpw, Hmtcm

{]hr¯nIfptSbpw \nÀÆlW¯n\mbn KpWt`màr kanXnIfpw cq]oIcn¨v

{]hÀ¯nçì. PohnX\nehmcapbÀ¯p¶ {]hÀ¯\§fqsS LSI¯nsâ

\nÀÆlW¯n\mbn kzbw klmb kwL§Ä, tPmbnâv eb_nenän {Kq¸pIÄ, ChbpsS

48

\oÀ¯S Xe¯nepÅ sÛtdjìIÄ F¶n§s\bpÅ kwLS\m kwhn[m\§fpw

D−mbncnçw. Hê \oÀ¯Sw H¶ne[nIw ]©mb v̄ {]tZi§fnembn hêìsh¦nÂ

`qcn`mKw {]tZiw DÄs¡mÅp¶ ]©mb¯nsâ t\XrXz¯nembncnçw {]kvXpX

\oÀ¯S¯n\I¯pÅ kwLS\m kwhn[m\§Ä {]hÀ¯nçI. aäv ]©mb v̄

{]tZi§fnÂ \oÀ¯S I½nänbpsS k_v I½nänIÄ cq]oIcnçIbpw AXmXv

]©mb¯pIÄ B k_v I½nän¡v t\XrXzw \ÂæIbpw sN¿pì.

3.8.4 \oÀ¯S I½nän (WC)

]²Xn Bkq{XW¯nëw, \nÀÆlW¯nëw t\XrXzw \Âæ¶Xv \oÀ¯S I½nän

Bbncnçw. \oÀ¯S {]tZis¯ FÃmhn`mK§fqtSbpw {]mXn\n[yw Dd¸m¡nbpÅ

{KmakÌfnemWv \oÀ¯S I½nän cq]oIcnç¶Xv. Hê \oÀ¯S I½nänbnÂ ædªXv 10

t]sc¦nepw D−mbncnçw. AXnÂ ]æXnt]À kzbw klmb kwL§Ä, h\nXIÄ,

Fkv.kn/Fkv.Sn hn`mKw, `qclnXÀ XqS§nbhcnÂ \n¶mbncnçw. WDT bnÂ \nìw

HcmÄ Cu I½nänbnÂ AwKambncnçw. \oÀ¯S I½nänbpsS sNbÀam³ \oÀ¯S

{]tZi v̄ IqSpXÂ `qhn`mKapÅ ]©mb¯nsâ {]knUâmbncnçw. sk{I«dnbpsS

NpaXe {]tZis¯ hn.C.H.¡mbncnçw. H¶ne[nIw ]©mb¯pIÄ DÄs¡mÅp¶

\oÀ¯S {]tZiamsW¦nÂ `q{]tZiw IqSpXÂ hê¶ ]©mb v̄ tI{µoIcn¨v Hê

{][m\ I½nänbpw aäv ]©mb v̄ {]tZi§fnÂ k_vþI½nänIfpw cq]oIcn¨v

{]hÀ¯nçì.

49

]«nI.3.4 \oÀ¯S I½nän hniZmwi§Ä

XpS-§-\mSv \oÀ¯Sw

{Ia.

\w.

\oÀ¯S I½nän

AwK§Ä Øm\w ]©mb v̄

hm

ÀUv hn`mKw t^m¬ \¼À

1 {ioaXn. _o\

tPmÀÖv sNbÀam³ ap«w 8

{Kma ]©mb v̄

{]knUâv, ap«w

9496045096

2 hn C H ap«w sk{I«dn ap«w 9447522369

3 WDT sa¼À

tkmjyÂ

sam_nssekÀ 9961002204

4 kp\p t\m_nÄ sa¼À ap«w

5 tPmkv sXm«n-bnÂ sa¼À ap«w

6 A\nÂ tPmÀÖv sa¼À ap«w

7 tUmfn cmPp sa¼À ap«w

8 t{]wIpamÀ sa¼À ap«w

9 tSman tPmÀÖv sa¼À ap«w

10 Hma\ taml-\³ sa¼À ap«w

11 Beokv tXmakv sa¼À ap«w

12 AeIvkv ¹mt¯m«w sa¼À ap«w

13 sI kn k®n sa¼À ap«w

14 sk_m-Ìy³ ]n Un sa¼À ap«w

9656958509

15 cmPn _nPp sa¼À ap«w

16 Ipcym-t¡m-kv,-I-«-¡bw sa¼À ap«w

17 tacn-¡p«n tPmbn sa¼À ap«w

18 jmPp tXmakv sa¼À ap«w

19 kn sP amXyp sa¼À ap«w

20 ]n än F sshkv {]kn-

Uâv Kh: t]mfn ap«w sa¼À ap«w

hS¡pw-ap-dn-t¯mSv \oÀ¯Sw

{Ia.

\w.

\oÀ¯S I½nän


hm


1 {io. sI.sI tXmakv sNbÀam³ Icn¦p¶w {Kma ]©mb v̄

{]knUâv, 9447149505

50

Icn¦p¶w

2 hn C H Icn¦p¶w sk{I«dn Icn¦p¶w

3 WDT sa¼À WDT sa¼À

tkmjyÂ


4 eoe Zmkv sa¼À Icn¦p¶w 12 9744909734

5 Nmt¡m sI amWn sa¼À Icn¦p¶w 7 9447267011

6 cmP½ kn.sI sa¼À Icn¦p¶w 7 9961684707

7 kPn Fw sP sa¼À Icn¦p¶w 6 9747206280

8 _n_n A{_mlw sa¼À Icn¦p¶w 8 9947710446

9 S_¶n tXmakv sa¼À Icn¦p¶w 9 9446922490

10 apc-fo-[-c³ F³ kn sa¼À ]pd-̧ pg 3 9847998731

11 A\p Zn]n³ sa¼À Icn¦p¶w 1 9539710030

12 AeIvkv amXyp sa¼À Icn¦p¶w

]mStiJckanXn 9447666872

13 iin ]n.Fkv sa¼À Icn¦p¶w 5 8111846764

14 ]ß-\m-̀ ³ sa¼À ]pd-̧ pg

`qclnX³ 9495158942

15 sPbnwkv amXyp sa¼À Icn¦p¶w 1

16 Sn FÂ ^nen¸v sa¼À Icn¦p¶w 1

17 sI Fw tPmkv sa¼À Icn¦p¶w 1

18 ^nen¸v hn.¸n sa¼À Icn¦p¶w 1

19 knÔp Pbn³ sa¼À Icn¦p¶w

20 sI ]n eqt¡mkv sa¼À Icn¦p¶w

ap−n-bmSn-t¯mSv \oÀ¯Sw

{Ia. \w.

\oÀ¯S I½nän AwK§Ä

Øm\w ]©mb v̄ hmÀUv hn`mKw t^m¬ \¼À

1 {io.]n.Fkv tP¡_v sNbÀam³ aW-¡mSv 8 {Kma ]©mb v̄

{]knUâv, aW-¡mSv

9447311842

2 hn. C. H. aW-¡mSv sk{I«dn aW¡mSv hn C H aW-¡mSv 9048049886


tkmjyÂ


4 Fw.-F³ s]m¶-̧ ³ sa¼À aW-¡mSv 7 `qclnX³ 9567090304

5 hÕe kn Pn sa¼À aW¡mSv 7 dºÀIÀj-I³ 9447267044

6 ]n {io\mYv sa¼À aW¡mSv 7 dºÀIÀj-I³ 9605273030

51

7 km_p tPmk^v sa¼À aW-¡mSv 8 dºÀIÀj-I³ 9495093355

8 knteman cmtP-{µ³ sa¼À aW¡mSv 8 Fkn 9605538859

9 cho-{µ³ Pn sa¼À aW¡mSv 8 dºÀIÀj-I³ 9446822979

10 X¦-̈ ³ tXmakv sa¼À aW-¡mSv 8 dºÀIÀj-I³

11 cm[m _me-Ir-jvW³

sa¼À aW¡mSv 8 SHG 9605710091

12 tPmk^v hn sP sa¼À aW¡mSv 10 IÀj-I³ 9446824089

13 enÃn tPmk^v sa¼À aW-¡mSv 10 SHG 9446893314

14 Un tKm]m-e-Ir-jvW³

sa¼À aW¡mSv 10 F³ Pn H

15 apc-fo-[-c³ sa¼À ]pd-̧ pg 3 SHG 8281603318

16 taml-\³ ]n _n sa¼À ]pd-̧ pg 3 9744273639

17 {]`m-hXn Ipam-c³ sa¼À ]pd-̧ pg 3 SHG 952165641

18 kt´mjv Ipam-c³ sa¼À aW¡mSv

19 N{µnI tkma³ sa¼À aW-¡mSv

20 KoX cm[m-Ir-jvW³

sa¼À aW¡mSv

21 an\n tKmIp-e³ sa¼À aW¡mSv

a®¯mwtNcn s]cnbm{¼ \oÀ¯Sw

{Ia.

\w.

\oÀ¯S I½nän


hm


1 {io.]n.Fkv tP¡_v sNbÀam³ aW-¡mSv 8 {Kma ]©mb v̄

{]knUâv, aW-¡mSv

9447311842

2 hn. C. H. aW-¡mSv sk{I«dn aW¡mSv hn C H aW-¡mSv 9048049886


tkmjyÂ sam_nssekÀ

9961002204

4 {ioaXn. ssje t_mkv tNmem-tÈcn

sa¼À aW-¡mSv 3 h\nX 9496745779

5 BÀ. kpK-X³ ]pe-¡p-Sn-bnÂ

sa¼À aW-¡mSv 3 £oc-IÀj-I³ 9747234333

6 ]n ]utemkv , ]qh-̄ pw-Ip-t¶Â

sa¼À aW-¡mSv 3 £oc-IÀj-I³ 9744541401

52

7 tUmfn BâWn ]pÃm-«p-Ip-Sn-bnÂ

sa¼À aW-¡mSv 4 Fkv F¨v Pn 9447206305

8 {]k¶ kpIp-am-c³ D¶-¡m«v

sa¼À aW-¡mSv

4 h\nX IÀjI 8281615023

9 sI F³ tkma-Zmkv sF¡-c-]-d-¼nÂ

sa¼À aW-¡mSv

5 F³ Pn H 9961741354

10 _nµp cmP³ ]m«-¯nÂ

sa¼À aW-¡mSv

5 Fkv F¨v Pn 9747270933

11 F F³ apIpµ-Zmkv sF¡-c-]-d-¼nÂ

sa¼À aW-¡mSv

5 F³ Pn H 9656310217

12 sI hn iin ssI¸-a-S-¡Â

sa¼À aW-¡mSv 5 dºÀ IÀj-I³

13 lcn kn Pn s\Spw-I-−-¯nÂ

sa¼À aW-¡mSv

6 IÀj-I³ 9400602490

14 {ioP cmPohv sNmdn-I-®mw-]m-d-bnÂ

sa¼À aW-¡mSv

6 Fkv kn 9744634139

15 tPmÀÖv tXmakv h«m-a-ä-̄ nÂ

sa¼À aW-¡mSv

9 IÀj-I³ 04862-218096

16 tdmbn t__n a\-bm«v

sa¼À aW-¡mSv

9 dºÀ IÀj-I³

17 sI FÂ tXmakv Imªn-c-s¡m-¼nÂ

sa¼À aW-¡mSv

10 dºÀ IÀj-I³ 9746099160

18 Dj tPmk^v aT-¯n-]-d-¼nÂ

sa¼À aW-¡mSv 11 Fkv F¨v Pn 9961345172

19 A\p t__n ]pXp-a-\-¡p-t¶Â aS-¡-¯m\w

sa¼À aW-¡mSv

3 WDT Member 9400116226

20 F³ Fw tPmÀÖv s\Spw-]p-d v̄

sa¼À aW-¡mSv

8 IÀj-I³ 9544928296

21 FÂkn _m_p Ab-te-S v̄

sa¼À aW-¡mSv

7 `qc-lnX 9961809089

22 s_¶n tPm¬ a\-bm«v

sa¼À aW-¡mSv

4 F³ Pn H 8547528768

23 tPmWn sI sP Ip¶pt½Â

sa¼À aW-¡mSv

3 dºÀ IÀj-I³ 9746099160

53

]«nI.3.5 \oÀ¯S I½nänIÄ cq]oIcn¨ \oÀ¯S {Kmak`bpsS XobXn

{Ia.

\w. ssat{Im hm«ÀsjÍnsâ t]êw tImUpw

{Kmak`bnÂ ssat{Im hm«ÀsjÍv I½nän cq]oIcn¨ XobXn

1 13M51a

XpS§\mSv \oÀ¯Sw 16.06.2014

2 13M52b

hS¡pwapdn \oÀ¯Sw 17.06.2014

3 13M52c

ap−nbmSntXmSv \oÀ¯Sw 21.06.14

4 13M53a

a®¯mwtNcn þ s]cnbm{¼ \oÀ¯Sw 21.06.14

3.8.5 kzbw klmbkwL§Ä (SHGs)

Zcn{Z P\hn`mK§Ä¡v Poht\m]m[n BÀÖnç¶XnëÅ ]²Xn \S¸nemç¶Xv

{]tZi¯pÅ kzb klmb kwL§Ä hgnbmWv. CXn\mbn \nehnepÅ kwL§sf

]cnKWnçì. BëIqeyw e`nçhm³ AÀlXs]« æSpw_§Ä C\nbpw GsX¦nepw

kwL§fnÂ AwK§fmIs¸«n«nsÃ¦nÂ A§s\bpÅ æSpw_§sf tNÀ v̄ ]pXnb

kzbw klmb kwL§Ä cq]oIcn¡mhp¶XmWv. \oÀ¯S sUhe]vsaâv Soansâ

(WDT) klmbt¯msS hm«ÀsjUv I½änbmWv kzbw klmb kwL§Ä

cq]oIcnt¡−Xv. Poht\m]m[n BÀÖnç¶XnëÅ ]²XnbnÂ koUvaWn hnXcWw

sN¿p¶Xv kzbw klmb kwL§Ä hgn Bbncnçw. koUv aWn kzoIcn¨v

kwcw`§Ä \S¯n hêam\ hÀ[\hv bmYmÀYyamç¶Xn\mbn tPmbnâv eb_nenän

{Kq¸pIÄ cq]oIcnçì.

\nehnÂ 200 kzbw klmb kwL§Ä ]²Xn {]tZi¯p−v. CXnÂ 2 ]pêj

kwL§fpw DÄs¸Spì. BsI 33.7 iXam\w æSpw_§fmWv kzbw klmb

kwL§fnÂ A§§fmbpÅXv. CXnÂ ]«nI PmXn, ]«nI hÀ¤ æSpw_§Ä 11

iXam\amWv. 34.5 iXam\w Zmcn{ZytcJ¡v XmsgbpÅ æSpw_§fmWv. ]²Xn

{]tZis¯ BsIbpÅ _n.]n.FÂ. æSpw_§fpsS 20.4 iXam\amWv GsX¦nepsamê

kzbw klmb kwL¯nÂ AwKambn«pÅXv. ]²Xn {]tZis¯ kzbw klmb

kwL§sf ædn¨pÅ hnhc§Ä ]«nIbnÂ \ÂInbncnçì.

54

]«nI 3.6 ]²Xn {]tZis¯ kzbw klmb kwL§sfçdn¨pÅ hnhc§Ä

{I.\.

\oÀ¯S

tImUv ]©mb¯v

SHG IfpsS F®w AwK§fpsS F®w

{][m\ kwcw`§Ä

M

al

e

Fem

ale

S

p

ec

ia

l SC ST

GEN

ERAL BPL

TOT

AL

1 13M51a

ap«w 0 56 0 92 79 416 530 587

BSp hfÀ¯Â, Iq¬Irjn, X¿Â, {Kq¸v

^man§v, ]¸S\nÀ½mWw, tkm¸p \nÀ½mWw, a¬]m{X \nÀ½mWw,

sIm{] \nÀ½mWw apXemb

Icnè¶w 0 17 0 58 3 163 156 224

2 13M52b

Icnè¶w 0 33 0 28 1 360 317 389

]pd¸pg 0 3 0 15 0 20 35 35

3 13M52c

aW¡mSv 0 10 0 17 0 109 63 128

]pd¸pg 0 4 0 3 0 24 11 27

4 13M53a aW¡mSv 2 75

146 1 752 632 899

TOTAL 2 198 359 84 1844 1744 2289

3.8.6 bqkÀ {Kq¸pIÄ

\oÀ¯S ]cn]me\¯n\v sXcsªSp¯n«pÅ Hmtcm {]hÀ¯\§fpw B

{]hÀ¯nbpsS KpWt`màm¡Ä hgnbmWv \S¸nemt¡−Xv. Hmtcm {]hr¯nbpw

\S¸nemç¶ L«¯nÂ \oÀ¯S I½nänbpsS t\XrXz¯nÂ BWv bqkÀ {Kq¸pIÄ

cq]oIcnç¶Xv. \oÀ¯S {]tZi v̄ Øew DÅhêw, ]²Xn {]hÀ¯\§fpsS

KpWêw t\cn«v e`nçIbpw sN¿p¶hsc DÄs¸Sp¯nbmWv bqkÀ {Kq¸pIÄ

cq]oIcnç¶Xv. ]²XnIÄ \S¸nemç¶Xv kw_Ôn¨pw, XpSÀ ]cn]me\

{]hÀ¯\§Ä \S¯p¶Xv kw_Ôn¨papÅ ]cnioe\ ]cn]mSnIÄ bqkÀ {Kq¸v

AwK§Ä¡v \Âæì.

55

A[ymbw 4

]²Xn {]tZis¯ sNdp\oÀ¯S§Ä

4 sNdp\oÀ¯S§Ä DÄs¡mÅp¶XmWv ]²Xn {]tZiw. XpS§\mSv (13M51a),

hSçwapdntXmSv (13M52b), ap−nbmSntXmSv (13M52c), a®¯mt©cnþs]cnbm{¼ (13M53a)

F¶nhbmWv ]²Xn {]tZis¯ sNdp\oÀ¯S§Ä. Hmtcm sNdp\oÀ¯S§fpsSbpw

hniZmwi§Ä Cu A[ymb¯nÂ tNÀ¯ncn¡p¶p.

4.1 sNdp\oÀ¯S§fpsS Øm\ hpw hniZmwi§fqw

56

]«nI.4.1 XpS§\mSví ÈàVJ¿¢ (13 M 51a)

\oÀ¯S tImUv

]©mb¯v

hmÀUpIÄ

]cn]men¡ s¸tS− hnkvXrXn (sl.)

{

13M51a

ap«w 1,7,8,12,13,2p,3p,4p,5p,6p,

9p,10p,11p 2088

Icnæ¶w 3p,4p,5p

AXnÀ¯n

Pntbm{K^n¡Â tImþHmÀUnt\äpIÄ A£mwiw tcJmwiw

9°48'10.41"N 76°42'26.47"E

9°52'10.94"N 76°46'12.61"E

hS¡v sXmSp]pgbmÀ (amS]d_nÂ dnskmÀ«v), Be¸m«v ae, skâv ]oäÀ B³Uv

t]mÄ NÀNv

Ing¡v X¶n«w ]md, CÃnNmcn ae, I\ymae, s]êæ¶v

sX¡v ]pdhnf tXmSv, aªç¶v, FÅpw]pdw, tX³ a«n, hSçw taSv

]Snªmdv ]¨nfw æ¶v, sImÃw æ¶v, am¯¸md, sXmSp]pgbmÀ

s]mXp Ipf§Ä tXmSpIÄ ]mStiJcw sN¡v Umw

jm¸pw ]Sn æfw

Khs×âv tlmkv]näÂ

æfw

XpS§\mSv æfw

CÃnNmcn æfw

s\Ãn¯m\¯v æfw

{ame tXmSv

I®w]md tXmSv

]ç\mw tXmSv

CS¡\mÂ tXmSv

HäsX§v tXmSv

sImÃw æ¶v tXmSv

hcn¡m\n tXmSv

Icnw_m\n tXmSv

hÅn]md tXmSv

I\ymaeþæänbm\n

tXmSv

{ame I−w

XpS§\mSv I−w

ægnbn\mÂ `mKw

sN¡v Umw

\oÀ¯S {]tZis¯ {][m\ {]iv\§Ä

cq£amb Pe£maw, as®men¸v, PetkN\ kuIcy§Ä ]cn]men¡s¸Sm¯Xv, Pe t{kmX

ÊpIÄ ]cn]men¡s¸Sm¯Xv, \oÀ¨mepIfpsS ]mÀiz§Ä CSnªv D−mæ¶ as®men¸v

57

]«nI.4.2 hSçwapdn tXmSv ÈàVJ¿¢ (13 M 52b)

\oÀ¯S tImUv

]©mb¯v hmÀUpIÄ ]cn]men¡

s¸tS− hnkvXrXn (sl.)

13 M 52b

Icn æ¶w

1,13,6p,7p,8p,

9p,10p,11p,12p

1003

]pd¸pg 3p,5p AXnÀ¯n


9°49'54.11"N 76°40'11.53"E

9°53'0.73"N 76°42'14.03"E hS¡v

ISphbÅp¼md, aªpamh v, sXm«n¡S, A©{]

Ing¡v aqthenÂ A¼ew, hoc·e, ]qt¯ç¶v, thWm«væ¶v, CS]pdw ae

sX¡v CS]pdw ae, sNm¡³ ]md

]Snªmdv Is®menÂ ]md, A¼ew]Sn, CÃnNmcn, ¹mâtäj³, Hd]md

58


N´æfw

It®menÂ æfw

hSçapdn æfw

sNÅÂ tXmSv

A©{] tXmSv

hSçw apdn tXmSv

]penaäw tXmSv

IcnInew tXmSv

Acn¡Â tXmSv

tImeçt¶Â tXmSv

hcInÂ tXmSv

sNÅÂ ]mSw

hSçw apdn I−w

tNê¦Â ]mew

I−w

Ddpw_nÂ I−w

]qXçgn I−w

aSw Nnd

aqimcnIShv

tImeçt¶Â

tXm«p§Â Icnbnemw tXmSv


cq£amb Pe£maw, as®men¸v, PetkN\ kuIcy§Ä ]cn]men¡s¸Sm¯Xv, Pet{kmXÊpIÄ

]cn]men¡s¸Sm¯Xv, \oÀ¨mepIfpsS ]mÀiz§Ä CSnªv D−mæ¶ as®men v̧

59

]«nI.4.3 ap−nbmSntXmSv ÈàVJ¿¢ (13 M 52c) \oÀ¯S tImUv

]©mb¯v hmÀUpIÄ ]cn]men¡s¸tS− hnkvXrXn (sl.)

13 M 52c

aW¡mSv

7p,8p,10p 234

]pd¸pg 3p

AXnÀ¯n


9°52'35.33"N 76°39'40.30"E

9°54'25.23"N 76°41'31.95"E

hS¡v ap−·e (apª\m«v d_À tXm«w), hmg¸Ån, s\Snbime ]Ån, aménê¼d, almß

PwKvj³ æSp¡maäw, F³.Fkv.Fkv kvIqÄ, sXmSp]pgbmÀ

Ing¡v ap−·e (apª\m«v d_À tXm«w), s\Sp¼md, ISphÅpw ]md

sX¡v ISphÅpw ]md, aªpw amhv

]Snªmdv aªpw amhv, ap³kn]menän AXnÀ¯n

s]mXp Ipf§Ä tXmSpIÄ ]mStiJcw

]pXntbS v̄ æfw

aªpw amhv tXmSv

s\Snbime tXmSv

aqea\íÂ tXmSv

hg¡m¯SnÂ tXmSv

hÅotXmSv

IÃd¡Âþæì©nd tXmSv

A¿mw ]dþamcwtImSv tXmSv

amcmwtImSv ]mSw

s\Snbime ]mSw


cq£amb Pe£maw, as®men¸v, PetkN\ kuIcy§Ä ]cn]men¡s¸Sm¯Xv, Pet{kmXÊpIÄ

]cn]men¡s¸Sm¯Xv, \oÀ¨mepIfpsS ]mÀiz§Ä CSnªv D−mæ¶ as®men v̧

60

]«nI.4.4 a®¯mt©cnþ s]cnbm{_ ÈàVJ¿¢ (13 M 53a)

\oÀ¯S tImUv

]©mb¯v hmÀUpIÄ ]cn]men¡s¸tS− hnkvXrXn (sl.)

13M53a

aW¡mSv

2p,3,4,5,6,7p,

8p,9,10p,11p 1197

AXnÀ¯n


9°53'6.63"N 76°38'40.93"E

9°55'8.07"N 76°41'32.03"E

61

hS¡v sXmSp]pgbmÀ

Ing¡v DZb PwKvj³, Iqä·e, ]¨qÀae, ]¨X−pae, apSs¡mÅnÂ

sX¡v ap−·e, hmg¸Ån, s\Snbime ]Ån, aménê¼md

]Snªmdv aménê¼d, almß PwKvj³ æSp¡aäw, F³.Fkv.Fkv kvIqÄ, sXmSp]pgbmÀ


]¿qÀ æfw

s]cnbm{_ æfw

t]mSqÀ æfw

aW¡mSv A¼eæfw

Fençfw 1

Fençfw 2

]¨qÀþCçv tXmSv

a®¯mt©cnþCçv tXmSv

NnäqÀþCçv tXmSv

Nmgn]md tXmSv

Båmd tXmSv

s]cnbmw{_ tXmSv

\Sbw tXmSv

cma\m«v tXmSv

Iêam\¸nÅn tXmSv

NÅpa®v tXmSv

aW¡mSv Aw¼etXmSv

XgphNmÂ tXmSv

NndapJw tXmSv

]pXp]cnbmcw tXmSv

ssI¸nÅnÂ tXmSv

s]mä³]mdmþFenæfw tXmSv

]pXn¸cnbmcw ]mSw

s]cnbmw{_ ]mSw

a®¯mt©cn ]mSw

\Sbw ]mSw

hm¨m¸nÅn ]mSw

]Wnb¡·mt«Â

]mSw

ssI¸nÅnÂ ]mSw

a®¯mt©cn Cçv

tXmSv sN¡v Umw


as®men¸v, PetkN\ kuIcy§Ä ]cn]men¡s¸Sm¯Xv, Pet{kmXÊpIÄ ]cn]men¡s¸Sm¯Xv,

\oÀ¨mepIfpsS ]mÀiz§Ä CSnªv D−mæ¶ as®men¸v

4.2 \oÀ¯S§fqsS `q{]IrXn

kap{Z\nçnÂ \nìw 27 aoäÀ apXÂ 810 aoäÀ hsc Dbc¯nemWv ]²Xn {]tZiw ØnXn

sN¿p¶Xv. `q{]IrXnbnÂ \oÀ¯S§Ä X½nÂ Imcyamb hyXymk§fnÃ. CXnÂ 234

slÎÀ apXÂ 2088 slÎÀ hscbpÅ 4 \oÀ¯S§fmWv ]²XnbnepÅXv. {ame tXmSv,

]ç\mw tXmSv, cma\m«v tXmSv,a®Xmt©cn tXmSv,ap−nbmSntXmSv , sN§\m«v tXmSv

XpS§nb hyXykvX \oÀ¯S§fnse {][m\ tXmSpIÄ hgnbmWv ]²Xn {]tZis¯

{][m\ \Znbmb sXmSp]pgbmdnte¡v Pesa¯nt¨ê¶Xv. ]²Xn {]tZi¯nsâ

\oÀ¯Sw Xncn¨pÅ kz`mh khntijXIÄ ]«nI.4.10 bnÂ \ÂInbncnçì.

