Deendayal Research Institute KRISHI VIGYAN KENDRA Digholamba, Tq. Ambajogai, Dist. Beed ACTION PLAN (2014-15) ‘ Submitted to – Zonal Project Directorate CRIDA Complex, Santosh Nagar, Hyderabad – 59 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 1 of 61 CONTENT Sl. No Particulars Page No. 1. District Profile 03 2. Agro-ecosystem Analysis of the district 08 3. List of location specific problems 09 4. Matrix Ranking of Problems 11 5. Thrust Area 14 6. Technology needs 15 7. Training needs 18 8. Technology Inventory and Activity Chart 19 9. Summary Tables 25 10. On-farm testing 28 11. Front Line Demonstrations 38 12. Training Programs 43 13. Extension Activities 51 14. Action Plan Computer 55 15 Action Plan KVK Farm 58 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 2 of 61 DISTRICT PROFILE General census: Beed District is situated at the Central West of the Aurangabad. It is between 18.280 and 19.280 longitudinally and between 74.540 and 76.570 longitudinally. It is surrounded by Aurangabad and Jalna in the North, Parbhani and Latur in the East, Ahmednagar and Osmanabad in the South and Ahmednagar in the West. Godavari is the most significant river that flows on the borderline of Georai and Majalgaon Tehsils. Beed is situated in the Deecan black basalt stone, ranges of Balaghat that constitutes main range from Ahmednagar in the west, to the border of district Beed in the East. This range divides the district into two parts. The plain area in the North is called as Gangathadi (bank of Godavari) and the higher part is called as Ghat at Balaghat. Many hills exceed 2500 feet mark from the sealevel Balaghat range is between heights of 2000 and 2200 feet, whereas the plains called Gangathadi have the heights between 1200 and 1500 feet from the sea-level. The height of Ashti Tehsil is between 1750 and 2000 feet from the sea-level. The slope of Ashti Tehsil is in the Southern direction. Area and Administrative Sections: The total area of Beed district is 10693 sq km and it is 3.44% of Maharashtra State. Further division of area is 234.9 Sq.Kms (2.2%) in urban parts and 10380.4 sq Kms i.e. 97.79% in rural area. There are 11 Panchayat Samities which governs by Zilla Parishad. For administrative purpose Beed district have been formed in two parts. One section is at Beed includes 5 Blocks 1) Beed 2) Georai 3) Patoda 4) Ashti 5) Shirur (Kasar) while other section is Ambajogai that includes 6 Blocks 1) Ambajogai 2) Kaij 3) Majalgaon 4) Dharur 5) Parli 6) Wadwani. There are special Deputy Collector offices in Ambajogai sections. The KVK Digholamba, is situated in Ambajogai section and working in those 6 blocks after established new KVK in the district for Beed section. The geographical area of Ambajogai section is 507577 ha which is 47.49% of the F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 3 of 61 district total geographical area. There are 569 villages and 473 gram panchayats while in the district 1367 villages as per the census report of 2011. Out of total 1019 Gram Panchayats (village Panchayats), 833 had independent while 186 are group-gram-panchayats. There are A-class Nagar Parishads in Beed-Town, B-class in Parli Vaijnath and Ambajogai and C-class in Dharur, Georai and Majalgaon out of total 6 Nagar-Parishads. There are 8 Market Committees each one at Beed, Georai, Majalgaon, Kaij, Patoda, Ashti and Parli (V). 2. Agricultural and allied census: Geographical area of the district is 1068500 ha. The area under forest is 32156 ha which is 3 % of total area. Cultivable land is 876000 ha (81.97%). KVK jurisdiction Beed district Sr. (6 Blocks) Particulars No. Area (ha) Percentage Area (ha) Percentage 1 Total Geographical area 1068605 -507577 47.49 2 Cultivable land 876000 81.97 477819 94.14 3 Area under forest 32156 3.00 16234 3.2 4 Irrigated area 143663 16.39 78362 15.43 5 Un-irrigated area 732337 83.61 399457 78.7 6 Light soil 184000 21.00 100363 19.78 7 Medium soil 490600 56.00 267600 52.72 8 Heavy soil 201400 22.99 109855 21.64 9 Kharif cropped area 554800 63.33 302619 63.56 10 Rabi cropped area 378800 43.24 206618 40.70 11 Net sown area 919212 110.73 501388 98.78 Population details Sr. Item No. 1 No. of Tahsils No. of Villages In-habituated 2 Un-in-habituated Revenue 3 Population 4 5 6 Male Population Female Population Literacy 7 Rural Population 8 Urban Population 9 No. of farmers Small & marginal farmers Average land holding 10 11 Beed district KVK jurisdiction (6 Blocks) 11 1403 1305 06 1287 25,85,962 (As per 2011 Census) 1352468 1233494 83.99% 20,71,277(As per 2011 Census) 06 569 540 04 522 5,14,685(As per 2011 Census) 12,69,665 5,25,311 4,77,805 81.26% 10,03,116 2,66,549 7,32,032 3,51,091 5,03,797 1,98,468 1.58 ha. 1.51 ha F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 4 of 61 Male-Female Ratio: As per Census 2011 there are 936 women per thousand men in Beed dist. While it is in the state 946 for 1000 man. Details of land holding details Sr. No. 1 2 3 Holdings No. in Percentage lakhs to the total Category Marginal holdings (below 1 ha) Small holdings (1-2ha) Others (Total) Total Area Percentage of No. in lakhs total 1.23 30.50 10133 7.90 1.28 31.62 188790 21.10 15.33 40.49 37.88 694909 893832 71.00 Details of irrigation type and source Beed District Sr. No. 1 2 3 4 5 Category Canal Open wells Tube/bore wells Lift irrigation Tanks Total KVK jurisdiction area Area (ha) Total % Area (ha) Total % 52288 110896 39153 5549 70504 278390 18.79 39.83 14.06 1.99 25.33 17726 49891 23941 5549 26342 123449 3.5 9.9 4.72 1.1 5.2 Soil types Sr. Soil type 1 Heavy soils 2 Medium soils 3 Light soils 4 Very light soils Characteristics Depth prone 50 to 100 cm, found along the major rivers Depth from 25 to 50 cm with deccan trap soils along the major rivers Depth from 7.5 to 25 cm found in undulating area Depth of 0 to 7.5 cm found in hilly area F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Beed District Area Area (ha) (%) KVK jurisdiction area Area Area (%) (ha) 201400 23 109855 21.64 148920 17 81229 16.00 341364 48 186198 36.68 87459 12 47705 9.4 Page 5 of 61 In Beed District diversification has been taken in the crops. The crops general area (average of last 5 years) and actual area for the year 2012 is as follows. Beed district KVK Jurisdiction area Area Produ Area Produ Sr. General Actual Genera Crop in ctivity Actual in ctivity No. area area l area perce (kg/ha) area (ha) percen (kg/ha) (ha) (ha) (ha) ntage tage KHARIF 53800 26900 50 554 29345 14673 50.00 563 1 Kharif Jowar 178800 91800 51 788 97527 50073 51.34 793 2 Bajara 3200 9700 303.12 289 1746 5291 303.04 289 3 Maize 49100 37100 76 548 26781 20236 75.56 548 4 Redgram 12700 8000 62.99 284 6927 4364 63.00 284 5 Greengram 9800 10100 103.06 410 89090 5509 6.18 410 6 Blackgram 10100 4500 44.55 325 5509 2455 44.56 325 7 Groundnut 6700 2400 35.82 204 3655 1309 35.81 204 8 Sesamum 35600 95100 267 1267 19418 51873 267.14 1885 9 Soybean 135700 357600 264 220 74018 195055 263.52 227 10 Cotton 391 522 134 50 221 285 128.96 50 11 Sugarcane RABI 271700 196700 78 676 148200 107291 72.40 681 12 R Sorghum 43000 8700 20 1353 23454 4745 20.23 1374 13 Wheat 34700 40700 117 624 18927 22200 117.29 621 14 Bengalgram 23000 1500 7 527 12545 818 6.52 546 15 Safflower 4300 500 12 270 2346 273 11.64 284 16 Linseed 16600 300 2 536 9054 164 1.81 543 17 Sunflower Fruits and Vegetable 3078.89 1679 18 Mango Sweet 1172.24 639 19 Orange 1296.63 707 20 Pomegranate 155.02 85 21 Guava 521.77 285 22 Citrus 491.66 268 23 Sapota 369.62 202 24 Banana 110.32 60 25 Orange 120.90 66 26 Grape 1557.41 849 27 Other F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 6 of 61 Production and productivity of livestock, Poultry, Fisheries etc. in the district Beed district KVK Jurisdiction area Particulars Productivity Productivity Population Production Population Production (lit) (lit) Cattle Crossbred 91961 56350 5.7 50161 30736 6.1 Indigenous 515113 375580 1.3 280971 204862 1.6 Buffalo 211122 723978 3.5 115157 394897 3.4 Sheep 129045 70388 Goats 466116 254245 Pigs 17470 9529 Rabbits 11035 6019 Poultry 790245 431043 1. Agro-climatic zones: Sr. Zone No Type of Zone No Rainfall (mm) 1 VI Scarcity Zone 550-650 2 VII Assured Rainfall 750-950 Talukas Included Ashti, Patoda, Shirur(Ka.), Part of Beed, Georai, Dharur Parali, Ambajogai, Kaij, Dharur, Majalgaon, Wadwani 2. Agro-ecosystems: Sr. Agro ecological situation 1 Low rainfall with medium soils 2 Low rainfall with hilly area 3 4 5 6 Characteristics Drought prone area with medium soil (Ashti) Drought prone area, hilly area & low rainfall (Patoda & part of Shirur) Command area with medium soil Command area under Majalgaon project, Hilly area, Medium rainfall (Majalgaon, Part of Georai, Parali) Assured rainfall with medium soil Assured rainfall medium soil (Ambajogai & Part of Kaij) Moderate rainfall with heavy soils Drought prone area, heavy soils and moderate rainfall (Part of Beed & Kaij) Light to medium soils with kharif It is plain area, between command area and hilly area pattern (Part of Shirur, Beed, Georai, Wadwani & Dharur) 3. Major and micro-farming systems: The cropping pattern of the district includes crops, cotton, Sorghum , Soybean, Redgram, Sugarcane, Pearl millet in Kharif. In light soils Bajara, Redgram, Sorghum are grown. Inter crops are Sorghum + Redgram (3:3) or (4:2), Bajara + Redgram (3:3), Soybean + Redgram (4:2) and in double cropping – K. Jowar-wheat/ Bengalgram, Bajara-Wheat / Bengalgram, Soybean -R. Jowar /Wheat, Sugarcane etc. