ih-vkj-,-] csl ykbu losz] ih-ih-vkj- rs;kj djuk] izkstdv Iykfuax] usv Iykfuax izfdz;k izkstsdv Qkby rfkk Mh-ih-vkj- rs;kj djuk

Transcription

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2 ih-vkj-,-] csl ykbu losz] ih-ih-vkj- rs;kj djuk] izkstdv Iykfuax] usv Iykfuax izfdz;k izkstsdv Qkby rfkk Mh-ih-vkj- rs;kj djuk ba- jkt cyh ;kno ls- fu- vij d`f k funs kd] Hkwfe laj{k.k] m-iz-

3 csl ykbu losz dk egro dksbz Hkh ;kstuk cukus ls igys mlds igys dh flfkfr tkuuk vfr vko ;d gsa ftlls ;kstuk vpnh o O;ogkfjd cu ldsa blds fy, fueu ckrksa dh tkudkjh gksrh gsa ;kstukvksa laca/kh lel;k dh iw.kz tkudkjh gks tkrh gsa d`"kdksa dh ;kstuk ls D;k vis{kk,a gsa bldk Kku gks tkrk gsa lhkh fgrxzkfg;ksa dks ;kstuk dk ykhk feyus laca/kh lhkh igyqvkas dksa ;kstuk esa kkfey djus esa lgk;rk feyrh gsa ;kstuk esa vko ;d lw{e ls lw{e founqvksa dk lekos k djusa es lgk;rk feyrh gs vksj dksbz Hkh fdz;k dyki NwVus ugha ikrka

4 csl ykbu losz esa,d= fd, tkus okys vkadm+s izkfkfed (Primary) vkadms%& ;g vkadms+ {ks= dh lel;k rfkk muds fujkdj.k] Lkkekftd vkffkzd flfkfr] rfkk cqfu;knh lqfo/kkvksa vkfn dh tkudkjh ds fy,,df=r fd, tkrs gsaa bl izdkj ds vkdm+s xzkeh.kksa ls iwnrkn rfkk lghkkxh xzkeh.k ewy;kadu (Participatory Rural) Appraisal (PRA) ds ek/;e ls,df=r fd, tk ldrs gsa f}rh;d (Secondary) vkadms%& ;g vkadms+ {ks= dh tu la[;k] i kq la[;k] xzkeh.k ifjokjksa rfkk mudh tksr] o"kkz] flafpr o vflafpr {ks= vkfn dh flfkfr] Hkwfe mi;ksx] Qlyksa o mudh mrikndrk rfkk mriknu] ism+ iks/kksa o oulifr;ksa vkfn dh flfkfr dh tkudkjh ds fy,,df=r fd, tkrs gsaa bl izdkj ds vkdms+ lacaf/kr fohkkxksa@lalfkkvksa esa miyc/k jgrs gsa tgka ls bugsa izkir fd;k tk ldrk gsa bu vkdm+ksa dks izkir djus dk Jksr bafxr fd;k tkuk pkfg,a ekbøks okvj ksm ds vk/kkjhkwr@csup ekdz vkwdm+kas dks fu/kkzfjr izi= ij,d= djuk rfkk bugsa ifj;kstuk i=koyh esa lajf{kr j[kuk vu;ar egroiw.kz dk;z gsa vkadmsa Hkkjr ljdkj@jkt; ljdkj }kjk fu/kkzfjr :ii= ij,d= fd, tkus pkfg,a

5 lghkkxh xzkeh.k ewy;kadu PARTICIPATORY RURAL APPRAISAL (PRA) lghkkxh xzkeh.k izkd`frd ty laxzg.k {ks= ds izcu/k gsrq xzkeh.k lekt ls lksgknz iw.kz?kfu B lecu/k LFkkfir djus rfkk mudh lel;kvksa dh igpku,oa izkfkfedrk ds mnns ; ls fd;k tkrk gsa blesa xzkeh.kksa ls eq[;r% Hkwfe] ty rfkk ekuo lslk/ku] e`nk izdkj] Hkwfe dvko] o kkz] /kjkryh; ty viokg] ty fudkl ukyksa] ouksa] pjkxkgksa] ba/ku pkjk] d`f k@vks kfud mriknu iz.kkyh] i kq/ku] lkekftd] vkffkzd rfkk tula[;k] f k{kk] xzeh.k dks ky,oa jkstxkj dh lehkkoukvksa vkfn ds fo k; esa okafnr tkudkjh rfkk vkadm+s,df=r fd, tkrs gsaa

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7 . Society formation at Jalalpur village

8 ih0vkj0,0 tkudkjh izkir djus dh,d vuksipkfjd fof/k gs ftlesa xzkeh.kksa ls mudh lel;k;sa rfkk LFkkuh; lek/kku dh tkudkjh ds lkfk muds O;ogkj dks mughs ds ek/;e ls le>k tkrk gsa ihvkj, dh eq[; fof/k;ka lghkkxh ud'kk,oa uewuk ud'ks ds izdkj lkekftd ud'kk lalk/ku ud'kk m e lecu/kh ud'kk eksleh; fo ys k.k VªkaUtsDV okd Hkwfe mi;ksfxrk ekufp=,sfrgkfld le; js[kk

9 VªkUtsDV okd esa /;ku j[kus ;ksx; ckrsa LFkkuh; tkudkj yksxksa dh ryk'k djsa tks lkfk esa?kweus rfkk enn djus fy, bpnqd gksaa viuh Vhe esa dk;ksz dk cavokjk dj ysa [kkldj iz'udrkz rfkk vfhkys[kha Hkze.k ls igys lghkkxh ud'kk vxj gs rks mldh enn ysa rfkk lkfk esa pyus okys yksxksa ls Hkze.k ds mnns'; ds ckjs esa ppkz vo'; djsaa Hkze.k djrs le;,sls jklrksa dk p;u djsa tks xkao dh fofhkuurk okys {ks=kksa ls xqtjsaa lhkh {ks=kksa dk lw{e fujh{k.k djsa] iwans rfkk xehkhjrk ls ckrksa dks lqusaa lel;k vksj lek/kku ij fo'ks"k /;ku j[ksa rfkk fopkj foe'kz djsa]

10 {ks=kksa dh,d:irk rfkk fhkuurk ds dkjdksa dks igpkus rfkk {ks=k fo'ks"k ds LFkkuh; ukeksa dks vo'; tkusa Hkze.k ds ckn ih-vkj-,- drkz esa ls dksbz,d O;fDr VªkUtsDV fp=k cuk;s rfkk lkfk yksx bls iwjk djus esa viuk ;ksxnku nsaa var esa VªkUtsDV fp=k dks xzkeh.kksa dks fn[kkdj lq/kkj djk ysa rfkk mudh lalrqfr ys ysaa

11 tykxe fodkl gsrq xzkeh.k lghkkxh ewy;kadu ih0vkj0,0 tykxe fodkl ds lunhkz esa Vki Mkmu,oa ckve&vi vizksp esa vurj Li"V djuka ih-vkj-,- fof/k;ksa ls ifjp; djkuka tykxe izcu/k esa mi;ksxh ih-vkj-,- fof/k;ksa dk O;ogkfjd vh;kl lghkkxh tykxe ifj;kstuk dk fuekz.k ifj;kstuk fuekz.k dh vu; volfkk;sa Hkh izr;{k ;k vizr;{k :i ls lwpukvksa ls gh lacaf/kr gsa

12 ih-vkj-,- losz{k.k dh fof/k;kas dh lhek;sa lwpuk dh lgh igpku u gksuk / MISJUDGEMENT lgh O;k[;k u djuk / MISINTERPRETATION xzkeksa dh flfkfr;ksa dk xyr izlrqrhdj.k/ MISREPRESENTATION OF VILLAGE SITUATIONS xzkeh.k Kku o lgh izfrfuf/kro dk vhkko

13 lwpukvksa ds lzksr ljdkjh,tsulh leqnk; ds eqf[k;k leqnk; ls lk{kkrdkj leqnk; ds izfrfuf/k;ksa ls lk{kkrdkj xkwo ds fofhkuu laxbuksa ls dk;zdkjh laxbuksa ds izfrfuf/k;ksa ls lghkkxh fof/k ls losz{k.k dj,d vpnh ifj;kstuk dh igpku dh tk ldrh gsa vpnh lwpukvksa dh fo'ks"krk lkef;d oklrfod fo'oluh;