62

]«nI.4.5 \oÀ¯S¯nsâ `q{]IrXn

Watershed characteristics XpS§\mSv

hSçwapdn tXmSv

ap−nbmSn tXmSv

a®¯mt©cnþ s]cnbm{¼

Shape index

1:3

(Rectangular)

1:2.5

(Rectangular)

1:5

(Rectangular)

1:1

(Circular)

Length of Main stream (KM) 9.0 3.5 0.2 6.2

Drainage Density (KM/Sq.KM) 0.006 0.007 0.003 0.012

Slope Range (%) 1% to above50 % 1 % to 33% 3% to 25 % 1% to 33%

Relief(M) 790 140 190 210

Elevation Range(M) 20 to 810M 40 to 180 M 40 to 230 M 20 to 230 M

Perimeter(KM) 24.57 14.50 11.25 14.40

Area(KM2) 20.88 10.03 2.34 11.97

Drainage inside the WS (KM) 12.70 7.50 0.60 14.80

Source: Calculated Using GIS

4.3 \oÀ¯S¯nse `qhn\ntbmKw dºÀ Irjn hymIambpÅ Hê {]tZiamWv CXv. ]²Xn {]tZi¯nsâ 58 iXam\w

{]tZihpw dºÀ Irjn sN¿pì. 33.5 iXam\w {]tZiw an{ihnfIfmÂ BhcWw

sN¿s¸«ncnçì. 2.3 iXam\w {]tZi v̄ am{XamWv ]mStiJcapÅXv.

]«nI.4.6 \oÀ¯S¯nsâ `qhn\ntbmKw

`qhn\ntbmKw XpS§\mSv hSçwapdn

tXmSv ap−nbmSn

tXmSv a®¯mt©cnþ

s]cnbm{¼ BsI

Icn¦Â ]md 154 5 2 28 189 {][m\ambpw \nÀ½mW§Ä \S¶ncnç¶ Øew 57 10

67 ]mStiJcw 24 26 7 45 102 ss]\m¸nÄ 15

2 17 dºÀ tXm«§Ä 1267 473 151 735 2625 sXt§mSp IqSnb an{i hnfIÄ 732 273 87 425 1517 Pet{kmXÊpIÄ 9 10 0 20 39 BsI 2258 797 247 1255 4556

Source: Calculated Using GIS

63

64

65

66

4.4 ]²Xn {]tZis¯ ssPh sshhn[yw

ssPh sshhn[y¯mÂ kar²amWv ]²Xn {]tZiw. \oÀ¯S {]tZi v̄ I−phê¶

hnhn[ C\w kky C\§fpw AXnsâ hniZmwi§fpw ]«nIbnÂ \ÂInbncnçì.

]«nI.4.7 ]²Xn {]tZis¯ ssPh sshhn[yw

Crop type Vernacular name

Common name Scientific name Family

Ing§v hnfIÄ

acö\n Tapioca Manihot esculenta Euphorbiaceae

tN\ Elephant yam Amorphophallus

companulatus Aroidae

Im¨nÂ Yam Dioscorea alata Dioscoreaceae a[pcIng§v Sweet potato Ipomea batatas Convolvulaceae

IqÀ¡ Chinese potato Plectranthus

rotundifolius Lamiaceae

]¨¡dn hnfIÄ

]She§ Snake gourd Trichosanthes

cucumerina Cucurbitaceae

shÅcn¡ Cucumber melon Cucumis sativus Cucurbitaceae æ¼f§ Ash gourd Benincasa hispida Cucurbitaceae hgpX\§ Brinjal Solanum melongena Solanaceae

X¡mfn Tomato Solanum

lycopersicum Solanaceae

]äpfIv Chilli Capsicum annuum Solanaceae Noc Amaranthus Amaranthus viridis Amaranthaceae

ê kky§Ä

hmg Banana Musa paradisiacal.

M.sapiendum Musaceae

amhv Mango Mangifera indica Anacardiaceae ssIXN¡ Pineapple Ananas comosus Bromeliaceae kt¸m« Sapota Achras sapota Saptaceae \mcIw Lime Citrus limonia Rutaceae Nm¼ Water apple Syzgium aqueum Myrtaceae

Iipamhv Cashew Anacardium

occidentale Anacardiaceae

¹mhv Jack fruit Artocarpus

integrifolia Moraceae

s\Ãn Indian gooseberry Phyllanthus emblica Phyllanthaceae _Zmw Indian Almond Terminalia catapa Myrtaceae

F® hnfIÄ sX§v Coconut Cocos nucifera Arecaceae kpKÔ {Zhy§Ä aªÄ

Turmeric Curcuma longa Zingiberaceae

PmXn Nutmeg Myristica Myristicaceae

C©n Ginger Zingiber officinale Zingiberaceae

æêapfIv

Pepper Piper nigrum Piperracea

]bÀ hÀ¤§Ä h³]bÀ Cowpea Vigna unguiculata Fabaceae

67

sNdp]bÀ Green gram Vigna radiate Fabaceae

\mWy hnfIÄ

Dgp¶v Black gram Phaseolus mungo Fabaceae dºÀ Rbber Havea brasileinsis Euphorbiaceae Im¸n Coffe coffea Arabica rubiaceae sImt¡m Cocoa Theobroma cacao L malvaceae

[m\y hnf s\Ãv

Paddy- oryza sativa-graminac


4.5 \oÀ¯S {]tZis¯ hnZym`ymk Øm]\§Ä

]«nI.4.8 hnZym`ymk Øm]\§fpsS F®w

\oÀ¯S§Ä

13M51a 13M52b 13M52c 13M53 a

AwK³ hmSn 16 6 2 10 FÂ.]n. kvIqÄ 2 2 0 3

bp.]n. kvIqÄ 1 1 1 0

ssl kvIqÄ 3 1 1 0 lbÀ sk¡dn kvIqÄ 1 1 1 0

tImtfPv 1 0 0 0

t]mfnsSIv\nIv 1 0 0 0 Source: Baseline Survey

]«nI.4.9 ]²Xn {]tZis¯ kvIqfpIsf kw_Ôn¡p¶ hnhc§Ä

{Ia \.

\oÀ

¯Sw

]©

mb¯

v

hmÀ

Uv

kvIqfnsâ t]cv Xcw

hn`

mKw

Ip«nIfpsS F®w

A²ym]IcpsS F®w

A\²ym]IcpsS F®w

iuN

meb

w

IpS

nsh

Åw

ssh

ZyqX

n

]pI

bnÃ

m¯

ASp

¸v

M F M F M F

1

13

M5

1a

ap«

w

skâv tacokv FÂ.]n kvIqÄ,

Ims¡m¼v

FbvUUv LP

29

31

0 4 0 0

Bh

iy¯

n ë−

v

D−

v

D−

v

D−

v

2

skâv tXmakv F .]n kvIqÄ, XpS§\mSv

FbvUUv LP

95

91 1 5 0 0

D−

v

D−

v

D−

v

3

Kh.ssl kvIqÄ, ap«w

Kh. HS

112 75

4 10 1

CÃ

CÃ D

−v

CÃ

4

skâv tXmakv sslkvIqÄ, XpS§\mSv

FbvUU H

S

112

102 5 16

2 2

Bhi

D−

v

D−

v

D−

v

68

5

jm´mÄ tPymXn ]_vfnIv kvIqÄ

A¬ FbvUU

HS

y¯n ë−v

6

Icn¦

p¶w

skâv ]otägvkv bq.]n kvIqÄ,

X«mc¯«

FbvUU U

P

64

41

3 7 0 1

D−

v

D−

v

D−

v

7

13

M5

2b

Icn¦

p¶w

_n.än.Fw. FÂ.]n kvIqÄ,

hS¡pwapdn

FbvUU LP

23

20

1 3 0 0

Bh

iy¯

në−

v

D−

v

D−

v

CÃ

8

Kh.FÂ.]n kvIqÄ,

Icn¦p¶w Kh. LP

132

162 1 7 0 1

D−

v

D−

v

CÃ

9

enäÀ v̂fhÀ bq.]n kvIqÄ, s\SnbImSv

FbvUU U

P

100

119 1 13

0 1

D−

v

D−

v

D−

v

10

skâv AKÌy³kv F v̈.Fkv & F v̈.Fkv.Fkv

FbvUU

HS

& H

SS

226

174 9 10

3 1

D−

v

D−

v

D−

v

11

13

M5

3a

aW

¡mS

v

enäÂ v̂fhÀ FÂ.]n kvIqÄ,

NnäqÀ

FbvUU LP

13

17

0 4 0 0

Bh

iy¯

në−

v

D−

v

D−

v

D−

v

12

skâv tPm¬kv FÂ.]n kvIqÄ,

s]cnbm{¼

FbvUU LP

30

29

0 5 0 1

D−

v

D−

v

CÃ

13

Kh.FÂ.]n kvIqÄ, NnäqÀ

Kh. LP

19

9 1 4 0 1

D−

v

D−

v CÃ

14

13

M5

2c

aW¡mSv

skâv tacokv

FÂ.]n kvIqÄ, s\Snbime

FbvUU U

P

52

42

4 5 0 1

D−

v

D−

v

D−

v

15 F³,Fkv.Fkv F v̈.Fkv.Fkv,

aW¡mSv

FbvUU

HS

& H

SS

362

252 4 33

1 1

D−

v

D−

v CÃ


69

A[ymbw 5

\oÀ¯S {]tZiw t\cnSp¶ {][m\ {]iv\§Ä

{]tZiw t\cnSp¶ {]iv\§sf a\Ênem¡n AXnsâ ASnØm\¯nemWv AXmXv

\oÀ¯S {]tZis¯ ]cn]me\ {]hÀ¯\§Ä Bkq{XWw sNbvXncn¡p¶Xv. \mevv

sNdp \oÀ¯S§fnepw GItZiw kam\amb {]iv\§fmWv I−p h¶n«pÅXv. Hmtcm

{]tZis¯bpw {]iv\§Ä a\Ênem¡p¶Xn\v ]²XnbpsS Bkq{XW L«¯nÂ BZyw

apXÂt¡ icnbmb P\]¦mfn¯w Dd¸m¡nbncp¶p. Hmtcm \oÀ¯S {]tZi¯pw

kwLSn¸n¨ ]¦mfn¯ ]T\w, {Kma kÌÄ F¶nh IqSmsX AXmXv {]tZis¯

P\{]Xn\n[nIÄ, \oÀ¯S I½nän AwK§Ä F¶nhtcmsSm¸w ]²Xn {]tZiw apgph³

kµÀin¨pamWv Hmtcm {]tZit¯bpw {]iv\§fpw AXn\ëkrXamb CSs]SÂ

{]hÀ¯\§fpw Is−¯nbn«pÅXv.

C§s\ Is−¯nbn«pÅ {][m\ {]iv\§Ä Xmsg hnhcn¨ncn¡p¶p.

1. as®men¸v

2. a®v, Pe kwc£W¯n\pÅ {]hÀ¯\§Ä Imcy£aaÃm¯Xv

3. Pet{kmXÊpIÄ kwc£n¡m¯Xv

4. \oÀ¨mepIfnÂ as®men¸v XSbp¶Xn\pÅ ê{]Zamb amÀK§Ä

kzoIcn¡m¯Xv

5. thK¯nepÅ \oscmgp¡v kmh[m\am¡p¶Xn\pÅ kwhn[m\§Ä CÃm¯Xpw,

DÅXv {]hÀ¯n¡mXncn¡pIbpw sN¿p¶Xv.

6. tXmSpIfpsS ]mÀiz`n¯n CSnªv as®men¨v t]mæì

7. tXmSpIfpsS Xmgv `mK§fnÂ sNfn ASp¶Xn\mÂ Pew ]mStiJc§fnte¡v

IbdpIbpw AXv Irjn sN¿p¶Xn\v XSÊamæIbpw sN¿pì.

8. P\§Ä Iq«ambn Xmaknç¶ `mK v̄ icnbmb amen\y kwkvIcW

kwhn[m\anÃm¯Xv.

9. a®nÂ Aenªp tNcm¯ ¹mÌnIv t]mepÅ Jcamen\y§fpsS icnbmb

kwkvIcWw \S¡m¯Xv

10. DÂ]mZ\ cwK v̄ \qX\ Irjn k{¼Zmb§Ä kzoIcn¡m¯Xv XpS§nbhbmWv

]²Xn {]tZi v̄ Is−¯nbn«pÅ {][m\ {]iv\§Ä.

70

5.1 as®men¸v

emässdäv a®mWv ]²Xn {]tZi v̄ {][m\ambpw I−p hcp¶Xv. IrjnbnÂ XmÂ]cyw

Ipdbp¶Xpw, \nÀ½mW {]hÀ¯\§Ä Gdp¶Xpw AtXmsSm¸w Ime§fmbn

A\phÀ¯n¨p h¶ncp¶ as®men¸v XSbp¶Xn\pÅ \nch[n {]hÀ¯\§Ä Ct¸mÄ

\S¯mXncnç¶Xpw as®men¸nsâ BLmXw Iq«p¶p. sNcnhv IqSnb Øe§fnÂ

IÃpI¿meIÄ, aänS§fnÂ a¬ hc¼pIÄ, a¬ hc¼pIfnepw aäpw Xoä¸pÂ,

ioas¡m¶ t]mepÅ ssPhmhcW§Ä F¶o {]hÀ¯\§Ä BhÀ¯n¡pI hgn

as®men¸ns\ Hcp ]cn[n hsc XSbphm\mIpw. \oÀ¨mepIfnÂ ASnbWIÄ \nÀ½n¨pw

as®men¸n\v ]cnlmcw Is−¯m\mIpw.

5.2 IpSnshÅ £maw

`qKÀ`Pew Hmtcm hÀjw Ignbpt¼mgpw IqSpXÂ Xmgv¶v t]mIp¶XmbmWv ImWp¶Xv.

agshÅw ]pcbnS§fnÂ tiJcn¨ncp¶ ]gbIme coXn Ct¸mÄ A\phÀ¯n¨p

hcp¶nÃ. Ipf§Ä t]mepÅ Pekw`cWnIÄ ]eXpw \nI¶v t]mbncn¡p¶p.

\oÀ¨mepIfpsS Bcw` `mK¯pÅ \ocpdhIfmb HmenIÄ kwc£n¡s¸Sp¶nÃ.

agshÅw ip²oIcn¨v InWdpIfnte¡v do¨mÀPv sN¿s¸Sp¶nÃ. C§s\ \nch[n

ImcW§Ä IpSnshÅ £ma¯n\v ]n¶nep−v. icnbmb a®v, Pe ]cn]me\

{]hÀ¯\§Ä hgn \ap¡v Cu AhØ¡v amäap−m¡m\mIpw. agshÅw DSs\

]pdt¯¡v Hgp¡n Ifbp¶Xn\p ]Icw ]pcbnS§fnÂ \nc¶v a®nte¡v

Cd§p¶Xn\pÅ Ahkc§Ä D−m¡pI, taÂ¡qcbnÂ e`n¡p¶ agshÅw

ip²oIcn¨v InWdnte¡v do¨mÀPv sN¿pI., ac§Ä sh¨p ]nSn¸n¡pI IÃpI¿meIÄ,

a¬ hc¼pIÄ, F¶nh \nÀ½n¨v ]cn]men¡pI XpS§nb {]hÀ¯\§Ä CXn\mbn

\½p¡v GsäSp¡m\mIpw.

5.3 D]cnXe Pekw`cWnIÄ

]mStiJc§fpsS apIÄ `mK§fnepÅ \nch[n Xe¡pf§Ä C¶v a®Snªv \nI¶v

t]mbncn¡p¶ AhØbmWpÅXv. DbÀ¶ {]tZi§fnepÅ \ocpdhIÄ,

]pcbnS§fnepÅ Ipf§Ä F¶nhbnÂ \sÃmcp ]¦pw th−{X kwc£n¡s¸Sp¶nÃ.

XpemhÀj Ime¯pw, th\Â Ime¯pw e`n¡p¶ agIÄ Cu Ipf§fnÂ

tiJcn¡s¸tS−Xp−v. AXn\mbn \nI¶p t]mbncn¡p¶ Cu Pekw`cWnIÄ

]p\cp²oIcn¡Ww. tXmSpIfnÂ \nÀ½n¨n«pÅ ]e sN¡v UmapIfpw hn.kn._n.Ifpw

C¶v {]hÀ¯\ £aaÃ. tISp]mSpIÄ \nI¯n Ch ]p\:cp²oIcnt¡−Xp−v.

tXmSqIfpsS apIÄ `mK v̄ iàamb as®men¸v XSbp¶Xn\pÅ kwhn[m\§Ä H¶pw

Xs¶ CÃ. AXn\mÂ apIÄ `mK¯pw \n¶pw aäpw hcp¶ sNfn AXnthKw XmgvhcbnÂ

71

h¶v ASnbp¶p. CXv tXmSpIfpsS Pekw`cW tijn Ipdbv¡pIbpw ag¡me v̄

shÅs¸m¡¯n\pw aäpw ImcWamIpIbpw sN¿p¶p. agamdnbmÂ DSs\ PeanÃm¯

AhØbpamIp¶p. Cu AhØ adnIS¡p¶Xn\v tXmSpIfpsS icnbmb ]cn]me\w

BhiyamWv. tXmSpIfnÂ Bhiy¯n\v ASnbWIÄ, s]Às¡mtej³ ]näpIÄ F¶nh

\nÀ½n¡pIbpw ]mÀiz`n¯nIÄ iàns¸Sp¯pIbpw sNt¿−Xp−v.

5.4 ImÀjnI taJe

d_À Irjnbnte¡pff thK¯nepff ]cnhÀ¯\amWv ImÀjnI taJebnÂ C¶v

I−psIm−ncn¡p¶ {][m\ {]Xn`mkw. AtXmsSm¸w Xs¶ ss]\m¸nÄ Irjnbpw

hym]n¡p¶p−v. F¶mÂ s\ÂIrjnbnÂ Imcyamb Ipdhv h¶ncn¡p¶p. ]²Xn {]tZi¯pff

]mStiJc§Ä ]eXpw Xcniv InS¡p¶p. Pe \nÀ¤a\ kuIcy§Ä ê{]ZaÃm¯Xn\mÂ ]e

]mStiJc§fpw NXp¸pIÄ t]msebmbnsIm−ncn¡p¶p. imkv{Xob Irjn coXnIÄ

Ahew_n¡p¶Xnepw, ]pXpXeapd ImÀjnI hr¯nbnÂ \n¶pw ]pdwXncnªv \nÂ¡p¶Xpw

Cu taJebnse {][m\ {]iv\§fmWv.

\qX\ kmt¦XnI hnZyIfpw, ]p¯³ IrjncoXnIfpw, IqSpXÂ ê{]Zamb PetkN\

coXnIfpw kzmb¯am¡n Irjnsb emÌcam¡n amtä−Xp−v. KpW\nehmcapff DÂ]¶§Ä

Dd¸m¡p¶Xn\v ssPhIrjn hym]n¸nt¡−Xp−v.

£ocImÀjnIcwK¯pw, tImgn, aÕyImÀjnI cwK¯pw IqSpXÂ klmb§fpw,kmt¦XnI

hnZyIfpw F¯nbmÂ am{Xta hfÀ¨ ssIhcn¡m\mIp.

5.5 amen\y kwkvIcWw

¹mÌnIv amen\yamWv ]²Xn {]tZiw t\cnSp¶ {][m\ {]iv\§fnsem¶v. Ch s]mXp

Pet{kmXÊpIfnÂ h¶v \ndªv Ah aen\oIcn¡s¸«psIm−ncn¡p¶p. I\w Ipdª ¹mÌnIv

Iymcn _mKpIÄ Irjn CS§fntes¡¯pIbpw, AXv `qanbpsS ssPhmwiw Ipdbv¡p¶Xn\pw

ê`qbnjvTX Ipdbp¶Xn\pw ImcWamhpIbpw sN¿p¶p. ¹mÌnIv hkvXp¡Ä imkv{Xobambn

]cn]men¡s¸tS−Xp−v. ¹mÌnIv Iymcn _mKpIÄ¡v ]Icw {]IrXn kulrZ DÂ]¶§Ä

t{]mÕmln¸n¡s¸SWw. tImf\nIÄ t]mse ASp¯Sp¯mbn hoSpIÄ Dff Øe§fnÂ

ssPhamen\y§Ä icnbmbn kwkvIcn¡m\mImsX hcp¶p. Cu {]tZi§fnÂ _tbmKymkv

¹mâpIÄ D]tbmKs¸Sp¯ns¡m−v Cu amen\yw kwkvIcn¡m\mIpw.

5.6 hn]Wn

IÀjIÀ¡v AhcpsS DÂ]¶§Ä¡v icnbmb hne e`n¡p¶ hn]WnbpsS A`mhamWv

GsXmcp {]tZi¯ntâbpw {][m\ {]iv\w. sXmSp]pg tI{µoIcn v̈ Hcp IÀjI hn]Wn

\ne\nÂ¡p¶−v. F¦nepw FÃm¯c¯nepapff, apgph³ IÀjIÀ¡pw klmbIcamIm³ Cu

kwhn[m\w aXnbmIp¶nÃ. {]IrXn kulrZ DÂ]¶§Ä XpS§n, ImÀjnI DÂ]¶§Ä

hscbpfÅ GXv Xcw DÂ]¶hpw IÀjIsâ ]¡Â\n¶pw tiJcn v̈ aXnbmb hne Dd¸v

72

\ÂIp¶ hn]Wn kuIcyw ]²Xn {]tZi¯v D−mIp¶Xv IÀjIÀ¡v IqSpXÂ

t{]mÕmlP\Iambncn¡pw.

{]iv\§Ä ]cn]me\ {]hÀ¯\§Ä

• as®men¸v

• a®v Pe kwc£W¯nëÅ {]hÀ¯\§Ä Imcy£aaÃm¯Xv

• Pe£maw

• Pe t{kmXÊpIÄ icnbmbn kwc£n¡m³ Ignbp¶nÃ

• tXmSpIfnepw aäpapÅ as®men¸v XSbp¶XnëÅ ê{]Zamb kwhn[m\§fnÃm¯Xv

• thKXbnepÅ \oscmgp¡v kmh[m\amç¶XnëÅ kwhn[m\§Ä CÃmbvIbpw, DÅXv icnbmb coXnbnÂ {]hÀ¯n¡m¯Xpw

• tXmSpIfpsS Xmgv `mK§fnÂ sNfn ASnªv \oscmgp¡v XSÊs¸Sp¶Xpw, \oÀ¨mensâ \mihpw

• icnbmb amen\y kwkvIcW kwhn[m\ anÃm¯Xv

• DåmZ\ cwK v̄ \qX\ kmt¦XnI hnZyIfpsS D]tbmK¯nsâ A`mhw

• icnbÃm¯ hn`h amt\Pvsaâv aqew ]e {]tZi§fnepw shÅs¡«v Aë`hs¸Spì.

• InWÀ doNmÀÖnwKv

• tIm−qÀ _−nwKv/ IÃpI¿me \nÀ½mWhpw ]p\:ê²mcWhpw

• agçgnIÄ/ InS§pIÄ

• XSsaSp¡Â

• ]pXbnSÂ

• ImÀjnI h\hÂ¡cWw

• ]SpXmæfw \nÀ½n¨v ImÀjnI Bhiy§Ä¡mbn agshÅ kw`cWw

• \oêdhIfpsS kwc£Ww

• Pet{kmXÊpIfqsS kwc£Ww

• \oÀNmepIfnepw tXmSpIfnepw ASnbWIfpw, XSbWIfpw

• \oÀNmepIfqsS ]mÀiz`n¯n kwc£Ww DåmZ\ hÀ[\më_Ô {]hÀ¯\§Ä

• \gvkdn

• tlmÀ«nIÄ¨À

• a®nc It¼mÌv \nÀ½mW bqWnäv

• Xoä¸pÂ Irjn

• ]ip, BSv hfÀ¯Â

• ap«t¡mgn hfÀ¯Â

• tX\o¨ hfÀ¯Â

• Iq¬ Irjn

• aÕy Irjn t{]mÕml\w

• ssPh hfw, IoS\min\n hnXcWw

• kv{]bÀ, ]qhmen, ImSv sXfnç¶ b{´w XpS§nb ImÀjnI D]IcW§fpsS hnXcWw

• {Un¸v CdntKj³ kuIcy§fpsS hym]\w Poht\m]m[n BÀÖn¡Â

• t]¸À/XpWn Iymcn _mKp-IÄ, ¥mÊv, t¹äv XpS-§nb {]IrXn kulrZ Dev]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\-hpw.

• ] -̈¡dn, Ing§v hÀ¤§Ä, ]mÂ, ap« XpS-§nb {]mtZioI Då¶§fpsS tiJ-c-Whpw, hn]-W-\-hpw.

• {]mtZ-ioI DXv]-¶-§Ä D]tbmKn-̈ p-ff Dt]m-Xv]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\hpw

• BSv, ]ip, tImgn F¶n-h-bpsS Irjn.

73

• ]m« Irjn (s\ÂIrjn, ]¨¡dn Irjn)

• sdUn-sabvUv hkv{X \nÀ½mW bqWn-äv.