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 7 of 61 Sr. 1 2 3 Farming system Soybean - R. Sorghum / Wheat/ Bengalgram, Black gram/ Greengram- Wheat, Pearl Millet, K. Sorghum, Sugarcane- sugarcane, single cropping cotton, Redgram Intercropping – Soybean + Pigeon pea/Sorghum, Bengalgram/Sorghum + Safflower, Redgram + sorghum Fruit plants (mango, anola, fig, citrus) + Soybean/sesame/Green, Blackgram/vegetable – Wheat/Bengalgram 4. Major production systems: Sr. Production system 1 Cotton based: Cotton + Redgram, Cotton + Soybean, Cotton sole 2 Soybean - R. Sorghum /Wheat/ Sorghum - Bengalgram, Black gram - Wheat, GreengramWheat,sugarcane, Pearl Millet – Wheat, Sugarcane- sugarcane, single cropping cotton, Redgram 3 Intercropping – Soybean + Pigeon pea/Sorghum, Bengalgram/Sorghum + Safflower, Redgram + sorghum 4 Fruit plants (mango, aonla, fig, citrus) + Soybean/sesame/Green, Blackgram/vegetable – Wheat/Bengalgram 5. Major agriculture and allied enterprises: Sr. Enterprise 1 Agriculture + Animal Husbandry 2 Poultry 3 Goatry 4 Dairy 5 Sericulture + Agriculture 6 Non - farm enterprises – sewing & stitching, Rope making, Wool curbing 7 Jaggory making Agro-eco system Analysis of the focus/target area 1. Names of villages, focus area, target area etc.: Villages: Morphali, Asardoh, Adas, Ajandoh,Warapgaon, Chincholimali, Bhatumba, Ganjpur, Kanadi, Banegaon, Pangri and Kumbephal. Focus /Target area: Increase in productivity of the crops. Dry land production technology Increase in use of bio fertiliser and production of compost Integrated Nutrition management of crops Reduction in cost of production Care and management of cattle particularly production and processing of the milk. Reduction of drudgery Fruits and Vegetable production and processing. Mechanization of farm. Use of micro irrigation systems. Soil and water conservation. Credit facilities available for the agriculture. Increase of farmer to farmer communication. Nutritional management of family by using available local food F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 8 of 61 2. 3. Survey methods used (survey by questionnaire, PRA, RRA, etc.): PRA, RRA and Individual survey by questionnaire was used to identify the agro-ecosystem analysis of the villages in the jurisdiction of the KVK for working. Various techniques used and brief documentation of process involved in applying the techniques used like release transect, resource map, etc. Following techniques were used for the survey of the villages. 1. Individual survey: The village survey was done by scheduling the questionnaire. The KVK scientist team was formed to conduct survey. The data from the survey was tabulated, analysed and conclusions were made. 2. Participatory Rural Appraisal: PRA technique of the survey was used to identify the location specific problems, socioeconomic situation and agricultural scenario of the village. List of location specific problems and brief description of frequency and extent/ intensity/severity of each problem: Agronomy Low productivity of field crops. Imbalanced fertilizer application. Improper cropping system. Non adoption of ICM, IWM and INM practices. Non availability of laborers due to migration to sugarcane factories Poor soil fertility. Major weed problems in kharif seasons. High cost of inputs, High Labour charges, unavailability of credit facility. Low price in local market. Lack of marketing intelligence. High cost of cultivation. Unawareness about soil, water, and plant testing. Increasing area under Saline and Alkali soil. Low productivity of field crops no proper selection of soil. Horticulture Ambe bahar management in Pomegranate Nursery management Production of vegetables in shade net and poly-house No use of improved varieties of vegetables No INM in watermelon Plant Protection Non adoption of IPM, IDM practices. High pest and disease infection. No use of Bio-fertilizer, Bio-Pesticide and Bio-fungicide No use of Botanical pesticide /Organic inputs for control of pests Lack of knowledge about identification of natural enemies of pests F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 9 of 61 Animal Science Less fodder production coupled with low quality Increasing feed cost Commercial unawareness about livestock activities. Imbalanced diet. No supplementary diet. Poor animal husbandry practices Drought mitigation measures Home Science Lack of knowledge regarding processing and consumption of nutritious food Heavy drudgery work for farm women. Lack of knowledge regarding processing & consumption of soybean Lack of awareness regarding use of energy saving devices. Low gain weight in infants. Income generation activities for empowerment of rural women Lack of knowledge about preservation methods of fruits & vegetable Un-hygienic, poor colour and take more time for drying Agril. Engg. Non availability of laborers during peak period of farm operation. Lack of mechanization. Unavailability of improved tools, implements & machineries at local level. Unawareness of drudgery reduction technologies in farm operation. Lack of knowledge and skill about income generating activities like value addition and post harvest back up. Late onset & early cessation of monsoon rains & prolonged dry spells during the crop period. Non adoption of soil & water conservation measures. Unawareness about in-situ moisture conservation technology. Agril. Extension Unorganized farmer’s commodity growers in the villages. Less credit facilities. Less farmer to farmer extension. Limited employment opportunities. Lack of knowledge about marketing. High risk in agriculture. Technological gap in production practices. Less extension contact and source of information. Poor record keeping of SHG’s and FIG’s. Lack of extension material for the reading. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 10 of 61 Matrix ranking of problems Agronomy: Crop/ Enterprises Problem Imbalance fertilizer application Micronutrient deficiencies Cotton Low plant population Intercropping system not followed Incidence of Dahiya diseases More plant population Low productivity Imbalance fertilizer use and moisture stress Incidence of weeds Soybean No seed treatment Incidence rust and Leaf minor, girdle beetle No soil testing Non availability of improved cultivars Safflower Intercropping system not followed Problems in harvesting Use of Old variety Heavy incidence of pod borers Redgram Imbalance fertilizer management Incidence of wilt Moisture stress Use of old variety Greengram Incidence of powdery mildew, leaf mosaic. Incidence of sucking pest Use of local variety In adequate nutrient supply Bengalgram Pod borer and wilt diseases Infestation of weeds Moisture stress Use of M-35-1 for forage and grain Sorghum Incidence of sooty mould, aphids & stem borer Incidence of weeds Use of old variety Imbalance fertilizer management Wheat Improper irrigation management Incidence of rust Incidence of Aphids Use of old variety Imbalance fertilizer management Sugarcane Improper time and method of planting Incidence of stem borer, striga & woolly aphids Soil Science: Enterprises Problems Imbalance fertilizer use No soil testing Soybean No seed treatment Low productivity F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Ranking I I II Il III I I II II III II I II III I I II III IV I I II I II II III IV II II III I II II III IV III I II III Ranking I II III II Page 11 of 61 Horticulture: Crop Pomegranate Onion Tomato Watermelon Chilly Brinjal Ginger Mango Plant Protection: Crop Cotton