14 General Description of the Project Area Location:- Project- IWMP- I,II... Block. District... SN Name of micro watershed with Code Project, in which MWS is situated Latitude / Longitude No. & names of villages.. Name of Panchayat Name of Block Details of approach road with distance km Land mark, WS location maps:- Map showing- U.P. in India, District in U.P., Watershed in District and Block

15 Physiography:- Details of Physiography and relief of the project areas Project- IWMP- I,II... Block. District Sl. No. Name of District Names of projects Names of MWS Elevation (meters) Slope range (%) Order of watershed Sub/microwatershed Major streams Toposequ ence (Soil series) #Data may be maintained at district level, project-wise, but should be accessible at State level and DoLR

16 Elevation Range:- From most remote point of the watershed M to Main outlet in which watershed stream is draining M (From Mean Sea Level) Slope range:- Slope % Area in hectare length of slope % % 1-3% >3% Average slope %:-

17 Watershed Characteristic:- Shape of Watershed:- Rectangular, /round, /Palm or fan shaped,/ square, /oval, /longitudinal with watershed area etc. (Shape affects peak rate of runoff) Length of Main Stream km:- Drainage Density:- (Length of drainage channels per unit area) km/sq km) Average Slope:- Average slope %:- Watershed Relief/ Topography Perimeter/Size of Watershed etc

18 Climate:- Average monthly rainfall, Rainfall distribution & Temperature of the last five years:- Month Year/Rainfall in mm. Temperature c Average Max. Min.

19 Wind velocity, Other Climatic Factors Evaporation mm/day (open pan evaporation), Humidity etc

20 Soil and Land Use:- Soil:- Sl. No. Soil Texture/Group Area in hectare 1 Light textured soil (Sand, loamy sand) 2 Medium textured soil (Sandy loam, loam, silt loam) 3 Heavy textured soil (Clayey) 4 Others specify.. Soil Depth Total Sl. No. Soil Depth Area in hectare 0-30 cm cm cm > 90 cm. Total

21 Present Land use (Area in ha) SN Name of MWS with Code Name of village Total Area Forest Cultiva ble Wastel and Present wastela nd Other wastel and Usar & Uncult ivable wastel and Land, Other than Agricu lture Use (Misc) Grass/pa sture land Land under Hortic ulture/ trees/ bushes Net area sown/ culti vated Irrigat ed area Rainfe d area Total of projet

22 Details of Private and Community Land Area in ha S N Name of MWS with Code Name of village Total Area of the water shed Miscl Area Hbit. & others Treatable Arable Pvt Land Gen/ OBC SC/ ST Treatable Non Arable Land Total Pvt Comm unity Total Forest land Other Spedify Total

23 Details of Families, Farmers, Land Holding Pattern and Agricultural laborers:- No. of families No. of Agr labors No. of marginal Farmers Land with Marginal Farmers (Ha) No. of Small farmers Land with Small farmers ha No. of big Farmers Land with big Farmers ha Total No of Farmers Total Land ha

24 Agriculture:- Crops, Area, productivity of watershed project S.No Crop. Area in (Ha.) Productivity Qtl,/Ha Production (Qtl.) Grain/Main product Fodder/Fuel/othe r Bi-Product Irrigated Rainfed. Irrigated Rainfed. Irrigated Rainfed. Irrigated Rainfed A Kharif 1 Rice 2 Maze 3 Arhar 4 Urd/Mung 5 vegetables 6 Fodder.. Other, specify

25 B Rabi 1 Wheat 2 Barley 3 Masoor 4 Gram 5 Pea 6 Mustard 7 Potato 8 vegetables 9 Fodder.. Other, specify C Zaid 1 vegetables 2 Fodder 3 Urd/Mung 4 Sugarcane.. Other, specify Total

26 Summary Food Production (Qtls.) a. Cereals b.pulses - c. Oilseeds - D. Potato - Total Fodder Production (Qtls. a. Dry Fodder B. Green Fodder Fuel Production Arhar + Mustard Plants Sugarcane Crop Intensity of the watershed Net Area Sown = Gross Area Sown = Crop intensity of the watershed Crop Intensity % = (Gross Area Sown/Net Area Sown) x100

27 Horticulture Status S N Name of micro watershe d with code Name of village Name of Important horticultural crop Whole Fruit Crop Scattered Fruit Crop Vegetable Crops Potato Name Area ha. Produ ctivity qtl/ha Produ ction qtls No. Produ ctivity qtl/no Produ ction qtls Name Area ha. Produ ctivity qt/ha. Produ ction qtls Area ha. Produ ctivity qtl/ha. Produ ction qtls Total

28 Forest, Vegetative Cover/Grass Land Project- IWMP I,II... Block. District... S. No. Name & Code of Micro watershed Name of Village Reserve Forest (Area ha) Grass Land (Area ha) Other vegetative cover (Area ha) Gram Total Gram Private Gram Private Samaj Samaj Samaj (Natural/Pl anted)

29 Livestock Population Project- IWMP I, II,... Block. District... S. N. Name of Micro watershed with code. Name of Village Cow Buffalo Ox/Bull Goat Sheep Pigg eries Poultry Desi Crossed Desi Murrah Broiler Layers Total Other specify

30 Details of Livestock Productivity Project- IWMP I, II,... Block. District... S N Name of Micro watershed with code Name of Village Milk Production (Liter Per day) Goatry Poultry Piggeries weight Cows Buffalos Weight in Kg/Pig Desi Crossed Desi Murrah Kg/goat Broiler Weight in Kg/ Brl Layers No. of eggs/day Total of Project

31 Livelihood Status of Landless People Project- IWMP I, II,... Block. District... S. N. Name & Code of micro watershed Name of Village Name of Livelihood Activity Sc/St No. of house hold engaged Other Women Total Pre project Average Income Desired Activities Expected Income from desired activities Remarks Total of Project

32 Livelihood Status of Other Farmers Project- IWMP I, II,... Block. District... S. N. Name & Code of micro watershed Name of Village Name of Livelihood Activity Sc/St No. of house hold engaged Other Women Total Pre project Average Income Desired Activities Expected Income from desired activities Remarks Total of Project

33 S. No Present Livelihood Status (No. of households/income Rs. per year) Na me of M WS wit h cod e Na me of vill age Activities Dairy Poultry Goatry Piggeries Fisheries Black Smithy No Av. No Av. No Av. No Av. No Av. No Av. inco inco inco inco inco inco me me me me me me Carpentry No Av. inco me Stitching/ knitting No Av. inco me No Wages Av. inco me Others (Specify) No Av. inco me

34 Forest, Vegetative Cover/Grass Land Livestock and Fisheries Livestock Population Details of Livestock Productivity Livelihood Status of Landless People IWMPI Details of Livelihood Status Other/Farmers Present Livelihood Status (No. of households/income per year) Irrigation Status Other Necessary Information Source wise Area Irrigated Ground Water Data Status/ Water Table Conditions Before the project:- Average Income of the farmers of the area:-.. Rs./Annum Value of land before the project:- Rs. Per hectare

35 Socio -Economic Conditions Demographic Features with Ethnographic Details of Communities SN Name of Micro Watershed Name of village Total Population Population of SC/ST Total Male Female Total Male Female Total f or project

36 Migration Status: Details of seasonal migration from Project area: Pre-project status Sl. No. Names of Watershed Name of village No. of persons migrating No. of days per year of migration Major reason(s) for migrating Distance of destination of migration from the village (km) Occupation during migration Income from such occupation (Rs. in lakh) Total of Project

37 Details of infrastructure in the project areas S N Name of Micro Watershed 1 2 Name of Village Parameters Status (i) (ii) No. of villages connected to the main road by an all-weather road No. of villages provided with electricity (iii) No. of households without access to drinking water (iv) No. of educational institutions : Primary(P)/ Secondary(S)/ Higher Secondary(HS)/ vocational institution(vi) (v) No. of villages with access to Primary Health Centre (vi) No. of villages with access to Veterinary Dispensary (vii) No. of villages with access to Post Office (P) (S) (HS) (VI) (viii) (ix) (x) (xi) No. of villages with access to Banks No. of villages with access to Markets/ mandis No. of villages with access to Agro-industries Total quantity of surplus milk (xii) No. of milk collection centres (U) (S) (PA) (O)