• ao³ hfÀ¯Â.

• A¨mÀ, Pmw, kvIzmjv F¶n-h-bpsS \nÀ½m-Ww.

• ImSv sh«p¶ b{´w hm§n Irjn CSw Hê¡Â

• sX§v Ibä b{Xw hm§n tX§bn«v \ÂIÂ

74

A[ymbw 6

\oÀ¯S ]cn]me\ {]hÀ¯\§Ä

]²Xn {]tZi¯nsâ {][m\ {]iv\§fmb as®men¸v, Pe£maw, Irjnbnse

]nt¶m¡mhØ XpS§nb {]iv\§Ä ]cnlcn¡p¶Xn\pÅ {]hÀ¯\§fmWv Cu

]²XnbnÂ \nÀt²in¨n«pÅXv. Cu {]hÀ¯\§Ä kab_ÔnXambn \S¸nem¡pI

hgn ]²Xn {]tZis¯ IqSpXÂ Dev¸mZ\]cam¡n amäp¶Xn\v Ignbpw. ]²Xnbnse

{][m\ambpw t_m[hÂ¡cW, ]cnioe\ ]cn]mSnIÄ, XpS¡ amXrIm {]hÀ¯\§Ä

(EPA), {]IrXn hn`h ]cn]me\ {]hÀ¯\§Ä (NRM), DÂ¸mZ\ k{¼Zmbhpw,

sNdpInS A\p_Ô {]hÀ¯\§fpw t{]mÕmln¸n¡p¶Xn\pÅ {]hÀ¯\§Ä

(PSM), Poht\m]m[nbmÀPn¡p¶Xn\pXIp¶ {]hÀ¯\§Ä F¶n§s\

Xncn¨ncn¡p¶p. CXp hgn Hcp \oÀ¯S¯nÂ Bhiyamb ]cn]me\ {]hÀ¯\§Ä

am{XaÃ AXv GsäSp v̄ \S¸nem¡p¶Xn\v \oÀ¯S kaqls¯

]cym]vXam¡p¶Xn\pÅ {]hÀ¯\§fpw DÄs¸Sp¯nbncn¡p¶p.

6.1 t_m[hÂ¡cW ]cnioe\ ]cn]mSnIÄ

]²Xn {]tZis¯ P\ kaqls¯ ]²XnbpsS hnhn[ L«§fnÂ ]¦mfnIfm¡p¶Xn\v

\Ã t_m[hÂ¡cW ]cn]mSnIÄ Bkq{XWw sNt¿−Xp−v. AXp t]mse \oÀ¯S

]cn]me\ ]cn]mSnIÄ GsäSp v̄ \S¸nem¡p¶Xn\v ]cnioe\ ]cn]mSnIfpw

BhiyamWv. AXn\pÅ {]hÀ¯\§fmWv Bkq{XWw sNbvXncn¡p¶Xv.

kaql¯nse Hmtcm taJebnepapÅ P\ hn`mK§fnepw hnhn[ t_m[hÂ¡cW

]cn]mSnIÄ, AXn\mbn hyXykvX§fmb ]cn]mSnIÄ, {][m\s¸« Zn\§fpsS

BNcWw, DåmZ\ taJetbbpw, sXmgnÂ taJebpw iàns¸Sp¯p¶Xn\mhiyamb

]cnioe\ ]cn]mSnIÄ, \oÀ¯S hnIk\ {]hÀ¯\§Ä kab_ÔnXambpw, \Ã

coXnbnepw \S¸nemç¶Xn\mbn _Ôs¸«hÀçÅ ]cnioe\w, hnhn[ P\

hn`mK§fpsS klIcWw Dd¸mç¶XnëÅ ]cnioe\§Ä, IqSmsX ]cn]me\

{]hÀ¯\§Ä XpSÀ¶v sIm−p t]mæ¶Xnëw krãn¡s¸Sp¶ BkvXnIfpsS

]cn]me\w Dd¸mç¶XnëapÅ ]cnioe\ ]cn]mSnIÄ F¶n§s\bpÅ

{]hÀ¯\§fmWv t_m[hÂIcW ]cnioe\ ]cn]mSnIfnÂ DÄs¸Sp¯nbncnç¶Xv.

6.2 {]mcw` {]thinIm {]hÀ¯\§Ä (EPA)

]²XnbpsS Bkq{XW L«¯nÂ P\§sf ]²Xnbnte¡v BIÀjn¡p¶Xn\mbn

amXrIm {]hÀ¯\§Ä GsäSp v̄ \S¸nem¡p¶p. BsI ]²Xn XpIbpsS 4 iXam\w

75

CXn\mbn \o¡nsh¨ncn¡p¶p. ]²Xn {]tZi v̄ GsäSp¯ EPA bpsS hnhc§Ä Xmsg

\ÂInbncn¡p¶p.

amXrIm XpS¡ {]hÀ¯\§Ä (EPA)

Sl.No. watershed Name of work Estimate

amount (in Rs)

1 2 3 4

1

Thudanganadu

Muttom Poly Technic Model Plot 1170280

2 Ponnanthanam public well 76237

3 Thenmatti (Drinking water) 300000

4

Vadakkummuri

Vadakkummuri public pond 100000

5 Side protection with geotextile in st

Agustine HSS 119695

6 Mundiyadithodu

Manakkadu pond 330000

7 Nediyasala Public well 65000

8

Mannathancheri-

Periyambra

Rain water harvesting structure and

medicinal plants in mannakkadu

ayurveda hospital

200000

9 Manakkadu spring protection 130000

10 Trench across the Paddy field in

Manakkadu(by using geotextile 182098

11 Aalpara spring protection 39890

TOTAL 2713200

6.3 ]cnioe\ ]cn]mSnIÄ

]²XntcJ X¿mdm¡n Ignbp¶tXmSpIqSn XpS¡ {]hÀ¯\§Ä Ahkm\nçì.

\oÀ¯S ]cn]me\ {]hÀ¯\§fpsS \nÀÆlW L«amWv ASp¯Xv. ]²XntcJbnÂ

\nÀt±inç¶ {]hÀ¯nIfpw, ]cn]me\ {]hÀ¯\§fpw GsäSp v̄ \S¸nemç¶Xn\v

\oÀ¯S kaqls¯ {]m]vXamt¡−Xp−v. AXn\mhiyamb ]cnioe\ ]cn]mSnIÄ

]²XnbpsS Hmtcm L«¯nepw \S¸mt¡−Xp−v. ]cnioe\ ]cn]mSnIÄ

kab_ÔnXambn \S¸nemç¶XnëÅ hniZamb ]²XntcJ X¿mdm¡nbn«p−v.

76

P\{]Xn\n[nIÄ, DtZymKØÀ, hnhn[ kaqly ]²XnIfqambn _Ôs¸«v

{]hÀ¯nç¶hÀ, hnZymÀ°nIÄ, IÀjIÀ, XpS§n hnhn[ taJeIfnepÅhÀ¡v

]cnioe\w \Âæ¶XnëÅ ]²XnbmWv X¿mdm¡nbncnç¶Xv.

6.4 {]IrXn hn`h ]cn]me\ {]hÀ¯\§Ä

Hmtcm \oÀ¯S¯ntâbpw {]iv\§Ä¡ëkcn¨pÅ CSs]SÂ {]hÀ¯\§fmWv

Is−¯nbn«pÅXv. \oÀ¯S {]tZi v̄ \nÀt±in¨ncnç¶ hnhn[ {]IrXn hn`h

]cn]me\ {]hÀ¯\§fpw AhbpsS hniZmwi§fpw Xmsg hnhcn¨ncnçì.

6.4.1 tIm−qÀ hc¼pIÄ

\nçmb Øe§fnepw sNdnb sNcnhpff {]tZi§fnepw a¬ hc¼pIÄ FSp v̄ a®v ,

Pe kwc£Ww \S¯m\mIpw. Cu hc¼pIfnÂ Xoä¸pÂ, ssIX¨¡, Huj[

kky§Ä F¶nh h¨v _es¸Spt¯−XmWv.

6.4.2 IÃv I¿m-e-IÄ

Irjn-̀ q-an-bpsS Ncn-hn\v IpdpsI Hcp Ic-̀ n-¯n-bp-−m¡n kmh-[m\w apI-fnÂ\n-¶pÅ

a®v h¶-Snªv \nc-̧ mb X«p-I-fp-−m-¡m³ A\p-h-Zn-¡p-I-bmWv ChnsS sN¿p-¶-Xv.-N-cnhv

IqSn-bXpw Ipd-ª-Xp-amb FÃm {]tZ-i-§-fnepw IÀj-IÀ¡n-S-bnÂ CucoXn hym]-I-amb

{]Nmcw t\Sn-bn-«p-−v.- IÃpI¿meIfpsS apIÄ `mK v̄ ssPhthen \nÀ½n¨v I¿me

IqSpXÂ iàns¸Sp¯m\mIpw. a®p kwc£W hIp¸v ip]mÀisN¿p¶ AfhpIÄ

Xmsg ]dbpw {]ImcamWv.

Ncnhv % ew_ AIew (m)

15 % hsc 2

16--35 % hsc 3

36 \v apIfnÂ 4 Ncnhv % I¿mebpsS Dbcw (cm)

5 % hsc 50

6-10 % 70

11-35 % 100

36 % Â IqSpXÂ 150

6.4.3 ImÀjnI h\hÂ¡cWw

]pcbnS§fnepw, XpdÊmbn InSç¶ {]tZi§fnepw IqSpXÂ hr£§Ä hípI hgn

as®men¸v XSbp¶Xnëw, a®nÂ IqSpXÂ CuÀ¸w \n\nÀ¯p¶Xnëw km[nçì.

hnhn[§fmb ê hr£§fpw, Huj[ kky§fpw CXn\mbn sXcsªSp¡Ww.

IqSpXÂ lcnXmhcWw \Âæ¶ kky§fmWv Cu {]tZi¯nëv DNnXw. th¸v, kt¸m«,

77

amwtKmÌn³, _«À {^q«v, IpSw]pfn, Iqhfw, D§v, ]XnapJw, Idnth¸v, A¯n XpS§nb

Huj[ kky§fpw \mS³ amhv, Iipamhv, Nm¼, t]c XpS§nb ê hr£§fpw ]²Xn

{]tZi v̄ IqSpXÂ DNnXambncnçw.

6.4.4 ag¡pgnIÄ/ InS§pIÄ

AXnthK¯nÂ ùtam]cnXe¯neqsS HgpIn t]mIp¶ agshÅs¯ `qanbnte¡v

Acn¨nd¡p¶Xn\pÅ amÀ¤§fmWv ag¡pgnIfpw, s]Às¡mtej³ IpgnIfpsaÃmw.

Ncnhv hfsc IqSnb Øe§fnÂ ag¡pgnIÄ FSpt¡−XnÃ. 15 iXam\w NcnhnÂ

XmsgbpÅ {]tZi§fnÂ CShn«v ag¡pgnIsfSp¡mw. tIm−qÀ ASnØm\¯nÂ thWw

Ch \nÀ½nçhm³. InS§pItfm IpgnItfm Bbn Ch FSp¡mw. InS§pIfmsW¦nÂ 2.4 m.

\ofw 60 cm hoXn 60 cm XmgvN F¶o {Ia¯nÂ FSp¡pI. IpgnIfmsW¦nÂ 60 cm hoXw

\ofhpw, hoXnbpw, XmgvNbpw \ÂImw. IpgnbpsS/InS§nsâ Xmgv`mKw a®n«pbÀ¯n

hc¼m¡p¶Xv \ÃXmWv. 1 slIvSÀ Øe v̄ 50 L\ aoäÀ IpgnIÄ F¶ coXnbnÂ F®w

{IaoIcn¡Ww.

6.4.5 InWÀ do NmÀPnwKv

ag s]¿pt¼mÄ taÂ¡qcbnÂ e`n¡p¶ shÅw ({]tXyIn¨pw XpemhÀj¡me¯pw,

th\Â¡me¯pw) ip²oIcn¨v InWdnÂ kw`cn¡pI hgn `qKÀ` Pe¯nsâ Afhv

hÀ²n¸n¡p¶Xn\v km[n¡pw.

6.4.6 \oêdhIfqsS kwc£Ww

]²Xn {]tZis¯ Gähpw {][m\ Pet{kmXÊpIfnsem¶mWv DbÀ¶ `mK§fnÂ

I−phê¶ \oêdhIÄ. Cu DdhIfnÂ \nìamWv \oÀ¨mepIÄ Bcw`nç¶Xv. Ch

an¡hmdpw th− coXnbnÂ ]cn]men¡s¸«n«nÃ. DdhIÄ sI«n

kwc£n¡s¸SpIbmsW¦nÂ \oÀ¨mepIfnse \oscmgp¡nsâ Imebfhv

hÀ²n¸n¡m\mæw. kwc£nX DdhIfnse Pew æSnshÅambn D]tbmKn¡mëamæw.

AXpt]mse Cu DdhIfpsS hrãn {]tZi§fnÂ IÃpI¿meIÄ, agçgnIÄ, ssPh

thenIÄ XpS§nb a®v Pe kwc£W {]hÀ¯\§Ä A\nhmcyamWv.

6.4.7 \oÀ¨mepIfpsS kwc£Ww

DdhIfnÂ \nìw XpS§p¶ \oÀ¨mepIÄ C¶v £bn¨v hì sIm−ncnçIbmWv.

DdhIÄ \nI¶Xpaqew \oÀ¨mepIfnse \oscmgp¡nsâ ssZÀLyw ædbpIbpw sNbvXp.

Cu \oÀ¨mepIÄ kwc£n¡s¸SpIbpw IrXyamb CSthfIfnÂ NmepIfnÂ a®v, Pe

kwc£W {]hÀ¯\§Ä \S¯pIbpw sNbvXmÂ AXnë kao]¯pÅ `qanbnse Pe

e`yX DbÀ¯m\mæw.

78

6.4.8 ]mÀiz`n¯nIÄ

tXmSnsâ Ic CSnªp t]mImXncn¡m\mWv ]mÀiz`n¯nIÄ sI«p¶Xv. ag¡me¯pff

iàamb \oscmgp¡ns\m¸w \oÀ¨mepIfpsS Ic {]tXyIn¨pw hfhpIfnÂ CSnªv

as®men¨v t]mIp¶Xv ]²Xn {]tZis¯ {][m\ {]iv\§fnsem¶mWv. C¯cw

`mK§fnÂ tXmSpIfpsS ]mÀiz`n¯nIÄ kwc£n¨v as®men¸v XSbm\mIpw.

as®men¸nsâ cq£X Ipdhmb Øe§fnepw t\scbpÅ `mK§fnepw ssIX,apf,Cuä

XpS§nbh h¨v ]nSn¸n¡p¶XmIpw DNnXw. cq£ambn Ic CSnbp¶ `mK§fnÂ

IÃp]tbmKn¨v sI«n kwc£nt¡−Xmbn hcpw.

6.4.9 shâUv t{Imkv_mÀ

tXmSp-I-fnepw aäpw Hgp¡v \nb-{ń-¡p-¶-Xn\pw Pe-kw-c-£-W¯n\pw \½psS \m«nÂ

hym]-I-ambn \nÀ½n¨p hcp¶ XS-b-W-I-fmWv shâUv t{Imkv _mÀ (V.C.B). ag-¡me-

¯nsâ Ah-km-\-t¯msS ]e-IIfn«v NmÂ AS-bv¡mw. c−p-hcn ]pÃp-IÄ¡n-S-bnÂ

a®pw N¸pw aäpw \nd-bv¡p-I-bpamhmw ASp¯ Ime-hÀjw XpS-§p-¶-Xn-\p-ap¼v Ch-bpsS

]e-I-IÄ \o¡p-Ibpw thWw. shÅ-̄ nsâ Ips¯m-gp-¡ns\ XS-bp-¶-Xn\pw Pe-kw-c-£-

W-̄ n\pw ê-{]-Z-amb amÀ¤-am-Wn-Xv.

6.4.10 `qPe AW-s¡-«v (A-Sn-b-W)

`qan-¡-Sn-bn-eqsS Hgp-Ip¶ Pe {]hm-ls¯ XSªp \nÀ¯n `qPe tiJcw hÀ²n-¸n-¡m-

\p-X-Ip¶ a\pjy \nÀ½n-X-amb AW-bmWv `qPe AW-s¡«v (A-Sn-b-W). km[m-cW

AW-s¡-«nsâ [À½w Xs¶-bmWv CXp \nÀÆ-ln-¡p-¶-Xv. `qPew tiJ-cn-¡m\pw D¸p-

shÅw Ib-dp-¶Xv XS-bm\pw C¯cw AW-s¡-«p-IÄ klm-b-I-am-Wv.

ag-shÅw `qan-¡-Sn-bnÂ XSªp \nÀ¯n th\Â¡m-e v̄ D]-tbm-Kn-¡m-\pÅ kwhn-[m-\-

sa¶ \ne-bnÂ D]-cn-Xe AW-s¡-«pItf-¡mÄ `qPe AW-s¡-«nsâ {]tbm-P-\-§Ä C{]-

Im-c-am-Wv.

1. Pe-kw- -̀cWn `qan-¡-Sn-bn-em-b-Xn-\mÂ _mjv]o-I-cWw Gähpw Ipd-hm-bn-cn-¡pw.

2. aen-\o-I-cWw hcp-¯m- -̄Xn-\mÂ ]cn-Øn-Xnbv¡v Gähpw A\p-tbm-Py-am-Wv.

3. a®nSnªp hoWv Pe-kw-̀ -cW tijn \jvS-s -̧Sp-¶n-Ã.

4. `qan¡p apI-fnÂ Pe-kw- -̀c-Wn-bn-Ãm- -̄Xn-\mÂ Irjn-̀ qan H«pw \jvS-s¸-Sp-¶n-Ã.

5. \nÀ½mWs -̈ehv D]-cn-Xe AW-s¡-«p-I-tf-¡mÄ hfsc Ipd-hm-Wv.

6. eLp-hmb kmt¦-XnI XXz-a-\p-k-cn-̈ n-«p-ÅXpw km[m-cW Irjn-¡mÀ¡v sN¿m-hp-

¶-Xp-am-Wv.

km[mcW-bmbn hnkvXm-c-ap-ÅXpw sNdnb Ncn-hp-ÅXpw CSp-§nb \nÀ¤-a\ amÀ¤-ap-Å-Xp-

amb Xmgvhc {]tZ-i-amWv `qPe AW-s¡-«n\v A\p-tbm-Pyw.

79

6.4.11 XS-b-W-IÄ

\oÀ¨m-ep-I-fnepw tXmSp-I-fnepw XS-b-W-IÄ \nÀ½n¨v Hgp-In-t¸m-hp¶ shÅs¯ `mKn-I-

ambn XS-ªp-\nÀ¯m-hp-¶-Xm-Wv.- C-Xp-hgn shÅ¯nsâ Hgp¡v \nb{ń¨v as®m-en¸v XS-

bm\pw km[n-¡pw.- Iq-SmsX shÅ-¯nsâ Hgp¡v XS-k-s -̧Sp¶XpsIm−v XS-b-W-IÄ¡v

]n¶nÂ sI«n-¡n-S-¡p¶ shÅw kmh-[m\w `qan-¡p-Ån-tebv¡v HgpIn `qP-e-\n-çv

DbÀ¯p-Ibpw sN¿p-¶p.- sN-dnb sNcn-hpÅ Acp-hn-IÄ¡v Ipdp-sI-bmWv XS-bW \nÀ½n-

t¡-−-Xv.- X-S-b-W-IÄ \nÀ½n-¡p¶ Øe-§-fnÂ I«n-bpÅ kpXm-cy-amb kvXc-§Ä D−m-

bn-cn-t¡-−-Xm-Wv.

6.4.12 Km_ntbm¬-(GABION)

sNdnb Acp-hn-IÄ¡v IpdpsI {]mtZ-in-I-ambn e`n-¡p¶ ]md-¡-jW-§Ä ASp¡nsh¨v

Ah I¼n-h-e-sIm−v(tIm-gn-h-e)-s]m-Xnªv AcphnI-fnepw, tXmSp-I-fnepw XS-b-W-IÄ

\nÀ½n¨v Hgp-In-t¸m-hp¶ shÅs¯ `mKn-I-ambn XS-ªp-\nÀ¯m-hp-¶-Xm-Wv.- C-Xp-hgn

as®m-en¸v XS-bm\pw km[n-¡pw.-

6.4.13 æf§fpsS ]p\ê²mcWw

D]cnXe Pe t{kmXÊpIfnÂ {][m\s¸«Xv kzm`mhnI æf§fmWv. Ch th−

coXnbnÂ kwc£n¡s¸«mÂ aëjysâ hnhn[§fmb ssZ\wZn\ hr¯n¡v CXv

D]Imcs¸Spw. Irjn, arK]cn]me\w, æfn, Ae¡v A§s\ ]eXpw CXpsIm−v

\nhÀ¯n¡m\mæì. F¶mÂ Irjn ædªXpw, PohnX coXnbnep−mb

amä§fpw æf¯nsâ icnbmb ]cn]me\w CÃmXm¡nbncnçì. Ch

kwc£n¡s¸tS−Xv ]cnØnXnbpsS \ne\nånë Xs¶ AXymhiyaWv.

6.5 DåmZ\ hÀ²\hn\mbn \nÀt±inç¶ {]hÀ¯\§Ä

hfsc Pm{KXtbmsS thWw DåmZ\ hÀ²\hn\mbpÅ ]²Xn \S¸nemt¡−Xv. ]²Xn

{]tZi¯pÅ Xcnip `qanbnÂ AS¡w IqSpXÂ {]tZi v̄ Irjn CdçI, \nehnepÅ

Irjn coXn IqSpXÂ sa¨s¸Sp¯pI AXn\mbn \qX\ kmt¦XnI hnZyIfpw, ]p¯³

Irjn coXnIfpw t{]mÕmln¸nçI, imkv{Xob hnf ]cn]me\w km[yamçI

F¶nhbmIWw {][m\ e£y§Ä. CXn\mbn Irjn hæ¸pambn kwtbmPn¨pÅ

{]hÀ¯\ambncn¡Ww \S¸nemt¡−Xv. tlmÀ«nIÄ¨À / s\Â Irjn

\S¸nemçt¼mÄ AXmXv {]tZis¯ a®v ]cntim[\ \S¯n ]cn]me\{Iaw

Xoêam\n¨v AXn\ëkcn¨pÅ Irjn\S¯p¶XnëÅ klmbamIWw ]²XnbnÂ \n¶v

\ÂtI−Xv. C§s\ Irjn sN¿pt¼mÄ aäv ]²XnIfnÂ \n¶v e`n¡m\nSbnÃm¯

LSI¯n\v Cu ]²XnbnÂ \n¶v klmbw \Âæ¶Xv DNnXambncnçw. ]camh[n

kwtbmP\ km[yX sIm−p hcnI hgn IqSpXÂ t\«w ssIhcn¡m\mæw. ]²XnbnÂ

\nÀt±in¨n«pÅ {]hÀ¯\§Ä Xmsg sImSp¯ncnçì.

80

• _Ín§v, Snj|IÄ¨À F¶o kuIcy§tfmSv IqSnb \gvkdn cq]oIcWw (sXmgnepd¸v

]²Xnbpambn kwtbmPn¸n¨v)

• t]mfn ^manwKv, dbn³ sjÂ«À k{¼mZb§Ä D]tbmKn¨pÅ tlmÀ«nIÄ¨À hym]\w

• t{Km_mKpIÄ hgn ]Ïdn Irjn hym]\w

• kv{]bÀ, ]qhmen, ImSv sXfnç¶ b{´w XpS§nb ImÀjnI D]IcW§fpsS hnXcWw

• ssPh Irjn t{]mÕmln¸nç¶Xnëw, {]Ncn¸nç¶Xnëambn ssPh hfw, ssPh

IoS\min\nIÄ F¶nhbpsS hnXcWw.

• ssPh hf \nÀ½mWw t{]mÕmln¸nç¶Xn\v a®nc It¼mÌv \nÀ½mW bqWnäv

Bcw`nç¶XnëÅ ]²Xn.

• ê{]Zamb PetkN\w km[yamç¶XnëÅ \qX\ PetkN\ hnZyIfmb {Un¸v

CdntKj³, kv{]nw¥À F¶nhbpsS hnXcWw.

• Xcniv `qanbnÂ Irjn sN¿p¶XnëÅ ]²Xn

• £oc Irjn hym]n¸nç¶Xn\v ]ipInSmhv hnXcWw

• £oc Irjn hym]n¸nç¶Xn\v BSv hnXcWw

• Xoä¸pÂ Irjn

• ap« DåmZ\w hÀ²n¸nç¶Xn\mbn tImgnIfpsS hnXcWw

• aÕy Irjn t{]mÕml\w

• Iq¬ Irjn

• tX\o¨ hfÀ¯Â

6.5.1 \gvkdn cq]oIcWw

]²Xn {]tZi v̄ ]¨¡dn Irjnbpw, ê hr£§fpw hym]n¸n¡p¶Xn\v \Ã

hn¯pIfpw, ssXIfpw e`yamt¡−Xp−v. AXn\mbn IÀjIÀ Iq«mbvaIÄ hgntbm,

IÀjIÀ¡v Xs¶tbm \qX\ kmt¦XnI hnZyItfmSpIqSnb \gvkdnIÄ Hcp kwcw`w

F¶ \nebnÂ GsäSp v̄ \S¯m\mIpw.C¯cw \gvkdnIÄ hgn {]tZi¯n\v

CW§p¶Xpw A\ptbmPyambXpamb C\§Ä t{]mÕmln¸n¡p¶Xn\mIpw. Cu

kwcw`w GsäSp¡m³ X¿mdmIp¶ {Kq¸pIÄ¡v Bhiyamb ]cnioe\§Ä ]²XnbnÂ

\ÂIp¶p. Bß t]mepff ]²XnIÄ CXn\mbn {]tbmP\s¸Sp¯Ww.

6.5.2 t]mfn^manwKv/sdbn³ sjÂ«À

IqSpXÂ Irjn `qan kzámbpff IÀjIÀ¡v t]mfn^manwKv coXnbpw, Ipdª `qan

am{Xw ssIhiapff IÀjIÀ¡v agad/ sdbn³ sjÂ«À Irjn kwhn[m\hpw kzoIcn¨v

81

sa¨s¸« Irjn sN¿m\mIpw. tlmÀ«n IÄ¨À taJebnÂ DÂ]mZ\ £aX

hÀ²n¸n¡p¶Xn\v CXp hgn km[n¡pw.