Soybean Red gram Bengal gram Onion Watermelon Chilly Problems Low fruit Quality INM in orchard High pest & disease attack Less defoliation in Hast bahar Unawareness about verities Low grade bulbs Low yield High level cost for plantation and weeding Unawareness about improved varieties INM Cracking of fruits Attack of fruit borer and leaf minner INM Cracking of fruits Less pollination Deficiency of Fe, Zn and Bo Use of old variety Planting on ridges & furrow INM Use of traditional variety Low yield Planting on Ridges & furrow method Heavy attack of Rhizome rot, Blight Heavy fruit drop Blossom drop Irregular bearing Deficiency of Fe, Zn, Mg & Bo Ranking I II III III I III III III II II III III II II III IV III III III III III III III III III III III Problems Incidence of sucking pest (Thrips) No IPM practices followed Incidence of reddening Incidence of girdle beetle No seed treatment with bio fertilizer Incidence Anthracnose/pod blight Heavy incidence of pod borer No use of bio-fertilizer Incidence of Pod fly Pod borer and wilt diseases No use of bio-fertilizer No IPM practices followed Damping off in Nursery Incidence of Fruit fly Incidence of Sucking Pest Incidence of Powdery Mildew Ranking I II III I III II I II III II II III I III III III F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 12 of 61 Pomegranate Rabi sorghum Sugarcane Brinjal Animal Science: Crop/ Enterprises Cattle Poultry Goats Home Science: Enterprises Health Drudgery IGA Agril. Engg: Crop/ Enterprises Orchard Cotton Soybean, Wheat Bengal gram Sugarcane Incidence of Shot hole and Stem borer Incidence of fruit thrips Incidence of Fruit borer Incidence of leaf spots and fruit spots Grain smut Stem fly White grub Pokabong Shoot and Fruit borer Mites III I III III II III III III III III Problems Green fodder scarcity Low quality fodder/roughages Improper housing system Supplementary feed unavailability Poor animal husbandry practices High cost of feed Uneconomic broiler poultry farming Fluctuations in selling prices Poor quality of grasses No supplementary diet No commercial awareness Ranking I II I III IV I II III I II III Problems Lack of knowledge regarding processing and consumption of nutritious food Low gain weight in children Lack of knowledge regarding processing & consumption of soybean Lack of awareness regarding use of energy saving devices. Heavy drudgery work for farm women. Un-hygienic, poor colour and take more time for drying Income generation activities for empowerment of rural women Lack of knowledge about preservation methods of fruits & vegetable Unawareness about management practices Ranking Problems Evaporation causes frequent irrigation in summer Lack of proper Sprayer. Ranking I II Lack of proper sowing, hoeing, fertigation equipment More use of water due to flood irrigation Non adoption of fertigation & acid treatment to drip sets. Un availability of inter cultivation Implements and their repair & maintenance F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc II II III III I I III III II I/II /III III III III Page 13 of 61 List of location specific thrust areas Agronomy Increase the area under Oilseed, Pulses. Increase productivity of the crops and reducing cost of production by using HYV, IDM, IPM, and INM. Improving self-employment through post harvest processing unit, small-scale industries, and side business to farmers. Availability of seed of improved variety by cultivating the seed plots in the district. To make aware farmers about nutrient deficiencies and their control through soil test based fertilizer application. Better profitability through market driven production. Horticulture Popularizing protective farming Improving self employment through post harvest unit, small scale industries. Improved package of practices for production of export quality vegetable & fruit crops Un availability of good quality grafts Less use of improved and hybrid varieties in vegetable. To make awareness about bio-fertilizer for seed treatment. To make aware farmers about nutrient deficiencies and their control through soil test based fertilizer application. Plant Protection Increase productivity of the crops by using IPM, and IDM technology To create awareness about bio-fertilizer for seed treatment and use of bio-pesticide, biofungicide. To create awareness about use of plant based insecticides, light traps and Pheromone traps. Self-employment through sericulture/ Apiculture production. Animal Science Increase in area under fodder crops and productivity of livestock. Reduction in feed cost through exploiting nutrient efficient local resources Enrichment of low quality fodder. Encouraging agri. based income generating livestock activities for self employment. Home Science Improving self-employment through post harvest processing unit, small-scale industries, and allied business to farm women. Popularizing improved tools and implement to reduce drudgery. To increase nutritional status of women & children. Back yard nutritional kitchen gardening for their food security. Self employment generation through IGA like vermicomposting, goatry, backyard poultry, stitching and tailoring, Fashion designing, small scale processing, etc. House hold food security. Agril. Engg Popularizing improved implement and machines to reduce the cost of cultivation. Popularizing various small agril. tools to reduce drudgery of farm women. Promoting nonrenewable energy sources. Popularizing contour cultivation, paired row plantation, inter cropping and other dry land production technology. Soil &Water conservation measures and recycle of available water with improved irrigation system. Popularizing protective farming. Improving self-employment through post harvest processing unit. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 14 of 61 Agril. Extension Organization and maintenances of CIG’s, FIG’s and Farmers’ club. Promotion of micro-financing linkages with banks. Promotion of technologies through horizontal transmission. Post harvest processing and value addition. Promotion of agricultural insurance and subsidiary occupation. Training for knowledge dissemination and boosting rate of adoption of improved technologies. Establishing, strengthening and utilization of linkages between farmers and government agencies and credit institutions to link up different schemes. Entrepreneurship development. Awareness about information and communication technology. List of location specific technology needs for OFT and FLD Sr. Technology No. Agronomy 1 Soil Fertility management in cotton 2 Varietal trial in soybean 3 ICM in Soybean 4 INM in Bengalgram 5 Varietal trail in Safflower 6 Soil Fertility management in Sugarcane 7 Demonstration of YMV resistance variety of green gram BM 2003-02 8 Introduction of new variety (BDN-711) of red gram 9 Introduction of new variety (NIAW- 917,1415,1994) of Wheat 10 Introduction of wilt resistant variety Akash (BDN-911,JG 63) of bengal gram 11 Introduction of new variety sorghum Akola kranti under life saving irrigation Horticulture 1 Effect of Nitrobenzene on flowering in pomegranates 2 Varietal assessment of Kharif onion 3 Effect of foliar feeding of nutrients on growth in Onion 4 Assessment of fertigation schedule in capsicum under shednet 5 Varietal assessment of Dolichus bean 6 Effect of fertigation schedule and foliar feeding of nutrients on growth of banana fruits 7 Okra: Off seasonal Vegetable cultivation 8 Tomato: Improve variety Phule Raja 9 INM in Watermelon 10 Mango: Rejuvenation of old orchard 11 Pruning technology in guava Plant Protection 1 Management of Thrips in pomegranate 2 Control of Thrips in cotton 3 Management of girdle beetle in soybean 4 Management of damping off in onion 5 Control of pod blight in soybean 6 Control of grain smut in sorghum F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Intervention OFT OFT OFT OFT OFT OFT FLD FLD FLD FLD FLD OFT OFT OFT OFT OFT OFT FLD FLD FLD FLD FLD OFT OFT OFT FLD FLD FLD Page 15 of 61 7 8 1 2 3 4 5 6 1 2 3 4 5 6 7 8 1 2 3 4 5 6 Sr. No 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 2 3 IPM in Bengal gram Control of shoot and fruit borer in Brinjal Animal Science Feed management in Cattle Feed management in Cattle Poultry management Better quality green forage production in cattle Better quality organic manure production Additional income through Giriraja poultry rearing Home Science Assessment of low cost solar tunnel dryer Assessment on Tamarind dehuller cum desseder Assessment of soybean