38 DETAILS OF COMMON PROPERTY RESOURCES IN THE PROJECT AREA S. N o. Names of MWS with code Names of village CPR Particulars Total Area (ha) Area owned/ In possession of Pvt. Per sons Govt. (specify deptt.) PRI Any other (Pl. Specify) Area available for treatment (ha) Pvt. Per sons Govt. (specify deptt.) PRI Any other (Pl. Specify (i) (i) Wasteland/ degraded land Pastures (i) Orchards (i) Village Woodlot (i) Forest (i) Village Ponds/ Tanks (i) Community Buildings (i) Weekly Markets (i) Permanent markets (i) Temples/ Places of worship

39 izkfkfed ifj;kstuk fjikvz (Preliminary Project Report) (PPR) rs;kj djuk ih0ih0vkj0 ih0vkbz0,0 }kjk rs;kj dh tk;sxha ekbøks okvj ksm ifj;kstuk {ks= ds p;u ds i'pkr~ {ks= eas tkdj rfkk vk/kkjhkwr vkadmksa ds,d=hdj.k] utjh losz{k.k] {ks= dh lel;kvksa ds v/;;u ds i pkr~ lel;kvksa ds lek/kku gsrq fopkj&foe kz rfkk vko ;d lq>ko uksv djus ds i'pkr~ mfpr,oa vko ;d mipkj dk;ksaz ds fu;kstu dks n`f"vxr j[krs gq, ih0ih0vkj0 rs;kj dh tkrh gsa ih0vkbz0,0 }kjk ykhkxzkfg;kas dh lfø; lghkkfxrk lqfuf pr djrs gq, ih0ih0vkj0 rs;kj dh tkuh pkfg, A ihihvkj rs;kj djus ds fy, Hkwfe lalk/ku fohkkx xzkeh.k fodkl ea=ky; Hkkjr ljdkj }kjk izk:i fu/kkzfjr fd;k x;k gsa ftlds vuq:i fueufyf[kr v/;k;ksa dk lekos k djrs gq, ih0ih0vkj0 rs;kj dh tk;

40 ih0ih0vkj0 rs;kj djus dk izk:i lalfkkxr <kapk (Institutional Structures). d- jkt; Lrjh; uksmy,tsulh (State Level Nodal Agencies) [k- okvj ksm lsy de MkVk lsuvj (Watershed cell cum Data Center (WCDC) okvj xzg.k ifj;kstukvksa dk p;u (Selection of Watershed Projects) izr;sd p;fur ty xzg.k ifj;kstukvksa dh (Profile of the each selected watershed project)

41 ifj;kstuk {ks= dh d`f"k tyok;qdh flfkfr (Agro-climatic condition of project area) tu la[;k,oa Hkwfe forj.k (Demography & land distribution) vkthfodk (Livelihoods) ifj;kstuk ds visf{kr ifj.kke (Expected project out comes) vfuok;z izek.k i= (Mandatory certificates) orzeku esa py jgh ifj;kstukvksa dh flfkfr (Status of on-going projects) Lohd`fr gsrq izlrkfor ifj;kstuk dk lkjka k (Abstract of projects proposed for sanction) izr;sd v/;k; ds fy, vyx&vyx fu/kkzfjr izk:iksa dk fooj.k Hkkjr ljdkj }kjk tkjh fu/kkzfjr izi= esa fn;k x;k gsa +

42 ih0ih0vkj0 dk fofhkuu Lrj ij vuqeksnu lacaf/kr ih0vkbz0,0 }kjk mijksùkuqlkj ih0ih0vkj0 rs;kj djds e.myh; mifuns kd rfkk MCyw0lh0Mh0lh0 ls vuqeksfnr djkrs gq, lacaf/kr dek.m ds la;qdr funs iz kkld dks izlrqr dh tk;sxha iz kkld }kjk vius Lrj ij lelr ih0ih0vkj0 dk ijh{k.k djkrs gq, viuh lalrqfr ds lkfk vuqeksnu gsrq,l0,y0,u0,0 dks vuqeksnukfkz izlrqr dh tk;sxha,l0,y0,u0,0 dh csbd es vuqeksnuksijkur Hkwfe lalk/ku fohkkx Hkkjr ljdkj dh LVs;fjax desvh esa Lohd`fr gsrq Hkstk tk;sxk tgka ls ;g vfure :i ls Lohd`r dh tk;sxha LVs;fjax desvh dh Lohd`fr rfkk rrlkis{k /kujkf k voeqdr gksus ds i'pkr~,l0,y0,u0,0 }kjk jkt;ka k izkir dj MCY;w0lh0Mh0lh0 dks dk;z gsrq /kujkf k voeqdr dj nh tk;sxha

43 okvj ksm ifj;kstukvksa dk folr`r losz{k.k,oa fu;kstu Mh0ih0vkj0 rs;kj djus ls iwoz okvj ksm fodkl dk;ksaz ds fu;kstu rfkk mudh ykxr dk vuqeku vr;ar egroiw.kz gsa ;g dk;z ifj;kstuk {ks= ds folr`r HkwLFkyh; ds mijkar fd;k tkuk pkfg,a folr`r funsz k VsfDudy esuqvy esa vyx ls fn;k x;k gsa

44 1- ltjk ekufp= (Cadastral Map),d= djuk%& 1- ekbøks okvj ksm (Micro Watershed) ds lhkh xzkeksa ds ltjk ekufp=ksa dks feykdj lw{e okvj ksm ds varxzr xzkeksa rfkk xzke iapk;rksa dh lhek dk fu/kkzj.k rfkk lkeatl; LFkkfir djuk rfkk fmftvkbts ku djuka 2- utjh losz{k.k izfø;k rfkk utjh losz{k.k ekufp= rs;kj djuk%& 3- Hkwfe dh mi;ksfxrk {kerk oxhzdj.k rfkk ekufp= rs;kj djuk 4- HkwLFkykd`fr losz{k.k ¼Topographical Survey½ 5- VksiksxzkfQdy losz esa uohure rduhd th0ih0,l0 fllve dk Hkh iz;ksx ;Fkkvko ;d fd;k tk ldrk gsa

45 3- duvwj ¼leksPp js[kh;½ ekufp= rs;kj djuk%& fxzm fof/k }kjk duvwj esi rs;kj djuka lh/kh fof/k ls duvwj ekufp= rs;kj djuka fjeksv lsaflax ds,l0vkj0vh0,e0 MkVk }kjk duvwj esi rs;kj djuka 4- izksqkby],y,oa Økl lsdlu rs;kj djuk%& ifj;kstukarxzr xyh o ukyksa esa cuk, tkus okys okvj ksm fodkl dk;ksaz ;Fkk xyh Iyfxax- psd MSe] okvj gkoszflvax LVªDplZ ds fu;ktu ls iwoz xyh o ukyksa ds,y,oa Økl lsdlu rs;kj fd, tka;a,y lsdlu ds fy, xyh o ukyksa esa 15 ls 30 ehvj dh nwjh ij lkis{k ry Kkr dj xzkq isij ij IykV djsa Økl lsdlu ds fy, mugha LFkyksa ij ukys dh pksm+kbz esa xgjkbz laca/kh ry Kkr dj xzkq isij ij IykV fd, tka;a

46 okvj ksm fodkl ty laj{k.k dk;ksaz dk fu;kstu duvwj ekufp= ]izksqkby] Økl lsd ku] dh lgk;rk ls Hkwfe ds fofhkuu <ky o lel;kvksa ds lek/kku gsrq m/okz/kj varjky ¼Vertical Interval½ ds fl)kar ds vuqlkj duvwj cka/k@lekksp; js[kh; cka/k½ xyh Iykfxax] psd MSe] ty Hkjko ca/kh vkfn dk;z fu;kstu djuka Hkwfe,oa ty laj{k.k dk;ksaz ds losz{k.k o fu;kstu dh lh/kh fof/k "Direct Method of Survey and Planning for Soil and Water Conservation Measures" lghkkxh usv Iykfuax@fu;kstu Participatory Net Planing