6.5.3 t{Km_mKv hnXcWw

ASp¡f tXm«§Ä hgn ]¨¡dn Irjn hym]n¸n¡phm\pw, DÂ]mZ\ hÀ²\hv

krãn¡m\pamIpw. AXn\mbn Hmtcm IpSpw_§Ä¡pw t{Km_mKpIfnÂ hfÀ¯nb

]¨¡dn ssXIÄ hnXcWw sN¿m\mIpw. CXp hgn ]²Xn {]tZi v̄ IqSpXÂ t]sc

]¨¡dn Irjnbnte¡v BIÀjn¡phm\mIpw.

6.5.4 ImÀjnI D]IcW§fpsS hnXcWw

kvs{]bÀ,]qhmen,ImSp sXfnbn¡p¶ b{´w XpS§nb ImÀjnI D]IcW§Ä

IÀjIÀ¡pw IÀjI {Kq¸pIÄ¡pw \ÂIpIhgn IÀjIcnÂ IqSpXÂ Xmev]cyw

P\n¸n¡p¶Xn\pw,Irjn BbmkclnXam¡p¶Xn\pw km[n¡p¶p.

6.5.5 ssPh hfw, ssPh IoS\min\n hnXcWw

hnjen]vXamb ImÀjnI hnfIfnÂ \n¶pw tamN\w e`n¡p¶Xn\mbn ssPh

hf§fptSbpw, ssPh IoS\min\nIfptSbpw D]tbmKw t{]mÕmln¸n¡s¸tS−Xp−v.

CXn\mbn BZy]Sn F¶ coXnbnÂ sXcsªSp¡s¸Sp¶ IÀjIÀ¡v Ch kuP\y

\nc¡nÂ hnXcWw sN¿pIbpw, D]tbmKn¡p¶Xn\pff hnZKv² ]cnioe\w

\ÂIpIbpw sN¿pI F¶XmWv Cu ]²Xn sIm−v Dt±in¡p¶Xv.

6.5.6 a®nc It¼mÌv

a®nc It¼mÌv Hcp kwcwàmbn IÀjIÀt¡m IÀjI {Kq¸pIÄt¡m

GsäSp¡mhp¶XmWv. \oÀ¯S {]tZi¯pXs¶ C¯cw ssPh hf¯nsâ DÂ]mZ\w

hÀ²n¸nt¡−Xp−v. Cu kwcw`w GsäSp¡phm³ Xmev]cyapfÅhÀ¡v kmt¦XnI,

km¼¯nI klmbw \ÂIp¶ ] ²XnbmWv CXv.

6.5.7 \qX\ PetkN\ k{¼Zmb§fpsS {]NcWw

]²Xn {]tZi v̄ th\ÂIme§fnÂ Pe£maw t\cnSpì. CXv ]¨¡dn, sX§v, apXemb

hnfIfpsS DåmZ\ £aXsb Imcyambn _m[nçw. ædª Pew sIm−v ]camh[n

ê{]Zamb PetkN\w km[yamt¡−Xp−v. CXn\mbn {Sn]v CdntKj³, kv{]nw¥À

apXemb PetkN\ coXnIÄ Ahew_nç¶Xv DNnXamWv. sXcsªSp¡s¸Sp¶

IÀjIÀ¡v kuP\y \nc¡nÂ PetkN\ D]IcW§Ä hnXcWw sNbvXpsIm−v

\qX\ PetkN\ coXnIfpsS hym]\w e£yanSpì.

82

6.5.8 Xcniv `qan Irjnç]bpàam¡Â

\nehnÂ Xcniv InSç¶ Irjn `qan Irjnç]bpàamç¶Xn\mbn Bhiyw th−

ASnØm\ kuIcy§fpsS hnIkn¸n¨pw, IÀjIÀ, IÀjI {Kq¸pIÄ F¶nhsc

sXcsªSp v̄ Irjn sN¿p¶Xn\v t{]mÕml\w \ÂInbpw Xcnip `qanbnÂ Irjn

km[yamçI F¶XmWv Cu ]²XnbpsS e£yw.

6.5.9 £oc Irjn

£oc Irjn hym]n¸nçI hgn ]²Xn {]tZis¯ BsI ]mepåmZ\¯nsâ hfÀ¨

e£yanSpì. AXn\mbn ]ip InSmcnIÄ, B«n³ æ«nIÄ, F¶nhsb hnXcWw sN¿pì.

6.5.10 Xoä]pÂ Irjn

£oc IÀjIÀ¡v klmbIcamæ¶ Xoä¸pÃnsâ DåmZ\w hÀ²n¸nçI F¶XmWv

CXpsIm−v Dt±inç¶Xv. Xoä¸pÂ Irjn sN¿phm³ XmåcyapÅ IÀjIsc Is−¯n

[\klmbw \ÂæI F¶XmWv ]²XnsIm−v Dt±inç¶Xv.

6.5.11 tImgn hfÀ¯Â

ap« DåmZ\w hÀ²n¸nçI F¶ e£yt¯msS tImgn hfÀ¯Â t{]mÕmln¸nçI

F¶XmWv Cu ]²XnbneqsS Dt±inç¶Xv.

6.5.12 aÕyIrjn

Dt]£n¡s¸« ]mdaSIÄ, aäv æf§Ä, PetkN\¯n\mbn ¹m³ sNbvXncnç¶

]SpXmæf§Ä F¶n kuIcy§Ä s{]mtbmP\s¸Sp¯ns¡m−v ]camh[n aÕy Irjn

t{]mÕmln¸nçIbpw AXphgn {]tZis¯ BsI atÕymÂ]mZ\w hÀ²n¸nçIbpw

sN¿pI F¶XmWv e£yw.

6.5.13 Iq¬ Irjn

Xåccmb IÀjIsc Is−¯n ]cnioe\hpw, [\klmbhpw \ÂIn Iq¬ Irjnbpw

AXphgn Iq¬ DåmZ\hpamWv ]²Xn e£yanSq¶Xv.

6.5.14 tX\o¨ Irjn

`qcn`mKhpw d_À Irjn sN¿p¶ ]²Xn {]tZi v̄ hfsc km[yXbpÅXmWv

tXëåmZ\w. tX\o¨ hfÀ¯en\v k¶²cmb IÀjIsc Is−¯n km¼¯nI

klmbw \Âæ¶XnëÅ ]²XnbmWv CXv.

83

A[ymbw 7

hniZamb ]²XntcJ

]«nI7.1. ]²Xn XpIbpsS hnXcWw C\w iXam

\w

(%) 1st

Year 2nd

Year 3rd

Year 4th

Year 5th

Year

BsI XpI

MANAGEMENT COST `cW]camb sNehpIÄ

10 1356600 1356600 1356600 1356600 1356600 6783000

tamWnädnwKv 1 67830 152618 152618 152618 152618 678302

hnebnê¯Â 1 135660 135660 135660 135660 135660 678300

Preparatory Phase

{]mcw` {]hÀ¯\§Ä

(Entry point activities) 4 2713200 0 0 0 2713200

{]mtZinI kwhn[m\§Ä Øm]n¡epw ]cnioe\hpw 5 1017450 1356600 339150 339150 339150 3391500

SLNA and WCDC 244188 325584 81396 81396 81396 813960

PIA 773262 1031016 257754 257754 257754 2577540

]²XntcJ X¿mdm¡Â

(DPR) 1 678300 0 0 0 678300

Watershed Works Phase

\oÀ¯S hnIk\¯nëÅ {]hÀ¯nIÄ 56 22600404 2828062 6509704 6046629 37984800

Poht\m]m[nIfmÀÖnç¶XnëÅ {]hÀ¯\§Ä

9 0 2334600 1715500 1364300 690300 6104700

DåmZ\ taJebpambn _Ôs¸« kq£va kwcw`§Ä 10 0 1696332 1695556 1695556 1695556 6783000

Consolidation Phase 3 0 203490 305235 406980 1119195 2034900

TOTAL 100 5969040 29836304 8528381 11960568 11535708 67830002

]«nI.7.2. {]mtZinI kwhn[m\§Ä cq]oIcnç¶XnëÅ ¹m³

C\w {]hÀ¯nIfpsS F®w

IW¡m¡nbn«pÅ XpI (cq.)

bqkÀ {Kq¸v cq]oIcWw 150 150000

SHG cq]oIcWw 50 57754

sÛtdj³ cq]oIcWw 5 50000

257754

84

]«nI.7.3. t_m[hÂ¡cW--]cnioe\ ]cn]mSnçÅ ¹m³ kw£n]vXw

Project Name: IX IWMP2012-13,Batch IV,

Year

Capacity Building IEC Total Estimated

Amount (4+6)

(in Rs) No.of Trainings Planned No.of persons to be

trained

Estimated amount

(in Rs)

Activity

planned

(No.)

Estimated

Amount

(in Rs)

1 2 3 4 5 6 7

I 0 0 0 0 0 0

II 4 186 2250 0 0 2250

III 17 6550 759825 10 180500 940325

IV 15 1315 746707 5 47254 793961

V 9 1930 553250 5 30000 583250

Total 45 9981 2062032 20 257754 2319786

85

]«nI.7.4. t_m[hÂ¡cW--]cnioe\ ]cn]mSnçÅ ¹m³

1st

Year

Sl.N

o. Training Programme

Proposed

duration &

month of

Training

Topics to be

covered

Target Group /

Stake Holders

Input/

Methodolog

y

No.of

particip

ants

Estimated

amount

(in Rs)

Expected

Outcome

1

Training Programme for

the farmers

30-01-

2014 Palekkar Krishi Farmers

Lectures,

Powerpont

Presentation

s,

discussions,

etc. 3 2250

Generating

awareness about

Palekkar Krishi

Year 2

Sl.N

o. Training Programme

Proposed

duration &

month of

Training

Topics to be

covered

Target Group /

Stake Holders

Input/

Methodolog

y

No.of

particip

ants

Estimated

amount

(in Rs)

Expected

Outcome

1

Logical Frame work

analysis

22/4/201

4

Logical Frame

work analysis

Line dept.

officials,

CDPO and

farmers,

Lectures,

Discussions

etc

32 3080 Effective data

collection in the

project area

2

Discussion on IEC

materials and World

Earth Conservation

programme

28/4/201

4

IEC materials

and World

Earth

Conservation

School,

College

principals and

nature club

teachers

Lectures,

Discussions

etc

18

3690

Generated

awareness about

IWMP

86

3

Training programme

on Convergence

03-05-

2014 Convergence

VEO's, EO's

and

AE/Overseers

of

MGNREGS

Discussions 26

3862

Effective

convergence

and activities

identified

4

Watershed training

programmes

26/5/201

4

27/5/201

4

29/5/201

4

Watershed

training

programmes

(Baseline

survey)

CDS, ADS

members Discussions

122 34725

Generated

awareness about

watershed area

5

Earth Conservation

Day training

programme

05-06-

2014

Earth

Conservation

SHG's

members

Lectures,

Discussions

etc

25 2860

generated

awareness about

homested

farming

6

Training programme

on organic farming

and house based

farming

09-06-

2014

Organic

farming and

house based

farming

Anganwadi

teachers and

asha workers Lectures,

Discussions

etc

42 8708

awareness about

organic farming

7

Training for EPA

Comvener and

Chairman

21/7/201

4 EPA works

EPA

Comvener

and Chairman

Lectures,

Discussions

etc

19 9457 Knowledge

about EPA

works

8

Convergence

workshop

21-11-

2014

different levels

of convergence

Officials

from different

departments Discussions 22 4430

87

9


the families which are

located in the

Watershed area about

livelihood and

production system

Dec 9-

Feb28

Livelihood and

production

system

All Families in

each

Watershed

areas

Lectures,

Powerpont

Presentation

s,

discussions,

etc. 5000 350000

Generating

awareness about

IWMP in general

and production

system and

livelihood in

particular

10


the CDS,ADS members

in all Watershed areas Dec -Jan

SHG&JLG

formation

CDS,ADS

members in

all Watershed

areas

Lectures,

discussions,

etc 150 15000

SHG&JLG

formation

11


the SHG members in all

Watershed areas Dec-Feb JLG formation

SHG members

in all

Watershed

areas

Lectures,

discussions,

etc 1300 130000 JLG formation

12 IWMP explosure visit March 100 194013

TOTAL 6856 759825

Year 3

Sl.

No. Training Programme

Proposed

duration &

month of

Training

Topics to be

covered

Target Group /

Stake Holders

Input/

Methodolog

y

No.of

particip

ants

Estimated

amount

(in Rs)

Expected

Outcome

1

Training for food

processing April-June Food processing JLG members

Resource

persons 150 150000

2 Training for tailoring May-July tailoring JLG members

Resource

persons 100 150000

3

Training for cloth bag

production and screen

printing Aug- oct

cloth bag

production and

screen printing JLG members

Resource

persons 120 51707

88

4

Training for masonry

works May Usergroup

Beneficiary

members for

common work

in watershed

Practical

sessions 150 50000

5

Training for carpentary

works July Usergroup

Beneficiary

members for

common work

in watershed

Practical

sessions 150 50000

6 Training for goat rearing July-Aug Goat rearing

farmers and

JLG members

Resource

persons 80 30000

7

Training for Grow bag

cultivation May

Grow bag

cultivation

farmers and

JLG members

Resource

persons 75 30000

8

Training for poultry

farming Aug poultry farming

farmers and

JLG members

Resource

persons 60 50000

9

Training for cattle

rearing Sept cattle rearing

farmers and

JLG members

Resource

persons 75 65000

To promote

ptrogressive

farming and

allied activities

10

Training for cocunt tree

climbing Oct

cocunt tree

climbing

farmers and

JLG members

Resource

persons 80 25000

To promote

ptrogressive

farming and

allied activities

11 Farmers meet Aug farmers 80 15000

12

Training for school

teachers, anganwadi

workers and PTA

Members Oct About Iwmp

school

teachers,

anganwadi

workers and

Lectures,

discussions,

etc. 75 10000

to reach the

concept of IWMP

towards the

children and their

89

PTA Members parents

13

Training for clubs, library,

and MPKVY agents Nov About Iwmp

clubs, library,

and MPKVY

agents

Lectures,

discussions,

etc. 20 10000

14

Training for elected

representatives Jan About Iwmp

elected

representative

s in all

watershed

area

Lectures,

discussions,

etc. 50 50000

15

Training for political

leaders and environment

activists Feb IWMP,

political

leaders and

environment

activists

Lectures,

discussions,

etc. 50 10000

Total 1315 746707

Year 4

Sl.

No. Training Programme

Proposed

duration

& month

of

Training

Topics to be

covered

Target Group /

Stake Holders

Input/

Methodolog

y

No.of

particip

ants

Estimated

amount

(in Rs)

Expected

Outcome

1

Skill development training

Programme for the JLG

members in all

Watershed areas

April-July

2015

Tailoring,Mashr

oom cultivation,

Food

processing,Orna

ments making

etc JLG members

Resource

persons 750 150000

90

2

Skill development training

for user group

April-July

2015 masonary work,

user group

members

Resource

persons 800 108293

skill development

in masonary work

3 Training for farmers july- Dec

inter cropping,

multi

cropping,drip

irrigation, farmers

Resource

persons 20 Nos 204957

To promote

ptrogressive

farming and allied

activities

4

Training for political

leaders and environment

activists Sep IWMP,

political

leaders and

environment

activists

Lectures,

discussions,

etc. 50 10000

5

Training programme for

NRHM workers Oct

soil, water and

public health

NRHM

workers

Lectures,

discussions,

etc. 75 10000

6

Training for school

teachers, anganwadi

workers and PTA

Members Dec About Iwmp

school

teachers,

anganwadi

workers and

PTA Members

Lectures,

discussions,

etc. 75 10000

to reach the

concept of IWMP

towards the

children and their

parents

7

Training for clubs, library,

and MPKVY agents Nov About Iwmp

clubs, library,

and MPKVY

agents

Lectures,

discussions,

etc. 20 10000

8 nature camp for students Dec

About Iwmp

and enviorment Students 100

91

9

Formation of watershed

unit Feb

to ensure the

follow up

activites of

IWMP

Selected

volunteers

from each

watershed 60 50000

To continue the

programme

Total 1930 553250

IEC {]hÀ¯\§fvçÅ ¹m³

Year 1

Sl.

No. Activity

Proposed

month of

implement

ation

Methodology Target group

No. of people

/out put

targeted

Expected outcome Estimated Amount

(in Rs)

1

IWMP Brosher May-14

Brosher

People in the

watershed area

7000 20300

2

Name slip Jun-14 Name slip

School childer in

the watershed

area

2400 4900

3

Time table card Jun-14 Time table card

School childer in

the watershed

area

1000 4500

92

4

Stckers Jun-14 Stckers

All householders

in the

Watershed area

500 1800

5

Magic show Jul-14 Magic show

Ten schools in

the watershed

area

10 School 7500

6

Watershed map Sep-14 Watershed map

Watershed map

in the Block

Panchayat

0 11500

7 Calander Dec Calander

All Govt.Offices

& all Schools in

watershed areas

2250

To convay the

importance of

enviornment and

waterconservation

20000

8 Watershed maps in all

Watershed Dec-Jan Location Maps

Roads in the

Watershed area

(Entry &Exit)

12

To provide the

infomation regarding

the boundary of

watershed area

50000

9 Distribution of small text

book about IWMP Jan Short book

People and all

panchaytas in

the Watershed

areas

300

To provide the

infomation regarding

Iwmp and environment

30000

93

10 Street play March Street play People in the

Watershed areas 650

To convay the

importance of

waterconservation

30000

TOTAL 14112 180500

Year 2

Sl.

No. Activity

Proposed

month of

impleme

ntation


No. of

people /out

put targeted


(in Rs)

1 Observance of world

earth day

April 22-

May 22

All Schools

in watershed

areas

75

To convay the

importance of etarth

and water

conservation

5000


environment Day June

All Schools

in watershed

areas

100

To convay the

importance of

environment

protection

10000

3 Divisonal boards in

school Aug

Divison board

including the

message

ofenvironment

protection

13 school 17254

94


soil day Dec Farmers 50

To convay the

importance of

environment and soil

protection

5000

5 Calander Dec

All

Govt.Offices

& all Schools

in watershed

areas

500

To convay the

importance of

enviornment and

waterconservation

10000

TOTAL 725 47254

Year 3

Sl.

No. Activity

Proposed

month of

implement

ation


No. of people

/out put

targeted


(in Rs)

1 Observance of world water

day March

Farmers and

SHG members 250

To convay the

importance of

enviornment and

waterconservation

10000

2 Observance of world Forest

day April

People in the

Watershed areas 250

To provide the

infomation about the

information of

afforestation

10000

95

3 Obsevance of world

enviornment Day June School children 100

To provide the

information regarding

the crisis that we are

going to face in the

future life

5000

5

Awareness class for

children about environment

protection

Oct Booklet, Brochure School children 150

To evaluate the

knowledge level of

children regarding soil,

water and bio-divetrsity

5000

TOTAL 750 30000

96

]«nI 7.5 F³{Sn t]mbâv BÎnhnän {]hÀ¯nbpsS

t]cv {]hÀ¯\§Ä Ct¸mgs¯ AhØ {]Xo£nç¶ t\«§Ä ]²Xn XpI

Xp-S-§-\mSv \oÀ¯Sw(13M51a) 1 s]m¶´m\w

s]mXp InWÀ ]p\:ê²mcWw

InWÀ hr¯nbm¡epw, hebnSepw

aen\yw \ndªv D]tbmK tbmKyaÃmsX InSçì.

s]mXp Pe t{kmXÊv kwc£nçI hgn `qKÀ` Pet{kmXÊv aen\amæ¶Xv XSbp¶Xnëw æSnshÅ e`yX Dd¸mçIbpw sN¿m\mæw

76237

2 tX³a«n æSnshÅ ]m²Xn ]p\:ê²mcWw

aqS§n InS¶ ]²XnbpsS XpSÀ {]hÀ¯\§Ä \S¯n ]²Xn {]tbmP\{][am¡Â

Hê ægÂ InWdpw kss¹ ss]¸pw \nehnep−v F¶mÂ Pew ASnç¶XnëÅ tamt«mÀ kuIcyw, Pew kw`cnç¶XnëÅ Sm¦v F¶nh \nehnenÃ. PnÃm ]©mb¯nsâ klmbt¯msS Bcw`n¨ Cu ]²Xn \nehnÂ apS§n InSçIbmWv.

Cê]tXmfw hê¶ æSpw_§fpsS æSnshÅ £ma¯n\v ]cnlmcw ImWm³ km[nçw

300000

3 ap«w t]mfn-sS-Iv\nIv tamUÂ t¹m«v \nÀ½m-Ww

amXrIm a®v Pe kwc£W {]hÀ¯\§Ä \S¸nem¡epw, \oÀ¯S amXrIm t¹m«v \nÀ½mWhpw

\nehnÂ Hìw sN¿msX ImSv ]nSn v̈ InSç¶ `qanbmWv.

\oÀ¯S ]cn]me\¯nsâ Hê amXIm {]tZiam¡n amäp¶Xnëw, knhnÂ Un¸mÀ«vsaânse hnZymÀYnIÄ¡v {]mtbmKnI ]cnÚm\w e`yamImhp¶ Hê ]co£W imebm¡n Cu ]²Xnsb hnIkn¸n¡mëamæw.

1170280

hS-¡pw-ap-dn-t¯mSv \oÀ¯Sw (13M52b) 4 hSçw apdn

s]mXpæfw ]p\:ê²mcWw

æfw hr¯nbm¡Â, ]mÀiz`n¯n \nÀ½mWw, Pe \nÀ¤a\ Øe v̄ Hê j«À \nÀ½mWw

\nehnÂ ]mÀiz`n¯n XIÀ¶v amen\yw \ndªv InSçì.

D]cnXe Pet{kmXÊv kwc£n¡m\æì F¶XmWv {][m\ t\«w. kao] {]tZi v̄ Irjnçw, aÕy Irjnçw Cu Pe t{kmXÊv {]tbmP\s¸Sp¯m\mæw.

100000

97

5 skâv AKÌy³ lbÀ sk¡−dn kvIqfnsâ ]mÀiz `n¯n IbÀ `q hkv{Xw D]tbmKn v̈ kwc£vWw

]mÀiz `n¯n IbÀ `q hkv{Xw D]tbmKn v̈ kwc£vWw

\nehnÂ ]mÀiz`n¯n XIÀ¶v InSçì.

as®men v̧ XSbmëw, kvIqÄ ]cnkcw kwc£nç¶Xnëw km[nçw

119695

ap-−n-bmSnt¯mSv \oÀ¯Sw (13M52c) 6 aW¡mSv

s]mXpæfw ]p\:ê²mcWw

æfw hr¯nbm¡n, ]mÀizkwc£Ww BWv Dt±inç¶ {]hr¯n

\nehnÂ aen\ambpw, ]mÀiz§Ä XIÀ ìw InSçì.

D]cnXe Pet{kmXÊnsâ kwc£Whpw AXphgn {]tZi v̄ ImÀjnI Bhiy§Ä¡v IqSpXÂ Pe e`yX Dd¸m¡mëw km[nçw. kao]¯p\nìw æSnshÅ ]²Xn Bkq{XWw sN¿m\mæw.

330000

7 s\Snbime s]mXp InWÀ ]p\:ê²mcWw

InWdnse amen\yw \o¡w sNbvXv kwc£nçI F¶XmWv {]hr¯n.

¹mÌnIv t]mepÅ amen\y§Ä \ndªv InSçì. NpäpaXnen\v Aäæä]WnIÄ BhiyamWv.

`qKÀ` Pe t{kmXÊnsâ kwc£Ww e£yanSpì. s\Snbime SuWnÂ æSnshÅ Bhiy¯n\v Cu t{kmXÊns\ {]tbmP\s¸Sp¯m\mæw.

65000

a®-̄ mw-tNcn-þs]-cn-bm{¼ \oÀ¯Sw (13M53a) 8 BÂ¸md Hmen

kwc£Ww

Hmen¡v ædpsI tIm¬{Ioäv _mcnbÀ \nÀ½n v̈ Pekw`cW tijn hÀ[n¸nçI

\nehnÂ HmenbnÂ Pekw`cn v̈ \nÀ¯p¶XnëÅ kuIcyanÃ.

Pekw`cW tijn hÀ[n¸nçI hgn \oÀ¨menÂ IqSpXÂ \mÄ \oscmgp¡v Dd¸mç¶Xnëw, {]tZis¯ Pee`yXbpsS Afhv hÀ[n¸nç¶Xnëw km[nçì.

39890

9 aW¡mSv Hmen kwc£Ww

Hmen¡v ædpsI tIm¬{Ioäv _mcnbÀ \nÀ½n v̈ Pekw`cW tijn hÀ[n¸nçI

\nehnÂ HmenbnÂ Pekw`cn v̈ \nÀ¯p¶XnëÅ kuIcyanÃ.

Pekw`cW tijn hÀ[n¸nçI hgn \oÀ¨menÂ IqSpXÂ \mÄ \oscmgp¡v Dd¸mç¶Xnëw, {]tZis¯ Pee`yXbpsS Afhv hÀ[n¸nç¶Xnëw km[nçì.

130000

98

10 s]cnbm{¼ ]mStiJcw Irjnç]bpàam¡Â

]mStiJc¯n\v ædpsI NmÂ \nÀ½n v̈ ]mStiJcs¯ Pe \nÀ¤a\w kpJaam¡Â. NmÂ \nÀ½mWw tZiob {KmaoW sXmgnepd v̧ ]²XnbnÂ \S¸nemçIbpw, Nmensâ _−v IbÀ `q hkv{Xw D]tbmKn v̈ iàns¸Sp¯n Xoä¸pÂ sh v̈ _es¸Sp¯p¶ {]hÀ¯\w Cu ]²Xnbnepw \S¸mæì.

apIÄ `mK v̄ \nìw ]mStiJc¯nÂ F¯nt¨ê¶ Pew ]mStiJc¯nÂ sI«n\n¶v NXp¸v t]mse Bbn amdpì. Pew icnbmb coXnbnÂ hmÀ¶v t]mIm¯Xn\mÂ Ijn sN¿m\mImsX 8 slÎtdmfw hê¶ ]mStiJcw Xcnimbn InSçì.