mitten Papad making machine Gravity separator Low cost nutritious rich food (Soya Poha Laddu) Low cost iron rich food for improving the iron deficiency anaemia in adolescent girl (Nutritious toffee + Chiwda) Backyard poultry farming Agril. Engg. Use of BBF Planter. Mulching by plastic film In-situ moisture conservation techniques in Cotton. Use of HTP Sprayer for efficient cotton spraying. Use of Seed ferti drill Use of zero till drill for wheat sowing. Matrix ranking of technologies Problem Agronomy Soil Fertility management in cotton IWM in soybean ICM in Soybean Introduction soybean variety MAUS-162 for mechanical harvesting Introduction of new variety (BM2003-02) of green gram Introduction of new variety (BDN-711) of red gram Introduction of new variety (NIAW-1415) of Wheat Intercropping system with safflower Soybean –Seed production Bengalgram -Seed production Seed production in Wheat Sugarcane production technology Reclamation of problematic soil Precision farming Organic farming Soil Science Soil Fertility management in sugarcane Nutrient deficiency symptoms, identification &control measures Reclamation of problem soils F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc FLD FLD OFT OFT OFT FLD FLD FLD OFT OFT OFT FLD FLD FLD FLD FLD OFT OFT FLD FLD FLD FLD Ranking I I I I II II II III III III III III III III III I II II Page 16 of 61 4 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Water testing for crop production Horticulture Orchard management in mango Production Technology in Onion INM in chilli Whole package in Pomegranate Off Seasonal Vegetables Cultivation okra INM in Mango Floriculture -Jasminum sambak, Aster Drumstick Plant Protection Management of pest in pomegranate Management of pest and disease in cotton Management of girdle beetle and stem borerin soybean Management of damping off in onion Control of pod blight in soybean Control of grain smut in sorghum IPM in Bengal gram Control of shoot and fruit borer in Brinjal Animal Science Azolla as feed supplement on production parameters Loose housing system in cattle Better quality green forage production Indigenous poultry rearing for additional income Enrichment of low quality fodder Use of growth promoters indigenous breeds of poultry Use of concentrates as feed supplement in goats Home Science Assessment of low cost solar tunnel dryer Assessment of soybean mitten Assessment on tamarind dehuller cum desseder machine Demonstration of papad making machine Gravity separator Low cost nutritious rich food (Soya Poha Laddu) Low cost iron rich food for improving the iron deficiency anaemia in adolescent girl (Nutritious toffee + Chiwda) Backyard poultry farming Agril. Engg Use of BBF Planter Soil moisture management in pomegranate through plastic mulching. In-situ moisture conservation technologies Viz. Opening of furrows after each two row in cotton at the time of last hoeing. Use of HTP Sprayer for efficient cotton spraying. Use of zero till drill for wheat sowing. Attachment, Operation, use & maintenance of improved farm implements and machineries. Rainwater harvesting & use of micro irrigation system. Fertigation & Acid treatment to drip irrigation system. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc III I I II II II II II II I I I II II II II II I I II II II II II I I I II II II II II I I II II II III III III Page 17 of 61 List of location specific training needs Agronomy Improved variety and intercropping system in Soybean & Redgram Weed management in Soybean Wheat varieties fertilizer & irrigation management Soil, water and plant testing need and importance INM, and ICM crop Management Soil, water and plant testing need and importance Soil amendments. Fertility management Horticulture INM Management in vegetable and Horticulture Soil and water conservation measures Value addition and PHT in fruit and vegetable crops. Hast & Ambebahar management in K.lime and Pomegranate Irregular bearing in Mango. Nursery management. Rejuvenation in old and senile orchard. Production of vegetables in polyhouse. Use of improved and hybrid varieties in vegetables. Women participation in agriculture Plant protection Use of IPM, IDM technology. Use of Bio-fertilizer, Bio-Pesticide and Bio-fungicide Use of Botanical pesticide /organic inputs i.e. NSKE Use of Traps to attract adults of pest. Employment generation (Sericulture/Apiculture) Use of Trap crops to control pests Animal Science Live stock management in scarcity condition. Fodder enrichment. Income generating livestock activities. Scientific animal husbandry practices. Increase productivity and profitability Importance of cattle in organic farming. Agril. Engg Improved farm machineries, small tools and implements Rainwater harvesting. Use of micro irrigation system. In-situ moisture conservation measures. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 18 of 61 Technology Inventory and Activity Chart Sr. Crop/ Year of Technology No enterprise release Agronomy Soil Fertility management in 1 cotton cotton 2 IWM in soybean Soybean 3 ICM in Soybean Soybean 2008 Introduction of new variety 4 (MAUS-162) for mechanical Soybean 2011 harvesting Introduction of new variety 5 Green gram 2011 (BM2003-02) of green gram Introduction of new variety 6 Redgram 2011 (BDN-711) of red gram Introduction of new variety 7 Wheat 2010 (NIAW-1415) of Wheat Intercropping system with 8 2003 safflower 9 Soybean –Seed production Soil Testing -10 Bengalgram -Seed production -11 Seed production in Wheat -Sugarcane production 12 Sugarcane -technology Reclamation of problematic 13 -soil 14 Precision farming Problem soils -15 Organic farming -Horticulture Effect of Nitrobenzene on 1 Pomegranate -flowering in 2 Varietal assessment Onion -Effect of foliar feeding of 3 Onion -nutrients on growth Fertigation schedule under 4 Capsicum -shednet 5 Varietal assessment Dolichus bean -Fertigation schedule and foliar 6 Banana -feeding of nutrients on growth Off seasonal Vegetable 7 Okra -cultivation 8 Improve variety Phule Raja Tomato -9 INM Watermelon -10 Rejuvenation of old orchard Mango -11 Pruning technology Guava -Plant Protection 1 IDM Onion -- 2 3 IPM IPM Pomegranate Cotton -- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Source of technology Reference / citation VNMKV, Parbhani AICRP VNMKV, Parbhani VNMKV, Parbhani VNMKV, Parbhani MPKV, Rahuri MPKV, Rahuri VNMKV, Parbhani VNMKV, Parbhani MPKV, Rahuri VNMKV, PBN & VSI Pune MPKV, Rahuri MPKV, Rahuri VNMKV, Parbhani NRCP, Solapur -- NRHDF Nasik NRC, Rajgurunagar -- MPKV, Rahuri -- MPKV, Rahuri -- MPKV, Rahuri Diary MPKV, Rahuri -- MPKV, Rahuri MPKV Rahuri CISH Lucknow CISH Lucknow Diary -APR-2005 APR-2005 -- Krishi Dairy MPKV Rahuri -VNMKV, Parbhani -MPKV Rahuri Page 19 of 61 Sr. No Crop/ enterprise Technology 4 IDM Soybean 5 IDM Cotton 6 IPM Brinjal 7 IPM Pomegranate 8 IPM Bengal gram 9 IDM Rabi sorghum 1 2 3 4 5 6 7 8 1 2 3 4 5 6 Home Science Assessment of low cost solar tunnel dryer Assessment of soybean mitten Assessment on tamarind dehuller cum desseder machine Papad making machine Gravity separator Low cost nutritious rich food (Soya Poha Laddu) Low cost iron rich food for improving the iron deficiency anaemia in adolescent girl (Nutritious toffee + Chiwda) Backyard poultry farming Animal Science Effect of Azolla as feed supplement on milk production in dairy animals Assessment of indigenous poultry breed – Kadaknath Assessment of DHN-6 (Sampurna) forage grass Better quality green forage production Better quality organic manure production Additional income through Giriraja poultry rearing Ag Engg. Year of release Source of technology Reference / citation Krishi VNMKV, Parbhani Dairy Krishi VNMKV, Parbhani Dairy Krishi VNMKV, Parbhani Dairy NCIPM N.Delhi Krishi VNMKV, Parbhani Dairy Krishi VNMKV, Parbhani Dairy Health 2011 VNMKV, Parbhani -- Drudgery 2014 VNMKV, Parbhani -- Value addition -- CIAE, Bhopal -- Drudgery Drudgery -2013 CIAE, Bhopal CIAE, Bhopal -- Health 2010 VNMKV, Parbhani -- Health 2013 VNMKV, Parbhani -- Poultry -- ANGRU, Hyderabad -- Cattle - Vivekanand Kendra, Tamilnadu - Poultry - MAFSU, Nagpur - Cattle - UAS, Dharwad - Cattle - MPKV, Rahuri - -- - Supa Bio-tech, Akola - Poultry - MAFSU, Nagpur - 1 BBF Planter Soybean sowing 2011 PDKV Akola 2 Mulching by plastic film Pomegranate mulching 2011 NRCP, Solapur F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc BBF Planter Mulching by plastic film Page 20 of 61 Sr. No 3 In-situ moisture conservation 4 HTP Sprayer 5 Seed ferti drill 6 Crop/ enterprise Technology Cotton 2010 Cotton implement for spaying Sowing of bengalgram Use of zero till drill Year of release Wheat sowing Source of technology Reference / citation In-situ moisture VNMKV, Parbhani conservati on 2010 VNMKV, Parbhani 2008 CIAE Bhopal 2011 G.B. Pant University of Agril.