47 fu;ksftr fd;s tkus okys eq[; okvj ksm fodkl dk;z Ø- dk;z fooj.k 1 Hkwfe fodkl ¼mRiknd mi;ksx½ ouhdj.k] vks kuhdj.k] d`f"k ¼QhYM cfumax@leryhdj.k½] pkjkxkg 2 Hkwfe,oa ty laj{k.k LVªsxMZ Vªsfpax] QhYM cfumax] duvwj cfumax] isjhqsjy@eftzuy cum] lcetszul cfumax] ysofyax ¼eujsxk ls½ vkfn 3 okulifrd,oa bathfu;fjax LVªDplZ eǹk vojks/k cka/k] idds LVªDpj] lfgr] xyh Iyx] idds LVªDpj lfgr] ywt] cksymj LVªDpj] xsfc;ku LVªDpj vkfn 4 ty lap; lajpuk,a gkoszflvax LVªDpj 5 ty lap;@okvj gkoszflvax lajpuk,] fuekz.ka@ th.kksz)kj rkykc@qkez IokaV] psd MSe] ukyk cum] ijdwys ku VSad] xzkmum okvj fjpktz LVªDpj vkfn rkykc@qkez IokaV] psd MSe] ukyk cum] ijdwys ku VSad] xzkmum okvj fjpktz LVªDpj vkfn

48 Hkwfe,oa ty laj{k.k mipkjksa ds losz{k.k o fu;kstu dh lh/kh fof/k (Direct Planning)@usV Iykfuax Direct Method of Survey and Planning for Watersshed Management/ Soil and Water Conservation Measures

49 ifj;kstuk dk p;u ukedj.k rfkk utjh losz{k.k ifj;kstuk lel;kxzlr {ks=ksa esa p;u dh tk;a ifj;kstuk Lora= ty lesv {ks= ds vk/kkj ij gksa ;fn,d xzke esa dbz ifj;kstuk;sa p;fur dh tk; rks mudk uke xzke ds uke ds vkxs izfke] f}rh; ;k r`rh; vkfn j[kk tk;a ;fn dbz xzkeksa dh Hkwfe,d ifj;kstuk esa vkrh gks rks lcls vf/kd Hkwfe {ks= okys xzke ds uke ls ifj;kstuk dk uke j[kk tk;a

50 ifj;kstuk ekufp=] utjh losz{k.k rfkk lfdzfvax ifj;kstuk ds ltjk ekufp= dks nqxuk c<+kdj [kljk [krksuh vkfn vfhkys[k,d= djkdj d`"kd lwph Hkh cuk yh tk;a ifj;kstuk esa fjt ykbu] osyh ykbu lhkh [ksrksa ds <+ky dh fn kk] lmsumªki] dq,w] uydwi] pdjksm] jksm] flapkbz ukyh] ugj iqfy;kw] fo qr ykbu] eq[; cm+s ism+] vkcknh vkfn lhkh miyc/k QhplZ ekufp= ij n'kkz fn;s tk;a ifj;kstuk {ks= dks Lora= ty lesv {ks= ds fofhkuu lsxesuv~l esa ckwv fy;k tk;a fofhkuu LFkkuksa dk losz vkq bf.m;k ds csap ekdz ds lkis{k ry Kkr fd;s tk;a

51 ckw/kksa ds fuekz.k dk fl}kur {kj.kkred osx¼bjksfto osykflvh½ Hkw&{kj.k jksdus ds fy, o"kkz ds cgrs gq, ikuh dks,sls LFkku ij jksd fn;k tkuk pkfg, ftlls og {kj.kkred osx¼bjksfto osykflvh½ xzg.k u dj ldsaa ikuh ds osx xzg.k djus esa Hkwfe <+ky dh gh lokzf/kd Hkwfedk,d fo'ks"k m/okz/kj vurjky ¼ofVZdy buvjoy½ ij o"kkz ty cgko dks {kj.kkred osx xzg.k djus dk iwoz vojksf/kr djuk gksrk gsa

52 Contour Bund lekspp js[kh; cka/k

53 lekspp; js[kh; ckw/k lekspp; js[kh; ckw/k dk fu;kstu 0-5 fu;kstu ls 1 izfr'kr <ky okys {ks= esa 1&vkSlr <ky Kkr djuk fjt ykbu ls xyh vkjehk gksus rd ifj;kstuk@flaxesuv ds dbz LFkkuksa ij ÅWps rfkk uhps ds LFkkuksa ds chp ds ryksa dk vurj dks nksuksa fcunqvksa ds chp dh nwjh ls Hkkx nsdj] 100 ls xq.kk djds izfr'kr <ky Kkr dj vkslr <ky Kkr fd;k tk;a

54 2&ofVZdy buvjoy ¼VI½ m/okz/kj vurjky Kkr djuk bls lkeku;r% fueufyf[kr jse'kj lw= Kkr fd;k tkrk gs VI = 0.3(S/a+b) izns'k dh o kkz] e`nk o d`f"k i)fr dks n`f"vxr j[krs gq, ;g lw= fueu izdkj iz;ksx fd;k tkrk gs %& tgka VI= ofvzdy buvjoy ehvj esa S= <ky izfr'kr VI = 0.3(S/3+2) bls ehfvªd ;wfuv esa fueu izdkj iznf'kzr fd;k tk ldrk gsa VI = S/ mdr lw= ls VI fudky dj duvwj ckw/kksa dk fu;kstu fd;k tk;a

55 8 cka/kksa dh {ksfrt nwjh (Horizontal Interval) cka/kksa dh {ksfrt bavjoy fueu izdkj Kkr fd;k tkrk gs%& H I = 100 x V I S tgk % H I = gkjhtsuvy bavjoy] eh0 V I = ofvzdy bavjoy] eh0 S = Hkwfe dk <+ky] izfr'kr

56 fofhkuu <+ky izfr'kr ij lekspp js[kh; cka/k gsrq <+ky ¼izfr'kr½ ofvzdy,oa gkjhtsuvy bavjoy ofvzdy bavjoy ¼V 1½ ¼eh0½ gkjhtsuvy bavjoy ¼H 1½ ¼eh0½

57 duvwj ckw/k d` kdksa ds [ksrksa dh esm+ksa ls gh cuk;k tkuk pkfg,] blds fy, duvwj c.m ds fopyu dk fueu izdkj izkfo/kku fd;k tk;a duvwj ry ls 10 ls0eh0 Åij duvwj ry ls 20 ls0eh0 uhps duvwj ry ls 1 ls 1-5 eh,sls fmizs ku ;k osyh tks izkstsdv {ks= ls gh vkjehk gks jgk gksa

58 duvwj ckw/kksa dk fu;kstu mijksdr lw= ls ofvzdy buvjoy Kkr fd;k tk;a izfke duvwj c.m VI ij fu;ksftr fd;k tk;a ks k duvwj mlds i'pkr~ iwjh VI ij fueu izdkj fu;ksftr fd;k tk;a fjt ykbu ds fdlh lkeku; fcunq ls izfke duvwj c.m dk ry Kkr dj mlds vkl&ikl ds [ksr dh esm+ ds vk/kkj ij ry ns[kk tk; vksj mijksdrkuqlkj fopyu ds vuqlkj fdlku ds [ksr dh esm+ks ds lgkjs ysfcy ls jhfmax ysrs gw, iwjs ifj;kstuk {ks= esa duvwj ckw/k dk fu;kstu fd;k tk;a

59 cqunsy[k.m rfkk Hkkjh fev~vh okys {ks= esa de ls de 0-30 eh0 ikuh jksdus dk izkfo/kku fd;k tk;a bl izdkj izkjfehkd duvwj c.ml esa tgkw iddk ty fudkl ugh cukuk gs] duvwj ry ls 0-30 eh0 Åij duvwj ckw/k dks gqd fd;k tk;a blh izdkj igys duvwj ckw/k ds lkis{k iwjh VI ij nwljs duvwj ckw/k dk fu;kstu fd;k tk;sxka

60 mnkgj.k %& eku fy;k fd ykbzu dk ifj;kstuk ds duvwj cf.max {ks= dk <ky 1 izfr kr gs rks VI = 0.3(S/3+2) = 0.3(1/3+2) ;k VI=1/ izfke duvwj c.m 2/3 VI ij = 2/3X0.70=0.46 or 0.50 mtr eku fy;k Åijh fjt ykbzu dk ry 100 eh0 gs vksj {ks= esa LFkkfir fd;s x;s ysfcy ls bl LFkku dh LVkQ jhfmax 1-2 vkrh gsa bl izdkj izfke duvwj ry ij LVkQ jhfmax = =1.70 mtr

