1. Krishi Vigyan Kendra, Kalahandi Bh awanipatna

2. Demographic Detail and Total no of Farm Families of Kalahandi District Total Populati on Schedule Caste Population Schedule Tribe Population BPL Population 15,73,0542,36,019(17.76%)3.82,573 (28.65%)1,93,054 (12.27 %) BlockMarginalSmallMedium Bhawanipatna95605928 4787 Kesinga66114097 3306 Th.Rampur58263611 2912 Narla210706890 1730 M.Rampur87895380 2159 K.Munda80505367 2367 Lanjigarh78085733 2849 Junagarh2400010000 4000 Jaipatna64153976 3207 Kalampur31811972 1590 Dharamgarh786515815 2854 Koksara78284853 3915 Golamunda956014036 5252 Total 12656387658 40928

3. AGROCLIMATIC ZONE-WESTERN UNDULATING AGRO ECOLOGICAL SITUTION OF KALAHANDI 1.Red Soil, Medium Rainfall, Medium elevation Golamunda 2.Red Soil, High Rainfall, Medium elevation Dharmagarh, M.Rampur, Jaipatna 3. Red Soil, High Rainfall, High elevation Lanjigarh,Th.Rampur, M.Rampur, Koksara 4.Red &Yellow Soil, High Rainfall, Medium elevation Narla, Kalampur, Junagarh, M.Rampur Koksara, Jaipatna, Bhawanipatna 5.Black Soil, Medium Rainfall, Medium elevation Golamunda, Karlamunda 6.Black Soil, High Rainfall, Medium elevation Koksara, Kesinga, Dh.Garh, Junagarh 7.Alluvial Dharmagarh, Karlamunda 8.Forest Soil M.Rampur, Th.Rampur, Koksara

4. Avg. Rainfall - 1330.5 mm Map of Kalahandi District No. of Subdivision02 No. of Block13 No of Gram panchayat273 No. of Villages2263 SC Population (%)17.76 ST Population(%)28.65

5. KALAHANDI DISTRICT AT A GLANCE Geographical Area:- 792000 hect. Cultivable area:- 372000 hect. High:- 237856 hect. Medium:- 85279 hect. Low:- 67865 hect. Gross cropped area:- 640960 hect. Cropping intensity:- 156.61% Cultivated area:- 383721 hect. High:- 234190 hect. Medium:- 81666 hect. Low:- 67865 hect. Paddy area (Kharif-2015):- 190000 hect. High:- 44693 hect. Medium:- 77442 hect. Low:- 67865 hect. Non Paddy area(Kharif-2015)-193721 hect. Rice Fallow Area:- 9000 ha Normal Rainfall:- 1330.5 mm/61.2 rainy days Soil:- Alluvial, Black, Red & Yellow, Red & Black, Red Irrigated area Kharif-2015:- 147449 hect. (38.43%) Rabi-2014-15:- 111318 hect ( 29%)

6. LAND UTILISATION STATISTICS OF KALAHANDI Land use Area in Ha. Forest314000 Misc. trees & grooves 8000 Permanent pasture 23000 Culturable waste 21000 Land put to non agril. Use 35000 Cultivable Area 372000 Total792000

7. Land Utilization Pattern of Kalahandi District

8. Land Utilisation Statistics (Area in hectares) Block Geographic al Area Net sown area(ha) Gross cropped area (ha) Cultivated Area (Ha) Croppin g intensity (%) Up Land Medium Land Low Land Bh.Patna 142959 4893163108366021388312623129 Kesinga 42120 295004982932388124574984169 Th.Rampur72400 16318261381829663191523160 Narla49088 316203362713452134506725106 M.Rampur65206 22387234181170981963513105 K.Munda21669 148302825842391271611303186 Lanjigarh 121681 22655283171925562302832124 Junagarh 67245 36759 9190176449925165 Jaipatna 38630 293225820393162677322117198 Kalampur 16627 1435414500507569602465161 Dharamgarh 41826 3380062042 148912978017371183 Koksara42323 3567057670149952422118454162 Golamunda70226 3596367549270202769512834188 792000372109 640960 216428206324126669 2036 (156.61)

10. Gross cropped area

11. Cultivated Area (Ha)

12. BlockIrrigatedRainfed Bh.Patna764422000 Kesinga65008170 M.Rampur324611849 Dharamgarh242379571 Junagarh190037500 Th.Rampur18507266 Karlamunda70382464 Lanjigarh78615742 Golamunda339721557 Jaipatna1129611800 Total 84997 117919 Irrigated & Rainfed (Area in hectares)

14. Major Soil Type of Kalahandi District

15. Soil Fertility Indices (Figures in Percentage) Block PH (fig in %.) EC (ds/m) % of Area under Soil Salinit y Organic Carbon Available N (Kg/ha) Available P (Kg/ha) Available K (Kg/ha) Acidi c Neutr al Alkali ne Lo w Mediu m Hig h Lo w Mediu m Hig h Lo w Mediu m Hig h Lo w Mediu m Hig h Lo w MedHigh Bh.Patna 167014604000632896328948242833562 Kesinga 29647703000692386923859301143363 Th.Ramp ur 4650480200056281656281650262455045 Narla 2668690100059281359281341342564450 M.Ramp ur 23725851500473716473716433027113752 K.Munda 2467975250041382141382122255374845 Lanjigarh 26522265350057321157321145332283557 Junagarh 2571488120056251956251947292434552 Kalampur 3564172280046351946351930403015148 Jaipatna 24706683200552718552718302248103753 Dh.garh 31618693100662686626857182514752 G.Munda 2771282180053262153262141332624751 Koksara 3860286140054291754291745272824355

16. IRRIGATION POTENTIALITY Sl. No. Name of SourcesNosArea in ha. 1Major I P180160 2Medium I P19306 3Minor I P14624370 4LIP(Govt.)7079897 5LIP(OAIC/Pvt)871994 6Cluster Deep Bore well (BKSY) BY OLIC 16583316 7Deep Bore well(Pvt)6941617 8Shallow(Borewell)105 9WHS by Watershed114919 10Dug wells135475425 11Other sources22314 Total159423

17. BLOCK-WISE IRRIGATION POTENTIAL Name of the Block Irrigation potential % Bhawanipatna 13.16 Kesinga 28.46 Th.Rampur 14.31 Narla 31.61 M.Rampur 21.38 Karlamunda 65.12 Lanigarh 17.98 Dh.garh 57.63 Koksara 21.27 Golamunda 21.28 Junagarh 91.71 Jaipatna 59.27 Kalampur 75.14 Kalahandi Dist. 38.43

18. MONTHLY RAIN FALL & RAINAY DAYS OF KALAHANDI DISTRICT (Fig.in mm) 2015-16 Name of the Block 1 23456789101112 Block Average Total RD Bhawan ipatna 5.71 7.42 9.3711.2346.00173.10412.50370.85221.3558.1911.086.001332.8054.7 Kesinga 11.446.294.6011.1353.19213.09424.74396.50205.5442.8010.384.601384.3055.10 Karlam unda 9.577.606.0910.4042.91217.27457.41469.47244.8450.517.835.781529.6958.20 M.Rampu r 11.586.518.9615.5852.11228.67473.17475.42274.0852.9510.906.251616.1864.20 Narla 12.139.372.4616.5550.68217.02492.65448.67249.6062.147.7111.461580.4456.30 Lanjiga rh 11.215.8411.2441.3068.82204.30403.81390.07255.0083.6317.297.191499.7066.20 Th.Ram pur 3.006.2912.4628.4587.49511.231008.811075.33456.55122.4418.108.213338.3577.80 Dh.Garh 5.834.023.9115.0737.10163.83308.30303.92198.0039.534.901.151085.5753.70 Junagar h 10.065.0010.6019.0655.52228.70452.73410.82232.1648.987.525.131486.2664.00 Kalamp ur 9.817.046.5419.2942.73303.00537.41531.13252.9266.455.514.461786.3063.30 Jaipatn a 4.543.943.1821.7947.90242.29444.36467.34241.3765.099.884.621556.3062.50 Koksara 6.836.508.5825.4658.88249.64456.64479.27240.3560.7611.756.831611.5061.40 Golamu nda 4.663.908.7516.8434.59171.52338.48322.27194.9135.835.645.081142.4556.30 District Average 1611.5261.05

19. Major Crop Coverage and Productivity of Kalahandi District Sl noCropArea in ha Productivity (q/ha) Area in ha Productivity (q/ha) Kharif 2015Rabi 2014-15 1 Paddy18040342 6743842 2 Maize1966930.15 -- 3 Cotton461529.71 -- 4 Pigeon Pea1936510.55 -- 5 Green gram137587.1469156.5 6 Black gram439456.2 116956.5 7 Groundnut536413.181051619.7