8 slÎtdmfw hê¶ Xcniv `qan Irjn¡v D]bpàamæw F¶XmWv Cu ]²XnsIm−v Dt±inç¶ t\«w

182098

11 aW¡mSv BbpÀthZ Bip]{XnbnÂ agshÅ kw`cWnbptSbpw, Huj[ tXm«hpw \nÀ½mWw

BbpÀthZ Bip]{Xn ]cnkc v̄ Ahiy aêìIÄ hfÀ¯pIbpw AXp hgn CsXmê amXrIm Øm]\amçhmëw km[nçw 200000

Total 2713200

99

]«nI 7.6 \nÀ¯S ASnØm\¯nepÅ XpIbpsS hnXcWw XpI (cq]bnÂ)

Type of

Activity

1st Year 2nd Year 3rd Year 4th Year Grant Total

IWMP

Expecting

WDF IWMP

Expecting

WDF IWMP

Expecting

WDF IWMP

Expecting

WDF IWMP

Expecting

WDF

Watershed

Development

Works

13M51a 8921369 624496 1440045 100803 3341475 233903 3836312 268542 17539200 1227744

13M52b 5129053 359034 91397 6398 2248927 157425 955822 66908 8425200 589764

13M52c 1323669 92657 300000 21000 241932 16935 100000 7000 1965600 137592

13M53a 7226314 505842 996621 69763 677370 47416 1154496 80815 10054800 703836

Total 22600404 1582028 2828062 197964 6509704 455679 6046629 423264 37984800 2658936

Production

System and

Micro

Enterprises

13M51a 783210 117482 782930 117440 782930 117440 782930 117440 3132000 469800

13M52b 376173 56426 376109 56416 376109 56416 376109 56416 1504500 225675

13M52c 88020 13203 87660 13149 87660 13149 87660 13149 351000 52650

13M53a 448929 67339 448857 67329 448857 67329 448857 67329 1795500 269325

Total 1696332 254450 1695556 254333 1695556 254333 1695556 254333 6783000 1017450

Revolving

Fund to SHGs

for enhance

the livelihood

of Landless

people.

Grant/SM

No. of

Group

benefit Grant/SM

No. of

Group

benefit Grant/SM

No. of

Group

benefit Grant/SM

No. of

Group

benefit Grant/SM

No. of

Group

benefit

13M51a 942000 42 915500 29 636000 30 325300 17 2818800 118

13M52b 572400 19 354200 19 281900 11 145550 3 1354050 52

13M52c 172400 6 50000 2 70500 3 23000 1 315900 12

13M53a 647800 22 395800 23 375900 9 196450 6 1615950 60

Total 2334600 89 1715500 73 1364300 53 690300 27 6104700 242

Grant Total 26631336 0 6239118 0 9569560 0 0 0 50872500 0

100

]«nI 7.7 \oÀ¯S hnIk\ {]hÀ¯\§çÅ ]²Xn

XpS§\mSv \oÀ¯Sw (13M51a)

Ist Year

Sl.

No. Category Subcategory Activities Unit Rate

Physical

Units Unit

Financial

IWMP Convergence Total

1

Land

Development

(Productive use)

Afforstation

h\hÂ¡cWw 600 No 41998 20000 61998

2

Land

Development

(Productive use)

Others

_tbm Kymkv bqWnäv 15000 No 450000 450000

3

Land

Development

(Productive use)

Others

]SpXmçfw \nÀ½mWw 15000 50 no 750000 37500 787500

4

Soil & Moisture

Conservation

Countour

Bunding

IÃpI¿me ]p\ê²mcWhpw \nÀ½mWhpw 130 32900 M

2 4073449 203600 4277049

5

Water Harvesting

Structure

Ground

Water

recharge

structure InWÀ doNmÀPnwKv 9500 100 Nos 950000 950000

6

Water Harvesting

Structure

Others

agshÅ kw`cWn 40000 44 Nos 1760000 15400 1775400

7

Water Harvesting

Structure

Others Bimcn¸md `mK v̄ Pe kw`cW bqWnäv 40000 1 No 84800 84800

8

Water Harvesting

Structure

Pond

Renovation I\ymae ]©mb v̄ InWÀ ]p\:ê²mcWw 1 No 167364 5000 172364

9

Water Harvesting

Structure

Others ss]\bnÂ Hmen kwc£Ww 1 No 7013 7013

101

10

Water Harvesting

Structure

Others FÅpw ]pdw taml\³ ]md¿v¡ensâ kao]apÅ sN¡v Umww kwc£Ww 1 No 171202 171202

11

Water Harvesting

Structure

Pond

Renovation XpS§\mSv ]©mb v̄ æfw kwc£Ww 1 No 83726 5000 88726

12

Water Harvesting

Structure

Pond

Renovation Is¡m¼v ]©mb v̄ InWÀ ]p\:ê²mcWw 1 No 27955 27955

13

Water Harvesting

Structure

Others sImÃw æ¶v Hmen kwc£Ww 1 No 18911 18911

14

Water Harvesting

Structure

Others tXçw ImSv Hmen kwc£Ww 1 No 15900 15900

15

Water Harvesting

Structure

Others hSçw taSv Hmen kwc£Ww 1 No 17711 17711

16

Water Harvesting

Structure

Others tX³ a«n Hmen kwc£Ww 1 No 34724 34724

17

Water Harvesting

Structure

Others C©\mÂ ]d¼nÂ tPmbnbpsS ]d¼nse Hmen kwc£Ww 1 No 16500 16500

18

Water Harvesting

Structure

Others æf¯n\mÂ Hmen kwc£Ww 1 No 18950 18950

19

Water Harvesting

Structure

Others ægnb\mÂ ]me¯në apIfnepÅ Hmen kwc£Ww 1 No 30828 2500 33328

20

Water Harvesting

Structure

Pond

Renovation aT¯n¸md ]©mb v̄ InWÀ ]p\ê²mcWw 1 No 44069 3000 47069

21

Water Harvesting

Structure

Others Icn¡\mw ]md I®mSn]md hmÀUv 1 `mKw Hmen kwc£Ww 1 No 12500 12500

102

22

Water Harvesting

Structure

Others Icn¡\mw ]md ]©mb v̄ InWÀ ]p\:ê²mcWhpw doNmÀÖnwKpw 1 No 31500 31500

23

Water Harvesting

Structure

Others Bep¦Â ]mdív kao]apÅ Hmen kwc£Ww 1 No 15000 15000

24

Water Harvesting

Structure

Others ]mew]d¼nÂ Hmen kwc£Ww 1 No 17500 17500

25

Water Harvesting

Structure

Others t{]w æamÀ Be¡Â Xmg v̄ hI Hmen kwc£Ww 1 No 16868 16868

26

Water Harvesting

Structure

Others sImtNcn `mKwæän¡m«nÂ tPmbnbpsS kao]apÅ tdmUv sskUnepÅ Hmen kwc£Ww 1 No 14900 14900

27

Water Harvesting

Structure

Others ]©mb v̄ InWÀ ,tXmakv If¸pc¡Â `mKw 1 No 30000 30000

28

Water Harvesting

Structure

Others FÅp¼pdw a¨nbm\n¡Â Hmen kwc£Ww 1 No 18000 18000

8921369 292000 9213369

IInd year

Sl.


Physical

Units Unit

Financial


29

Vegetative and

Engineering

Structure

Subsurface

dyke I®¼md ]mStiJcw ASnbW 56.25 cum 60298 20000 80298

30

Water Harvesting

Structure

Pond

Renovation

I\ymae AwK³ hmSntbmSv tNÀ ìÅ kzImcyInWÀ ]p\:ê²mcWw 1 No 22674 5000 27674

103

31

Water Harvesting

Structure

Check dams hn.kn._n. ]p\:ê²mcWw (]qh¯n¦Â) 1 No 107011 107011

32

Water Harvesting

Structure

Check dams tImf\nbnÂ Pew kwc£nç¶XnëÅ sN¡v Umw\nÀ½mWw 1 No 81691 81691

33

Water Harvesting

Structure

Stream Bank

Protection

æäym\ntXmSv ]mÀiz`n¯n kwc£Ww Ihf¡m«v tPmÀÖnsâ hoSnsâ `mKw (]Snªsd `mKw) 1 No 148909 148909

34

Water Harvesting

Structure

Pond

Renovation sN«n¡Â `mKw InWÀ ]p\:ê²mcWw 1 No 74592 74592

35

Water Harvesting

Structure

Pond

Renovation

tPmbv tPmk^nsâ DSaØXbnepÅ InWÀ ]p\:ê²mcWw 1 No 31767 31767

36

Water Harvesting

Structure

Check dams 90 sk.aoäÀ Dbc¯nÂ ægnbm\Â tXm«nÂ sN¡v Umw\nÀ½mWw 1 No 490840 490840

37

Water Harvesting

Structure

Check dams Ims¡m_p tXmSnÂ ]¨nfmw æ¶në Xmsg sN¡v Umw\nÀ½mWw 1 No 115303 115303

38

Water Harvesting

Structure

Others am¡Â tImf\n tXmSnsâ ]mÀiz `n¯n kwc£Ww No 82500 82500

39

Water Harvesting

Structure

Stream Bank

Protection

I®¼md ]mStiJcw ]mÀiz`n¯n kwc£Ww(apIÄ `mK v̄) 1 No 118500 118500

40

Water Harvesting

Structure

Stream Bank

Protection

Aco¸d¼nÂ tXmSnsâ ]mÀiz `n¯n kwc£Ww 1 No 105960 105960

1440045 25000 1465045

104

III rd year

Sl.


Physical

Units Unit

Financial


41

Water Harvesting

Structure

Others tImªmd A¿m\n¡mSv `mK v̄ Pew kwc£nç¶XnëÅ sN¡v Umw\nÀ½mWw 2 Nos 304621 304621

42

Water Harvesting

Structure

Stream Bank

Protection

apXnçmd IÂhÀ«në kao]w hsc Icn¼m\n tXmSv ]mÀiz kwc£Ww 1 no 346041 346041

43

Water Harvesting

Structure

Stream Bank

Protection

ægnbm\Â þ ]çmw tXmSv ]mÀiz`n¯n kwc£Ww 1 no 222092 222092

44

Water Harvesting

Structure

Pond

Renovation Bip]{Xnçfw ]p\:ê²mcWw 1 No 214609 10000 224609

45

Water Harvesting

Structure

Stream Bank

Protection

I\ymae ]ç\mw tXmSv ]mÀiz`n¯n kwc£Ww 1 No 79202 79202

46

Water Harvesting

Structure

Check dams ]ç\mw tXm«nÂ sN¡v Umw \nÀ½mWw (hmUvþ13) 1 No 725680 725680

47

Water Harvesting

Structure

Stream Bank

Protection

Is¡m¼v tXmSv ]mÀiz`n¯n kwc£Ww 40 M 252979 252979

48

Water Harvesting

Structure

Stream Bank

Protection

]pgbpsS ssIhgn ]mÀiz`n¯n kwc£Ww 50 M 117321 117321

49

Water Harvesting

Structure

Check dams I®¼md ]mStiJcw hn kn _n 1 No 215923 215923

50

Water Harvesting

Structure

Stream Bank

Protection

BÂ¸md `mKw tXmSv ]mÀiz`n¯n kwc£Ww (hmÀUv 1) 1 No 62510 62510

105

51

Water Harvesting

Structure

Stream Bank

Protection

]çmw tXmSv þ CS¡\mÂ tXmSv ]mÀiz`n¯n kwc£Ww (CS¡\mÂ hoSnë kao]w) 1 No 117320 117320

52

Water Harvesting

Structure

Check dams NÅmhbÂ PwKvjë kao]w I\ymaeþ]q©nd tXmSnÂ sN¡vUmw \nÀ½mWw 1 No 683178 683178

3341475 10000 3351475

IVth year

Sl.


Physical

Units Unit

Financial


53

Water Harvesting

Structure

Stream Bank

Protection

Icn¼m\n tXmSv ]mÀizkwc£Ww (do v̈ 2) 1 no 165751 165751

54

Water Harvesting

Structure

Stream Bank

Protection

ægnb\Â tXmSv B\¡bw ]mÀizkwc£Ww 1 no 524897 524897

55

Water Harvesting

Structure

Stream Bank

Protection

{InÌy³ NÀ¨në kao]w ]mÀiz`n¯n kwc£Ww 1 No 1388955 1388955

56

Water Harvesting

Structure

Stream Bank

Protection

]ptÃmfn hcn¡m\n tXmSv ]mÀiz`n¯n kwc£Ww (do v̈ 3) 1 No 383932 383932

57

Water Harvesting

Structure

Stream Bank

Protection

]Ån¡he ægnb\mÂ tXmSv ]mÀiz`n¯n kwc£Ww 1 No 192848 192848

58

Water Harvesting

Structure

Check dams ]çmw tXm«nÂ sN¡v Umw\nÀ½mWw 1 No 743578 743578

59

Water Harvesting

Structure

Stream Bank

Protection

ap«w hmÀUv 9 Icn¼m\n tXmSv ]mÀiz`n¯n kwc£Ww 1 No 289343 289343

106

60

Water Harvesting

Structure

Stream Bank

Protection

I®w æfw tXmSv ]mÀiz`n¯n kwc£Ww 1 No 84497 84497

61

Water Harvesting

Structure

Stream Bank

Protection

I®¼md ]mStiJcw ]mÀiz`n¯n kwc£Ww 1 No 62510 62510

3836312 0 3836312

\S¸nemt¡ aäv ]²XnIÄ

1

Water Harvesting

Structure

Check dams t]mfnsSIv\n¡nsâ Xmgv `mK v̄sN¡vUmw \nÀ½mWw 1 No 683178 683178

2

Water Harvesting

Structure

Check dams hmÀUv 8Â sIm¨p]pc¡Â tXm«nÂ sN¡v Umw \nÀ½mWw 2 No 600000 600000

3

Water Harvesting

Structure

Stream Bank

Protection

]ptÃmfn hcfnt¯mSv tXmSv ]mÀiz`n¯n kwc£Ww (do v̈ 1) 2 No 1235431 1235431

4

Water Harvesting

Structure

Stream Bank

Protection

]ptÃmfn hcfnt¯mSv tXmSv ]mÀiz`n¯n kwc£Ww (do v̈ 2) 1 No 592805 592805

5

Water Harvesting

Structure

Stream Bank

Protection

PmPmdn DÅm«nÂ `mKw ]mÀiz`n¯n kwc£Ww 1 No 430214 430214

6

Water Harvesting

Structure

Stream Bank

Protection

_m_p ]n.sP bpsS hoSnë kao]w hcn¡m\n tXmSv ]mÀiz `n¯n kwc£Ww 1 no 154129 154129

3695758 0 3695758

107


hSçw apdn \oÀ¯Sw (13M52b)

Ist Year

Sl.

No. Category Subcategory Activities

Unit

Rate

Physical

Units Unit

Financial


1

Land

Development

(Productive

use)

Afforstation

h\hÂ¡cWw 849 ha 59419 20000 79419

2

Land

Development

(Productive

use)

Others

_tbm Kymkv bqWnäv 15000 15 no 225000 225000

3

Land

Development

(Productive

use)

Others

]SpXmçfw \nÀ½mWw 15000 25 no 375000 18750 393750

4

Soil &

Moisture

Conservation

Countour

Bunding IÃpI¿me ]p\ê²mcWhpw \nÀ½mWhpw 130 16970 M

2 2101106 105000 2206106

5

Water

Harvesting

Structure

Ground

Water

recharge

structure InWÀ doNmÀPnwKv 9500 80 No 760000 760000

6

Water

Harvesting

Structure

Others

agshÅ kw`cWn 40000 28 no 1120000 1120000

108

7

Water

Harvesting

Structure

Others

Im\w `mKw Hmen kwc£Ww 1 No 12199 12199

8

Water

Harvesting

Structure

Others

Aco¡Â Hmen kwc£Ww 1 No 34724 3000 37724

9

Water

Harvesting

Structure

Others

aqcn]md Hmen kwc£Ww 1 No 10110 10110

10

Water

Harvesting

Structure

Stream Bank

Protection Icnw æ¶w þ tImtImeçt¶Â tXmSv ]mÀiz`n¯n kwc£Ww 1 No 172297 172297

11

Water

Harvesting

Structure

Pond

Renovation

]©mb v̄ InWÀ kwc£Ww 1 No 24002 5000 29002

12

Water

Harvesting

Structure

Others

]qXçgn ]©mb v̄ Hmen kwc£Ww 1 No 15614 15614

13

Water

Harvesting

Structure

Pond

Renovation

tImf\n InWÀ kwc£Ww 1 No 9502 9502

14

Water

Harvesting

Structure

Pond

Renovation

]©mb v̄ InWÀ kwc£Ww 1 No 9701 1000 10701

15

Water

Harvesting

Structure

Pond

Renovation

]©mb v̄ InWÀ kwc£Ww 1 No 44070 5000 49070

109

16

Water

Harvesting

Structure

Check dams

Nnd¡m«v `mKw tXm«nÂ j«À \nÀ½mWw 1 No 17640 17640

17

Water

Harvesting

Structure

Pond

Renovation Icnw æ¶w æqf¸fm¡Âs_¶nbpsS æfw \hoIcWw 1 No 42300 7500 49800

18

Water

Harvesting

Structure

Others

sNcnbw_ew kn_n³ hI Hmen kwc£Ww 1 No 13570 13570

19

Water

Harvesting

Structure

Others

hoc·e Hmen kwc£Ww 1 No 22300 22300

20

Water

Harvesting

Structure

Pond

Renovation ]qXçgn InWÀ ]p\ê²mcWw 1 No 44500 44500

21

Water

Harvesting

Structure

Pond

Renovation

A©{¸ ]oXmw_c³ imńbpsS kao]w cmP³ sI.Pn IÃqcnsâ Hmen kwc£Ww 1 No 16000 16000

5129053 165250 5294303

IInd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


22

Water

Harvesting

Structure

Pond

Renovation Cäm¡Â ]d¼v tPmk v̂ hIcbnensâ InWÀ ]p\:ê²mcWw 1 No 20159 20158.61

110

23

Water

Harvesting

Structure

Check dams

shÅnaäw tXm«nÂ sN¡vUmw \nÀ½mWw 1 No 36038 36038.11

24

Water

Harvesting

Structure

Pond

Renovation Icnw æ¶w \mSqImWo tPmbnbpsS æfw \hoIcWw 1 No 35200 5000 40200

91397 5000 96397

III rd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


25

Water

Harvesting

Structure

Pond

Renovation aqcn]md Aw_ew æfw kwc£Ww 1 No 736920 10000 746920

26

Water

Harvesting

Structure

Check

dams,Stream

Bank

Protection

sN¡vUmw \nÀ½mWhpw, tXmSv ]mÀiz`n¯n kwc£Whpw aSwNnd 1 No 768699 768699

27

Water

Harvesting

Structure

Stream Bank

Protection sNÅÂ ]mSw tXmSv ]mÀiz`n¯n kwc£Ww 1 No 19468 19468

28

Water

Harvesting

Structure

Check dams tXm«p¦Â hoSnsâ `mK¯pÅ sN¡v Umw ]p\:ê²mcWw 1 No 47222 47222

29

Water

Harvesting

Structure

Check dams

aq¶m\n¡Â tXm«nÂ sN¡vUmw \nÀ½mWw 1 No 676618 676618

2248927 10000 2258927

111

IVth year

Sl.


Unit

Rate

Physical

Units Unit

Financial


30

Water

Harvesting

Structure

Stream Bank

Protection tXmSv ]mÀiz`n¯n kwc£Ww (]dSnbnÂ sPbnwkv) 1 no 28783 28783

31

Water

Harvesting

Structure

Stream Bank

Protection tXmSv ]mÀiz`n¯n kwc£Ww (henb\new ]mSw) 1 No 243862 243862

32

Water

Harvesting

Structure

Check dams

A©{] tXm«nÂ sN¡v Umw \nÀ½mWw 1 No 683178 683178

955822 0 955822


1

Water

Harvesting

Structure

Stream Bank

Protection sNÅÂ ]mSw tXmSv ]mÀiz`n¯n kwc£Ww (s\Ãnçs¶Â cmPp) 1 No 170197 170197

2

Water

Harvesting

Structure

Stream Bank

Protection Nnd¡m«v `mKw tXmSnsâ ]mÀiz`n¯n kwc£Ww 1 No 81138 81138

3

Water

Harvesting

Structure

Stream Bank

Protection A©{] tXmSnsâ ]mÀiz`n¯n kwc£Ww 1 no 517074 517074

768409 0 768409

112


ap−nbmSntXmSv \oÀ¯Sw (13M52c)

Ist Year

Sl.


Unit

Rate

Physical

Units Unit

Financial


1

Soil &

Moisture

Conservation

Countour

Bunding IÃpI¿me ]p\ê²mcWhpw \nÀ½mWhpw 130 4788 M

2 502500 120000 622500

2

Water

Harvesting

Structure

Ground

Water

recharge


3

Water

Harvesting

Structure

Others

agshÅ kw`cWn 40000 2 no 80000 80000

4

Water

Harvesting

Structure

Stream Bank

Protection tXmSv ]mÀiz`n¯n kwc£Ww Nnd¡m«v `mKw 1 No 276789 276789

5

Water

Harvesting

Structure

Pond

Renovation s]mXp InWÀ kwc£n¡Â (æSp¡maäw) 1 No 69814 5000 74814

6

Water

Harvesting

Structure

Others

aménê¼md Hmen kwc£Ww 1 No 17778 17778

7

Water

Harvesting

Structure

Pond

Renovation

aménê¼md InWÀ kwc£Ww 1 No 19000 2000 21000

8

Water

Harvesting

Structure

Others

]mew æt¶Â `mKw Hmen kwc£Ww 1 No 30827 30827

113

9

Water

Harvesting

Structure

Others

\Sphçt¶Â s\Sp¼md Hmen kwc£Ww 1 No 18911 2000 20911

10

Water

Harvesting

Structure

Others DÅm«p `mKw Hmen kwc£Ww 1 No 18270

18270

11

Water

Harvesting

Structure

Ground

Water

recharge

structure agçgn \nÀ½mWw

2 ha

194779 50000 244779

1323669 179000 1502669

IInd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


12

Water

Harvesting

Structure

Check dams

Nnd¡m«v `mKw tXm«nÂ ]mÀiz`n¯n kwc£Wt¯mSp IqSnb sN¡vUmw \nÀ½mWw 1 No 300000 300000

300000 0 300000

III rd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


13

Vegetative

and

Engineering

Structure

Subsurface

dyke

ASnbW Nnd¡m«v `mKw hn kn _n \nì 40 an Xmsg 11.25 cum 12186 10000 22186

114

14

Water

Harvesting

Structure

Stream Bank

Protection

tXmSv ]mÀiz`n¯n kwc£Ww,(]meæ¶w) 1 No 129746 129746

16

Water

Harvesting

Structure

Stream Bank

Protection

tXmSv ]mÀiz`n¯n kwc£Ww ( ¹¸nÅnÂ D®n) 1 no 100000 100000

241932 10000 251932

IVth year

Sl.


Unit

Rate

Physical

Units Unit

Financial


17

Water

Harvesting

Structure

Stream Bank

Protection

tXmSv ]mÀiz`n¯n kwc£Ww (]p¯èf§c tXmSv) 1 no 100000 100000

100000 0 100000

115


a®¯mt©cn þ s]cnbm{¼ \oÀ¯Sw (13M53a)

Ist Year

Sl.


Unit

Rate

Physical

Units Unit

Financial


1

Land

Development (Productive use)

Afforstation

h\hÂ¡cWw 634 No 44394 20000 64394

2

Land

Development (Productive use)

Others

_tbm Kymkv bqWnäv 15000 50 no 750000 750000

3

Soil &

Moisture

Conservation

Countour

Bunding IÃpI¿me ]p\ê²mcWhpw \nÀ½mWhpw 130 20192 M2 2500000 125000 2625000

4

Vegetative

&Engineering

Structure

Subsurface

dyke

Fençfw ASnbW \nÀ½mWw 18.8 cum 20099.58 20099.58

5

Water

Harvesting

Structure

Ground

Water

recharge


6

Water

Harvesting

Structure

Others

agshÅ kw`cWn 40000 10 No 400000 400000

7

Water

Harvesting

Structure

Others

]SpXmçfw \nÀ½mWw 15000 17 no 255000 127500 382500

8

Water

Harvesting

Structure

Pond

Renovation s]cnbm{_ ]©mb v̄ InWÀ kwc£Ww 1 No 6371.66 6371.66

116

9

Water

Harvesting

Structure

Pond

Renovation ap·e ]©mb v̄ InWÀ kwc£Ww 1 No 13219.05 13219.05

10

Water

Harvesting

Structure

Pond

Renovation D¶¡m«pae æSnshÅ ]m²XnbpsS InWÀ ]p\:ê²mcWw 1 No 110866.7 5000 115866.7

11

Water

Harvesting

Structure

Others

\Sb¼mSw _v ]p\:ê²mcWw 1 No 436983 150000 586983

12

Water

Harvesting

Structure

Others

BÂ ]md sXm«nbnÂ ]©mb v̄ Hmen kwc£n¡Â 1 No 218533.7 218533.7

13

Water

Harvesting

Structure

Pond

Renovation ssaemSp¼md s]mXp InWÀ kwc£n¡Â 1 No 82990.25 82990.25

14

Water

Harvesting

Structure

Pond

Renovation

Fençfw æfw kwc£n¡Â 1 No 198216 198216

15

Water

Harvesting

Structure

Others

amè¶v Hmen kwc£n¡Â 1 No 59919.94 59919.94

16

Water

Harvesting

Structure

Check dams

sN¡v Umw (Fençfw) 1 No 510369.9 510369.9

17

Water

Harvesting

Structure

Pond

Renovation ]pXp]cnbmcw k_v skâÀ InWÀ ]p\ê²mcWw 1 No 35000 5000 40000

18

Water

Harvesting

Structure

others

XIçnÅn¸mSw tXmSnÂ NmÂ \nÀ½mWw 1 No 279000 279000

117

19

Water

Harvesting

Structure

others

a®¯mt©cn ]mSw NmÂ \nÀ½mWw 1 No 325500 325500

20

Water

Harvesting

Structure

others

]qh¯pæt¶Â Hmen kwc£Ww 1 No 14850 14850

21

Water

Harvesting

Structure

others

s]cnbm{_ k_v skâÀ Hmen kwc£Ww 1 No 15000 15000

7226314 432500 7658814

IInd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


22

Water

Harvesting

Structure

Pond

Renovation

aqe¸m«v A¸m¸³ æfw kwc£Ww 1 No 175463 10000 185463

23

Water

Harvesting

Structure

Stream Bank

Protection BÂ ]md D¶¡m«pae tXmSv ]mÀiz`n¯n kwc£Ww 1 no 104372 104372

24

Water

Harvesting

Structure

Stream Bank

Protection Irjn`h³ Pw.. tXmSv ]mÀiz`n¯n kwc£Ww 1 No 23448 23448

25

Water

Harvesting

Structure

Check dams

sN§\m«v tXmSv sN¡v Umw (s]êwNndæ¶v) 1 No 673339 673339

26

Water

Harvesting

Structure

Pond

Renovation ]mdíÂ ]p¯³]pcbnÂ kckzXn hI InWÀ ]p\ê²mcWw 1 No 20000 2000 22000

996621 12000 1008621

118

III rd year

Sl.