& Techo., Pant nagar. 4 Seed ferti drill Use of zero till drill Activity Chart Crop Problem Cause Solution Activity Low productivity of cotton under rainfed medium black soil of Dharur taluka 1) Imbalance & Improper time of fertilizer application 2) Pest and disease occurrence 3) No intercropping systems followed 4) No timely operations like sowing , weeding , spraying , harvesting due to labour. 5) Incidence of reddening disease 1. Use of old variety JS-335 2. More plant population 3. Improper fertilizer management 4. Pest and disease occurrence 5. Heavy incidence of weed. 1. Use of wilt susceptible variety BSMR-736 2. Incidence of pod borer and wilt. 3.Moisture stress 4.No use of intercropping systems 1) Application of recommend dose of Nutrients 2) Integrated Pest control 3) Assessment of intercropping system 4) Use of implements for various operations. 5) Proper management for reddening disease 1) Training & FLD on INM as per the soil test. 2) Training & FLD program on IPM of cotton. 3) OFT on Mangt. of soil fertility 4) FLD on farm implements are planned. 5) FLD and training 1) use of improved seed 2) Application of recommend dose of Nutrients 3) Integrated Pest control 4) Integrated weed management. 1. FLD on improved variety of MAUS-162 with sulphur. 2. Training programme on improved varieties & seed treatment 3. OFTon IWM & ICM in Soybean 1)Use of improved variety BDN 711 2) IPM 3)In situ moisture conservation 4) Intercropping systems 1. FLD on wilt resistant variety along with IPM technology. 2.Training on moisture conservation techniques & intercrop systems Ref. of Tech. Agronomy Cotton Low yield of Soybean Soybean Low yield in Redgram due to wilt Red gram F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 21 of 61 Crop Green gram Safflower Problem Low yield due to powdery mildew Limited area and Low yield of Safflower 1.Use of old varieties 2. No sprayings of fungicides. 1. Non availability of improved seed 2. Pest and disease occurrence Solution Activity 1)Use of improved variety BM 2003-1 2) Spraying of fungicide 1) Use of improved seed 2) Application of recommend dose of Nutrients 1)Use of improved variety 2) Spraying of Biopesticide 1. Training on PM tolerant variety BPMR-145 and FLD on BM2003-02 Training on use of improved variety PBNS-12 which is tolerant to aphids. Incidence of wilt & pod borer 1.Use of old varieties 2. No sprayings. Incidence of rust ,No STL & no proper irrigation managt 1.Use of old varieties 2. No sprayings. 3. Injudicious fertilizer & irrigation management Low yield Improper fertilizer management Integrated Nutrient Management Low OC Imbalanced use of fertilizer & micronutrient Use of balanced fertilizer + micronutrient and Incorporation of sugarcane trash in the field Use of auxins OFT Training INM Grade fertiliser INM Grade fertiliser Improved variety FLD -- 1) Fruit drop 2) INM 3) IPM/IDM 1) INM 2) Old variety 1) Bahar treatment 2) INM/IPM 1) Straight variety 2) INM 3) Pest attack High value crop Low Quality INM INM Grade fertilizer Less Adoption of Straight variety More Pest attack Use of Hybrid variety Bengal gram Wheat Cause 1)Use of improved variety NIAW 1415 2) Spraying of pesticide 3) INM Ref. of Tech. 1. FLD on Improved variety / Vijay ,Digvijay,JG-16, JG-63 2. IPM technology demonstrations 1. FLD on variety NIAW-301, NIAW 1415 2.Training on INM & irrigation management Soil Science Soybean Sugarcan e Horticulture Low yield Mango Chilly Pomegran ate Drum stick Jasmine sambak Low Yield Low Quality Low Yield Onion Plantation Okra F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Training program on importance of soil and water testing 1) Training program on soil health management. 2) OFT on Incorporation of sugarcane trash in the field FLD Training 1) FLD on variety 2) Training 1) 2) 1) 2) 3) FLD Training OFT on ICM Training OFT on weed management FLD on improved variety VRD 5,6 BSKKV Dapoli MPKV, Rahury NRC, Solapur -MAU, PBN NRC , Rajguruneg ar Vegetable research station Varanashi Page 22 of 61 Crop Problem Plant Protection Low productivity of cotton under rain fed medium black soil Cotton Low yield of Soybean Soybean Red gram Bengal gram Onion Pomegran ate Water melon Rabi sorghum Low yield in Redgram due to pod borer Incidence of wilt & pod borer Low yield and poor quality seedling in onion Nursery. Incidence of Thrips Fruit sucking Moth Low yield & poor quality fruits Low yield Less germination Sugarcan e Brinjal Low yield Animal Science Green fodder scarcity Cattle Cause 1) Incidence of sucking pest 2) Incidence of reddening. 3) Incidence of Disease. 1) Occurrence of Spodoptera and Girdle beetle. 2) No use of Biofertilizer. 3) Anthracnose Disease Incidence of pod borer. Solution 1)Proper management for reddening 2) IPM for control of sucking pest and reduced cost of production 3) Disease Management. 1) Integrated Pest control 2) Seed treatment with Bio-fertilizer. 3) seed treatment with Fungicide IPM Activity 1) OFT 2) Training on IPM/IDM 1) OFT 2) FLD 3) Training 1) Training 1. No seed treatment 2. No use of IPM practices 1.No.use of Biological agents for seed treatment 1)Use of seed treatment 2) IPM technology Training /Method Demonstration Seed treatment with Trichoderma and VAM culture FLD 1)No management IPM timely & recommended pesticides spraying 1) OFT 2) Training 1) IPM of fruit fly 2) Proper use of fungicide Training Seed treatment at time of sowing. Sets treatment before plantation FLD / Method Demonstration Training Use of IPM technology FLD 1. Incidence of fruit fly 2. Incidence of diseases 3. Water stress 1.Incidence of grain smut and stem fly Incidence of Pine apple disease Incidence of White grub Incidence of Shoot and Fruit borer Unavailability of improved seed for fodder crop Providing knowledge about latest varieties Low quality feed Scarcity Condition Unavailability of low can feed supplement Poor AH Lack of technology Enrichment of low quality forage Past effective use of Azolla as feed supplement Awareness creation Lack of F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Ref. of Tech. VNMKV Parbhani VNMKV Parbhani VNMKV Parbhani VNMKV Parbhani MPKV Rahuri MPKV Rahuri VNMKV Parbhani VNMKV Parbhani Schedule given by MKV Parbhani MPKV Rahuri OFT & FLD of green fodder with improved seed nitrified Training OFT on use of Azolla in cattle feed. Animal Health Page 23 of 61 Crop Poultry Problem Cause practices Low quality fertilizer Less profitability unawareness Lack of unawareness Increasing feed cost High mortality 1. Poor management 2. Unbalanced diet Low productivity Goats Home Science Drying of Health processed material Scratching Drudgery during soybean harvesting Low output & Value drudgery prone addition activity Low out put Drudgery Low weight in children Anaemia in Health adolescent girls No additional Poultry income Agril. Engg. Soybean uneven sowing germination, implimen Ordinary growth t Low yield & Pomegran Low grade of ate fruits Insitu Low yield of moisture cotton conservat ion Implemen more time t for required spaying uneven germination, higher tillage Sowing cost implemen ts Health Solution Awareness creation Activity Camps FLD & Training Cost effective breeds rearing. 