20. Major Vegetables and Fruits Coverage and Productivity of Kalahandi District Sl no Major Vegetable Area in haProductivity (q/ha) Area in ha Productivity (q/ha) Kharif 2015Rabi 2014-15 1 Tomato200195.0 800230.0 2 Brinjal500115.0 1500165.0 3 Chilli234018.0 139718.4 4 Other vegetables26293170 24698186 5 Sweet Potato32295565100 8 Onion -- 5400200.2 9 Mango10930540-- 10 Banana28370230--

21. Area (ha) Coverage of Major Crops of Kalahandi District

22. Percentage contribution of Crops

23. Livestock Population of Kalahandi District (census 2012) Indigenous cow Cross bred cow River Buffalo Draught animals GoatSheepPoultry 100510184812189121363721692479939550732 Per Capita Consumption of Livestock Product of Kalahandi District Milk- 91gm/ day/person Meat- 3.136kg/year/person Egg- 57 no/year/person

24. List of Adopted Villages since inception YearNumber of Village No. of farm families G.P.BlockPeriod of adoption 1994-95 to 1998-99 0540505025 years 1999-2000 to 2004-2005 0544005025 years 2005-06 to 2009-10 0545005025 years 2010 -11 to 2014-15 0536005 5 years YearName of villageNo. of farm families G.P.Block Period of adoption 2015-16 to 2019-20 Kinipadar50BarabandhaM.Rampur5 years Sindhipadar125KaigumaTh.Rampur Khaliapali60KhaliapaliKarlamunda Kamaradha80KamardhaLanjigarh Temri65DaspurGolamunda

25.  Crop diversification in Rainfed upland situation  Promotion of drought resistance short duration paddy varieties  optimum utilization of Paddy fallow areas by suitable cropping pattern.  Promotion of green manuring for sustainable soil health.  Promotion of integrated Pest Management with proper crop management for harnessing productivity.  Focus should be on effective water use efficiency through drip and sprinkler irrigation system & precision farming in horticultural crop.  Yield enhancement of vegetable crops by proper management of fruit & shoot borer in Brinjal, wilt in Tomato, Fruit fly in cruciferous species, micro nutrient disorder in cole crops etc.  Promotion of off season vegetable cultivation  Promotion of Kharif onion cultivation  Emphasis on promotion of nutritional supplements in large ruminants for better milk yield.  Providing nutritional and livelihood security to the women groups through various entrepreneurial activities i.e Poultry rearing, vermicomposting, Mushroom Production, Nursery Raising, value addition in crop, vegetable & milk etc.

26. Sl. no.Cropping Systems 1 Paddy+Arhar 2 Arhar+Mung/Biri 3 Groundnut+Arhar 4 Cotton+Arhar 5 Paddy-Biri/Mung/chick pea/Field pea 6 Cotton+Biri 7 Maize+Arhar 8 Arhar+Ragi/Jowar 9 Fruits+Pulses 10 Fruits+Spices 11 Fruits+Tuber crops 12 Fruits+Vegetables 13 Maize + Vegetable 14 Groundnut- Fallow 15 Black gram+ Green gram

27. BlockVillages No. of Revenue Villages Area (ha.) No. of G.Ps. MaleMaleFemaleFemaleTotalTotal In- habitat ed Un-in Habitat ed Bh.Patna 2691528414295933120758118814239572 Kesinga 99710642120265824557583115828 Lanjigar h 4356349812168121458874779293679 Dharmag arh 780 36380216999469365139359 General Information of the Model Block

28. Land Utilisation Statistics (Year 2014-15) Block Geogra -phical area Forest Area Land Under Non- agril. Use Cultivab le waste Perman ent pasture s Land under miscellan eous tree crops and groves (ha) Barren and Un- cultiva ble land (ha) Curren t Fallow s (ha) Net sown area(h a) Gross croppe d area (ha) Cro ppi ng inte nsit y (%) Bh.Patn a 142959 8045 6 325 5 1690 266813076416948931 6310 8 129 Kesinga4212016561619599410771491448302950049829169 Lanjigar h 121681 1976021425651169436300227291631826138160 Dharma garh 41826833809 200 1043802126 506 3380 0 6204 2 183

29. Land Holdings (Agriculture statistics 2014-15) Block Marginal Farmers Small Farmers Semi-med. Farmers Medium farmers Large farmers TotalTotal No.AreaNo.AreaNo. Ar ea No.AreaNo. Are a No. Are a Bh.Patna 9560880659281185633691347614181276214021002041549000 Kesinga 66113977409761462328698897858689765511411129530 Lanjigar h 780836325733679619836892866377013815651652822655 Dharma garh 78653146158151897820185800836418020522552673934359

30. Soil Fertility Indices Block PH (fig in %.) EC (ds/m) % of Area unde r Soil Salin ity Organic Carbon Available N (Kg/ha) Available P (Kg/ha) Available K (Kg/ha) Aci dic Neut ral AlkalineAlkaline Lo w Medi um Hi gh Lo w Medi um Hi gh Lo w Medi um Hi gh Lo w Medi um Hi gh Lo w Me d Hig h Bh.Pat na 167014604000632896328948242833562 Kesing a 29647703000692386923859301143363 Lanjigar h 26522265350057321157321145332283557 Dh.garh31618693100662686626857182514752

31. Micronutrient Status Name of the Block Copper (Cu)Iron (Fe) Manganese (Mn) Zinc (Zn)Zinc (Zn) Sufficien t DeficientSufficientDeficient Sufficie nt Deficie nt Sufficie nt Deficie nt Bh.Patna1000 0 09010 Kesinga1000 0 0 0 Lanjigarh 1000 0 0955 Dh.garh 9911000 07030

32. Data on weather Name of Block Rainfall No. of rainy days Average rainfall (mm) Bh.Patna 54.71332.80 Kesinga 55.101384.30 Lanjigarh 66.201499.70 Dh.garh 53.701085.57

33. Block wise Month wise Rainfall Data BlockBlock JanJanFebFebMarMarAprAprMayMayJuneJulyJulyAugAugSeptOctNovNovDecAnnual Bh.Patna 5.717.429.3711.2346.00173.10412.50370.85221.3558.1911.086.00 1332.80 Kesinga 11.446.294.6011.1353.19213.09424.74396.50205.5442.8010.384.60 1384.30 Lanjigarh 11.215.8411.2441.3068.82204.30403.81390.07255.0083.6317.297.19 1499.70 Dh.garh 5.834.023.9115.0737.10163.83308.30303.92198.0039.534.901.15 1085.57

34. MODULES FOR INCREASING FARM INCOME DOUBLE BY 2022

35. GP wise Major crop & Enterprise Information BlockBlock Name of GP/Village Cropping Pattern Other Enterprises KharifRabiSummer BhawaniPat na Kamathana Vill-Medinipur Paddy, Cotton, Arhar, Maize, Groundnut Banana, Vegetable (Okra, Cow pea, Brinjal) Green gram, Black gram, Groundnut Banana, Onion, Cauliflower, Cabbage, Tomato, Chilli Sunflower, Groundnut, watermelon, Cucumber, Pumpkin, Bitter gourd Cattle, Goat, poultry, mushroom Kesinga Boria Vill-Boria Paddy, Cotton,Arhar, Maize, Groundnut, Black gram, Banana, Vegetable (Brinjal, chilli, Green gram, Chick pea, field pea, Groundnut, Maize, Onion, Vegetable Sunflower, Summer vegetable Cattle, Goat, poultry, Mushroom Lanjigarh GHobardhanpur Vill- Panimunda Paddy, Cotton, Arhar, Maize, Black gram, Vegetable (Brinjal, chilli, Cole crop Green gram, Black gram, Groundnut, Maize, Vegetable Summer Vegetable Cattle, Goatery & Poultry, mango Dharmagar h Boden Vill- Boden Paddy, Arhar, Maize, Groundnut,Banana, Vegetable Black gram, Green gram, field pea, Groundnut, vegetable Sunflower, vegetableCattle, goatery, poultry, mushroom