Unit

Rate

Physical

Units Unit

Financial


27

Water

Harvesting

Structure

Stream Bank

Protection hcInÂ ]d_nÂ `mKw tXmSv ]mÀiz`n¯n kwc£Ww ( s]mäw{_]md) 1 no 128010 128010

28

Water

Harvesting

Structure

Check dams

ImhnÂ tXmSv sN¡v Umw 1 No 510370 510370

29

Water

Harvesting

Structure

Stream Bank

Protection

Xgph¨mÂ tXmSv kwc£W `n¯n 1 No 38990 38990

677370 0 677370

IVth year

Sl.


Unit

Rate

Physical

Units Unit

Financial


30

Water

Harvesting

Structure

Stream Bank

Protection Nmgn¸md `mKw tXmSv ]mÀiz`n¯n kwc£Ww 1 no 40766.51 40766.51

31

Water

Harvesting

Structure

Check dams

sImÃticn¡Shv tXm«nÂ sN¡vUmw \nÀ½mWw 1 No 50314 50314

32

Water

Harvesting

Structure

Stream Bank

Protection s]cnbmw{_ tXmSv kwc£W `n¯n 1 No 29257.2 29257.2

33

Water

Harvesting

Structure

Stream Bank

Protection tXmSv kwc£W `n¯n (s]êwNndæ¶v) 1 no 460575 460575

34

Water

Harvesting

Structure

Stream Bank

Protection ]êae æcninsâ `mKw tXmSv ]mÀiz`n¯n kwc£Ww(s]cnbmw{_) 1 No 162268 162268

119

35

Water

Harvesting

Structure

Stream Bank

Protection Nqçpg Cehpwæt¶Â tXmSv ]mÀiz`n¯n kwc£Ww 1 No 97300 97300

36

Water

Harvesting

Structure

Stream Bank

Protection tXmSv kwc£W `n¯n (s]êwNndæ¶v) 1 No 234482 234482

37

Water

Harvesting

Structure

Stream Bank

Protection BÂ ]md þ sImÃticn¡Shv tXmSv (do v̈ 2) ]mÀiz`n¯n ]p\:ê²mcWw 1 no 42333 42333

38

Water

Harvesting

Structure

Stream Bank

Protection æän ]qh¯n¦Â tXmSv ]mÀiz`n¯nkwc£Ww 1 No 37200 37200

1154496 0 1154496


1

Water

Harvesting

Structure

Check dams

sN¡v Umw sN§\m«v tXmSv 1 No 673339 673339

2

Water

Harvesting

Structure

Stream Bank

Protection sImÃticn IShv tXmSv ]mÀiz`n¯nkwc£Ww 1 No 278889 278889

3

Water

Harvesting

Structure

Stream Bank

Protection Be¡NmÂ tXmSv kwc£W `n¯n 1 no 152062 152062

4

Water

Harvesting

Structure

Stream Bank

Protection a®¯mwtNcnþ am\mwægn tXmSv ]Àiz`n¯n kwc£Ww 1 No 108500 108500

5

Water

Harvesting

Structure

Stream Bank

Protection BÂ ]md þ ]meaäw tXmSv ]mÀiz`n¯n kwc£Ww 1 no 271040 271040

6

Water

Harvesting

Stream Bank

Protection cma\m«v tXmSv þ hes¯ Incn¡Â `mKw]mÀiz`n¯n kwc£Ww 1 No 522967 522967

120

Structure

7

Water

Harvesting

Structure

Stream Bank

Protection cma\m«v tXmSv ]mÀiz`n¯nkwc£Ww 1 no 25834 25834

8

Water

Harvesting

Structure

Stream Bank

Protection

amè¶ vtXmSv kwc£W `n¯n 1 No 80328 80328

9

Water

Harvesting

Structure

Stream Bank

Protection BÂ ]md þ sImÃticn¡Shv tXmSv ]mÀiz`n¯n kwc£Ww 1 no 64062 64062

2177020 0 2177020

121

]«nI 7.11 \oÀ¯S hnIk\ {]hr¯nIfpsS kw{Klw

No Activity

Thudanganadu WS Vadakkumuri thodu WS

Year 1 Year 2 Year 3 Year 4 Total Year 1 Year 2 Year 3 Year 4 Total

1 Afforstation 41998 41998 59419 59419

2 Bio gas plant 450000 450000 225000 225000

3 Silpaulin Pond 750000 750000 375000 375000

4 Contour Bunding 4073449 4073449 2101106 2101106

5 Well reacharging 950000 950000 760000 760000

6 Water harvesting Tank 1844800 1844800 1120000 1120000

7 Well renovation 300889 129034 429922.2 131775 20159 151933.8

8 Protection of Oli 248292 248292 124517 124517

9 Check Dam 171202 687833 1713479 743578 3316091.6 0 36038 1492539 683178 2211755

10 Pond Renovation 83726 214609 298334.88 42300 35200 736920 0 814420

11 Subsurface dyke 0 60298 60298.36 0

12 V.C.B renovation

107011 215923 322933.43 17640 17639.53

14

Stream Bank

Protection 0 455869 1197465 3092734 4746067.3 172297 0 19468 272644 464408.8

15 Rain Pit 0 0 0

16 Drainage Formation 0 0 0

Total 8914355 1440045 3341475 3836312 17532187 5129053 91396.72 2248927 955822 8425200

Continue…..

122

No Activity

Mundiyadithodu WS Mannathanchery Periyambra WS

Year 1 Year 2 Year 1 Year 2 Year 1 Year 2 Year 1 Year 2 Year 1 Year 2

1 Afforstation 0 0 44394 44394

2 Bio gas plant 0 0 750000 750000

3 Silpaulin Pond 0 0 255000 255000

4 Contour Bunding 502500 502500 2500000 2500000

5 Well reacharging 95000 95000 950000 950000

6 Water harvesting Tank 80000 80000 400000 400000

7 Well renovation 88814 88813.98 248448 20000 268447.63

8 Protection of Oli 85787 85786.6 308304 308303.64

9 Check Dam 0 300000 300000 510370 673339 510370 50314 1744392

10 Pond Renovation 0 0 0 198216 175463 373678.54

11 Subsurface dyke 0 0 12186 12186.03 20100 20099.58

12 V.C.B renovation 0 0 0 0

14

Stream Bank

Protection 276789 0 229746 100000 606534.8 436983 127820 167000 1104182 1835984.7

15 Rain Pit 194779 194779 0

16 Drainage Formation 0 604500 604500

Total 1323669 300000 241931.6 100000 1965600 7226314 996621 677370 1154496 10054800

123

Poh-t\m-]m[n BÀÖn-¡p-¶-Xn-\p-ff {]hÀ¯n-IÄçÅ ]²-Xn-tcJ

\oÀ -̄S-§-fpsS hnI-k-\-§Ä hgn Irjn `qan ssI hi-ap-ff IÀjI hn`m-K-̄ n-\mWv t\cn«v

KpW-̂ -e-sa-̄ pI. a®v, Pe, ssPh-k-¼-̄ p-¡-fpsS kwc-£Ww hgn kaq-l-¯n\v BsI CXv

{]tbm-P-\-s¸-Sp-¶pap−v. `qc-ln-X-cmb Zmcn-{Z-y-tc-Jbv¡v Xmsg hcp¶ Zcn-{ZP\-§Ä¡v Poh-t\m-

]m[n BÀÖn-¡p-¶-Xn-\mbn Cu ]²-Xn-bnÂ 9 iX-am\w ]Ww \o¡n-sh-¡-s¸-«n-cn-¡p-¶p. CXp-

hgn \oÀ¯S kaq-l-̄ nse FÃm-̄ -c-̄ n-ep-ff P\-hn-̀ m-K-§-fp-sSbpw t£aw ]²Xn Dd¸v hcp-

¯p-¶p.

Poh-t\m-]m[n BÀÖn-¡p-¶-Xn-\mbn A\p-h-Zn-¡-s¸-«n-«p-ff BsI XpI-bpsS 70 iX-am\w kzbw

klmbkwL§fpw, tPmbnâv eb_nenän {Kq¸pIfpw hgn sNdp-InS kwcw-̀ -§Ä Bcw-̀ n-

¡p¶Xn\p-ff koUv aWn Bbn A\p-h-Zn-¡m-hp-¶-XmWv. Cu ]Ww 18 amkw sIm−v Xncn-̈ -S-

bvt¡-−-Xp-−v. 30 iX-am\w XpI kzm-{ib kwL-§Ä¡v (5 Fkv.F v̈.Pn. Isf-¦n-ep-ap-ff sÛ-

td-j³) {Kmâv C³ FbnUv Bbn \ÂIm-hp-¶-Xm-Wv. CXv henb kwcw-̀ -§Ä Bcw-̀ n-¡p-¶-Xn-\p-

ff ^−nwKv Bbn \ÂImw. kwLw X-¿m-dm-¡p¶ ]²-Xn-bpsS BsI XpI-bpsS 50 iXam\tam

2 e£w cq]tbm GXmtWm Ipdhv AXv AwKo-I-cn-¡m-hp-¶-Xm-Wv.

{][m\ambpw BSv, tImgn,]ip F¶nhsb hfÀ¯Â, {Kq¸v ^manwKv XpS§nb {]hÀ¯v\§fmW

ChnsSbpÅ kzbw klmb kwL§Ä GsäSp¯v \S¯p¶Xv.

278 Fkv F v̈ PnIÄ¡v CXp-hgn kzoUv aWn \ÂIp-¶-Xn-\pw. 18.29 e£t¯mfw cq] Fkv F v̈

Pn IfpsS sÛ-td-j\pIÄ¡v henb kwcw`§Ä XpS-§p-¶-Xnt\m \ne-hn-ep-f-fh IqSp-XÂ

hnIkn¸nç¶Xnt\m \ÂIm-\pam-hpw. CXp-hgn IqSp-XÂ `qc-ln-XÀ¡v sXmgnÂ \ÂIm-\mbn F¶v

Dd¸v hcp-t -̄−-Xp-−v.

PohnX \ne-hmcapbÀ¯p-¶-Xn-\p-ff [\klmbw e`n-¡p-¶-hÀ \oÀ¯S {]tZ-i-̄ nsâ ]cn-]m-

e\w kpK-a-am-¡p-¶-Xn\v klm-b-I-c-amb sXmgn-ep-IÄ Gsä-Sp-¡p-¶Xv DNn-X-am-bn-cn-¡pw. DZm-l-c-

W-̄ n\v t]¸À _mKp-IÄ, XpWn k©n-IÄ F¶nh DXv]m-Zn-̧ n-¡p¶ bqWn-äp-IÄ Bcw-̀ n-¡p-

Ibpw AXp-hgn \oÀ¯S {]tZ-is¯ ¹mÌnIv Iymcn _mKp-IÄ Hgn-hm-¡p-¶-Xn\v klm-b-I-c-am--¡p--

Ibpw sN¿mhp-¶-Xm-Wv, CXp-hgn ]²Xn {]tZ-is¯ ]pc-bn-S-§-fnepw Pem-i-b-§-fnepw, Irjn

CS-§-fnepsaÃmw Cs¶mcp ie-y-ambn XoÀ¶n-cn-¡p¶ ¹mÌn¡v Iymcn _mKp-Isf {ItaW {]tZ-

i¯p \n¶pw Hgn-hm-¡m-\mIpw AXp-t]mse Dev]m-Z\ A\p-_Ô {]hÀ -̄\-§fpw CXn-\mbn

Gsä-Sp-¡m-hp¶-Xm-Wv. ]²Xn {]tZ-i¯v Gsä-Sp-¡m-hp¶ sXmgn-ep-I-fpsS \nÀt±i§Ä Xmsg

\ÂIp-¶p.

1. t]¸À/XpWn/apf XpS-§nbh D]tbmKn¨pÅ Iymcn _mKp-IÄ, ^bÂ apXemb

{]IrXn kulrZ Dev]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\-hpw.

2. ] -̈¡dn, Ing§v hÀ¤§Ä, ]mÂ, ap« XpS-§nb {]mtZioI Då¶§fpsS tiJ-c-

Whpw, hn]-W-\-hpw.

124

3. {]mtZ-ioI DXv]-¶-§Ä D]tbmKn-̈ p-ff Dt]m-Xv]-¶-§-fpsS \nÀ½m-Whpw hn]-W-

\hpw

4. ]iphfÀ¯Â

5. BSv hfÀ¯Â

6. tImgnhfÀ¯Â

7. ]m« Irjn (s\ÂIrjn, ]¨¡dn Irjn)

8. ao³ hfÀ¯Â.

9. A¨mÀ \nÀ½mW bqWnäv

10. Pmw, kvIzmjv \nÀ½mW bqWnäv

11. ImSv sh«p¶ b{´w hm§n Irjn CSw Hê¡Â

12. sX§v Ibä b{Xw hm§n tX§bn«v \ÂIÂ

Hmtcm \oÀ¯S {]tZi¯pw cq]oIcnç¶ sÛtdjëIÄ AXmXv {]tZi¯pÅ

kzbw klmb kwL§Ä/sP.FÂ.Pn. IÄ F¶nhÀ GsäSpç¶ {]hÀ¯nIsf

t{]mÕmln¸nç¶Xpw, AhÀ¡v klmbIcamæ¶Xpamæ¶Xv DNnXambncnçw.

hnhn[ {Kq¸pIÄ hgn DåmZn¸nç¶ Då¶§fpsS tiJcWw, aqey hÀ[\hv,

hn]W\w F¶nh sN¿p¶Xv sNdp {Kq¸pIÄ¡v AhêsS {]hÀ¯\w kpKaambn

apt¶m«v sIm−pt]mæ¶Xn\v klmbIcamæw. IqSpXÂ apXÂ apS¡v Bhiyambn

hê¶ X¿Â bqWnäpIÄ, KmÀsaâv bqWnäpIÄ, ^pUv t{]mÊÊnwKv bq¬\näpIÄ

XpS§n hnhn[ {]hÀ¯nÄ¡v klmbw \ÂIm\mæw.

apIfnÂ ]dªncnç¶ {]hr¯nIÄ¡v ]pdta hnPb km[yXbpÅXpw

\nbahnt[bhpamb GsXmê Poht\m]m[n sXscsªSpç¶Xnëw kzbw klmb

kwL¯n\v / tPmbâv eb_nenän {Kq¸n\v kzmX{ýap−mbnêç¶XmWv.

Poht\m]m[nIfpsS hnPb km[yX imkv{Xobamb Bkq{XW¯ntâbpw

\nÀhlW¯ntâbpw ASnØm\¯nembXn\mÂ kwcwÌÀ Bhiyamb ]cnioe\w

t\Snbn«p−v F¶v Dd¸v hêt¯−Xp−v. hnhn[ kwcwÌêsS DXv]¶§Ä¡v

\ymbamb hne e`nç¶XnëÅ kuIcy§Ä t»m¡v \oÀ¯S sUhe]vsaâv

skmsskänbpsS t\XrXz¯nÂ sN¿mhp¶XmWv

]cn-io-e\ ]cn-]m-Sn-IÄ

Poh-t\m-]m[n BÀÖn-¡Â {]hÀ -̄\-§-fp-ambn _Ô-s¸« ]cn-io-e\ ]cn-]m-Sn-IÄ¡m-bp-ff

hnlnXw ]²-Xn-bnÂ kwL-S\m kwhn-[m-\-§-fpsS cq]o-I-c-Whpw, ]cn-io-e\ ]cn-]m-Sn-Ifpw

F¶ C\-̄ nÂ \o¡n sh¨n-«p-ff 5 % XpI-bnÂ \n¶p-am-Wv Is−-̄ p-I.

]cn-io-e\ ]cn-]m-Sn-I-fnÂ DÄs -̧Sp-t -̄−-h-sb-¡p-dn-̈ p-ff \nÀt±-i-§Ä Xmsg sImSp-̄ n-cn-¡p-

¶p.

125

1. aoänw-KpIfpsS an\nSvkv X¿m-dm-¡Â, _p¡v Io¸nwKv F¶n-h-bn-ep-ff ]cn-io-e\w

2. kwbpà kwcw-̀ -§-fnÂ {i²n-t¡− Imc-y-§-fpw, ]men-t¡− ac-ym-Z-Ifpw

3. hn]Wn, hne-\n-e-hm-cw, aqey hÀ²-\, DXv]m-ZI I¼-\n-IÄ F¶n-h-sb-¡p-dn-̈ p-ff ]cn-

io-e\w

4. Gsä-Sp-¡p¶ sXmgnÂ icn-bmbn sN¿p-¶-Xn-\p-ff tijn hÀ²n-̧ n-¡p-¶-Xn-\p-ff ]cn-

io-e\w

koUv aWn \ÂIp-¶-Xn-\p-ff ^−v Fkv F v̈ PnIÄ¡m-bn-cn¡pw A\p-h-Zn-¡p-I. Hmtcm Fkv

F v̈ PnIÄ¡pw Iognepw koUv aWn kzo-I-cn-¡p-hm³ AÀl-cm-bn-«p-f-f-h-cpsS tPmbnâv eb-_n-

enän {Kq¸p-IÄ (JLG) cq]o-I-cn-¡m-hp-¶-Xm-Wv. C§s\ cq]o-I-cn-¡p¶ JLG IÄ \oÀ -̄S-̄ n-

epw, ]²Xn Xe-̄ nepw sÛ-tdäv sN¿m-hp-¶-Xm-Wv.

]«nI 7.12 XpIbpsS hnXcWw

1 ]²Xn XpI (cq]) 67830000

2 Poht\m]m[n BÀÖnç¶XnëÅ ]²XnIÄçÅ XpI

(cq]) 6104700

3 kznUv aWn \evæ¶XnëÅ XpI (cq]) 4273290

4 henb kwc`§Ä¡mbpÅ {Kmâv (cq]) 1831410

126

]«nI7.13 `qclnXcmbn«pÅ æSpw_§fpsS PohnX \nehmcapbÀ¯p¶XnëÅ kzoUv aWn hnXcWw sN¿p¶XnëÅ ¹m³

`qclnXcmbn«pÅ æSpw_§fpsS PohnX \nehmcapbÀ¯p¶Xn

ëÅ kzoUv aWn hnXcWw

sN¿p¶XnëÅ ¹m³

\oÀ¯Sw

Year 1 Year 2 Year 3 Year 4 BsI

kzoUvaWn XpI

klmbw e`n¡mhp¶ {Kq¸pIfpsS F®w

kzoUvaWn XpI

klmbw e`n¡m hp¶

{Kq¸pI fpsS F®w

kzoUvaWn XpI


kzoUvaWn XpI


kzoUvaWn XpI


13M51a 742000 41 515500 27 436000 29 279900 16 1973400 113

13M52b 372400 18 354200 19 181900 10 40400 2 948900 49

13M52c 76190 5 50000 2 70500 3 23000 1 219690 11

13M53a 447800 21 395800 23 175900 8 111800 5 1131300 57

BsI 1638390 85 1315500 71 864300 50 455100 24 4273290 230

]«nI7.14 .kzbw klmb kwL§fptStbm JLG IfptStbm sÛtdjëIÄ¡v {Kmâv \evæ¶XnëÅ ¹m³

\oÀ¯Sw

{Kmâv \ÂImhp¶ XpI

klmbw e`nç¶ sÛsdjëIfpsS F®w


sÛsdjëIfpsS F®w




klmbw e`nç¶ sÛsdjëIfp

sS F®w BsI


kzbw klmb kwL§fptStbm

JLG IfptStbm sÛtdjëIÄ¡v

{Kmâv \evæ¶XnëÅ ¹m³

13M51a 200000 1 400000 2 200000 1 45400 0 845400 4

13M52b 200000 1 0 0 100000 1 105150 0 405150 2

13M52c 96210 1 0 0 0 0 0 0 96210 1

13M53a 200000 1 0 0 200000 1 84650 0 484650 2

696210 4 400000 2 500000 3 235200 0 1831410 9

127

]«nI7.15 Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn

1st

Year

Activity Unit

Cost

Physical

Quantit

y

Financial

IWMP Beneficiary

Contribution Bank Loan Total

Seed Money for JLGs

t]¸À/XpWn/apf XpS-§nbh D]tbmKn¨pÅ Iymcn _mKp-IÄ, ^bÂ apXemb {]IrXn kulrZ Dev]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\-hpw. 12500 22 275000 0 0 275000

] -̈¡dn, Ing§v hÀ¤§Ä, ]mÂ, ap« XpS-§nb {]mtZioI Då¶§fpsS tiJ-c-Whpw, hn]-W-\-hpw. 25000 3 75000 0 0 75000

{]mtZ-ioI DXv]-¶-§Ä D]tbmKn-̈ p-ff Dt]m-Xv]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\hpw 23000 2 46000 0 0 46000

I¶væ«n ]cn]me\w(Hê bqWnäv 5 F®w) 25000 6 150000 0 0 150000

BSv hfÀ¯Â (Hê bqWnäv 5 F®w) 25000 6 150000 0 0 150000

tImgnhfÀ¯Â 20500 15 246000 61500 0 307500

]m« Irjn (s\ÂIrjn, ]¨¡dn Irjn) /Acre 17400 11 196390 4900 0 201290

A¨mÀ \nÀ½mW bqWnäv 25000 5 125000 0 0 125000

Pmw, kvIzmjv \nÀ½mW bqWnäv 25000 3 75000 0 0 75000

ImSv sh«p¶ b{´w hm§n Irjn CSw Hê¡Â (te_À {Kq¸v) 25000 12 300000 0 0 300000

BsI

85 1638390 66400 0 1704790

Grant in aid for JLGs

{Kq¸pIÄ \nÀ½nç¶ {]IrXn Då¶§Ä tiJcn v̈ aqey hÀ²nX Då¶§fm¡n amän hn]W\w 514000 4 696210 69621 1290169 2056000

BsI 4 696210 69621 1290169 2056000

128

2nd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs






tImgnhfÀ¯Â 20500 10 205000 0 0 205000


ao³ hfÀ¯Â. 15000 3 45000 0 0 45000

A¨mÀ \nÀ½mW bqWnäv 25000 5 125000 0 0 125000


sX§v Ibä b{Xw hm§n tX§bn«v \ÂIÂ (te_À {Kq¸v) 5 F®w 10500 3 31500 0 0 31500

BsI 71 1315500 16400 3100 1335000


{Kq¸pIÄ DåmZn¸nç¶ ]¨¡dn, ]mÂ, ap«, A¨mÀ, tX³, Iq¬ XpS§nb {]mtZinI Då¶§Ä tiJcn¨v aqey hÀ[nX Då¶§fm¡n hn]W\w 634000 1 200000 20000 414000 634000

X¿Â bqWnäv 514000 1 200000 20000 294000 514000

BsI 2 400000 40000 708000 1148000

129

3rd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs






tImgnhfÀ¯Â 20500 2 41000 0 0 41000


ao³ hfÀ¯Â. 15000 2 30000 0 0 30000

A¨mÀ \nÀ½mW bqWnäv 25000 4 100000 0 0 100000




BsI 50 864300 0 96000 960300

130


{Kq¸pIÄ DåmZn¸nç¶ ]¨¡dn, ]mÂ, ap«, A¨mÀ, tX³, Iq¬ XpS§nb {]mtZinI Då¶§Ä tiJcn v̈ aqey hÀ[nX Då¶§fm¡n hn]W\w 634000 2 300000 30000 938000 1268000

X¿Â bqWnäv 514000 1 200000 20000 294000 514000

BsI 3 500000 50000 1232000 1782000

4th Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs

t]¸À/XpWn/apf XpS-§nbh D]tbmKn¨pÅ Iymcn _mKp-IÄ, ^bÂ apXemb {]IrXn kulrZ Dev]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\-hpw. 12500

5 62500 0 0 62500

] -̈¡dn, Ing§v hÀ¤§Ä, ]mÂ, ap« XpS-§nb {]mtZioI Då¶§fpsS tiJ-c-Whpw, hn]-W-\-hpw. 25000