1. Better poultry keeping practices 2. Growth Promoters FLD & Training 1. Unbalanced diet 2. Poor rearing practices 1. Use of supplementary diet Training on supplementary Diet Trainings High cost of dryer Low cost solar tunnel dryer for fruits & vegetable Use of Soybean mitten OFT on low cost Tunnel dryer Use of tamarind dehuller cum desseder machine Use of Gravity separator Soya Poha Laddu FLD Training Unawareness about recent technology Unawareness about recent technology Unawareness about recent technology Lack of knowledge OFT & Training OFT Training Nutritious toffee + Chiwda Backyard poultry farming FLD Training FLD Training FLD Training FLD Training lack of proper implements BBF Planter OFT water scarcity, high evaporation in summer prolonged dry spells Mulching by the plastic film OFT Opening of dead furrow after each 2 row during last hoeing HTP Sprayer FLD Zero till drill seed ferti drill FLD Routine diet Increasing feed cost Lack of proper implements lack of proper implements Ref. of Tech. VNMKV, Parbhani VNMKV, Parbhani UAS Bangalore CIAE, Bhopal VNMKV, Parbhani VNMKV, Parbhani ANGRU, Hyderabad PDKV Akola F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc NRCP, Solapur VNMKV Parbhani FLD VNMKV Parbhani G.B. Pant University of Agril. & Techo., Pant nagar. and CIAE, Bhopal Page 24 of 61 SUMMARY OF ACTION PLAN ON-FARM TESTING A) Technology Assessment Discipline Crop Production Horticulture Plant protection Animal Science Thematic Area Soil Fertility management Varietal ICM INM Varietal Soil Fertility management Orchard management Production Technology Varietal Production Technology Varietal Production Technology IPM IPM IPM Feed management Feed management Poultry management Value addition Home Science Value addition Value addition Agril. Engg. Improved farm implements Water conservation No. of tech. No. of trials/ to be assessed farmers Crop Cotton 01 10 Soybean Soybean Bengalgram Safflower Sugarcane 01 01 01 01 01 10 10 10 10 10 Pomegranate 1 10 Onion 1 10 Onion Capsicum 1 1 10 10 Dolichus bean Banana 1 1 10 10 5000/- Pomegranate Cotton Soybean Cattle Cattle 1 1 1 01 01 5 5 5 20 20 14000/10000/8000/16000/10000/- Poultry 01 10 12500/- 01 10 7500/- 01 25 50000/- 01 10 12500/- 01 10 01 05 23 245 Low cost solar tunnel dryer Soybean mitten Tamarind dehuller cum desseder machine BBF Planter Mulching by plastic film TOTAL B) Total Cost Rs 10000/17000/3500/10000/7500/8500/10000/10000/8000/10000/- 5000/- 8000/15000/259000 Technology Refinement – NIL Discipline Thematic Area F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Crop No. of tech. to be refined No. of trials/ farmers Page 25 of 61 FRONT LINE DEMONSTRATIONS Season No. of demon Area (ha) Cost Rs 10 04 8000 15 06 13500 15 06 25000 15 06 25000 15 06 10000 1 10 6000 Tomato Watermelon Mango Guava 1 1 1 1 10 10 05 05 16000 15000 14500 5000 Onion Soybean R. Sorghum B.gram Brinjal 1 1 1 1 1 0.20 08 20 04 02 3000 11000 6500 25000 5500 100 1 20000 50 - 7500 10 - 15000 Papad making machine 01 - 50000 Gravity separator 01 - 12000 30 - 6000 30 - 8000 10 - 6000 15 15 15 15 372 06 06 06 06 127.2 Category Crop/Enterprise Agronomy Kharif Pulses Kharif Pulses Rabi Cereals Rabi Pulses Rabi Cereals Demonstration of YMV resistance variety of green gram BM 2003-02 Introduction of new variety (BDN711) of red gram Introduction of new variety (NIAW917,1415,1994) of wheat Introduction of wilt resistant variety Akash (BDN-911,JG 63) of bengal gram Introduction of new variety sorghum Akola kranti under life saving irrigation Horticulture Off seasonal vegetables Varietal INM Rejuvenation Pruning Plant Protection IDM IPM IPM/IDM IPM IPM Animal Science Kharif Cattle Kharif - Rabi Poultry Okra Better quality green forage production Better quality organic manure production Additional income through Giriraja poultry rearing Home Science Summer 14 Kharif 14 Drudgery reduction Drudgery reduction IGA Low cost nutritious rich food (Soya Poha Laddu) Low cost iron rich food for improving the iron deficiency anaemia in adolescent girl (Nutritious toffee + Chiwda) Backyard poultry farming Cotton Cotton Bengalgram Wheat In situ moisture conservation HTP Sprayer Seed ferti drill Zero till drill Rabi 14 Health Kharif & Rabi Health Kharif Agril. Engg. Kharif 14 Kharif 14 Rabi 14 Rabi 14 Total F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc 5000 12000 12000 6000 348500 Page 26 of 61 TRAINING PROGRAMME (ON campus + OFF campus) VENUE No. of Discipline (ON) courses PRACTICING FARMERS ON 03 Agronomy OFF 11 ON 02 Horticulture OFF 08 ON 05 Plant Protection OFF 07 ON 02 Animal Science OFF 08 ON 03 Home science OFF 04 Agril. Engg. OFF 8 ON 0 Soil Science OFF 0 ON 02 Agril. Extension OFF 04 TOTAL 67 RURAL YOUTH Agronomy ON 02 Horticulture ON 01 Plant Protection ON 02 Animal Science ON 02 Home science ON 02 Agril. Engg. ON 3 Soil Science ON 0 Agril. Extension ON 02 TOTAL 14 EXTENSION FUNCTIONARIES Agronomy ON 2 Horticulture ON 2 Plant Protection ON 2 Animal Science ON 2 Home science ON 2 Agril. Engg. ON 2 Soil Science ON 0 Agril. Extension ON 8 TOTAL 20 RAINWATER HARVESTING & MIS Agril. Engg. ON 2 VOCATIONAL Horticulture ON 2 Animal Science ON 3 Home science ON 6 Total 11 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc No. of Participants Male Female Total 55 234 34 127 125 155 30 135 07 16 125 0 0 40 49 1132 14 34 00 15 10 10 00 30 45 60 50 0 0 00 26 294 69 268 34 142 135 165 30 165 52 76 175 0 0 40 75 1426 40 20 40 30 00 45 0 30 205 00 05 05 00 30 00 0 0 40 40 25 45 30 30 45 0 30 245 40 38 40 20 10 35 0 115 298 7 2 5 7 30 10 0 9 70 47 40 45 27 40 45 0 124 368 30 0 30 32 45 40 117 0 5 80 85 32 50 120 202 Page 27 of 61 ON FARM TESTING Agronomy Assessment - 1 a. Title: Effect of soil quality index (SQI) and intercropping with cotton on productivity of cotton under rain fed condition. b. Objectives: To assess the soil quality index on productivity of cotton based inter cropping system. c. Problem identified & its intensity: Low productivity of cotton under rain-fed condition and less assurance crop grown mainly on shallow & light soils. d. Description of micro-farming situation: Cotton is mainly grown under rain fed situation on light soils. Incorporation of FYM & bio-fertilizers, and inter cropping of legumes helps in increased soil quality index resulting in higher productivity. e. Interventions planned: Assessment of soil quality index through intercrop and incorporation of FYM + Bio-fertilizers. f. Treatments: T1: Farmers practice: Use of chemical fertilizer without soil testing. T2: Inter crop green/black gram/ soybeanFYM 5 t/ha + Bio-fertilizers + RDF based on ST+ RDF of micronutrients. g. Source of technology: CICR Nagpur/ VNMKV Parbhani h. No. of farmers: 10 f. Observations/parameters of study: 1) Before and after values of soil organic carbon at Rhizosphere. 2) Boll weight of cotton 3) Additional returns 4) Yield of cotton. 5) BC ratio. i. Critical Inputs: 1) Soil Testing 2) Biofertilizers 3) Micronutrients j. Cost: 10000/Assessment – 2 a. Title: Assessment of improved varieties of soybean. b. Objectives: To assess the performance of important soybean varieties for grain yield. c. Problem identified & its intensity: In soybean regular variety like JS-335 is popular among the farmers. This variety is to be assessed with other soybean varieties. d. Description of micro-farming situation: Cultivation of variety JS-335 though old variety is still popular amongst farmers. MAUS-158 & MAUS-162 both are newly released varieties by VNMKV, Parbhani. e. Interventions planned: Cultivation of improved varieties MAUS-158, MAUS-162 with JS-335. f. Treatments: T1: Farmers practice: JS-335 T2: 1)Sowing of MAUS-158 2)Sowing of MAUS-162 g. Source of technology: VNMKV- Parbhani. h. No. of farmers: 10 f. Observations/parameters of study: 1) No. of Pods/plants. 2) Labour requirement. 3) Yield qt/ha. 4) BC ratio i. Critical Inputs: 1) Soil testing 2) Seed 3. Biofertilizers j. Cost of Critical Input: 17000/F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 28 of 61 (A) a. b. c. d. e. f. g. h. f. i. j. Assessment - 3 Title: Effect of Lihocin on productivity of soybean. Objectives: To study the effect of use of lihocin for growth retardation in soybean to increase in productivity. Problem identified & its intensity: By excess use of nitrogenous fertilizers there is an excess vegetative growth and increase in internodes length which affects yield. Description of micro-farming situation: Soybean is an important oil seed crop grown in kharif under rain fed situation. Interventions planned: Application of Lihocin at the time of flowering to retard the excess vegetative growth. Treatments: T1: Farmers practice: No use of any material. (Excess use of N fertilizers) T2: Recommended Practices: Application of Lihocin 6ml/10lit water after 25% flowering of crops Source of technology: MKV- Parbhani. No. of farmers: 10 Observations/parameters of study: 1. Number of Pods per plants. 2. Height of the crop (cm). 3. Seed Yield per plant. 