36. ModuleLand type Existing farming systemProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module-I (Rainfed Ecosystem ) (Cont..) UplandBroad casting of local short duration paddy (Chetka, Pora)& Arhar (Kandula) Bt cotton cultivation & Broad casting of Jhari maka FallowLow yield of local paddy (6qtl/ha) & Arhar 4.5qtl/ha) High sucking pest in Bt cotton and low yield of maize (9qtl/ha) Crop diversification through high yielding Arhar C.v- Asha as sole crop, Cotton (Bt)+ Arhar (Asha) Intercropping with 8:2 ratio, Cultivation of Kharif onion C.v- AFDR/ Bhima super Training on IPM in Cotton, Cultivation HYV maize C.v –Hycel, PAC 745 Cultivation of Kharif onion C.v- AFDR/ Bhima super & Application of herbicide in maize ( Atrazine + HW 1000 a.i g/ha at 0-3 & 30DAS & 30 DAS) and micronutrient, Soil application of Boron @ 0.5 kg and Zinc @ 2.5 kg /ha, Basal application of sulphur @30 kg ha -1 in onion, cotton C.v – Hycel, PAC 745 Regular monitoring to ensure adoption of recommended practices Follow up training for capacity building Providing technology literature, awareness programme on crop diversification. Supply of literature Med- Upland Broad casting of short duration paddy (Khandagiri, Pora), broadcasting FallowDrought during later stage, pest & disease problem, Improper fertilizer management & micronutrient management Paddy (var. Sahabhagi dhan, Jogesh) Line sowing in paddy, Weed management in paddy Pendimethalin (38.7% SC)fb 750gm/ha, bispyribac-Na 25gm/ha at 0-3 DAT 25DAT. Line sowing of Black gram (prasad) in 3 rd week of August with YMV management ( YST + Neem Oil 0.15% @ 2 ml / Lit. + Diafenthiuron 50% WP @ 1 gm / Lit.) with micronutrient application Demo. On Crop diversification through Kharif HYV of Maize (MM-1107, PAC 745) with fertilizer & micronutrient management Liming @0.1LR for maize, and mixed with organics (FYM@5 t ha -1 ) below the seed zone &Application of Azotobacter, Azospirilum and PSM (in 1:1:1) @ 4.0 kg each ha -1, inoculated to prelimed (5%) FYM/VC in 1:25 ratio Training on IPM, IDM & weed management Regular follow up action and monitoring for sustainability. Training on micronutrient management, weed management, supply of literature

37. ModuleLand typeExisting farming systemProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module-I (Rainfed Ecosystem ) Medium land Broad casting of Paddy (var.Pooja, Swarna, MTU- 1001, Lalat) FallowNo second crop No Pest, weed management No proper fertilizer management Terminal drought & low yield Supply of short duration Paddy(var. Jogesh, Sidhanta, Manoswini) Second crop as green gram C.v- TARM -1/IPM 2-14 with available soil moisture with YMV management & micronutrient management Rhizobium (@ 1.0-1.5 kg ha -1 ) treated with 10 g Sodium Molybidate per 25 kg seed, followed by rhizospheric application of 4kg PSM ha - 1 mixed with lime @0.2 LR and FYM @ 2 t ha -1. Supply of short duration Paddy(var. Jogesh, Sidhanta, Manoswini) Second crop as green gram C.v- IPM 2-14/TARM-1 with available soil moisture with YMV management & micronutrient management Rhizobium (@ 1.0-1.5 kg ha -1 ) treated with 10 g Sodium Molybdate per 25 kg seed, followed by rhizospheric application of 4kg PSM ha -1 mixed with lime @0.2 LR and FYM @ 2 t ha -1. -Training on weed, pest & disease management in paddy, YMV management in green Liquid fertilizer application in green gram, Regular monitoring and fallow off the programme for sustainability Low landRice-green gram cropping system Paddy (pooja, swarna, Ranidhan, barsadhan. Swarna sub one) Broadcasting & Staggered transplanting Broadcas ting of of green gram in soil moisture conditio n as paira system Weed, Pest and disease problem, micronutrie nt deficiency resulted low productivity Line sowing & transplanting of paddy with application of herbicide Pendimethalin (38.7% SC)fb 750gm/ha, bispyribac-Na 25gm/ha at 0-3 DAT& 25DAT Part of land will be utilized for scented paddy(Nua acharmati/Nua Kalajira/ purunabhog) Line Sowing of green gram C..v- IPM 2-14 by seed cum fertlizer drill with application of herbicide Imazethapyr+ Pendimethalin(RM) @ 1000g/ha as PRE Line transplanting of paddy by 9 rows transplanter with basal application of zinc @2.5 kg ha -1 (ZnSO 4.7H 2 O) & sulphur @30 kg ha -1 (CaSO 4.2H 2 O) integrated with inorganic fertilizers based on soil test and organic manures @5 t ha - 1 in paddy & green gram. TARM- 1 in soil moisture condition, Training on fertilizer management, IDM & IPM Regular monitoring Follow up training for capacity building Market linkage of scented paddy through FIG, literature supply

38. ModuleLand typeExisting farming systemProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module-I (Rainfed Ecosystem ) homestea d GoateryHigh mortality % of kids. Poor body growth Deworming of kids (fenbendazole.5mg/kg body wt.) & proper schedule vaccination (PPR Vaccine 1ml subcutanious), supply of mineral mixture (Suplivite-M )(4 goats) Shed management (Bamboo mat) Feed management through training & demonstration (concentrate mixture 200 gm/goat/day) Feed management, commercial goatery unit establishment (20 goats) Entrepreneur development through training & exposure visit. Formation of FIG. Supply of literature. Linkage with OLM, OTELP & Veterinary Dept. for service supply, insurance & financial support in convergence mode PoultryLocal breeds, low egg lying and poor body growth rate Breed replacement with Pallishree /Vanaraja etc 20 chicks/farmer for backyard (Training & Input as chicks & MD, RD, Lasota & Pox vaccination) Up scaling by 100 bird/ farmer, Schedule Vaccination, feed management & shed management, training on improved method of poultry rearing Commercialization, entrepreneur development Market linkage through FIG Under utilization of paddy straw. Introduction of Mushroom cultivation in small scale 5 bed/day (Training & Input /spawn, lime & chemicals) Commercialization 20 bed/day Training on mushroom cultivation throughout the year, supply of literature Entrepreneur development, value addition (Pickle makeing), Paddy straw mushroom throughout the year, market linkage by formation of FIG. convergence with Horticulture Dept. supply of literature Increase in production = % growth in income = Employment generation MD (per ha/year) 20 % 25% 370 45 % 40% 410 60 % 65% 445

39. TEST OF MODULES FOR INCREASING THE FARM INCOME ModuleLand type Existing farming systemProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module- II (Irrigate d Ecosyst em) UplandPaddy (Khandagiri )- broadcastin g, Arhar broadcastin g, Jhari & local Maize sowing Season al vegeta ble Low yield of paddy due to use of old variety, monocot weed problem in up land paddy, Low fertility status of soil, Heavy wilting in tomato Paddy (var. Sahabhagi dhan) line sowing, Herbicide application Pendimethalin (38.7% SC) in up land paddy, Introduction of tomato ( C.v - BT-136) Soil reclamation Application of Azotobacter, Azospirilum and PSM (in 1:1:1) @ 4.0 kg each ha -1, inoculated to prelimed (5%) FYM/VC in 1:25 ratio, incubated for 7 days at 30% moisture and applied in the rhizosphere on the day of planting or sowing of crops. Application of T. viridae 2kg+ 250kg FYM in pit/ha. Use of Growth regulator in Tomato Application of GA3 @ 30 ppm. at 70 days after transplanting during (flowering Stage) Distribution of Extension literatures Paddy (var. Sahabhagi dhan) line sowing, Herbicide application in up land paddy Pendimethalin (38.7% SC)fb 750gm/ha, bispyribac-Na 25gm/ha at 0-3 DAT& 25DAT, Cultivation of tomato (BT-136), Soil reclamation by applying paper mill sludge @ 250 kg/ acre+ Lime 5qtl/ha f ertilization on STBFA Use of Growth regulator in vegetable. during (flowering Stage) Regular monitoring to ensure adoption of recomme nded practices Follow up training for capacity building Set up market linkage Value addition of Tomato Mobile message on agro advisory services, supply of technolog y literature