61 mnkgj.k %& eku fy;k fd ykbzu dk ifj;kstuk ds duvwj cf.max {ks= dk <ky 1 izfr kr gs rks VI = 0.3(S/3+2) = 0.3(1/3+2) ;k VI=1/ izfke duvwj c.m 2/3 VI ij = 2/3X0.70=0.46 or 0.50 mtr eku fy;k Åijh fjt ykbzu dk ry 100 eh0 gs vksj {ks= esa LFkkfir fd;s x;s ysfcy ls bl LFkku dh LVkQ jhfmax 1-2 vkrh gsa bl izdkj izfke duvwj ry ij LVkQ jhfmax = =1.70 mtr

62 kntur baaqa ka vaastivak kntur sao ivacalana ³DoivaeSana duvwj ckw/k d` kdksa ds [ksrksa dh esm+ksa ls gh cuk;k tkuk pkfg,] blds fy, duvwj c.m ds fopyu dk fueu izdkj izkfo/kku fd;k tk;a duvwj ry ls 10 ls0eh0 Åij duvwj ry ls 20 ls0eh0 uhps duvwj ry ls 1 ls 1-5 eh,sls fmizs ku ;k osyh tks izkstsdv {ks= ls gh vkjehk gks jgk gksa

63

64

65 izfr gsdvs;j cka/k dh yeckbz cka/k dh yeckbz izfr gsdvs;j Kkr djus gsrq cafmax {ks=qy esa gkjhtsuvy buvjoy (HI) ls Hkkx fn;k tkrk gsa cfumax {ks=qy gsdvs;j cka/k dh yeckbz eh0 izfr gsdvs;j ¾ ,p0vkbz0 ehvj esa

66 isjhqsjy o ekftzuy cka/kksa dk fu;kstu isjhqsjy cka/kksa dk fu;ktu ukyksa@xyh dh isjhqsjh ij fd;k tkrk gs ;g davwj ij fu;kftr ugha fd, tkrs fdurq LFky ds vuqlkj budk kh kz ry leku j[kk tkrk gsa ekftzuy cka/kksa dk fu;kstu,sls LFkku ij fd;k tkrk gs tgka <+ky vfkok Hkqfe ds mi;ksx esa ifjorzu gksrk gsa

67 PERIPHERAL / MARGINAL BUND

68 Tky Hkjko ca/kh (Submergence Bundhi) dk fu;kstu Tky Hkjko ca/kh (Submergence Bundhi) dk fu;kstu de o kkz okys {ks=ksa fo ks kdj cqunsy [k.m esa fd;k tkrk gsa budk fu;kstu lekspp js[kk ij fd;k tkuk vko ;d u gks dj [ksr ds fupys fglls esa ikuh jksdus ds mìs ; ls fd;k tkrk gsa bu cka/kksa dk Økl lsdlu 1-50 ls 2-00 oxz ehvj j[kk tkuk pkfg,a

69 duvwj cumm dk dzkl lsd ku ckw/k dk izdkj eǹk VksiksxzkQh fof'kf B;ka 'kh"kz eh0 vk/kkj eh0 ÅapkbZ eh0 cktw dk <ky Økl lsd'ku oxz eh0 1- QhYM ckw/k 2- leksppk js[kh; ckw/k 3- isjhqsjy ty Hkjko cka/k lkeku; fpduh fev~vh nksev fev~vh cqybz fev~vh caqnsy [k.m esnkuh Hkkx ibkjh Hkkx %1 1%1 1%1 1-5%1 1%1 1-5%1 1-5%

70 ty Hkjko cu/khsa (SUBMERGENCE BUNDHI) dk fu;kstu ty Hkjko cfu/k;kw dk fu;kstu lkeku;r% cqansy [k.m rfkk foa/; {k=s esa fd;k tkrk gs tgk lw[kk {ks=ksa es ty laj{k.k gsrq ty Hkjko rfkk okvj LizsfMax dh vpnh lahkkouk gksrh gsa ; fi bu ckaf/k;ksa dk fu;kstu leksp; js[kk ij u dj [ksr ds fupys fglls esa ikuh jksdus ds mn~ns'; ls fd;k tkrk gs fqj Hkh bugsa cm+s Økl lsd ku rfkk vf/kd fopyu ¼Msfo, ku½ ds leksp; js[kh; ck/kksa dh Hkkafr Hkh fu;ksftr fd;k tk ldrk gsa bu cfa/k;ksa dk vkslr Økl lsd'ku 1-50 ls 2-00 oxz ehvj j[kk tkuk pkfg;sa

71 SUBMERGENCE BUNDHI

72 Lkeryhdj.k dk fu;kstu Lkeryhdj.k dk fu;kstu 3 izfr kr ls vf/kd B+ky rfkk Åaps uhps LFkkuksa ij djuk pkfg, blesa Åaps LFkku dh feíh fupys LFkku ij Hkj nh tkrh gs rfkk fupys LFkku ir lksytj cka/k cuk;k tkrk gsa lksytj cka/k dk Økl lsd ku lkeku;r% 0-63 fdurq chgm+ {ks=ksa esa 0-81 oxz ehvj j[kk tkrk gsa e`nk dk;z dk vkx.kku fxzm vk/kkj ij losz{k.k ds mijkur rs;kj fd;k tkrk gsa

73

74 xyh ds fu;kstu dk fl)kar lkeku; rksj ij xyh vojks/k ckw/kksa ds fu;kstu esa FkEc :y ;g j[kk tkrk gs fd xyh ds Åijh ¼U/S½ ckw/k dk vk/kkj fupys ckw/k ds 'kh"kz ry ls yxhkx feyrk gksa bls fueu fp= ls vklkuh ls le>k tk ldrk gsa

75 Drop Spillway for Safe Disposal of Excess Water

76 Xkyh Mse ds fu;kstu dh lh/kh fof/k xyh ;k fmizs'ku vkjehk gksus okys LFky ls 15 ls 30 eh0 ds varjky ij xyh dk,y lsd'ku fy;k tkuk izkjehk fd;k tk; tgwk ij xyh esa lmsu Mªki] <ky ifjorzu rfkk pksm+kbz vfr ldjh vkfn dh flfkfr gks ogkw dk ry rfkk Økl lsd'ku Hkh fy;k tk;a xyh esa vojks/k ckw/kksa dk fu;kstu vfuok;zr%,sls LFkkuksa ij gh fd;k tk; tks lcls ladjs gksa vfkkzr tgkw psdmse dh yeckbz o e`nk dk;z U;wure gksa

77 Hkwfe,oa ty laj{k.k dk;zdze ds vurxzr Hkw {kj.k ls izhkkfor d` ; {ks= dks fodflr djuk eq[; mn~ns ; gksrk gsa bl fy, d` ; {ks= esa 1-5 eh0 ls 2 eh0 rd ikuh jksdus gsrq vojks/k ckw/kksa ¼psdMse½ dk fu;kstu fd;k tkrk gsa ikuh dks bl ÅWpkbZ ds Åij ty cgko (Crest height) rfkk Qzh&cksMZ dh ÅWpkbZ tksm+dj ckw/k dh ÅWpkbZ o rnkuqlkj gqfdax o kh kz ry fu/kkzfjr fd;k tkrk gsa mijksdr dks n`f Vxr j[krs gq, ckw/kksa dk fu;kstu fueu izdkj fd;k tk;%& xyh vkjehk fcunq ls xyh dk,y&lsd ku ysrs gq,,sls LFkku ij igqwpk tk; tgkw ij mijksdr fcunq ls ry dk vurj yxhkx 2-0 eh0 gksa

78 ,sls LFkku ds vkxs&ihns (Up Stream/ Down Stream) esa ukys dh flfkfr ns[kh tk;] tgkw ukyk lcls vf/kd ldjk gks ogh ij ckw/k dk fu;kstu fd;k tk;a bl LFkku ij xyh dk dzkl lsd ku ysdj fueukuqlkj ckw/k dh ÅWpkbZ dk kh kz ry fu/kkzfjr fd;k tk;a kh kz ry fu/kkzfjr djrs gq, le; ;g /;ku j[kk tk; fd xyh ds nkuksa fdukjksa ds gqfdax ry cjkcj gksa vf/kdre ikuh dh xgjkbz nksuksa fdukjksa esa gqfdax ry ls 60 ls0eh0 j[kh tk;a yksvj fjpst esa ;fn fdlh LFkku ij fo ks k ij vf/kd ikuh Hkjko dk LFkku gks rks ogkw ckw/k dh ÅWpkbZ 2-0 eh0 ls vf/kd j[kh tk ldrh gs] fdurq bl ckr dk /;ku j[kk tk; fd mlds vxys U/S ckw/k ds vk/kkj ry ls bl ckw/k ls dszlv ry esa 0-5 eh0 dk vurj gksa