4. Gran yield per ha. 5. BC ratio Critical Inputs: Lihocin Cost of C. Input: 3500/- Assessment – 4 a. Title: Effect of soil test based fertilizer application with foliar sprays on bengalgram in rain fed situation. b. Objectives: To study the effect of balanced fertilizer application with foliar sprays on productivity of bengalgram in rain fed situation. c. Problem identified & its intensity: In rain fed farming areas, farmers use fertilizers without any recommendations resulting in poor crop yield and low grain weight. d. Description of micro-farming situation: In rabi season bengalgram gives low yield due to imbalance nutrition and less care for spraying of deficit major and micro nutrients. e. Interventions planned: Soil test based use of recommended dose of fertilizer along with compost and foliar sprays of nutrients. f. Treatments: T1: Farmers practice (1 bag of DAP or available fertilizer or remains of Kharif season. T2: Soil test based fertilizer application + 5 qt of vermicompost (before sowing) + spraying of 1%KNO3 (30days) + 2% DAP(45 days). g. Source of technology: VNMKV, Parbhani / MPKV Rahuri h. No. of farmers: 10 f. i. j. Observations/parameters of study: 1. Number of pods/plant. 2. Critical Inputs: 1) Soil Testing 2) Biofertilizers Cost: 10000/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Yield qt/ha. 3) KNO3 3. BC ratio. 4) AP(Grade fert.) Page 29 of 61 Assessment – 5 a. Title: Assessment of improved varieties of safflower. b. Objectives: To assess the important safflower varieties for higher yield under rainfed condition with protective irrigation. c. Problem identified & its intensity: In rabbi season the area under safflower is very less, due to low productivity of the varieties. d. Description of micro-farming situation: In rabbi season, farmers get 1000 yield due to old varieties, rainfed condition, imbalanced fertilizer use etc. e. Interventions planned: Cultivation of the variety PBNS-12 with the newly evolved varieties SSF-708 and Phule Kardai-733. f. Treatments: T1: Farmers practice: PBNS-12. T2: 1) Cultivation of SSF-708. 2) Cultivation of Phule kardai-733 g. Source of technology: VNMKV Parbhani /MPKV Rahuri h. No. of farmers: 10 f. Observations/parameters of study: 1. Numbers of branches 2. Seed Wt. 3. Yield q/ha 4. BC ratio i. Critical Inputs: 1. Soil testing 2. Seed 3. Bio fertilizers j. Cost of Critical Input: 7500/Assessment – 6 a. Title: Effect of trash mulching on soil fertility and productivity in ratoon sugarcane. b. Objectives: To study the effect of trash mulching on the fertility of soil and productivity of ratoon sugarcane crop. c. Problem identified & its intensity: Trash burning is a common practise in sugarcane crop after harvesting results into degradation of soil quality and productivity of the crop. d. Description of micro-farming situation: In ratoon sugarcane, crop yield is low as comparative to main crop due to depletion in fertility status of soil and micro organism. e. Interventions planned: Use of decomposing culture and fertilizer application. f. Treatments: T1: Farmers practice: trash burning. T2: Trash mulching + 50kg urea + 50 kg SSP + 1 lit. of decomposing culture g. Source of technology: VSI- Pune. h. No. of farmers: 10 f. Observations/parameters of study: 1. Before and after soil test values (consigned to soil organic carbon) 2. Number of tillers. 3. Length of Internodes. 4. Yield of sugarcane. 5. BC ratio i. Critical Inputs: 1. Urea 2. SSP 3. Decomposing culture j. Cost of Critical Input: 8500/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 30 of 61 Horticulture Assessment – 1 a. Title: Effect of Nitrobenzene on flowering in pomegranates. b. Objectives: To increase the flowing. c. Problem identified & its intensity: Less female flowering. e. Interventions planned: Production technology. f. Treatments: T1 – Farmers practice: Bahar Treatment. T2 – Technology assessed: Spray Nitrobenzene with boron after Bahar Treatment. g. Source of technology: NRC pomegranates, Solapur. h. No. of farmers: 10 Season: Rabi 2014 i. Observations/parameters of study: 1. No. of flowers/plant 2. Fruit set/plant 3. Yield qt/ha. 4. C: B Ratio j. Critical Inputs: Nitrobenzene, 00:52:34 k. Cost: 10000/Assessment – 2 a. Title: Vertical Assessment of Kharif onion b. Objectives: To increase the yield. c. Problem identified & its intensity: Low yield. e. Interventions planned: New variety f. Treatments: T1: Farmers practice: AFDR/Nasik Red T2 – Recommended: Bhima super, Bhima Shweta g. Source of technology: NRHDF, Nasik. h. No. of farmers: 10 Season: Kharif 2014 f. Observations/parameters of study: 1. Bulb size 2. Average weight g/bulb 3. Yield q/ha j. Critical Inputs: Seed k. Cost: 10000/Assessment – 3 a. Title: Effect of foliar feeding of nutrients on growth in Onion. b. Objectives: To increase the yield. c. Problem identified & its intensity: Low yield. e. Interventions planned: Supply of major water soluble nutrients f. Treatments: T1: Farmers practice: 100:50:50 kg/ha. T2 – Recommended: T1+spray 19:19:19 at 30, 45 & 60 DAP + spray of lihosin & 00:52:34. g. Source of technology: NRC O&G Rajgurunagar. h. No. of farmers: 10 Season: Rabi 2014 f. Observations/parameters of study: 1. Height of Plant 2. Average yield kg/plant 3. Yield q/ha 4. B:C ratio j. Critical Inputs: w/s fertilizer, lihocin k. Cost (Rs): 8000/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 31 of 61 Assessment – 4 a. Title: Assessment of fertigation schedule in capsicum under shednet b. Objectives: To increase the yield. To increase production period c. Problem identified & its intensity: Low yield & less production period e. Interventions planned: Fertigation schedule f. Treatments: T1: Farmers practice: 100:50:50 kg/ha T2 – Recommended: T1+ application of W/s fertilizers (12:61, 13:40:13, micronutrients) as per STBF g. Source of technology: IIHR, Bangalore h. No. of farmers: 10 Season: Rabi 2014 f. Observations/parameters of study: 1. Height of plant (cm) 2. Average weight gm/capsicum 3. Yield qt/ha j. Critical Inputs: Seed k. Cost: 10000/Assessment –5 a. Title: Varietal assessment of Dolichus bean b. Objectives: To increase the yield. c. Problem identified & its intensity: Low yield e. Interventions planned: Varietal assessment f. Treatments: T1– Farmers practice: Local variety T2 – Recommended: 1) Kokan Bhushan 2) Phule Suruchi g. Source of technology: MPKV, Rahuri & Dr. BSKKV, Dapoli. h. No. of farmers: 10 Season: Kharif 2014 f. Observations/parameters of study: 1. No. of pod/plant 2. No. of plants /ha 3. Yield qt/ha 4. B:C ratio j. Critical Inputs: Seed k. Cost: 5000/Assessment – 6 a. Title: Effect of fertigation schedule and foliar feeding of nutrients on growth of banana fruits. b. Objectives: To increase the yield and quality. c. Problem identified & its intensity: Low yield. e. Interventions planned: Supply of major water soluble nutrients f. Treatments: T1: Farmers practice: 400:250:250 NPKkg/ha. T2 – Recommended: T1+Azospirilum & PSB +spraying of potassium dihydrogen phosphate 50gm+urea100 gm per 10 lit of water after removal of banana flower g. Source of technology: MPKV,Rahuri h. No. of farmers: 10 Season: Rabi 2014 f. Observations/parameters of study: 1. Size of fruit 2. Average yield kg/plant 3) No of fruit /bunch 4. Yield t/ha 5. B:C ratio j. Critical Inputs: Azospirilum & PSB, potassium dihydrogen phosphate k. Cost (Rs): 5000/F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 32 of 61 Plant Protection Assessment - 1 a. Title: Management of thrips & fruit borer in pomegranate. b. Objectives: 1. To minimize yield losses due to pests 2. To improve the quality of fruits c. Problem identified & its intensity: Due to attack of pest 20% loss in yield and poor quality of fruits. d. Description of micro farming situation: Pomegranates is newly crop in beed district, major incidence of pest is observed in Ambe bhar which detorate the quality of fruits. e. Interventions planned: Insecticide and their schedule f. Treatments: T1 – Farmers practice: Spray of imidachloroprid 5ml /10lit of Water. T2 –1) Spray of spinosad 2.5 ml/10lit of water 2) Fipronil 5 SC@ 15 ml/10 lit of water 3) Lambda cyhalothrin 15 ml/10 lit of water g. Source of technology: MPKV, Rahuri. h. No. of farmers: 5 Season: Summer 2015 i. Observations/parameters of study 1. No. of Thrips /flower/Fruit before & after spraying. 2. No. of fruits affected per plant due to fruit borer 3. Yield ton/ ha. j. Critical inputs: Spinosad, Fipronil, Lambda cyhalothrin k. Cost of Critical Inputs (Rs.): 14000/Assessment – 2 a. Title: Management of sucking pest complex in cotton b. Objectives: 1) To Asses the technology of management of complex sucking pest. 2) Minimize the spraying by using recommended specific pesticide. 