40. TEST OF MODULES FOR INCREASING THE FARM INCOME ModuleLand type Existing farming systemProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module-II (Irrigated Ecosyste m) Medium land Paddy (var. Pratikhya, MTU-1001) Staggered/ transplanting Paddy (Lalat), Vegetable (cauliflowe r) Leaf folder, BPH, WBPH & Gall midge problem in paddy disease i.e blast in paddy, monocot & dicot weed problem, in paddy low yield due to improper fertilizer manageme nt. Line transplanting of paddy by 9 row transplanter, IPDM Flubendiamide 240 SC + Thiacloprid 240 SC ) @ 300 ml/ha twice i.e. at Tillering & P.I. stage for management of Gall midge, LF & BPH, WBPH,Prochloraz 26.25% + Tricyclazole 22.5% SE @ 1000 ml/ha for blast management in paddy, soil reclamation and fertilsation on STB Basal application of sulphur @30 kg ha -1 (CaSO 4.2H 2 O) integrated with inorganic fertilizers based on soil test and organic manures @2 t ha -1., Introduction of HYV of sunflower C.v PAC-36 after paddy with micronutrient application. Sulphur @ 25 kg/ha + foilar application of Boron @ 1 kg/ha at the time of flower initiation. SRI method of paddy transplanting. Use of bio products (Spraying of Azadirachtin 0.15%@ 1.5 Lit./ ha ) & bio-agents (Tricho cards @ 50000/ha) application of Rhizobium (@ 1.0-1.5 kg ha -1 ) treated with 10 g Sodium Molybdate per 25 kg seed, followed by rhizospheric application of 4kg PSM ha -1 mixed with lime @0.2 LR, application of Sulphur @ 25 kg/ha + foilar application of Boron @ 1 kg/ha at the time of flower initiation in sunflower. Summer Vegetables (pumpkin) with micro-nutrient application, IPDM for more production Regular monitoring to ensure adoption of recommend ed practices Follow up training for capacity building Set up market linkage by developing FIG & supply of literature Low landPaddy (pooja) Staggered transplanting Paddy (MTU-1010) Green gram & Vegetable Weed problem in paddy, Pest like BPH, WBPH, LF in paddy and blast & sheath blight disease in paddy varietal suitability Green manuaring with dhanicha @ 25kg/ha, line transplanting, water management and Training on IPM in Paddy, STB fertiliser application, green gram (TARM-1)/ in line sowing, rhizobium application & Basal application of sulphur @30 kg ha -1 (CaSO 4.2H 2 O) for yield enhancement in green gram Line sowing of sun flower after paddy with micronutrient management Application of bio- pesticide ( Neem oil @ 1.5 lt/ha, Bt @ 750 gm/ha& NPV 250LE/ha)), bio-agents (tricho cards @ 50000/ha), use of zero till seed drill for pulses, YMV control measure Regular Follow up action & supervision training for capacity building for monitoring & sustainability. Supply of Literature, awareness programme

41. TEST OF MODULES FOR INCREASING THE FARM INCOME ModuleLand typeExisting farming system ProblemIntervention KharifRabi1 st yr2 nd yr3rd yr Module- II (Irrigate d Ecosyste m) Homestea d DairyLow productivity of milk Fodder cultivation (Hybreed napier) AI for breed up gradation, shed management, Feed supplements, supply of mineral mixture Mineral mixture supplements, schedule vaccination, Breed up gradation by AI, supply of literature, training on AI, shed management, feeding management Value addition of milk for commercial purposes, Entrepreneurs development through OLHDM,OTELP, Veterinary Dept. Development of FIG homesteadGoaterymortality of kids. Poor body growth rate Deworming of kids and disease management, Schedule vaccination, supply of mineral mixture Shed management, supply of improved breed buck like (Jamunpari, shirohi, black bengal) Need based training on vaccination, feed management technique & shed management, supply of literature Nutrition management & commercial goat unit by linking with NABARD, OTELP, OLHDM programme, Training on breed improvement and up-gradetion, nutrient management, vaccination schedule homesteadPoultryTraditional breeds, low egg lying and poor body growth Breed replacement with Pallishree & Vanaraja poultry breed in backyard (Training & Input) Vaccination and feed & shed management Training, supply of literature, Commercialization, entrepreneur development for sustainability & FIG formation for marketing Increase in production = 25% Employment Generation = 47% % growth in income = 65% Employment generation MD 350 390 410

42. Proposed Activities of KVK (During April, 2016 to March,2017) Proposed Activities of KVK (During April, 2016 to March,2017)

43. Proposed On-farm Testing April 2016 to March 2017 OFT Thematic Area wise Distribution of OFT 20

44. Title of on-farm trials Assessment of VAM in green gram Season & Year Rabi, 2016-17 Number of trials 7 Farmers Practices Application of NPK @ 20:40:40kg/ha. Problem diagnose Low yield green gram due to poor nutrient management Thematic area Integrated nutrient management Name of Technology Use of VAM in green gram Details of technology selected for assessment T2: RDF+Rhizobium (20g /kg seed) T3:RDF+Rhizobium (20g /kg seed) + VAM (soil host root based culture, 10kg/ha) Source of technology (Year) OUAT, 2010 Characteristic of technology/ variety/ product VAM helps in better phosphorus availability, better nodulation and nitrogen fixation. Farming situation Irrigated medium land, Rice – Green gram Performance indicator/parameter No. of nodules/plant, No. of pods/plant, seed yield, B:C Ratio.

45. Title of OFTAssessment on Performance of Kharif onion cultivation in rainfed up land situation. Season & YearKharif 2016 Farmers practice (T1)Cultivation of N-53 variety of onion. Problem Diagnose Low income from onion due to cultivation in regular season i.e.in Rabi Thematic areaICM Name of TechnologyKharif onion Cultivation Details of Technology (T2) T2- Cultivation of Kharif onion Var.-AFDR T3- Cultivation of Kharif onion Var.-Bhima Red Seedling treatment with Tricoderma viridae @5gm/lit of water and cultivation in raised bed system with STBFA Source of Technology (Year) OUAT 2011 Characteristics of technology / variety Suitable for Kharif cultivation, average marketable yield is 25- 30t/ha. It is recommended particularly due to its attractive dark red flat globe bulb. Maturity within 95-100 days after transplanting during kharif Farming SituationRainfed Up land situation Performance Indicator / parameter to be observed Yield, Bulb size (cm.), fruit weight in(gm.), Net income, B:C ratio

46. Title of on-farm trials Assessment of Molybdenum application in green gram Season & Year Rabi,2016-17 Number of trials 13 Farmers Practices Use of NPK fertilizers only(20:40:40). Problem diagnose Poor nitrogen fixation and low yield due to molybdenum deficiency. Thematic area Integrated nutrient management. Name of Technology Molybdenum application in green gram. Details of technology selected for assessment T2:RDF+Seed treatment with Rhizobium (20g/kg seed). T3: RDF+Seed treatment with Rhizobium (20g/kg seed) & Ammonium Molybdate @ 1g/kg seed. Source of technology (Year) OUAT 2002 Characteristic of technology/ variety/ product Molybdenum application increases nodulation and nitrogen fixation resulting higher yield. Farming situation Irrigated medium land,Rice-Green gram cropping system Performance indicator/parameter No. of nodules/plant, No. of pods/plant, seed yield, B:C Ratio.

47. Title of on-farm trials Assessment of nutrient management and Plant growth regulator application on yield enhancement in Black gram Season & Year Kharif-16 Farmers PracticesT1=Soil application of chemical fertilizer Problem diagnose Low yield due to loss of chemical fertilizer Thematic areaIntegrated Nutrient Management Name of TechnologyFoliar application of chemical fertilizer along with hormones Details of technology selected for assessment T2= Foliar application of NPK 19:19:19 at a concentration of 3gm/lit at 45, 60 and 70 DAP T3= application of NPK 19:19:19 at a concentration of 3gm/lit at 45, 60 and 70 DAP with foliar application of Planofix @ 1ml/5 litre of water Characteristic of technology/ variety/ product Ujwala, Prasad, PU 39, T9 Farming situationRainfed up land Performance indicator/parameter Yield, B:C Ratio, No. of pods/plant

48. Title of on-farm trials Assessment of Rice nutrient manager in transplanted rice Season & Year Kharif, 2016 Number of trials 7 Farmers Practices Application of NPK @ 80:40:40kg/ha. Problem diagnose Low yield of rice due to poor nutrient management Thematic area Integrated nutrient management Name of Technology Use of rice nutrient manager Details of technology selected for assessment T2: Soil test based fertilizer dose T3: Fertilizer application as per Rice nutrient manager Source of technology (Year) OUAT, 2014 Characteristic of technology/ variety/ product Decision tool for field specific effective management of fertilizers for rice. Farming situation Irrigated medium land Performance indicator/parameter EBT/Hill, no of grains/panicle, Panicle length, grain yield, B.C.Ratio

50. Title of on-farm trials Assessment of nutrient management and Plant growth regulator application on yield enhancement in Black gram Season & Year Kharif-16 Farmers PracticesT1=Soil application of chemical fertilizer Problem diagnose Low yield due to loss of chemical fertilizer Thematic areaIntegrated Nutrient Management Name of TechnologyFoliar application of chemical fertilizer along with hormones Details of technology selected for assessment T2= Foliar application of NPK 19:19:19 at a concentration of 3gm/lit at 45, 60 and 70 DAP T3= application of NPK 19:19:19 at a concentration of 3gm/lit at 45, 60 and 70 DAP with foliar application of Planofix @ 1ml/5 litre of water Characteristic of technology/ variety/ product Ujwala, Prasad, PU 39, T9 Farming situationRainfed up land Performance indicator/parameter Yield, B:C Ratio, No. of pods/plant