79 RECHARGE/ CHECK DAM

80 lkeku; rksj ij xyh vojks/k ckw/kksa ds fu;kstu esa FkEc :y ;g j[kk tkrk gs fd xyh ds Åijh (U/S) ckw/k dk vk/kkj fupys ckw/k ds kh kz ry ls yxhkx feyrk gksa ikuh dh xgjkbz ds lkis{k kh kz ry rfkk cktw <ky fueu lkfj.kh ds vuqlkj fu/kkzfjr dh tk;a ;fn ckw/k dk kh kz jklrs ds fy, blrseky gks jgk gks rks vko ;drkuqlkj izr;sd LFkku ij leku kh kz dh pksm+kbz j[kh tk ldrh gsa mijksdrkuqlkj ckw/k dh ÅWpkbZ kh kz o vk/kkj dh pksm+kbz fuf pr djus ds i'pkr~ e`nk dk;z Jfed fnol o vuqekfur ykxr dk vkadyu fd;k tk;a

81 Drop Spillway for Safe Disposal of Excess Water

82 WATER EMPOUNDING THROUGH CHECK DAM

83 ikuh dh xgjkbz ¼eh0½ vojks/kd lap; cu/kh dh fof'kf"v;ksa dk fu/kkzj.k ÝhcksMZ ¼eh0½ Å pkbz ¼eh0½ kh"kz pks0 ¼eh0½ fof'kf B;k lkbm Lyksi vk/kkj ¼eh0½ Økl lsd ku ¼oxZ eh0½ : : : : : : : : : :

84 ty gkozsflvax dk fu;kstu ty lap; cfu/k;ksa dk fu;kstu,sls LFkku ij fd;k tkuk pkfg, tgka vi LVªhe esa vf/kdkf/kd ty HkaMkj.k dk mi;qä LFky gks lafpr ty ls Mkmu LVªhe esa flapkbz djus ds fy, f"k {ks= miyc/k gksa ;g ty lap; caf/k;ka lw[kkxzlr {ks=ksa es ty laj{k.k] ty HkaMkj.k o Hkwty iquhkzj.k ¼xzkmaM okvj fjpktz½ gsrq fu;ksftr@fufezr dh tkrh gsaa buls flapkbz gsrq dqykok fllve ds fodkl gsrq MsM LVksjst ysoy ij 4 bap vfkok 6 bap dk ikbi yxkdj mlesa Lyqbl okyo yxk;k tk; ftlls ca/kh ds fupys {ks= esa izokg ¼Flow) }kjk flapkbz dh tk lds A

85 ty gkozsflvax ca/kh gkbmªkyksftdy fmtkbu buds fmtkbu,oa fof f"v;ksa ds fu/kkzj.k ds iwoz fueu fooj.k izkir djsa /kjkryh; tkap] ty lesv {ks=] ty viokg] ukys ds,y- lsdlu,oa Økl lsdlu ds vk/kkj ij ty Mwc {ks=] Hkwfe mi;ksx] o"kkz dh l/kurk] e`nk izdkj] Hkwfe dk <ky cu/kh ds e`nk dk;z] iddh ljapuk rfkk vkikr dkyhu ty fudkl ¼bejtsUlh fliyos½ vkfn dh fmtkbu ty lap; dh fmtkbu dk mnkgj.k fp= n'kkz;k x;k gsa

86 ty lap; ca/kh dh Vkbi fmtkbu

87 ikuh dh xgjkbz ¼eh0½ ÝhcksMZ ¼eh0½ ty lap; cu/kh dh fof'kf"v;ksa dk fu/kkzj.k Å pkbz ¼eh0½ kh"kz pks0 ¼eh0½ fof'kf B;k lkbm Lyksi vk/kkj ¼eh0½ Økl lsd ku ¼oxZ eh0½ : : : : : : : : : :

88 0 ty gkozsflvax cu/kh fuekz.k esa e`nk dk;z dh x.kuk ehpsust varj ikuh dh xg jkbz eh Ýh cksmz eh cu/kh dh ÅapkbZ eh 'kh"kz dh pksm+kbz eh lkbzm Lyksi H:V eǹk dk;z?ku ehvi LVhe Mkmu LVhe =(3+4) =(7+8) *5+6 10={(6+9) /2}* dqy eǹk dk;z = dkye 12 dk ;ksx vk/kkj dh pksm+kbz ehcu/kh dk Økl lsd ku oxz ehvkslr Økl lsd ku oxz eh-

89

90 ty HkaMkj.k {kerk x.kuk dh tk;a cu/kh dh ty {kerk fudkyus ds fy, mlds Mwc {ks= dh duvwfjax dh tk;s ftlds i pkr~ fueu lkj.kh ds vuqlkj ty {kerk dh x.kuk dh tk;a duvwj ry eh- {ks=qy gs0 vkslr {ks=qy gs0 duvwj vurjky ehty {kerk gseh- dqy ty {kerk gs-eh

91 Water Harvesting Bundhi Drop Spillway for Safe Disposal of Excess Water

92 Some examples of water harvesting measures Block and impound stormwater flow in riverbeds and gullies

93

94 ग बयन स रचन

95 Gabion structure across a big nala

96 caok DOmaÀnaalaa Plaga

97 ou {ks=ksa esa laj{k.k Continuous Contour Trenches Ykxkrkj lekspp [kkb;ka Staggard Contour Trenches fo[kjh lekspp [kkb;ka ywt cksymj psd Mse Lk?ku o`{kkjksi.k

98

99

100 ouhdj.k gsrq xm<ksa dh [kqnkbz

101 {ks=ksa esa ouhdj.k ds lkfk vks kuhdj.k o vks k/kh; [ksrh

102

103 fofhkuu ty xzg.k {ks= ty laj{k.k dk;kzsa dh fof kf"b;ka Ø dk;z dk uke gsrq vuqeu; <ky izfr kr 1 QhYM cafmax nksev] efv;kj 2 QhYM cafmax cyqbz] cyqbz nksev Hkwfe esa 3 davwj cafmax nksev] efv;kj kh"kz dh pksm+kbz eh- dk;kzsa dh fof kf B;ka Lyksi vk/kkj dh pksm+kbz eh- Økl lsad ku oxz eh- 0 & % & % & 3* 0-30 & & % & & 1-00 vku; fooj.k * fo ks"k n kk esa 6% <ky rd 4 davwj cafmax cyqbz] cyqbz nksev Hkwfe esa 1 & 3* & % & & 1-32 * fo ks"k n kk esa 6% <ky rd 5 davwj Vsaªp 2 & 25* 0-30 & & 0-50 & 0-30 & & 0-25 * fo ks"k n kk esa 33% <ky rd] 6 LVsxMZa Vsaªp 2 & 25* 0-30 & & 0-50 & 0-30 & & 0-25 yeckbz 2ls 3 eh- iafä ls iafä dh nwjh 3 ls 5 eh-

104

105

106

107

108

109 COST ESTIMATION AND BUDGETING Detail estimate/cost of the watershed works phase (watershed development works Livelihood activities, Production system & microenterprises) etc.

110 S N Code & Nam e of Micr o Wate r shed DETAIL ESTIMATE/COST OF THE WATERSHED DEVELOPMENT WORKS Na me of Gra m Pan cha yat Na mes of Vill ages Name of WDW/ NRM Activity, Kha sra/ Plot No Are a (ha) No Detail specification of Earth work Rate Cost of Earth work Length m. Top Width m. Bottom Width m. Height/Depth m Cross Section sq m. Quantity cub m. Cost of veget. / Grass Plant ation Cost of puc ca wor k Total cost Nam e of Far mer/ Far mers with categ ory Co ntri but ion to W DF Rema rks/ (Con verge nce from MNR EGS), etc. WDW Land.D ev. Affrst Hort. Agri/ Pstr. Total of MW S -1 Others Total L. Dev.