1 25000 0 0 25000

{]mtZ-ioI DXv]-¶-§Ä D]tbmKn-̈ p-ff Dt]m-Xv]-¶-§-fpsS \nÀ½m-Whpw hn]-W-\hpw 23000

6 138000 0 0 138000



tImgnhfÀ¯Â 20500 1 20500 0 0 20500


ao³ hfÀ¯Â. 15000 0 0 0 0 0

A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000



131


BsI 24 455100 0 0 455100




X¿Â bqWnäv 514000 2 189800 18980 819220 1028000

BsI 3 235200 23520 1403280 1662000

132

Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn 13M51a

1st Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs






tImgnhfÀ¯Â 20500 10 143500 61500 0 205000


A¨mÀ \nÀ½mW bqWnäv 25000 2 50000 0 0 50000



sX§v Ibä b{Xw hm§n tX§bn«v \ÂIÂ (te_À {Kq¸v) 5 F®w 10500 0 0 0 0

BsI 41 742000 65400 0 807400

133



BsI 1 200000 20000 294000 514000 1

2nd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs





tImgnhfÀ¯Â 20500 5 102500 0 0 102500


ao³ hfÀ¯Â. 15000 1 15000 0 0 15000

A¨mÀ \nÀ½mW bqWnäv 25000 2 50000 0 0 50000



BsI 27 515500 8000 0 523500

134



X¿Â bqWnäv 514000 1 200000 20000 294000 514000

BsI 2 400000 40000 708000 1148000

3rd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs







ao³ hfÀ¯Â. 15000 1 15000 0 0 15000

A¨mÀ \nÀ½mW bqWnäv 25000 2 50000 0 0 50000

135



BsI 29 436000 0 100000 536000


X¿Â bqWnäv 514000 1 200000 20000 294000 514000

BsI 1 200000 20000 294000 514000

4th Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs







BsI 16 279900 0 0 279900

136



BsI 1 45400 4540 584060 634000

Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn 13M52b

1st Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs




tImgnhfÀ¯Â 20500 3 61500 0 0 61500


A¨mÀ \nÀ½mW bqWnäv 25000 2 50000 0 0 50000


BsI 18 372400 0 0 372400


{Kq¸pIÄ \nÀ½nç¶ {]IrXn Då¶§Ä 514000 1 200000 20000 294000 514000

137

tiJcn v̈ aqey hÀ²nX Då¶§fm¡n amän hn]W\w

BsI 1 200000 20000 294000 514000

2nd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs






tImgnhfÀ¯Â 20500 3 61500 0 0 61500


ao³ hfÀ¯Â. 15000 1 15000 0 0 15000

A¨mÀ \nÀ½mW bqWnäv 25000 2 50000 0 0 50000



BsI 19 354200 0 3100 357300


BsI 0 0 0 0 0

138

3rd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs





A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000


BsI 10 181900 0 0 181900



BsI 1 100000 10000 524000 634000

4th Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs



BsI 2 40400 0 0 40400


X¿Â bqWnäv 514000 1 105150 10515 398335 514000

BsI 1 105150 10515 398335 514000

139

Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn 13M52c 1st Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs



BsI 5 76190 0 0 76190


{Kq¸pIÄ \nÀ½nç¶ {]IrXn Då¶§Ä tiJcn¨v aqey hÀ²nX Då¶§fm¡n amän hn]W\w

51400

0 1 96210 9621 408169 514000

BsI 1 96210 9621 408169 514000

2nd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs



BsI 2 50000 0 0 50000


BsI 0 0 0 0 0

140

3rd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs


tImgnhfÀ¯Â 20500 1 20500 0 0 20500

ImSv sh«p¶ b{´w hm§n Irjn CSw Hê¡Â (te_À {Kq v̧) 25000 1 25000 0 0 25000

BsI 3 70500 0 0 70500


BsI 0 0 0 0 0

4th Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs


BsI 1 23000 0 0 23000


BsI 0 0 0 0 0

Poht\m]m[n BÀÖnç¶XnëÅ {]hÀ¯nIfpsS ]²Xn 13M53a

1st Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary

Contribution

Bank

Loan Total

Seed Money for JLGs


141

]¨-¡dn, Ing§v hÀ¤§Ä, ]mÂ, ap« XpS-§nb {]mtZioI Då¶§fpsS tiJ-c-Whpw, hn]-W-\-hpw. 25000 1 25000 0 0 25000




tImgnhfÀ¯Â 20500 2 41000 0 0 41000


A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000



BsI 21 447800 1000 0 448800



BsI 1 200000 20000 294000 514000

2nd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs



142



tImgnhfÀ¯Â 20500 2 41000 0 0 41000

]m« Irjn (s\ÂIrjn, ]¨¡dn) /Acre 17400 3 43800 8400 0 52200

ao³ hfÀ¯Â. 15000 1 15000 0 0 15000

A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000



BsI 23 395800 8400 0 404200


BsI 0 0 0 0 0

3rd Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs





tImgnhfÀ¯Â 20500 1 20500 0 0 20500


ao³ hfÀ¯Â. 15000 1 15000 0 0 15000

A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000

BsI 8 175900 0 0 175900

143



BsI 1 200000 20000 414000 634000

4th Year

Activity Unit

Cost

Physical

Quantity

Financial

IWMP Beneficiary


Seed Money for JLGs


tImgnhfÀ¯Â 20500 1 20500 0 0 20500

]m« Irjn (s\ÂIrjn, ]¨¡dn) /Acre 17400 1 18300 0 0 18300

A¨mÀ \nÀ½mW bqWnäv 25000 1 25000 0 0 25000


BsI 5 111800 0 0 111800


X¿Â bqWnäv 514000 1 84650 8465 420885 514000

BsI 1 84650 8465 420885 514000

Cu ]²XnbnÂ {Kq¸pIÄ¡v GsäSp¡mhp¶ aäv ]²XnIÄ

1. IcIuie \nÀ½mWw

2. B`cW \nÀ½mWw

3. Ae¦mc aÕyIrjn

4. tkm¸v/tkm¸v s]mSn/temj³ F¶nhbpsS \nÀ½mWw

5. hfÀ¯p arK ]cn]me\w

6. ^pUv t{]mÊÊnwKv bqWnäv … apXembh

144

DXv]m-Z\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS \maam{X IÀjIÀ¡v sNdp-InS kwcw-̀ -§Ä

Bcw-̀ n-¡p-¶-Xn\papff ]²Xn

]²Xn {]tZi¯nsâ `qcn`mKhpw d_À IrjnbmWv. Cu {]tZi v̄ IqSpXembn

t{]mÕmln¸n¡m\mæ¶Xv ]¨¡dn Irjn Bbncnçw. hmg, I¸, ]¨¡dnIÄ F¶nh

IrjnsN¿pì−v. Cu ImÀjnI taJeIfnÂ ssPh Irjn t{]mÕmln¸nçIbpw, \qX\

Irjn coXnIfpw, kmt¦XnI hnZyIfpw D]tbmKnçIbpw sN¿pI hgn Cu taJesb

IqSpXÂ Iê¯pÅXm¡m\mæw. DbÀ¶ `mK§fnÂ Pe£maw t\cnSp¶ {]tZi§fnÂ

agshÅw kw`cn¨v kq£n¡m\mbmÂ AXv Ijn¡v klmbIcamWv. AXn\mbn

]SpXmæf§Ä t]mepÅ kuIcy§Ä hÀ²n¸nt¡−Xp−v. ædª Pew sIm−v ]camh[n

ê{]Zamb PetkN\w km[yamIWsa¦nÂ \qX\PetkN\ kuIcy§Ä

Dd¸mt¡−Xp−v. Cu ]²XnbneqsS AXnëÅ klmb§Ä \Â æì. ssPhhfw, ssPh

IoS\min\n F¶nh D]tbmKnç¶Xn\v t{]mÕml\w \evæ¶ ]²XnIfpw CXnÂ

DÄs¸«n«p−v. ap«, ]mÂ F¶nhbpsS DåmZ\w hÀ²n¸nç¶Xn\mhiyamb IìIen

hfÀ¯Â, tImgn hfÀ¯Â F¶nh¡v ]pdsa Iq¬, tX³ F¶o IrjnIfpw CXnÂ

t{]mÕmln¸nçì.

s]mXp \nÀ t±i§Ä

Xcniv Øe v̄ s\ÂIrjn sN¿m³ t{]mÕmln¸n¡pI.

\oÀ¯S¯nÂ DÄs¸Sp¶ hnhn[ tXmSpIfpsS ]mÀiz `n¯n sI«n kwc£n¡pI, sN¡v Umw \nÀ½n¡pI.

]¨¡dn Irjn t{]mÕmln¸nçI.

ssPh hf{]tbmKhpw, ssPh IoS \min\nbpsS D]tbmKhpw hÀ²n¸nç¶XnëÅ klmb§fpw, t{]mÕml\§fpw \ÂæI.

CdntKj³ kwhn[m\w sa¨s¸Sp¯p¶Xn\mhiyamb \qX\ kmt¦XnI hnZyIÄ t{]mÕmln¸nçI

ImÀjnI Bhiy§Ä¡v agshÅw kw`cn¨v kq£nç¶Xn\mhiyamb ]SpXmæf§fpw, s^tdmknaâv SmèIfpw \nÀ½nç¶Xn\mhiyamb klmb§Ä IÀjIÀ¡v e`y½mçI

\qX\ Irjn coXnIÄ t{]mÕmln¸nçI

KpWta·bpÅ hn¯n\§fpw ssXIfpw e`yamç¶Xn\ IÀjIêsS Iq«mbvabnÂ \gvkdnIÄ Bcw`nçI

SHG aptJs\ BSv, ap« tImgn, ]ip, t]m v̄, F¶nh k_vknUn \nc¡nÂ hnXcWw sN¿pI.

145

k½n{i Irjn, X«v Irjn t{]mÕmln¸n¡pIbpw, kwL§Ä (SHG)¡v A\p_Ô

sXmgnepIÄ (Hcp {][m\ sXmgnÂ) Is−¯n \oÀ¯Sw apgph³ hcp¶ Apex Society, ]mÂ

Society cPnÌÀ sNbvXv hn]W\ kuIcyw, hmbv]m kuIcyw ap³,]n³ _Ô§Ä (Pre-

processes, Post harvesting) Dd¸m¡pI.

DÂ¸¶§Ä IÀjIcnÂ \n¶v t\cn«v FSp¡p¶Xn\v VFPCK (Vegetable and Fruit

Promotion Council Kerala) Consumes fed, Market fed F¶nh aptJ\ kw`cn¡p¶Xn\v CSs]SepIÄ \S¯pI.

Value added product \nÀ½mW bqWnäv SHG IÄ aptJs\ XpS§pI.

\oÀ¯S {]tZi§fnÂ ImÀjnI kzbw ]cym]vXX Dd¸m¡pI.

146

]«nI 7.16 DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn

1st

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1

_Ín§v, Snj|IÄ¨À F¶o kuIcy§tfmSv IqSnb \gvkdn cq]oIcWw (sXmgnepd¸v ]²Xnbpambn kwtbmPn¸n¨v) No.

300000

2 60000 270000 300000

2

dbn³ sjÂ«À D]tbmKn¨pÅ tlmÀ«nIÄ¨À hym]\w

No. 67000

5 150000 171000 231000

3 t{Km_mKpIÄ hgn ]Ïdn Irjn hym]\w Unit

2000 155 155000 155000 260000

4

kv{]bÀ, ]qhmen, ImSv sXfnç¶ b{´w XpS§nb ImÀjnI D]IcW§fpsS hnXcWw

/Set

30000

6 180000 90000 150000

5

ssPh Irjn t{]mÕln¸nç¶Xnëw, {]Ncn¸nç¶Xnëambn ssPh hfw, ssPh IoS\min\nIÄ F¶nhbpsS hnXcWw. unit

5000

96 383750 171562.5 376562.5

6

ssPh hf \nÀ½mWw t{]mÕmln¸nç¶Xn\v a®nc It¼mÌv \nÀ½mW bqWnäv Bcw`nç¶XnëÅ ]²Xn. unit

20000

10 100000 100000 120000

7

ê{]Zamb PetkN\w km[yamç¶Xnëv {Un¸v CdntKj³ kwhn[m\¯nsâ hnXcWw.

(for

Banana/

ha)

36468

9 90000 188808 218808

9 Xcniv `qanbnÂ Irjn

sN¿p¶XnëÅ ]²Xn (per ha) Hac 30000

17 260000 200000 400000

10 £oc Irjn hym]n¸nç¶Xn\v ]ipInSmhnsâ hnXcWw InSmco 10000

17 170000 100000 170000

11 £oc Irjn hym]n¸nç¶Xn\v BSv hnXcWw / BSv 3500 45 157500 140000 175000

12 Xoä¸pÂ Irjn /Cent 60 1167 35000 35000 50000

13

ap« DåmZ\w hÀ²n¸nç¶Xn\mbn tImgnIfpsS hnXcWw

/ Unit 3000

95 285000 120000 225000

14 aÕy Irjn t{]mÕml\w

unit 60000 4.5 90000 210000 300000

15 Iq¬ Irjn unit 13550 2 27100 298100 27100

16 tX\o¨ hfÀ¯Â unit 30000 8 120000 120000 150000

BsI 139 2263350 1909150 3138596

147

2nd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1

_Ín§v, Snj|IÄ¨À F¶o kuIcy§tfmSv IqSnb \gvkdn cq]oIcWw (sXmgnepd¸v ]²Xnbpambn kwtbmPn¸n v̈) No.

300000

0 0 0 0

2


No. 67000

5 150000 185000 335000


2000 175 175000 175000 350000

4


/Set

30000

5 150000 0 150000

5


5000

86 342500 85625 428125

6


20000

12 120000 120000 240000

7

ê{]Zamb PetkN\w km[yamç¶Xnëv {Un¸v CdntKj³ kwhn[m\¯nsâ hnXcWw.

(for

Banana/

ha)

36468

6 60000 158808 218808



3 50000 50000 100000


16 160000 0 160000


12 Xoä¸pÂ Irjn /Cent 60 1500 45000 855000 900000

13


/ Unit 3000

75 225000 0 225000

14 aÕy Irjn t{]mÕml\w unit 60000 6 120000 240000 360000

15 Iq¬ Irjn unit 13550 27 368600 0 368600

16 tX\o¨ hfÀ¯Â unit 30000 8 120000 120000 240000

BsI 472 2278600 1989433 3220133

148

3rd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0 0 0

2


No. 67000

1 30000 37000 67000


2000 175 175000 175000 350000

4


/Set

30000

5 150000 0 150000

5


5000

75 301250 75312.5 376562.5

6


20000

6 60000 60000 120000

7

ê{]Zamb PetkN\w km[yamç¶Xnëv {Un¸v CdntKj³ kwhn[m\¯nsâ hnXcWw. (for

Banana/

ha)

36468

3 30000 79404 109404



3 50000 50000 100000


14 140000 0 140000


12 Xoä¸pÂ Irjn /Cent 60 1300 39000 741000 780000

13


/ Unit 3000

45 135000 0 135000


15 Iq¬ Irjn unit 13550 4 54200 0 54200

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 445 1398950 1341717 1964667

149

4th

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0 0 0

2


No. 67000

1 30000 37000 67000


2000 188 187500 187500 375000

4


/Set

30000

3 90000 0 90000

5


5000

22 87650 21912.5 109562.5

6


20000

6 60000 60000 120000

7


Banana/

ha)

36468

3 30000 79404 109404



3 50000 50000 100000


3 30000 0 30000


12 Xoä¸pÂ Irjn /Cent 60 777 23300 442700 466000

13


/ Unit 3000

33 100000 0 100000


15 Iq¬ Irjn unit 13550 3 40650 0 40650

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0 0

BsI 236 842100 878517 1255617

150

DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn 13M51a

1st

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

1 30000 270000 300000

2


No. 67000

2 60000 74000 134000

3 t{Km_mKpIÄ hgn ]Ïdn Irjn hym]\w Unit 2000 50 50000 50000 100000

4


/Set

30000

4 120000 0 120000

5


5000

34 137500 34375 171875

6


20000

6 60000 60000 120000

7


Banana/

ha)

36468

3 30000 79404 109404



4 60000 60000 120000


10 100000 0 100000


12 Xoä¸pÂ Irjn /Cent 60 667 20000 20000 40000

13


/ Unit 3000

50 150000 0 150000

14 aÕy Irjn t{]mÕml\w unit 60000 0 0 0

15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 4 60000 60000 120000

BsI 860 965000 707779 1672779

151

2nd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

2 60000 74000 134000


2000 50 50000 50000 100000

4


/Set

30000

3 90000 0 90000

5


5000

28 110000 27500 137500

6


20000

6 60000 60000 120000

7


Banana/

ha)

36468

3 30000 79404 109404



0 0 0


10 100000 0 100000


12 Xoä¸pÂ Irjn /Cent 60 667 20000 380000 400000

13


/ Unit 3000

40 120000 0 120000


15 Iq¬ Irjn unit 13550 22 298100 0 298100

16 tX\o¨ hfÀ¯Â unit 30000 4 60000 60000 120000

BsI 876 1168100 790904 1959004

152

3rd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


2000 50 50000 50000 100000

4


/Set

30000

3 90000 0 90000

5


5000

17 68750 17187.5 85937.5

6


20000

4 40000 40000 80000

7


Banana/

ha)

36468

0 0 0



0 0 0


10 100000 0 100000


12 Xoä¸pÂ Irjn /Cent 60 667 20000 380000 400000

13


/ Unit 3000

30 90000 0 90000


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 815 653750 614188 1267938

153

4th

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


2000 63 62500 62500 125000

4


/Set

30000

2 60000 0 60000

5


5000

9 35150 8787.5 43937.5

6


20000

4 40000 40000 80000

7


Banana/

ha)

36468

0 0 0



0 0 0


0 0 0


12 Xoä¸pÂ Irjn /Cent 60 333 10000 190000 200000

13


/ Unit 3000

13 40000 0 40000


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 444 345150 338288 683438

154

DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn 13M52b

1st

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

1 30000 270000 300000

2


No. 67000

1 30000 37000 67000


2000 30 30000 30000 60000

4


/Set

30000

2 60000 0 60000

5


5000

21 82500 20625 103125

6


20000

4 40000 40000 80000

7


Banana/

ha)

36468

3 30000 79404 109404



10 150000 150000 300000


4 40000 0 40000

11 £oc Irjn hym]n¸nç¶Xn\v BSv hnXcWw / BSv 3500

10 35000 0 35000

12 Xoä¸pÂ Irjn /Cent 60 500 15000 15000 30000

13


/ Unit 3000

10 30000 0 30000


15 Iq¬ Irjn unit 13550 2 27100 0 27100

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 600 629600 672029 1301629

155

2nd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


2000 50 50000 50000 100000

4


/Set

30000

1 30000 0 30000

5


5000

21 82500 20625 103125

6


20000

2 20000 20000 40000

7


Banana/

ha)

36468

3 30000 79404 109404



0 0 0


4 40000 0 40000


12 Xoä¸pÂ Irjn /Cent 60 300 9000 171000 180000

13


/ Unit 3000

10 30000 0 30000


15 Iq¬ Irjn unit 13550 2 27100 0 27100

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 402 426100 468029 894129

156

3rd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0


2000 50 50000 50000 100000

4


/Set

30000

1 30000 0 30000

5


5000

21 82500 20625 103125

6


20000

0 0 0

7


Banana/

ha)

36468

3 30000 79404 109404



0 0 0


2 20000 0 20000


12 Xoä¸pÂ Irjn /Cent 60 200 6000 114000 120000

13


/ Unit 3000

5 15000 0 15000


15 Iq¬ Irjn unit 13550 2 27100 0 27100

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 289 278100 264029 542129

157

4th

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0


2000 50 50000 50000 100000

4


/Set

30000

0 0 0

5


5000

13 52500 13125 65625

6


20000

0 0 0

7


Banana/

ha)

36468

3 30000 79404 109404



0 0 0


0 0 0


12 Xoä¸pÂ Irjn /Cent 60 190 5700 108300 114000

13


/ Unit 3000

5 15000 0 15000


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 266 170700 250829 421529

158

DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn 13M52c

1st

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


4


/Set

30000

0 0 0

5


5000

3 13750 3437.5 17187.5

6


20000

0 0 0

7


Banana/

ha)

36468

0 0 0



0 0 0


0 0 0

11 £oc Irjn hym]n¸nç¶Xn\v BSv hnXcWw / BSv 3500 0 0 0

12 Xoä¸pÂ Irjn /Cent 60 0 0 0

13


/ Unit 3000

10 30000 0 30000


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 39 98750 65438 164188

159

2nd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


2000 25 25000 25000 50000

4


/Set

30000

0 0 0

5


5000

0 0 0

6


20000

2 20000 20000 40000

7


Banana/

ha)

36468

0 0 0



0 0 0


0 0 0


12 Xoä¸pÂ Irjn /Cent 60 200 6000 114000 120000

13


/ Unit 3000

0 0 0


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI

230 111000 256000 367000

160

3rd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0 0


2000 25 25000 25000 50000

4


/Set

30000

0 0 0

5


5000

0 0 0

6


20000

0 0 0

7


Banana/

ha)

36468

0 0 0



0 0 0


0 0 0


12 Xoä¸pÂ Irjn /Cent 60 100 3000 57000 60000

13


/ Unit 3000

0 0 0


15 Iq¬ Irjn unit 13550 2 27100 0 27100

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 132 72600 82000 154600

161

4th

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0


2000 25 25000 25000 50000

4


/Set

30000

0 0 0

5


5000

0 0 0

6


20000

0 0 0

7


Banana/

ha)

36468

0 0 0



0 0 0


0 0 0


12 Xoä¸pÂ Irjn /Cent 60 100 3000 57000 60000

13


/ Unit 3000

0 0 0


15 Iq¬ Irjn unit 13550 3 40650 0 40650

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 128 68650 82000 150650

162

DåmZ\ k{¼Zmb§Ä sa¨s¸Sp¯p¶Xnëw sNdpInS kwcw`§Ä Bcw`nç¶XnëapÅ ]²Xn 13M53a

1st

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


4


/Set

30000

0 0 0

5


5000

38 150000 37500 187500

6


20000

0 0 0

7


Banana/

ha)

36468

3 30000 79404 109404



3 50000 50000 100000


3 30000 0 30000


12 Xoä¸pÂ Irjn /Cent 60 0 0 0

13


/ Unit 3000

25 75000 0 75000


15 Iq¬ Irjn unit 13550 0 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 139 570000 463904 1033904

163

2nd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

1 30000 37000 67000


2000 50 50000 50000 100000

4


/Set

30000

1 30000 0 30000

5


5000

38 150000 37500 187500

6


20000

2 20000 20000 40000

7


Banana/

ha)

36468

0 0 0



3 50000 50000 100000


2 20000 0 20000


12 Xoä¸pÂ Irjn /Cent 60 333 10000 190000 200000

13


/ Unit 3000

25 75000 0 75000


15 Iq¬ Irjn unit 13550 3 43400 0 43400

16 tX\o¨ hfÀ¯Â unit 30000 2 30000 30000 60000

BsI 472 573400 474500 1047900

164

3rd

Year

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0


2000 50 50000 50000 100000

4


/Set

30000

1 30000 0 30000

5


5000

38 150000 37500 187500

6


20000

2 20000 20000 40000

7


Banana/

ha)

36468

0 0 0



3 50000 50000 100000


2 20000 0 20000


12 Xoä¸pÂ Irjn /Cent 60 333 10000 190000 200000

13


/ Unit 3000

10 30000 0 30000


15 Iq¬ Irjn unit 13550 0 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 445 394500 381500 776000

4th

Year

165

Sl.

No. Activities Unit

Unit

Rate

Physical

Units

Financial


1


300000

0 0

2


No. 67000

0 0 0


2000 50 50000 50000 100000

4


/Set

30000

1 30000 0 30000

5


5000

0 0 0

6


20000

2 20000 20000 40000

7


Banana/

ha)

36468

0 0 0



3 50000 50000 100000


3 30000 0 30000

11 £oc Irjn hym]n¸nç¶Xn\v BSv hnXcWw / BSv 3500

8 28000 0 28000

12 Xoä¸pÂ Irjn /Cent 60 153 4600 87400 92000

13


/ Unit 3000

15 45000 0 45000


15 Iq¬ Irjn unit 13550 0 0 0

16 tX\o¨ hfÀ¯Â unit 30000 0 0 0

BsI 236 257600 207400 465000

166

Table 7.17 kwtbmP\ km²yXIÄ

Sl.

No.

Type of intervention Department/Schemes which can be converged with

IWMP

1. Renovation of Pond

(Desilting)

1. MGNREGA

2. Varambu Pothiyal and

Contour Bund

1. MGNREGA

Rain water harvesting Pit 1. MGNREGA

Well Recharge from Roof

Top

1. MGNREGA

3. Afforestration 1. MGNREGA

2. LSGI

3. Department of Social Forestry

4. Horticulture 1. Department of Agriculture

2. MGNREGA

3. LSGI

5. Dairy development 1. Department of Dairy development

2. LSGI

6. Waste Management

Activities

1. Nirmal Bharat Abhiyan

2. NRHM

3. LSGI

7. Machanisation in

agriculture fied

1. MKSP

8. Exposure Visit , soil

testing and Training

1. ATMA

9. Public Market 1. HADA

167

168

169

170

171

172

A[ymbw 8 {]Xo£nç¶ t\«§Ä

a®v, Pew, ssPh k¼ v̄ F¶nhbpsS ]cn]me\¯nëÅ CSs]SÂ {]hÀ¯\§fpw,

DåmZ\ hÀ²\hnëw, ]mhs¸« P\hn`mK¯nsâ PohnX \nehmcapbÀ¯p¶XnëapÅ

{]hÀ¯\§fpamWv Cu ]²XntcJbnÂ {][m\ambpw DÄs¸Sp¯nbncnç¶Xv. {]kvXpX

{]hÀ¯\§Ä kab _ÔnXambn \S¸nem¡m\mbmÂ a®nsâ ssPhmhØ IqSpXÂ

sa¨s¸Sp¯p¶Xnëw, Pe e`yXbpsS Afhv hÀ²n¸nç¶Xnëw AXphgn sa¨s¸«

DåmZ\mhØ krãnç¶Xnëw km[nçw. Poht\m]m[n BÀÖnç¶XnëÅ ]²XnIÄ

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2

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km[nçw

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kw`cnç¶Xnëw

173

km[nçì.

4

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tijn

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t{kmXÊpIfpsS kw`cW

tijn hÀ²n¸n¡m\mæw

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2000 I|_nIv aoäÀ Pew

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15 slÎtdmfw `qan

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DåmZ\ hÀ²\hnëÅ {]hÀ¯\§Ä

C\w \nehnepÅ DÂ]m\ £aX {]Xo£n¡mhp¶ t\«w

]¨¡dn slÎdnÂ ]camh[n 10 MT hsc slÎdnÂ 15 MT hsc

350 bqWnäv ]¨¡dn Irjn

bqWnäpIÄ hgn ædªXv

3.5 sa{SnIv S¬ ]¨¡dn

A[nIambn

DåmZn¸n¡m\mæw.

sX§v ]camh[n Hcp sX§nÂ \n¶v 60

tX§

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90 tX§ hsc {]Xo£n¡mw.

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hsc {]Xo£n¡p¶p.

174

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279 sP.FÂ.Pn. IÄ hgn

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175

A[ymbw 9

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{]hr¯nIfpsS `mhn ]cn]me\w Cu k©nX \n[nbp]tbmKn¨v sN¿m³ ]mSnÃm¯Xmæì.