51. Title of on-farm trials Assessment of bio-fertilizer application in Tomato Season & Year Kharif-2016 Farmers Practices No use of lime and bio-fertilizer Problem diagnose Lesser yield due to non use of required amount of NPK and Bio-fertilizer. Thematic area Integrated Nutrient Management Name of Technology INM in Tomato Details of technology selected for assessment Application of lime @ 5q/ha at final ploughing with application of bio-inoculants Azotobacter, Azospirillum, PSB @ 2 kg/ha with 150 kg FYM at the time of planting with STBFA of NPK Source of technology (Year) OUAT,2009 Characteristic of technology/ variety/ product Balanced fertilizer application in Tomato, var. Utkal Raja Farming situation Rain fed up land situation Performance indicator/parameter No of Fruits/Plant, Yield, B:C Ratio

52. Title of on-farm trials Assessment of nutrient management and water soluble fertilizer application on yield performance in Brinjal Season & Year Kharif-16 Farmers PracticesT1=Soil application of chemical fertilizer Problem diagnose Low yield due to loss of chemical fertilizer Thematic areaIntegrated Nutrient Management Name of TechnologyFoliar application of chemical fertilizer Details of technology selected for assessment T2= Foliar applcation of NPK 19:19:19 at a concentration of 3gm/lit at 45, 60 and 70 DAP T3=75% RDF of NPK(120:60:60kg/ha) with soil test based Source of technology (Year)OUAT,2010 Characteristic of technology/ variety/ product Greenstar,Round Farming situationIrrigated Medium land Performance indicator/parameter Yield, B:C Ratio, No.of fruits/plant

53. Title of OFT Assessment on performance of Bunch feeding in Banana to increase finger size. Season & Year Kharif-2016 Farmers Practice T1 Soil application of NPK fertilizer @ 100:40:150/ ha Problem diagnose Low yield due to Small size of fingers owing to low fertilizer uptake efficiency from soil application Thematic area Nutrient management Name of Technology Bunch feeding in Banana Details of technology selected for Assessment T2 T2- Bunch feeding @ 500 gm cow dung + 7.5 gm Urea+ 7.5 gm Potassium Sulphate per plant T3- Bunch feeding @ 500 gm Cow dung +7.5 gm Urea +7.5 gm Potassium Sulphate per plant + Drip irrigation Source of Technology OUAT 2009 Characteristic of variety/ technology/product Var. G- 9, 1.8x 1.8 m and Plant population 3000/ ha. Farming situation Rainfed medium land situation Performance indicator / parameter Yield, B:C ratio, No. of hands / bunch, Size of finger

54. Title Assessment on performance of suitable sowing time of Potato cultivation for higher productivity. Crop & Variety Potato variety Kufri Surya Season & Year Rabi -2016-17 Problem Very often due to late sowing farmers get lower yield from the crop Thematic Area Varietal evaluation Farmers Practices (FP) T1 - Cultivation of Potato (Var. Kufri Jyoti) T2 – Cultivation of Potato variety Kufri Surya (DOS - 2 nd week of December) T3 - Cultivation of Potato variety Kufri Surya (DOS – 1 st week of January) Name of Technology Cultivation of potato variety – Kufri Surya Source of Technology (Year) Central Potato Research Institute, Solan, 2010 Detail of Technology Demonstrated (RP) Kufri Surya is an early maturing, heat tolerant and hopper- burn resistant potato variety with oblong tubers, white smooth skin and pale yellow flesh. RDF NPK@180:80:110kg/ha, potential yield 25t/ha, Spacing 45×25cm Parameters Yield (q/ha), fruit weight (gm), No of fruit /plant, Gross return, B: C Ratio

55. Title of OFT Assessment on performance of poly mulching in Tomato crop for resource conservation Season & Year Rabi- 2016-17 Farmers Practice No mulching in tomato Problem diagnose Low yield of Tomato due to high weed infestation and high moisture loss in upland condition Thematic area Integrated Weed management Name of Technology Poly mulching in tomato Details of technology selected for assessment T1-Tomato cultivation without mulch T2- 50 micron thickness bicolour poly mulch T3- 50 micron thickness bicolour poly mulch + Drip irrigation Source of Technology Precision farming,OUAT-2011 Characteristic of variety/ technology/product 50 micron thickness bicolour poly mulch of which upper side is silver colour and lower side being black colour. Silver colour reflects the radiation and reduces the intensity of heat, Durability is 3 yrs. Farming situation Irrigated medium land Performance indicator / parameter Weed biomass/sq.m, Irrigation frequency, Yield, B:C ratio

56. Title of on-farm trials Assessment of IPM for YMV management in Kharif green gram Season & YearKharif, 2016 Farmers PracticesApplication of dimethoiate with improper dose and time Problem diagnoseLeaves becomes yellow, production of few pods and size of pods is reduced, grains quality deteriorate Thematic areaIPM Name of TechnologyIPM for YMV management in Kharif green gram Details of technology selected T1= Application of ozoneem @ 2.5 ml/lit of water twice at 15 DAS & 30 DAS T2= Fixation of yellow sticky trap @ 50 per ha T3= Need based Foliar spraying of Thiomethoxam 25% WG @ 0.6gm per liter of water Source of technologyOUAT, 2010 Characteristic of technology/ variety/ product Thiamethoxam is a granular soluble insecticide which control sucking pest. Yellow sticky trap is attractant to trap the white flies and jassids Farming situationRainfed Up land Performance indicator/parameter % of YMV infested plant, Yield (q/ha) and BCR

57. Title of OFTAssessment of Emmamectin benzoate 5% SG for control of gram pod borer in pigeon pea Season & Year Kharif-2016 Farmers PracticesNo proper control measure Problem diagnoseLow yield due to pod borer infestation Thematic areaIPM Details of technology selected for assessment T 1 - No proper control measure T 2 – Installation of pheromone trap @ 12/ha. For pest monitoring T 3 - Application Emmamectin benzoate @ 11 gm a.i./ha @ 0.4 ml/liter of water Source of technology (Year) OUAT Characteristic of technology/ variety/ product Application Emmamectin benzoate @ 11 gm a.i./ha reduces infestation of pod borer & increases yield Farming situationRainfed Performance indicator/parameter No of infested pod/plant, yield & BC ratio

59. TitleAssessment of Phosalone and Thiomethoxam against Chili Thrips Season & YearRabi-2016-17 Farmers PracticesUse of ineffective insecticides like chloropyriphos Problem diagnoseLow yield due to high infestation of Chili Thrips Thematic areaIntegrated Pest management Name of TechnologyIntegrated Pest management in Chilli Details of technology selected for assessment T1- Application of multineem @ 2.5 ml/liter after 30 DAT OR 45 DAT T2-Alternate spraying of Phosalone 35 EC@ 500ml/Ha. and Thiomethoxam 25WG @ 100gm/Ha. at 10 days interval Source of technology (Year)OUAT, 2009 Farming situationIrrigated Medium/Up land Performance indicator/parameterPercentage of Infestation, Avg. Nos. of Thrips/3leaves, Yield, B:C ratio

60. Title Assessment of feed supplement/micronutrient on performance of pre-partuent goat Season & YearKharif -2016 Problem Low conception rate, high rate of abortion and under nourished new born kid Farmers Practices (FP) Practicing goat rearing without administration of feed supplement into diet Name of Technology Assessment of feed supplement on pre-partuent goat Detail of Technology Demonstrated (RP) T1- Feeding of cattle with out any feed supplement T2-25 gm feed supplement per 1 kg of concentrate diet twice in a day for three month Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Growth rate, Body weight gain, conception rate, abortion rate and health status of new born kid

61. Title Assessment on Effect of liver extract on performance of cattle Season & YearKharif -2016-17 Problem Low growth rate, Low appetite, frequent occurrences of diseases and weak and emaciated animal Farmers Practices (FP) Practicing cattle rearing without administration of liver extract Name of Technology Assessment of liver extract on performance of cattle Detail of Technology Demonstrated (RP) T1- Feeding of cattle with out any liver extract T2- Mebolive -25 ml orally/ Daily for One month Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Growth rate, FCR, Appetite rate, Body weight gain and health status of animal