111 DETAIL PLAN AND ESTIMATE OF LIVELIHOOD ACTIVITIES FOR LANDLESS/ASSETLESS/SC/ST /WOMEN SHGS /SHG FEDERATIONS / (9% OF THE PROJECT COST) S. N. Code & Name of Micr o- water shed Name of Gra m Panc hayat (Villa ges Names of Village Name of Proposed Activity Name of SHG/SH G Federatio n With category No. of Activity Units Cost of Activity per Unit Total Cost of Activity Required Seed Money for Revolvin g Fund (70%) Grant in aid (30%) Expected Income/ outcome Remarks MWS 1 G. Pnch. 1 Village 1 Village 2 Village 3 Farm Based livelihood Rearing of cow/buffalo Rearing of goat/sheep (Goatery) Poultry Piggery Fisheries Bee Keeping Others Non Farm/ Off form Activities Sweet Packs Dona Pattal

112 DETAIL PLAN OF LIVELIHOOD ACTIVITIES FOR LANDLESS/ASSETLESS/SC/ST/WOMEN INDIVIDUALS (10% COST OF THE LIVELIHOOD COMPONENT VIZ 10% OF 9%) Rs. in Lakh S. N. Code & Name of Microwater shed Name of Gram Panchayat Name of Village Name of existing Activity Name of Proposed Activity No. of Activity Units Cost of Activity per Unit Total Cost of Activity Required Seed Money for Revolving Fund (70%) Grant in aid (30%) Expected Income/ outcome Total Note:- Detail of the information in case of individual livelihood activities should be filed on the format at DPR Format 6.2

113 S. N. DETAIL PLAN FOR MAJOR LIVELIHOOD ACTIVITIES FOR LANDLESS/ASSETLESS/SC/ST/WOMEN SHGS /SHG FEDERATION (GRANT IN AID 50% MAX. 2 LAKH WITHIN 30% OF 9% LIVELIHOOD COMPONENT) Code & Name of Microwater shed Name of Gram Pancha yat Name of Villages Name of SHG/SH G Federation With category Name of existing Activity 6 Name of Proposed Activity No. of Activity Units Cost of Activity per Unit Total Cost of Activity Required Compo Site loan (loan+ grant) Grant in aid 50% max. 2 lkh within (30%) of9% Expected Income/ outcome Total Note:- Detail of the information in case of individual livelihood activities should be filed on the format at DPR Format 6.2

114 GRAM PANCHAYAT WISE ABSTRACT OF LIVELIHOOD PLAN, YEAR WISE PHASING/ACTION PLAN Rs. lakh S. N. Name & Code of Microwatershe d Name of Gram Pancha yat Required seed money / revolving Fund (70%) Grant in aid (30%) Total Cost of Activity Year wise phasing/action plan I Year II Year III Year IV Year Remar ks Total

115 DETAIL PLAN OF PRODUCTION SYSTEM & MICRO-ENTERPRISES ACTIVITIES (10% OF THE TOTAL PROJECT COST) SN Name & Code of Microwater shed Name of Gram Panch ayat Names of Village Name of Proposed Activity Name / No. of Benefi ciary* No. of Activity Units Cost of Activity per Unit Total Cost of Activity WDF Contribu tion MWS-1 Gram Panch ayat-1 Village 1 Village 2 Production System Sericulture Bee keeping Remark Village 3 Poultry Fisheries Bio-Fuel Plantation Others:- Crop Demonstration Micro-Enterprises Food Processing,

116 MICRO-WATERSHED AND GRAM PANCHAYAT/WC WISE PLAN OF WATERSHED DEVELOPMENT WORKS, LIVELIHOOD AND PRODUCTION SYSTEM & MICRO ENTERPRISES MWS Name & Code S.N. Name of Activities Unit No./ha. MICRO-WATERSHED WISE PLAN OF WATERSHED DEVELOPMENT WORKS, LIVELIHOOD AND PRODUCTION SYSTEM & MICRO ENTERPRISE S. N. G.Pan. 1 G.Pan. 2 G.Pan. 3 G.Pan Total Phy. Finc. Phy. Finc. Phy. Finc. Phy. Finc. Phy. Finc (Code.) Name of Activities 1 Watershed Development Works 1.1 Land Development Afforestation (on wasteland) Afforestation (on total land) ha Horticulture (on wasteland) ha Unit No./h a. etc. MWS. 1 MWS. 2 MWS. 3 MWS. 4 MWS Total Phy. Finc. Phy. Finc. Phy. Finc. Phy. Finc. Phy. Finc. Phy. Finc Watershed Development Works Land Developm ent Affrestation (on wasteland) ha

117 S. N YEAR WISE PHYSICAL & FINANCIAL TARGETS AND ACTION PLAN Physical: in Ha/No., Financial in Rs. Lakh Component Unit No/ Ha Total Plan I year 20 II year 20 III year 20 - IV year V year Phy Fin Phy Fin Phy Fin Phy Fin Phy Fin Phy A Project - Management Component 1 Administrative 2 3 Cost Monitoring Evaluation Total B - Preparatory Phase. 1 Entry Point Activity No 2 Institution and Capacity Building No 3 DPR Preparation No Total

118 S. Component Un Total Plan I year II year III year IV year V year N it No Phy Fin Phy Fin Phy Fin Phy Fin Phy Fin Phy Fin / Ha C- Watershed Works Phase 1 Watershed Development Works 1. 1 Land Development Ha Soil and Moisture Conservation Vegetative& Engineering Structures Water Harvesting Structure (New) Water Harvesting structure (Renovated) Ha No. No No No Total of Watershed Development Works 2 Livelihood Activities for Landless/Asset less 3 Production System & Microha/ no

119 fu;kstu ekufp= rs;kj djuk%& bl ekufp= esa utjh losz{k.k] duvwj ekufp= fofhkuu ty laxzg.k fodkl dk;ksz ds fu;kstu LFky] isekus ds vuqlkj mudh yeckbz vkfn iznf kzr dh tk;sxha fu;ksftr dk vkx.ku rs;kj djuka blds vurxzr lhkh fu;ksftr ty laxzg.k fodkl dk;ksza ds vkx.ku fu/kkzfjr :ii= ifjf k"b ij rs;kj fd;s tk;sxsa

120 ifj;kstuk i=koyh rs;kj djuk Mh0ih0vkj0 rs;kj djus ds lkfk&lkfk losz{k.k,oa fu;kstu laca/kh eq[; vfhkys[kksa dh,d ifj;kstuk i=koyh cukdj lqjf{kr j[kk tkuk pkfg, ftlls buds vuqlkj fu"iknu dk;z leiuu fd;k tk lds vksj le; le; ij vuqjo.k,oa ewy;kadu ds le; budk mi;ksx Hkh gks ldsa bls ifj;kstuk i=koyh dgk tkrk gsa

121 ifj;kstuk i=koyh esa j[ks tkus okys vko';d vfhkys[k ¼psdfyLV½ Ø- vfhkys[k dk uke 1 ltjk ekufp=] ¼ltjk 'khv uecj lfgr fohkkx ds dezpkjh dk;zizhkkjh@ lgk;d Hkwfe laj{k.k fujh{kd@mcyw0mh0vh0 lnl; }kjk izekf.kra 2 [kljk rfkk [krksuh] ¼jktLo vf/kdkjh@fohkkxh; vf/kdkjh@ dezpkjh }kjk izekf.kr½ 3 ykhkkfkhz lwph ¼bls [kljk,oa [krksuh ds vuqlkj cuk;k tkuk pkfg;s] ftlesa mipkfjr {ks= ds izr;sd [kljk@[ksr dk {ks=qy vafdr fd;k tk;½a 4 ih0vkj0,0 djrs le;,df=r lwpuk,aa 5 ih0vkj0,0 ds le; fofhkuu dk;zdykiks ;Fkk vkthfodk] mriknu iz.kkyh,oa lw{e m e vkfn gsrq ojh;rk ds vk/kkj ij p;fur ykhkkffk;ksa dh lwpha 6 csl ykbu losz ds vkadms+a