_m¡n hê¶ XpI \oÀ¯S hnIk\ \n[nbnte¡v kw`mh\ \ÂInbn«pÅ IÀjIÀ¡v

ISambn \ÂImhp¶XmWv. \oÀ¯S hnIk\ \n[nbnte¡v hyànIfnÂ \nìw

Øm]\§fnÂ \nìw kw`mh\ kzoIcn¡mhp¶XpamWv.

176

kw£n]vXw

`mcX kÀ¡mÀ, {KmaoW hnIk\ a{´mebw aptJ\ \S¸nem¡p¶ ]²XnbmWv kwtbmPnX

\oÀ¯S ]cn]me\ ]cn]mSn (Integrated Watershed Management Programme). kpØnchpw

XpSÀ¨bmbXpamb {]tbmP\w e`n¡pw hn[w _lpapJamb kao]\§fneqsS {]IrXn

hn`h§fptSbpw a\pjy kaql¯nsâbpw \ne\nÂ¸v Htc kabw kwc£n¡p¶

]²XnbmWnXv. a®v, Pew, ssPhk¼ v̄ F¶nhbpsS kwc£W¯neqsSbpw XpSÀ¨bmb

]cn]me\¯neqsSbpw hcpw Xeapdsb kwc£n¡pI F¶ e£yamWv Cu ]²Xn¡pÅXv.

Xt±i kzbw`cW Øm]\§Ä hgn \S¸nem¡p¶ Cu ]²XnbpsS \S¯n¸nse FÃm

L«§fnepw P\]¦mfn¯w Dd¸p hcp¯p¶p−v.

CSp¡n PnÃbnÂ sXmSp]pg t»m¡nse aW¡mSv, Icnè¶w, ]pd¸pg, ap«w F¶o

]©mb¯pIfnembn hym]n¨v InSç¶ 4 sNdp \oÀ¯S§fmWv ]²Xn {]tZiw.

tIcf¯nse sX¡v \nìw ]Xnaq¶mas¯ \Znbmb aphmäp]pgbpsS sNdp \oÀ¯S§fmWv

Ch (13M51a, 13M52b, 13M52c, 13M53a). ]²Xn{]tZi¯nsâ BsI `qhnkvXrXn 4556

slÎÀ BWv. CXnÂ 4522 slÎÀ {]tZiamWv Cu ]²Xn {]Imcw ]cn]men¡s¸tS−Xv.

]²Xn XpI 678.3 e£w cq]bmW.v

\mjWÂ sdbv³sÛv Gcnb AtXmdnänbmWví (NRAA) tZiobXe \oÀ¯S ]cn]me\

Bkq{XW¯nsâbpw, \nÀÆlW¯nsâbpw taÂt\m«w hlnç¶Xv. SLNA (State Level

Nodal Agency) BWv IWMP bpsS kwØm\Xe taÂt\m«w hlnç¶Xv. A{KnIÄ¨À

s{]mU£³ I½ojWÀ sNbÀamëw, Xt±i kzbw`cW hæ¸v {]n³kn¸Â sk{I«dn, tIm--

sNbÀamëw, {KmahnIk\ I½ojWÀ No^v FIvknI}«ohv HmôkdpambpÅ Cu

kwhn[m\w, PnÃm t»m¡v ]©mb¯pIÄ¡v ]²Xn Bkq{XW¯nëw \S¯n¸nëw

Bhiyamb amÀ¤ \nÀt±i§Ä \evæì. IWMP bpsS PnÃmXe Bkq{XW¯nsâbpw

\nÀÆlW¯nsâbpw taÂt\m« NpaXe PnÃm Bkq{XW kanXn¡mWv (DPC). PnÃm

Bkq{XW kanXnsb Cu {]hÀ¯\¯n\v klmbnç¶Xn\v PnÃm ]©mb v̄ {]knUâv

sNbÀamëw, PnÃm IfÎÀ sa¼À sk{I«dnbpambn PnÃmXe tImÀUnt\j³

kanXnbpw(DLLC). cq]oIcn¨ncnçì. PnÃmXe¯nÂ {]hÀ¯\§Ä GtIm]n¸nç¶Xn\v

hm«ÀsjUv skÂ Iw Umä skâdpw (WCDC) cq]oIcn¨n«p−v. IWMP bpsS t{]m{Kmw

Cw¹nsatâj³ GP³kn (PIA) t»m¡v ]©mb¯pIfmbncnçw. sXmSp]pg t»m¡v

]©mb¯mWv Cu IWMP]²XnbpsS t{]m{Kmw Cw¹nsatâj³ GP³kn.

\oÀ¯SmSnØm\¯nepÅ DPRIÄ X¿mdmç¶Xv apXÂ ]²Xn ]qÀ¯oIcWw hscbpÅ

177

apgph³ NpaXebpw PIA Bb t»m¡v ]©mb¯nsâ NpaXebmWv. PIA Bb sXmSp]pg

t»m¡v ]©mb¯ns\ klmbn¡m³ Hê t»m¡v Xe tImþHmÀUnt\j³ I½nän

cq]oIcn¨n«p−v. ]²Xn Bkq{XW¯n\v th− kmt¦XnI klmbw sN¿p¶Xv sIm¨n

BØm\ambpfÅ skâÀ t^mÀ tkmtjym F¡tWmanIv Bâv F³ htbm¬ saâÂ

ÌUnbmWv (CSES, KOCHI).@@@@@@@@@@@@

{]tZiw t\cnSp¶ {]iv\§sf a\Ênem¡n AXnsâ ASnØm\¯nemWv AXmXv \oÀ¯S

{]tZis¯ ]cn]me\ {]hÀ¯\§Ä Bkq{XWw sNbvXncn¡p¶Xv. 4 sNdp

\oÀ¯S§fnepw GItZiw kam\amb {]iv\§fmWv I−p h¶n«pÅXv. Hmtcm

{]tZis¯bpw {]iv\§Ä a\Ênem¡p¶Xn\v ]²XnbpsS Bkq{XW L«¯nÂ BZyw

apXÂt¡ icnbmb P\]¦mfn¯w Dd¸m¡nbncp¶p. Hmtcm \oÀ¯S {]tZi¯pw

kwLSn¸n¨ ]¦mfn¯ ]T\w, {KmakÌÄ F¶nh hgnbmWv Hmtcm {]tZit¯bpw

{]iv\§Ä a\Ênem¡nbn«pÅXv.

C§s\ Is−¯nb {]iv\§fpsS ASnØm\¯nem¬v Hmtcm {]tZit¯bpw CSs]SÂ

{]hÀ¯\§Ä Xoêam\n¨n«pÅXv. Hmtcm {]hÀ¯\hpw kab_ÔnXambpw icnbmb

coXnbnepw \S¸nemçIbpw AXv XpSÀ¶v ]cn]men¡s¸SpIbpw sNt¿−Xp−v. CXn\mbn

Hmtcm L«¯nepw {]hÀ¯nbpambn _Ôs¸Sp¶hÀ¡v hniZamb ]cnioe ]cn]mSnIfpw

Cu ]²XnbnÂ Bkq{XWw sNbvXn«p−v. ]²Xn {]tZis¯ DåmZ\ taJesb

]cnt]mjn¸nç¶Xn\v Bhiyamb ]²Xnbpw, ZpÀ_e P\hn`mK§fpsS PohnX

\nehmcapbÀ¯p¶XnëÅ koUvaWn hnXcW¯nëÅ ]²Xnbpw CXnsâ `mKamWv. hnhn[

]²XnIÄ, Un¸mÀ«vsaâpIÄ F¶nhbpambpÅ kwtbmP\ km[yXIÄ Cu ]²Xn

{]tbmP\s¸Sp¯pì. hnhn[ Xe§fnepÅ P\§Ä, DtZymKØÀ, hæ¸pIÄ F¶nhbpsS

kPohamb ]¦mfn¯w Dd¸mt¡−Xv Cu ]²XnbpsS hnPb¯n\v A\nhmcyamWv.

178

Detailed Cost Estimate

Water Harvesting Tank

Abstract estimate for construction of roof water harvesting tank of 10000ltrs

sl.no Description Qty Unit Rate per unit

Amount

(Rs.)

1 Site clearing 9.62 100m² 174.57 16.79

2 Earthwork excavation in hard soil for foundation 1.79 m³ 198.38 354.76

3 RR masonary in 1:6cm for foundation 1.5 m³ 2750.14 4114.24

4

DR paking inside the basement to the required curved

bottom 0.84 m³ 1355.86 1142.41

5 pointing RR masonry with 1:3 2.65 10m² 791.78 209.77

179

6 plastering with cm 1:3 in 12 mm thick for plinth portion 1.77 10m² 1796.93 317.95

Super structure

7 pcc 1:2:3 for foundation using 20mm aggregate 0.81 m³ 6179.8 5023.99

8

supplying and fixing chicken mesh 12x24 gauge -2

layer(10m²) 61.08 m² 562.61 3436.2

9 supplying and fixing weld mesh 50x50,12 gauge 22.51 m² 2395.31 5390.76

10

Reinforcement works using 6mm steel,bent,tied and

plaed in portion 39 qtl 5185.86 2022.49

11

plastering with 1:2.5, 12 mmthick,floated hand and

trowelled smooth,including cost,conveyance,labour

charges,curing..etc 52.07 10m² 1813.47 9442.77

12 finishng with neat cement flushing coat 52.07 10m² 377.16 1963.86

13 white washing 2 coats 22.27 10m² 76.63 170.64

14 providing manhole cover LS 750

15 providing filter with chamber LS 1250

16 supply of gutter pipe with 110mm pvc 4kg/cm² 8avg m 88.83 710.6

17 supplying 63mm 4kg/cm² 6avg m 55 330

18 supplying 50mm pvc scour pipe 4avg m 52.47 209.88

19 supplying 50mm pvc over flow pipe to recharge pit 4avg m 52.47 209.88

20 pipe specials 10% 146.04

180

21 scour valve 50mm 1 each 286 286

22 63mm pvc valve and down pipe 1 each 398 398

23 supplying SDB tap 1 each 217.25 217.25

24 Labour charges for plumbing LS 1200

25 pit for ground water recharge 0.79 m³ 198 155.72

26 Filling pit with rubble,bricksbats,stone LS 120

Total 39590

unforseen items 410

Grand Total 40000/-

CHECK DAM

SL.N

O. DESCRIPTION NO L (m) B (m) H/T (m) QTY. RATE UNIT AMOUNT (Rs.)

1

Clearing light jungle vegitation & small

tree of girth up 30cm 1 20 4.5 90 452.4 100m 407.16

2

Earth work excavation in ordinary soil

for

i) Foundation 1 7.5 1.8 1 13.5

ii) Bed in two side of weir 2 3 3.5 0.4 8.4

iii) Side wall 2 21 0.5 1.5 31.5

53.4

1340.

232 10m3 7156.839

3 PCC 1:4:8 for using 40 mm nominal

size broken stone for i)foudation 1 7.5 1.8 0.1 1.35

ii) Bed in two side of weir 2 3 3.5 0.1 2.1

3.45 5538 m3 19106.1

181

4

PCC 1:2:4 for using 20 mm nominal

size broken stone for

i)For side wall 6 21 0.5 0.1 6.3

ii)For top of bed 2 3.5 3 0.1 2.1

8.4 78.78 10dm3 66175.2

5 Randam rubble masonry for

i) Side wall 2 21 0.45 1.5 28.35

3546.

42 m3 100541

6 Dry rubble masonry 2 3 3.5 0.3 6.3

2051.

52 m3 12924.58

7 Ring bund 2 7.5 2 1.5 78 635 m3 49530

8

RCC 1:2:4 using 20 mm metal for reinforced

concrete work including all labour

,material,formwork & conveyance

i)foundation 1 7.5 1.4 0.5 5.25

ii)Basement 1 7.5 1.2 0.4 3.6

iii)Super structure (i) 1 7.5 1 1 7.5

Super structure (ii)top portion 2 0.875 1 0.5 0.875

iv)Wall in front of side wall 2 13 0.15 1.5 5.85

23.07

5

144.7

68 10dm3 334052.2

9

Plastering with CM 1:4 ,12 mm thick

for

Super structure side Area 4m2 x 2 side 8

top Area 4.622m2 4.622

12.62

2

2185.

14 10m2 2758.084

10 Reinforcement

75 kg/m3 1986

6339.

41 qtl 125900.7

182

11 Name board ls 2000

Unforseen items 5128

total 725679.8

Renovation of V C B

SL.N

O DESCRIPTION NO L B H/T QTY UNIT RATE AMOUNT

183

1 wooden shutter 4 1.3 0.06 1.5 0.468 m³ 66036 30904.85

2 concreting of down portion 2 1.2 1.5 1.5 5.4

10dm

³ 126 68040

3 plastering of existing structure 4 1.2 1.5 1.5 10.8 m² 1860 2008.8

total 100953.6

Add 6% of tax 6057.216

GRAN

D

TOTA

L 107010.9

Rcc Barrier

SL.N


1

Site clearing including earth work

excavaton 1 20 5 0.3 30 m³ 1263 3789

2 rcc 1:1.5:3 for bed 1 20 5 0.3 30

3 rcc 1:1.5:3 for body 1 20 0.4 1.2 9.6

total 39.6

10dm

³ 126 498960

4 reinforcement 80kg/m³ 59.88 189699.8

6 plastering in cm1:3 two sides 1 20 1.2 24

1 20.5 1.2 24.6

total 48.6 10m² 1860 9039.6

total 701488.4

Add 6%

of tax 42089.3

184

GRAN

D

TOTA

L 743577.7

Stream Protection

SL.N


I

1

Site clearing including earth work

excavaton 1 90 1.2 0.3 32.4 m³ 1263 4092.12

2 DR masonry for side wall 1 90 0.6 2.5 135

DR masonry for side wall 1 20 0.6 1.5 18

185

total 153 m³ 1592 243576

3 pcc 1:4:8 for foundation 1 90 1.1 0.1 9.9

pcc 1:4:8 for foundation 1 20 0.9 0.1 1.8

4 pcc 1:4:8 for top portion 1 90 0.6 0.05 2.7

pcc 1:4:8 for top portion 1 20 0.6 0.05 0.6

total 15 m³ 4485 67275

5

Material cost., broken stone @3000/

load m³ 180242.7

total 495185.8

Add 6%

of tax 29711.15

GRAN

D

TOTA

L 524896.9

Panchayath Well Maintenance

SL.N


1 Cleaning LS 2000

2

Maintenance of parapetwall using dry

rubble 1 4 0.45 0.6 1.08

3 platform around the well 2.7

total 3.78 m³ 1592 6017.76

4 Well cover LS

5 Material cost., broken stone @3000/ load m³ 4453.05

total 12470.81

Add 6% 748.24

186

of tax

GRAN

D

TOTA

L 13219.05

Protection of Ooli

SL.N


1 cleaning LS 1200

2 RR masonry in 1:6 cm 1 4.2 0.5 1 2.1

1 2.7 0.5 1 1.35

total 3.45 m³ 3029.4 10451.32

3 Plastering in cm 1:3(1) 4.2

(2 2.7

(3 4.5

total 11.4 m² 1860 2120.4

4 Covering LS 3000

total 16771.72

Add 6%

of tax 1006.3

GRAN

D

TOTA

L 17778.02

Pond Protection

SL.N


1 Deepening upto 2 mtr 297 10m³ 2064 61300.8

2 Cleaning LS 5000

3 bailing out 6 day 1337 8022

187

total 74322.8

Add 6% of tax 4459.368

GRAND TOTAL 78782.17

New VCB Shutter

SL.

NO DESCRIPTION NO L B H/T QTY UNIT RATE AMOUNT

1 Wooden shutter 1 1.2 0.06 2 0.144 m³ 66036 9509.184

2 Lock LS 3000

total 12509.18

Add 6%

of tax 750.55


Checkdam Renovation

SL.N


1 RR masonry 1 6.6 0.6 2 7.92 m³ 3029.4 23992.6

2 pcc in 1:1.5:3 1 6.6 0.15 0.9 0.891

10dm

³ 126 11226.6

Material cost., broken stone @3000/ load m³ 9330

total 44549.2

Add 6% of tax 2672.95


188

RATE

NO

S

LENG

TH

BR

EA

DT

H

DE

PT

H

quan

tity

AMOU

NT

M

AT

ERI

AL LABOUR tax

GRA

ND

TOTA

L

RATE

per

Unit NOS

2

RAIN

WATE

R PITS

FOR 10 NOS OF PITS

Earth work

excavation in

ordinary soil 1117

/10

m3 10 1 1 1 10 m

3 1117.00

1117.

00 67.02

1184.0

2

3

FOR

MAKI

NG

EART

HERN

BUND

S

FOR 10m OF

LENGTH

Earth work

excavation in

ordinary soil and

depositing with lead

up to 50m and lift up

to 1.5m including

neat banking. 1117

/10

m3 1 10

(1.

10

+0.

60)

/2 0.70 5.95 m3 664.62

664.6

2

39.87

69 704.49

4

FOR

STRE

NGTH

ENIN

G

PADD

Y

BUND

S

FOR 10m OF

LENGTH

Earth work

excavation in

ordinary soil and

depositing with lead

up to 50m and lift up

to 1.5m including

neat banking. 1117

/10

m3 1 10 2.1 0.2 4.2 m3 469.14

469.1

4

28.14

84 497.29

189

5 CENT

RIPIT

AL

TERR

ACIN

G

FOR 10 NOS

Earth work

excavation in

ordinary soil 1117

/10

m3 10

3.14 X

(2.25-

0.25) 0.3 18.8 m3 2104.43

2104.

43

126.2

66

2230.6

9

6

FODD

ER

CULTI

VATIO

N

FOR 100m2 OF AREA

Earth work in

ordinary soil for

planting feeder grass 75.4

/10

m2 1 10 10 100 m2 754.00

cost of labour for

planting grass. 2no

of labours for

planting 100m2 of

grass 377

/la

bo

ur 2 2

ma

n 754.00

1508.00 1508 90.48

1598.4

8

7

WEED

S

REMO

VAL

FOR 100m2 OF AREA

cost of labour for

removing water

weeds from

ponds,river etc.of an

area of 100m2 377

/la

bo

ur 2 754.00

754.0

0 45.24 799.24

8 PLAN

TING

SCRE

W

PINE

FOR 10m2 OF AREA

Cost of labour to

collect screw pine

stems for an area of

10m2 377

/la

bo

ur 2 754.00

190

,BAM

BOO

ETC.

Earth work in

ordinary soil for

making pits for

planting screw pines

@22 pits/10m2 1117

/10

m3 22 0.3 0.3 0.5 0.99 m

3 110.58

864.58 864.58

51.87

5 916.46

9

STON

E

BUND

ING

FOR 10m OF

LENGTH

Cost of stones localy

available

includingCharge for

Head load lead of

200m 351

/m3 1 10

0.6

5 0.6 3.9 m3 1368.90

639

.6 729.3

cost of labour

charge of mason for

making stone bunds

@ 0.35 mason/m3 471 /mason 1.37

ma

son 642.92

642.9

2

cost of labour

charge of helper for

making stone bunds

@1.40 labour/m3 377

/labo

ur 5.46

lab

our 2058.42

2058.

42

4070.24

639

.6

3430.

635

244.2

14

4314.4

5

1

0

MULC

HING

FOR 15NOS OF

PCOCONUT,MANGO

TRE ETC.

191

cost of labour

charge for collecting

localy available

plants ,husks,etc for

mulching for 15

plants 377

/labo

ur 1

lab

our 377.00

cost of labour

charges for putting

soil above plants 1117 /10m3 15

3.14 X

(2.25-

0.25) 0.05 4.71 m3 526.11

903.11

903.1

1

54.18

64 957.29

1

1

PROVIDING WOODEN

SHUTTERS FOR CHECK DAMS

Vengai wood

wrought and put up

535.5

3583

/10d

m3 1 1.5 1.5 0.05 0.11 m3

6024.77

81

563

0.1

7

394.6

5

361.4

87

6386.2

6

1

2

SUB

SURF

ACE

DYKE

FOR 10m LENGTH

OF DYKE

Earth work

excavation for 1st

1.5m depth

2064.

08 /10m3 1 10

1.2

5 1.5 18.8 m3 3870.15

3870.

15

Earth work

excavation for a

depth of 1.5m to 3m

2214.

88 /10m3 1 10

1.2

5 1.5 18.8 m3 4152.9

4152.

9

Earth work

excavation for a

depth of3m to 4.5m

2365.

68 /10m3 1 10

1.2

5 1.5 18.8 m3 4435.65

4435.

65

Earth work

excavation for a

2516.

48 /10m3 1 10

1.2

5 0.5 6.25 m3 1572.8

1572.

8

192

depth of 4.5m to 5m

P.C.C 1:4:8, for

anchoring LDPE

sheet

4432.

22 /m3 1 10

1.2

5 0.2 2.5 m3

11080.5

58

870

0.8

2379.

75

Cost of LDPE Sheet 120 /m2 1 10 4 40 m

2 4800

480

0

Cost for refilling the

trench

2505.

16 /10m3 1 10

1.2

5 5 62.5 m3

15657.2

5

1565

7.25

45569.3

1

13500.

8

32068.

5

2734.1

6

48303.4

7

Backyard Poultry

Sl No Particulars Nos / units Unit rate (Rs)

Cost (Rs)

1 Cost of a Chicken Coop having 10 Sq. Ft. 5 2000 10000

2

Cost of 2 month old Chicks @

Rs.100/Chicks 50 100 5000

3 Cost of Medicine 500

4 Cost of feed @ Rs. 10 per Kg 5000

5 Total 20500

Backyard Duckery Sl No Particulars Nos / units Unit rate

(Rs) Cost (Rs)

1 Cost of 3 month old Ducks 120 130 15600


3 Cost of feed 8900

4 Total 25000

193

Food Processing Unit Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Cost of Mixer Grinder 1 6500 6500

2 Cost of Frying Pan 1 500 500

3 Cost of Raw Material 500 30 15000

4 Packing Cover 1000

Total 23000

Nutritional food Processing Unit Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Flour mill 1 6500 6500

2 Cost of Frying Pans 10 1500 15000


4 Packing Cover 1000

5 Wage 5 for persons 5 6000 30000

6 Shed 60000

7 Sealing Machine 3500

Other Expense 4000

Total 220000

Eco Fiendly Products manufacturing Unit Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

Materials 100000

Room rent 2 2000 4000

Room Security 50000 50000

10 Nos of Stiching Machine @ 10000/No 10 8000 80000

Accessories 50000 50000

Cutting Machine 1 100000 100000

Molding Machine 1 100000 100000

Labour Cost 5 6000 30000

Total 514000

Tailoring Unit Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

Materials 100000

Room rent 2 2000 4000

Room Security 50000 50000

Packing Machine (weigh and sealing) 2 50000 100000

Accessories 50000 50000

Storage facility 1 100000 100000

194

Labour Cost 5 6000 30000

Transportation facility 1 200000 200000

Total 634000

Vegetable Retail Shop Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1

Room rent to store vegetable

@ Rs.600/month 1 2000 2000

2

Amount Required to make

shelves 4 1500 6000

3 Equipments 5000

4

Amount required to purchase

vegetable for a day including

transportation 12000

5 Total 25000 Backyard Poultry

Sl No Particulars Nos / units

Unit rate (Rs)

Cost (Rs)

1

Cost of a Chicken Coop having

10 Sq. Ft. 5 2000

10000

2

Cost of 2 month old Chicks @

Rs.100/Chicks 50 100 5000



5 Total 20500

Backyard Duckery Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Cost of 3 month old Ducks 120 130 15600


3 Cost of feed 8900

4 Total 25000

Ornamental Fish Farming

Sl No Particulars Nos / units Unit rate (Rs)

Cost (Rs)

1 Aquarium tank of @ 250 L capacity each 5 1375 6875 2 Cement tank for brood stock @ 250 L

capacity each 5 1000 5000

3 Brood stock fish 1000 10 10000

4 Feed & Other Expenses 3125

5 Total 25000

Binding Unit

195


Unit rate (Rs)

Cost (Rs)

1

Cost of Paper, Sewing thread, Adhesives,

Boards, and Tools etc. 10000

2 Room rent 1 800 800

3 Spiral Binding Machine 1 5000 8500

4 Cutting Machine - Second Hand 1 75000 600000

Total 619300

Garment Unit


Unit rate (Rs)

Cost (Rs)

1 Cloth 50000

2 Room rent 1 2000 2000

3 10 Nos of Stiching Machine @ 10000/No 10 8000 80000

4 Accessories 25000 25000

Total 157000

Fodder Collection & Selling

1 Cost of Paddy Straw @ Rs.1/1 20000 1 20000

2

Labour charge to dry in sunlight 80 Man days @ Rs.

250/day 80 250 20000

3 Storing expense 5000

3 Total 45000

Horticulture - Vegetable Cultiavtion/ Acre

No. Particulars Amount (Rs)

1 Planting material 2200

2 Manures & Fertilisers 3000

3 Plant protection 1100

4 Sprayer & implements 1500

5 Fencing 2500

6 Irrigation 1800

7 Labour 3200

8 Intercropping 1500

9 Miscellaneous 600

Total 17400

196

Kadaknath Poultry Hatchery (PS)/ Large scale


Unit rate (Rs)

Cost (Rs)

1 Cost of a Chicken Coop having 1000 Sq. Ft. 1 20000 20000

2 Cost of 2 month old Chicks @ Rs.180/Chicks 100 180 18000



5 Total 220000

Food Processing Unit - Home made Chips Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Cost of Frying Pan 1 3000 3000


3 Packing Cover 1 1000 1000

4 Sealing Machine 1 1456.51 1456.51

5 Cost of fuel (Kg) 50 7 350

Total 20806.5

Goat Rearing Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Cost of 5 male and 5 female baby goats 10 1000 10000

2 constuction cost of 5 sheds for each pair 5 3000 15000

Total 25000

Calves Rearing Sl No Particulars Nos /

units Unit rate

(Rs) Cost (Rs)

1 Cost of 2 female calves 2 8000 16000

2 constuction cost of shed 1 9000 9000

Total 25000

Documents

TDPA DPR 1.9 - Keralaslna.kerala.gov.in/sites/default/files/dpr_thodupuzha.pdf · 2019. 8. 24. · 1 kwtbmPnX \oÀ¯S ]cn]me\ ]cn]mSn (IWMP) hniZamb ]²XntcJ October 2014 IWMP IX