62. Title Assessment of feed supplement/micronutrient on performance of pre-partuent cattle Season & YearRabi -2016-17 Problem Low conception rate, high rate of abortion and under nourished new born calf Farmers Practices (FP) Practicing cattle rearing without administration of feed supplement into diet Name of Technology Assessment of feed supplement on performance of pre-partuent cattle Detail of Technology Demonstrated (RP) T1- Feeding of cattle with out any feed supplement T2-50 gm feed supplement (Suplivite-M) per 1 kg of concentrate diet twice in a day for three months Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Growth rate, Body weight gain, conception rate, abortion rate and health status of new born calf

63. Title Assessment on Effect of antiparasite on performance of cattle Season & YearRabi -2016-17 Problem Low growth rate, Unhealthy animal, weak and emaciated animal Farmers Practices (FP) Practicing cattle rearing without administration of antiparasitic drug Name of Technology Assessment of antiparasite on performance of cattle Detail of Technology Demonstrated (RP) T1- Rearing of cattle with out any antiparasitic drug T2-Poron -1 ml mix with 1 Litre of water and midline spray with interval of two days for one month Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Growth rate, Body weight gain and health status of animal

64. Proposed Front Line Demonstrations April 2016 to March 2017 FLD Front Line Demonstration 2016-17 20 Front Line Demonstration 2016-17 20

65. Title of the FLD Demonstration of herbicides against weed management in Groundnut Season & Year Rabi, 2016-17 Problem Low yield of Groundnut due to severe weed infestation in upland condition Farmer's Practice T-1 : No herbicide application, manual weeding at irrational stage / time of crop growth Farming situation Irrigated upland Details of technology T-2 : Application of pre-emergence herbicide, Oxyflourofen @ 200ml/ha at 0-3 DAS+hand weeding T-3 : Post emergence application of Quizolfop ethyl @ 1000ml/ha at 15-20 DAS + one hand weeding T-4 :Post emergence application Imazethapyr @ 750 ml/ha at 15-20 DAS + one hand weeding Characteristic of technology/variety/prod uct Herbicides followed by manual weeding may suppress the weed effectively in groundnut crop. Source of Technology OUAT Performance indicator No. of weeds/sq. mt., weed biomass, no. of pods / plant, Pest infestation, Yield, CBR

66. DEMONSTRATION ON INTEGRATED WEED MANAGEMENT IN TRANSPLANTED PADDY Season & YearKharif 2016 Problem More cost of production due to manual weeding. Decrease in yield due to heavy weed infestation Farmer's PracticeHand weeding at 25-30 DAT Thematic areaIntegrated weed management Name of the Technology Application of pre emergence herbicide-Bensulfuron methyl 0.6% + Pretilachlor 6% @ 10kg/ha at 3 DAT for weed control and need based hand weeding at 30 DAT Details of technology Application of granular formulation of Bensulfuron methyl 0.6% + Pretilachlor 6% herbicide at 3 DAT provides effective solution for weed control in rice by inhibiting the growth of the most important perennial, annual species of weeds and provides ease of application by hand dispersal in rice fields. VarietyRanidhan Source of Technology (Year) NRRI, 2013 Area1 haNo of demos5 Performance indicatorYield, weed control efficiency, B:C ratio

67. Title of the FLDDemonstration on Performance of leaf colour chart in rice Season & YearRabi 2016-17 Farmers PracticeApplication of Urea N in 1:2:1 ratio at basal : active tillering : PI stage along with all P and K at basal ( NPK 60:30:30) Problem diagnose Around 60 % Loss of Urea N from Rice field in Rabi season even if applied in 1:2:1 ratio in 3 splits Name of Technology Use of Leaf colour chart in rice Source of TechnologyOUAT 2006 Characteristic of technology /variety/product Basal application of 13 Kg Urea +Application of urea based on leaf colour chart reading at 7 days interval from 14 days onwards after transplanting (P and K as basal 30:30 Kg/ha), VAR- Jogesh

68. Title of the FLD Demonstration on Intercropping of Maize with Cowpea in unbounded Kharif upland Season & YearKharif 2016 Problem lesser income and depletion of soil nutrient from monocropping of maize Farmer's PracticeMonocropping of maize Thematic areaIntercropping Name of the TechnologyIntercropping of maize with cowpea Details of technology T1- Môn cropping of Maize T2- Maize with cowpea (Maize Spacing 60 X 30cm in 2:2 ratio, planting of cowpea at 7 DAS of maize) VarietyMM-1107 (Maize), Cow pea (U. Manika) Source of Technology(Year)OUAT, 2008 Area0.4 haNo of Demos.10 Performance indicator Yield of Maize and Cow pea (q/ha), Net profit, B:C ratio N content in soil before and after.

69. Front Line Demonstration Demonstration of biofertilizer application in Tomato Season & Year Rabi-2016 Farmers PracticesTraditional method of cultivation without any application of bio-fertilizer Problem diagnose Low yield due to non use of recommended dose of fertilizer and Bio-fertilizer. Thematic areaIntegrated Nutrient Management Name of TechnologyINM in Tomato Details of technology selected for assessment Application of bio-inoculants Azotobacter and PSB @ 2 kg/ha with 150 kg FYM at the time of planting with 125:115: 60 of NPK Source of technology (Year) OUAT,2009 Farming situationIrrigated Medium land Performance indicator/parameter No of Fruits/Plant, Yield (q/ha), B:C Ratio

70. Title of the techno. demonstrated Demonstration of B & S application in Onion. Season & YearRabi-2016-17 Problem Small bulb size & less pungency. Farmer's PracticeNo n application of B & S. Thematic areaIntegrated nutrient management Name of the Technology Micronutrient application in onion. Details of technology Soil application of Sulfex@20kg/ha & spraying of Borax@0.5% during bulb formation stage with RDF as per soil test value. Variety Agrifound light red. Source of Technology (Year)OUAT, 2010 VillageMatia Area1haNo of demon5 Performance indicatorYield q/ha,Bulb diameter(c.m),Bulb weight, B.C.ratio Implemented byscientist(Soil Science)

71. Title of the techno. Demonstrated Demonstration on Application of lime & Rhizobium in groundnut Season & YearRabi-16-17 ProblemLow yield due to no use of of lime & Rhizobium in groundnut Farmer's PracticeNo use of of lime & Rhizobium in groundnut Thematic areaINM Name of the TechnologyApplication of lime & Rhizobium in groundnut Details of technologyApplication of Lime.2LR+20g/Kg of seed treatment with Rhizobium VarietySmruti Source of Technology (Year) OUAT,2006 No. of Demo.s10 Performance indicatorNo. of branches, No of pods /plant, Yield, B.C ratio

72. Front Line DemonstrationDemonstration of nutrient management in tissue culture Banana Season & YearKharif -2016 ProblemLow yield in banana Farmer's PracticeNot maintaining RDF in banana Thematic areaNutrient management and production management Name of the TechnologyNutrient and sucker management in tissue culture banana Details of technologyFYM-10-15 kg per pit, 300-100-300 gm NPK per pit, N 200gm at 2,4,6 months and K 300gm at 2,6 months after planting. VarietyGrand Naine Source of TechnologyOUAT 2008 No. of demos10 Performance indicator Bunch length & no of fingers in hand, Bunch weight (kg), Yield (q/ha), Additional return B:C ratio

73. Title of FLD Demonstration on production performance of cowpea variety Utkal manika Season & YearKharif 2016 Farmers PracticesCultivation of traditional cowpea variety Problem diagnoseLow yield in traditional variety Thematic areaVarietal Evaluation Name of TechnologyCultivation of cowpea variety Utkal manika Details of technology selected T2 Cultivation of cowpea variety Utkal manika with RDF of NPK Source of technology (Year)OUAT, 2009 Characteristic of technology/ variety/ product Moderately tolerant to YMV disease, fruits are fleshy type and yield potential of 35q/ha Farming situationRainfed, Medium land Performance indicator/parameterFruit length, no of fruits/plant, Yield

74. Front Line Demonstration Demonstration on performance of GA3 application in Brinjal Season & YearKharif 2016 Farmers practice (T1)Traditional Cultivation of Brinjal without any hormone application Problem DiagnoseLow yield due to less female flower setting Thematic areaICM Name of TechnologyApplication of GA3 in high yielding variety of Brinjal Detail of Technology (T2)Application of GA3 @ 30 ppm. at 70 days after transplanting during (flowering Stage) Source of Technology (Year)OUAT, 2012 Characteristics of technology / variety GA3 application at flowering stage promotes new flower bud and increases the yield. Farming SituationRainfed up land Performance Indicator / parameters to be observed Fruit size (length) cm, fruit weight in gm. Yield/ha, net income, B:C ratio