122 Ø- vfhkys[k dk uke 7 ifj;kstuk dk laf{kir ifjp; ¼vko ;d vkdmksa lfgr½a 8 izkjafhkd dk;zdykiksa ¼bZ0ih0,0½ dk ykhkkfkhz@lfky okj folr`r fooj.k] vuqekfur ykxr O;; 9 Uktjh losz{k.k ekufp= ¼losZ{k.k Vhe }kjk fnukad lfgr glrk{kj ;qä½ 10 leksp; js[kh; ekufp=a 11 fu;kstu ekufp=] ¼bl ekufp= ij duvwj Hkh f[kaps gksas rfkk eq[; fo ks"kdj cm+s dk;ksaz@mipkjksa dk ry ¼va{kka k@ns kkarj½ vkfn vafdr gks½a 12 Hkwfe mi;ksfxrk {kerk ekufp=a

123 Ø- vfhkys[k dk uke 13 lelr okvj ksm ty laj{k.k dk;kasz dk ykhkkfkhzokj folr`r fooj.k] vuqekfur ykxr O;;] dk;z ;kstuk ¼,D ku Iyku½ ykhkkfkhokj MCY;w0 Mh0,Q0 esa va knku vkfna 14 MCyw0lh0 okj enokj okf"kzd dk;ksza dk 15 vkthfodk dk;zdykiksa dk ykhkkfkhzokj folr`r vuqekfur ykxr O;;] dk;z ;kstuk ¼,D ku Iyku½ vkfn 16 mriknu iz.kkyh laca/kh dk;zdykiksa dk ykhkkfkhzokj folr`r vuqekfur ykxr O;;] dk;z ;kstuk ¼,D ku Iyku½ vkfn 17 ekbøks bavjizkbtst laca/kh dk;zdykiksa dk ykhkkfkhzokj folr`r vuqekfur ykxr O;;] dk;z ;kstuk ¼,D ku Iyku½ vkfn 18,y- lsdlu rfkk Økl lsdlu esa xyh Iyx] psd MSe] ty lap; ca/kh Mªki LVªDpj] ty fudkl ukyh] rfkk rkykc vkfn ls lacaf/kr ifj;kstukvksa ds fy;s½ 19 QhYM cqd ¼losZ{k.k Vhe }kjk gks½

124 Ø- vfhkys[k dk uke 20 Tky fudkl ukyh] cmh iddh lajpukvksa,oa cm+h lh-mh- o ty lap; ca/kh vkfn ds gkbmªksykftdy] gkbmªksfyd,oa LV~Dpjy fmtkbu rfkk vuqekfur ykxr O;; fooj.ka 21 lhkh iddh lajpukvksa dh fuekz.k lkexzh dk fooj.k jsv vkq,ukfyfll lfgr 22 izr;kf kr@visf{kr ifj.kke@ykhk dk fooj.k 23 lacaf/kr xzke lhkk dk izlrko 24 fu;kstu lajpukvksa ds mipkj iwoz,oa i'pkr~ ds QksVks 25 vu; vko ;d fooj.k glrk{kj% dk;zizhkkjh@lgk;d Hkwfe laj{k.k fujh{kd@mcyw0mh0vh0 lnl;@ekufp=d@voj vfhk;ark@ Hkwfe laj{k.k vf/kdkjh@xzke lhkk@ MCyw0lh0 v/;{k

125 Mh0ih0vkj0 dh rs;kjh csl ykbu losza] vkadm+ksa ds ladyu] VksiksxzkfQdy losz{k.k o fu;kstu ds i'pkr~ fu;kstu,oa vu; ekufp=] vuqekfur ykxr vkfn rs;kj djus ds mijkar ih0vkbz0,0 }kjk MCY;w0Mh0Vh0 dh lgk;rk] MCY;w0lh0 ds lnl;ksa o ykhkkffkz;ksa ls fopkj&foe kz o mudh lfø; lghkkfxrk ls Mh0ih0vkj0 rs;kj dh tk;sxha Mh0ih0vkj0 izlrkfor izk:ik ij rs;kj dh tk; rfkk ekuf= layxu fd, tk;a

126 Mh-ih-vkj- ds eq[; psivj Certificate- Executive Summary Introduction and Background General Description and Baseline Survey Institution Building Problem Typology Cost Estimation and Budgeting Capacity Building Plan Consolidation

127 Cont. Budgeting Phasing and Action Plans Project Management and Time Table of Interventions Project Outcomes / Benefits Specification, Design and Cost Estimation of Masonry Structures Annexures /Maps

128 Mh0ih0vkj0 ds fofhkuu ekufp= flfkfr ekufp= ¼Location Map½ Mªsust ekufp= Hkwfe vkoj.k ekufp= e`nk,oa Hkwfe mi;ksfxrk {kerk oxhzdj.k ekufp= lewg,yhos ku ekwmy ekufp= utjh losz{k.k ekufp= duvwj ekufp= fu;kstu ekufp= vu; vko ;d ekufp=

129 okf"kzd dk;z ;kstuk ¼Annual Action Plan) Mh0ih0vkj0 esa fueukafdr fo"k;kurxzr okf"kzd dk;z;kstuk rs;kj fd;k tkuk vko ;d gsa {kerk k{k.k okvj ksm fodkl dk;z vkthfodk fodkl mriknu iz.kkyh,oa lw{e m e okf"kzd dk;z ;kstuk Mh0ih0vkj0 ds vfhkuu vax ds :Ik esa Hkwfe lalk/ku fohkkx Hkkjr ljdkj }kjk fu/kkzfjr :ii= ij rs;kj dh tkuh pkfg,a blds fy, fueu ckrksa dk fo ks"k /;ku j[kk tk;a okf"kzd dk;z;kstuk fofhkuu pj.kksa esa fofo/k dk;zdykiksa ds vurxzr voeqdr@miyc/k gksus okyh /kujkf k ds lkis{k rs;kj fd;k tk;a okf"kzd dk;z;kstuk esa okvj ksm fodkl dk;ksz dk dk;kzuo;u fjt ls izkjehk dj osyh rd leiuu djus ds n`f"vdks.k ls djuk pkfg,a fofhkuu dk;ksaz dks o"kzokj fohkkftr djuk pkfg, vksj rnuqlkj dk;z dk fu"iknu laiuu djuk pkfg,a Mh0ih0vkj0 ds vuqeksnu ds i pkr~ ;fn finys o"kz ds fy, fu/kkzfjr dksbz dk;z fu"iknu ds fy, vo ks"k jg tkrk gs rks mls vxys o"kz ds okf"kzd dk;z ;kstuk esa lfeefyr dj fy;k tkuk pkfg,a

130 Ø0 la0 Mh0ih0vkj0 rs;kjh ds nksas esa yxus okyk le; o vuqekfur O;; Ekn vuqekfur vof/k ¼ekg½ izlrkfor@ek=k r /kujkf k dk izfr kr dk;z djus okyh lalfkk 1 csl ykbu losz 1&2 ekg 0-10 fohkkxh;@xsj ljdkjh l{ke lalfkk,s 2 vfhkys[kkas o ekufp=ksa dk,d=hdj.k 1 ekg 0-10 fohkkxh;@xsj ljdkjh l{ke lalfkk,s 3 ih0vkj0,0 izfø;k leiuu djuk rfkk blls Kkr dh tkus okyh lwpuk,a,d= djuk 4 losz{k.k,oa fu;kstu leiuu djuk rfkk fu;kstu ekufp= rs;kj djuk 5 vu; fofhkuu ekufp= rs;kj djuk] mudk fmftvkbts ku rfkk fjeksv lasflax,oa th0vkbz0,l0 rduhdksa }kjk fmftvy,oa ffkesfvd ekufp= rs;kj djuka 6 Mh0ih0vkj0 dk vkys[k rs;kj djuk] bls vfure :i nsuk Vkbfiax psfdax ckbfumax vk ;ksx 10 ekg fohkkxh;@xsj ljdkjh l{ke lalfkk,s 1& ljdkjh@xsj ljdkjh l{ke lalfkk,sa 1& ljdkjh@xsj ljdkjh l{ke lalfkk,sa 1& ljdkjh@xsj ljdkjh l{ke lalfkk,sa

131 Mh0ih0vkj0 dk fofhkuu Lrjksa ij vuqeksnu%& ty laxzg.k lfefr lhkk Lrj% 15 fnu ds vurxzr e.myh; mifuns kd dk izkfof/kd vuqeksnu% 7 fnu ds vurxzr MCY;w0lh0Mh0lh0 Lrj% 15 fnu ds vurxzr,l0,y0,u0,0 Lrj% 2 ekg ds vunj@,l0,y0,u0,0 dh csbd vkgwr gksus ij

132