75. Front Line Demonstration Demonstration on foliar application of water soluble fertilizers in chilly Season & Year Rabi- 2016-17 Farmers Practice T1 Soil application of chemical fertilizer Problem diagnose Low yield due to loss of soil applied chemical fertilizer Thematic area INM Name of Technology Foliar application of water soluble fertilizer in chilly Details of technology selected for Demonstration T2 Foliar spray of NPK 19:19:19 at a concentration of 3 gm/lit at 45,60 and 70 DAP + STBFA Source of Technology OUAT, 2011 Characteristic of variety/ technology/product Foliar spray of NPK 19:19:19 at a concentration of 3 gm/lit at 45,60 and 70 DAP + STBFA Farming situation Irrigated medium land Performance indicator / parameter No.of fruit/plant,Yield(q/ha.),B:C ratio

76. Front Line Demonstration Demonstration on insecticides with botanicals and parasites for management of stem borer in paddy Season & YearKharif, 2016 Farmers PracticesTrizophos @ 2ml/litre of water Problem diagnoseDead heart, chaffy grain Thematic areaIntegrated Pest Management Name of TechnologyChemical management of stem borer in paddy Details of technology selectedApplication of Cartaphydrochloride 4% G @ 1.25 kg/ 10 decimal in nursery field, Spraying of neem oil 1.0% @ 2.5 ml/lt of water and release of T. japonicum @ 50.000/ha twice in 15 days interval. Source of technology (Year)OUAT, 2008 Characteristic of technology/ variety/ product T-1 = Cartaphydrochloride 4% @ 1.25 kg/ 10 decimal in nursery field, T-2 = Spraying of neem oil 1.0% @ 2.5 ml/lt of water T-3 = Release of T. japonicum @ 50.000/ha twice in 15 days interval Farming situationIrrigated medium land Performance indicator/parameter % of dead heart, % of white ear head, Grain yield (q/ha) and BCR

77. Front Line Demonstration Demonstration on Management of panicle mite in Kharif paddy Season & YearKharif -2016 Farmers PracticesNo control measure Problem diagnoseLow yield of paddy due to severe infestation of panicle mite in paddy Thematic areaIPM Name of Technology Management of panicle mite in paddy Details of technology selectedT-1 = Seed treatment with Imidachloprid 70%WS @ 7gm/kg seed, T-2= Installation of sticky trap @50/ha and T-3 = Need based spraying of Acetameprid @ 100 gm/ acr at 7days interval Source of technology (Year)OUAT,2013 Characteristic of technology/ variety/ product Seed treatment with Imidachloprid prevents the pest attack for 45 days, Installation of sticky trap efficiently control the mites below ETL level and need based spraying of Acetameprid manage the pest efficiently. Farming situation Irrigated medium land Performance indicator/parameter % of infestation, Yield in Qt/ha and B:C ratio

78. Front Line DemonstrationDemonstration on Management of wilting in Brinjal Season & YearKharif -2016 Number of demonstration10 Farmers PracticesSpraying of Bavistin & Cypermethrin Problem diagnoseLow yield due to heavy wilting Thematic areaIDM Name of Technology Management of wilting disease in Kharif Brinjal Details of technology selectedT1=Seedling root dip and Soil application of T Viridae @ 2kg /ac T2= soil drenching of Redomil MZ 1250g/ha & Proper water management practices Source of technology (Year)OUAT-2011 Characteristic of technology/ variety/ product Seedling root dip with of T. Viridae create resistance against wilting and soil drenching of Redomil MZ -70 minimize the wilting infestation % Farming situation Rainfed Up land Performance indicator/parameter Wilting %, % of infestation, Yield in Qt/ha and B:C ratio

79. Front Line DemonstrationDemonstration on integrated pest management of pod borer in pigeon pea (Arhar) Season & YearKharif, 2016 Number of demonstration10 Farmers PracticesSpraying of triazophos @2ml/lit of water Problem diagnoseLow yield of pigeonpea due to high infestation of pod borer Thematic areaintegrated pest management for controlling pod borer in pigeonpea (Arhar) Name of Technology Details of technology selectedInstallation of pheromone trap @ 20 /acre with application of neem based pesticide @5ml/liter at vegetative stage & spraying of Triazophos + Deltamethrin @2ml/liter of water for management of pod borer in pigeon pea. Source of technology (Year)OUAT-2010 Characteristic of technology/ variety/ product Installation of pheromone trap @ 20 /acre with application of neem based pesticide @5ml/liter at vegetative stage & spraying of Triazophos + Deltamethrin @2ml/liter of water for management of pod borer in pigeon pea. Farming situation Rainfed Up land Performance indicator/parameterYield q/ha, pod borer infestation(%), BC ratio

80. Frontline Demonstration Demonstration on de-worming drugs on performance of goat Season & Year Kharif, 2016-17 Farmers Practice Practicing goat Rearing without administration of any de-worming drugs Problem diagnose Low growth rate of goat kids, regularly suffering from diarrhea, Low appetite, Low Feed conversion ratio Name of Technology Demonstration of de-worming drug (Fenbendazole) Details of technology selected for assessment Fenbendazole - 5 mg/ kg body weight as a single dose Zycloz- 10 mg/kg Bwt as single dose Source of Technology OVC, OUAT, Bhubaneswar Performance indicator / parameter Growth rate, Body weight gain, FCR, conception rate and occurrence of worm infestation

81. Front Line Demonstration Demonstration of liquid calcium supplements on performance of lactating cattle Season & YearKharif -2016-17 Problem Low milk yield, Stunted growth, Low conception rate, and under nourished new born calf Farmers Practices (FP) Practicing lactating cattle rearing without administration of liquid calcium supplement into diet Name of Technology Demonstration of liquid calcium supplements on performance of lactating cattle Detail of Technology Demonstrated (RP) T1- Feeding of cattle with out any liquid calcium supplement T2-50 ml Kalshakti-Platina twice in a day for three months Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Milk yield, Growth rate, Body weight gain, Conception rate,

82. Front Line Demonstration Demonstration on Fodder farming for enhancing the milk yield of milch cows. Season & YearRabi -2016-17 Problem Low body weight gain and less milk yield in lactating cow Farmers Practices (FP) Farmers are not feeding fodder grasses to the lactating cow Name of Technology Demonstration on fodder farming Detail of Technology Demonstrated (RP) T1- Feeding to lactating cow without any fodder grass T2-Feeding to lactating cow with straw supplemented with 25kg maize grass Source of TechnologyOVC, OUAT, Bhubaneswar Parameters Growth rate, Body weight gain and milk Yield

83. Season and year Rabi, 2016-17 Problem Poor management of backyard poultry FP Feeding and scavenging Thematic area Income generation Technology demonstrated Backyard poultry system Details of the Technology Day old chicks, feed management, vaccination and disease management Name of Variety Rainbow rooster Source of Technology (Year) CPDO,2008 Crop & Area (ha) 10units No of Demo 10 farmers 10 birds each Performance Mortality rate, growth performance, economics Demonstration of Scientific rearing in backyard poultry farming

84. Season and year Kharif 2016 Problem Low egg production from desi bird. FP Rearing of desi birds. Thematic area LPM Technology demonstrated Dual purpose bird for egg and meat. Details of the Technology Proper brooding and medication of one day old chicks. Low cost management of poultry chicks for income generation. Name of Variety Mineral Mixture Source of Technology (Year) CARI, 2002 No of Demo 30(300) Performance Body wt at maturity (kg/bird); Mortality %, No. of eggs Demonstration on RIR poultry breed for egg production

85. SEED PRODUCTION PROGRAMME (Year 2016-17) CropVarietyArea covered (ha) Seed required (qtl.) Expected yield (q/ha) Total production (qtl.) PaddyLalat (BS) 42.035140 PaddyNaveen (BS) 42.030120 Green Gram OBGG-52 (Durga) (FS) 20.508.0

86. PLANTING MATERIAL PRODUCTION (Year 2016-17) CropVarietyNos. TomatoSwarna Sampad, Lakshmi, U. Pragyan, U. Raja 100000 BrinjalNavkiran, Swarna Shyamali, VNR-212 100000 PapayaRed Lady, Simta F1 500 MarigoldCeracole 100000 CabbageKohinoor, Neel 50000 CauliflowerSnowball 50000 ChilliIndam-42, Super Jhankar 100000 Grafted MangoAmrapalli, Bombay Green 500

87. PRODUCTION UNIT (bio-agents / bio-pesticides/bio-fertilizers/ livestock and fisheries) Major GroupName of the cropQty (in kg) Bio agentsEarthworm15 Bio fertilizerVermicompost10,000 MushroomPaddy & Oyster mushroom120 Mushroom spawn bottlePaddy straw & oyster500 No. Poultry bird (chicks)Vanaraja1000 No

88. PROPOSED TRAINING PROGRAMME Type Target No. of training Duration (Days) No. of Participant Farmers & Farm Women (Horticulture, Soil Science, PP, Animal science, Extension) 65 1625 Rural Youths1442210 In-Service Personals10 100 Total 891171935

89. Action Plan of Cluster Front Line Demonstration Year 2016-17 Sl noCropSeasonArea (ha)No of FLDSVariety/ Hybrid 1Pigeon peaKharif3075ICP-7035 2GroundnutKharif3075ICGV 91114 3Black gramPre-rabi3075Prasad 4Green gramRabi3075TARM-1 5GroundnutRabi3075Smruti 6SunflowerRabi2050Arjun(Hybrid) Total170425

90. Action Plan of Pulse Seed Hub Programme Year 2016-17 Sl noCropSeasonArea (ha)Target (Qtl) 1Pigeon peaKharif 50400 2Green gramRabi 60250 Total 110650

91. Action Plan of IRRI Head to Head Trail Pogramme Year 2016-17 Sl noCrop/VarietySeasonNo. of Trail 1Paddy (Sahabhagidhan) Kharif25 2Paddy (DRR-42)Kharif50 3Paddy (DRR-44)Kharif25 Total100

92. Action Plan of OUAT Maize Trail Pogramme Year 2016-17 Sl noCrop/VarietySeasonNo. of Trail 1MaizeKharif06

93. Action Plan of OUAT EB-1 Paddy Trail Pogramme Year 2016-17 Sl noCrop/VarietySeasonNo. of Trail 1PaddyKharif07

94. Action Plan of OUAT OFT on Vegetable AICRP on Vegetable Trail Pogramme Year 2016-17 Sl noCrop/VarietySeasonNo. of Trail 1Chilli, C-25Kharif01 2Chilli, BGC 10C-1Kharif01 3Ridge gourd BRG 3-1Kharif01

95. Action Plan of Collection, screening and purification of land races of green gram, black gram & pigeon pea Trail Pogramme Year 2016-17 Sl noCrop/VarietySeasonNo. of Trail 1Pigeon peaKharif02 2Green gramRabi02 3Black gramRabi02

96. PROPOSED PROGRAMME SOIL TESTING LAB YEAR 2016-17Target No. of soil samples to be tested on grid basis 1000 Sample Testing of FLD, OFT, cluster Oil seed & Pulse & Pulse Seed hub 200 samples

97. KVK Scientist Involved in Teaching Activities 2016-17 Sl noName of the Scientist & Designation Name of the Course Year/Semester 1Sri Srikrushna Behera Prog. Asst. (Plant Physiology) Crop Physiology-I & Crop Physiology-I I 1 st Year 2 nd Semester & 2 nd year 4 th semester 2Dr Hrudananda Malik Scientist (Animal science) Animal production Plant Biotechnology 1 st Year 1st Semester & 3rd year 5 th semester 3Scientist (Plant protection) Scientist (Extension) Scientist (Soil science) Scientist (Horticulture) Vermicomposting, PRA & village baseline Survey & transect work 4 th Year RAWE Programme of BSc (Ag.) Students

98. Activity No. of activities (Targeted) Field Day8 Kisan Mela 3 Kisan Ghosthi 2 Exhibition 4 Film Show 10 Method Demonstrations 8 Farmers Seminar 1 Group meetings 8 Lectures delivered as resource persons - Newspaper coverage 8 Radio talks 06 TV talks 02 Popular Articles 10 Extension Literature 5 Farm Advisory Services 25 Scientific visit to farmers field 165 Diagnostic Visits 60 Exposure Visits 01 Ex-trainees Sammelan 02 Soil Health Camp 01 Animal Health Camp 01 Soil Test Campaigns 01 Farm Science Club conveners meet 12 ActivityNoActivityNo Field Day14 Extension Literature 08 Kisan Mela 02 Farm Advisory Services 58 Kisan Ghosthi 03 Scientific visit to farmers field 110 Exhibition 04 Farmers Visit to KVK 450 Film Show 17 Diagnostic Visits 65 Method Demonstrations 22 Exposure Visits 02 Farmers Seminar 02 Ex-trainees Sammelan 04 Workshop 03 Soil Health Camp 02 Group meetings 19 Animal Health Camp 02 Lectures delivered as resource persons 22 Self Help Group conveners meetings 06 Newspaper coverage 17 Soil Test Campaigns 01 Radio talks 8 Farm Science Club conveners meet 08 TV talks 06 Celebration of important days 04 Extension Activities for the Year 2016-17

99. The major Approaches & strategies for realizing the Vision ApproachStrategies Bringing Additional Area under Pulses Oilseeds and Horticultural crops  Diversification of rice-Fallow system through popularization of short duration varieties of Paddy, pulses, oilseeds and vegetable crops  Bringing additional area under pulses, oilseeds, vegetables and spices through promoting Arhar, Blackgram/ Greengram /Cowpea, Sesame, Kharif onion/tomato/Chillies /Ginger/ Turmeric cultivation in Kharif fallow areas of the District  Promotion of pulses, oilseeds in intercropping viz., short duration varieties of Blackgram/ Greengram/ Field pea Cowpea, Sesame with pigeon pea etc.  Popularization of Blackgram/Greengram/ Cowpea for late Sowing (early Aug- mid August.  Promotion of fruit orchards on wastelands

100. Improving Productivity  Popularization of high yielding, short duration varieties having Resistance/ tolerance to biotic and abiotic factors.  Popularization of input use efficient production technologies.  Popularization of improved crop management practices.  Popularization of efficient water management techniques in rainfed areas. Improving Yield Stability  Rainwater harvesting and recycling through farm ponds and community reservoirs  Promoting short duration varieties in drought prone areas  Promoting micro irrigation system  Adoption of moisture conservation practices Climatic resilient Technologies  Popularization of climate resilient crop varieties /technologies to mitigate the impacts of climate change  Critical monitoring of diseases and pest dynamics with reference to climate change

101. Production and Supply of Quality Seeds  Active involvement of Seed Production FIG in production of quality seeds  Popularization of seed village concept with buyback system  Promotion of farmer to farmer exchange of seeds Reducing Post Harvest Losses  Popularization of harvesters, threshers and graders  Establishment of processing units in the production Areas  Development and popularization of low cost safe storage structures Ensuring Attractive Price to Farmers  Development of organized markets  Linking farmers with markets (FIG, CIG)  Production of value added products and use of by-products.

102. FOCOUS POINT FOR DOUBLING THE INCOME OF FARMERS BY 2022  Crop Diversification for Enhancing Sustainability of Rain fed Farming  Diversification from Food grains towards Pulses, oilseeds and Horticultural crops  Conservation Agriculture – Promoting Resource Conservation Technologies  Bringing Additional Area under Pulses Oilseeds and Horticultural crops  Promoting Climate Resilient Agriculture  Minimizing the cost of Production  Increase in Productivity of Crops and Livestock  Crop Diversification for Enhancing Sustainability of Rain fed Farming  Diversification from Food grains towards Pulses, oilseeds and Horticultural crops  Conservation Agriculture – Promoting Resource Conservation Technologies  Bringing Additional Area under Pulses Oilseeds and Horticultural crops  Promoting Climate Resilient Agriculture  Minimizing the cost of Production  Increase in Productivity of Crops and Livestock

103. Technological Interventions for managing challenges/problems Challenges / problems Technological Intervention Low sustainability of Rain fed farming Crop Diversification-Early maturing crops / varieties, Substitution for low water requiring crops,, Substitution for crop/varieties tolerant to biotic/abiotic stress, Intercropping – cereals, pulses and oilseeds, addition of high valued cash crops, Fruit culture on wastelands, Life Saving Irrigation during dry spell. Moisture stress during critical stages of crops Resource Conservation Technologies Deep Summer Ploughing, Ridge and Furrow Sowing method (green gram and Black gram), Water saving Rice cultivation( SRI and Direct Seeding), Transplanted Pigeon pea, Intercropping, Mulching Low fertile soils Soil Fertility management Interventions- Soil Health Card, Soil test based Fertilizer application, vermicomposting, Organic manure production and Incorporation Unproductive livestock Livestock Improvement - Breed Up gradation, Mineral mixture supplementation of feed, Improved Shelter for livestock, Prophylaxis of livestock, Plantation of fodder trees on Farm bunds, Disease Management Non availability of inputs and poor market price Institutional Interventions- Seed bank/ seed village, Farm machinery custom hiring centre, Training young farmers as service providers, Commodity groups/ collective marketing group

104. Senior Scientist & Head KVK, Kalahandi