3) To increase yield c. Problem identified & its intensity: Sucking pest complex in cotton increases during the month of August to September when dry spell occurs. The intensity of pest is so severe that leaves withered resulting reddening of plant above 50%. d. Description of micro farming situation: Cotton is major cash crop in Kharif season under rainfed condition, incidence of sucking pest complex is higher. e. Interventions planned: Integrated Pest management. f. Treatments T1 – Farmers practice: Spraying of Imidacloprid. T2 – 1) Sowing of trap crop i.e. cow pea (10:1 row) 2) Installation of 23-25 yellow sticky traps/ha 3) Spraying of Fipronil 5sc (after 65 days) and Trizophos 40sc(80 days) @ 20 ml+5% NSKE/10 lit water. g. Source of technology: VNMKV Parbhani. h. No. of farmers: 5 Season: Kharif 2014 f. Observations/parameters of study 1. No of Thrips and White fly before and after spraying. 2. No of leaves withered/plant 3. Yield q/ha. j. Critical inputs Fipronil 5%, NSKE, Trizophos, yellow sticky traps and cow pea seed k. Cost of Critical Inputs (Rs.): 10000/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 33 of 61 Assessment – 3 a. Title: Management of girdle beetle & stem fly in soybean b. Objectives: 1) To assess the technology management of girdle beetle & stem fly in soybean 2) To increase yield 3) To reduce the losses in soybean by using recommended practice c. Problem identified & its intensity: Soybean is major crop in Kharif season. During last 2 years girdle beetle & stem fly is emerging as a main pest of soybean affected 15-25% yield losses. d. Description of micro farming situation: Soybean is major crop in Kharif season. e. Interventions planned: Integrated Pest Management. f. Treatments T1 – Farmers practice: Spraying of Chlorpyriphos + Cypermethrin 20 ml/10 lit of water T2 – Recommended Practice: 1) Soil application of Phorate 10G @ 10 kg/ha 2) Spraying of Ethofenprox 10% @ 20 ml/10 lit of water 3) Spraying of Trizophos 40 SC @ 20 ml/10 lit of water g. Source of technology: VNMKV, Parbhani h. No. of farmers: 5 Season: Kharif 2014 f. Observations/parameters of study 1. No of plants affected by girdle beetle per sqm 2.No of plants affected by stem fly per sqm 3. Yield q/ha. j. Critical inputs: Phorate, Ethofenprox, Trizophos k. Cost of Critical Inputs (Rs.): 8000/Animal Science Assessment – 1 a. Title: Effect of Azolla as feed supplement on milk production in dairy animals b. Objectives: To study the effect of Azolla as feed supplement on milk yield and fat. c. Problem identified & its intensity: Low productivity and high cost of feed supplement d. Description of micro-farming situation: -e. Interventions planned: Azolla as feed supplement f. Treatments: T1 – Farmers practice: Dry fodder + Green fodder + 2 kg CSC for 5 lits of milk production T2 – Recommended practice: Dry fodder + Green fodder + 1.5 kg CSC + Azolla (1.5 kg/day/animal) as feed supplement for 5 lits of milk production g. Source of technology: Vivekananda Kendra, Tamilnadu h. No. of farmers: 20 i Observations/parameters of study: 1. Increase in milk yield (lit/day) 2. Cost of Production (Rs./lit) 3. % of Fat 4. C:B ratio j. Critical inputs – 1. Azolla Seed 2. Silpoline sheet k. Cost of Critical Inputs (Rs.) – Rs.16000/F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 34 of 61 Assessment – 2 a. Title: Assessment of DHN-6 (Sampurna) forage grass b. Objectives: To assess the green forage production c. Problem identified & its intensity: Low productivity of green forage d. Description of micro-farming situation: -e. Interventions planned: Introduction of DHN-6 (Sampurna) forage variety f. Treatments: T1 – Farmers practice: Maize (African tall) T2 – Recommended practice: DHN-6 (Sampurna) g. Source of technology: UAS, Dharwad h. No. of farmers: 20 i Observations/parameters of study: 1. Forage yield (tons/ha) 2. Increase in milk yield (lit/day) 3. C:B ratio j. Critical inputs: Stem cuts 500/farmer k. Cost of Critical Inputs (Rs): 10000/Assessment – 3 a. Title: Assessment of indigenous poultry breed – Kadaknath b. Objectives: To assess the economic performance of poultry breed – Kadaknath c. Problem identified & its intensity: Moderate chick mortality in existing birds & unavailability of day old chicks on regular basis d. Description of micro-farming situation: -e. Interventions planned: Introduction of new Deshi breed of poultry – Kadaknath f. Treatments: T1 – Farmers practice: Rearing of Giriraja poultry birds T2 – Recommended practice: Rearing of Kadaknath poultry birds g. Source of technology: MAFSU, Nagpur h. No. of farmers: 10 with 50 number of birds. i Observations/parameters of study: 1. Chick mortality (%) 2. Weight in 3 months (kg) 3. C:B ratio j. Critical inputs: Day old chicks k. Cost of Critical Inputs (Rs): 12500/Home Science Assessment – 1 a. Title: Assessment of solar tunnel dryer for processed fruit & vegetable for SHG. b. Objective: To solve the problem of drying through low cost solar tunnel dryer c. Problem: Un-hygienic and take more time for drying. d. Micro-farming situation: Spread in sun drying e. Intervention planned: Providing low cost tunnel technology f. Source of Technology: MKV Parbhani g. No. of Trials: 02 Season: Rabi h. Treatments: T1: Sun drying T2: Low cost solar tunnel dryer I. Observation 1) Time saving 2) Moisture % 3) Quality j Critical inputs: Tunnel dryer k. Expenditure: 7500/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 35 of 61 Assessment – 2 a. Title: Assessment on Tamarind dehuller cum desseder machine. b. Objective: - To reduce time & cost on preparation - To reduce the drudgery - Development of entrepreneurship among SHG women c. Problem: Low output, drudgery and time taking process d. Micro-farming situation: -e. Intervention planned: Tamarind dehuller cum desseder machine f. Source of Technology: UAS Bangalore g. No. of Trials: 1 (10 Member of 1 SHG) Season: Rabi h. Treatments: T1: Local practice – Traditional system T2: Assessment – Use of tamarind dehuller cum desseder machine. i. Observation: 1. Work out put (kg/hrs) 2. Drudgery j Critical inputs: Tamarind dehuller cum desseder machine k. Expenditure: 50000/Assessment – 3 a. Title: Assessment of soybean mitten b. Objective: 1. To reduce time and drudgery for harvesting of soybean. 2. Health hazards and work output c. Problem: More drudgery, scratches d. Micro-farming situation: Unawareness e. Intervention planned: Introduce soybean mitten f. Source of Technology: VNMKV, Parbhani g. No. of Trials: 25 h. Treatments: T1: Local practice – Harvesting without mitten T2: Assessment – Use of soybean mitten i. Observation: 1. Muscular skeletal problem 2. Work output 3. No. of Scratches j Critical inputs: Soybean mitten k. Expenditure: 12500 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 36 of 61 Agri.. Engg. Assessment – 1 a. Title: Assessment of tractor drawn BBF planter. b. Objectives: To introduce BBF technology for enhancing water use efficiency of crops through tractor drawn BBF planter. To conserve moisture and to increase productivity of worker- machine system. c. Problem identified & its intensity: Traditional method of sowing, which are time consuming and labour intensive. d. Description of micro-farming situation: Pair of bullocks along with 3 person sown dryland crop with traditional tifan resulting poor germination. e. Interventions planned: Sowing through BBF Planter. f. Treatments: T1 – Farmers practice: Traditional seed cum ferti drill T2 – Assessed technology: BBF Planter. g. Source of technology: PDKV, Akola h. No. of farmers: 10 Village: Jawalban i. Observations/parameters of study: 1. Seed required (qt/ha) 2. Field capacity (ha/hr) 3. Labour required (Man hr/ha) 4. Operating cost ( Rs/Ha) 5. Yield q/ha. j. Critical inputs : Service of BBF Planter k. Cost of Critical Inputs (Rs.) - 8000/Assessment – 2 a. Title: Soil moisture management in pomegranate through plastic mulching paper b. Objectives: To control evaporation losses and to minimise water requirement. c. Problem identified & its intensity: In Ambe bahar there is shortage of water causing poor fruit development and low yield. d. Description of micro-farming situation: During summer season water table goes very low due to shallow aquifer and unavailability of post monsoon. Also availability of water is very low and evaporation losses is more. e. Interventions planned: Mulching of pomegranate plants with plastic mulching paper to manage soil moisture and to reduces evaporation losses. f. Treatments: T1 – Farmers practice: Without mulching. T2 – Assessed technology: Use of agricultural waste for mulching. Use of 100 micron polythin paper for mulching g. Source of technology: NRCP, Solapur. h. No. of farmers: 05 (70 plants each farmer) i. Observations/parameters of study: 1. Av. of weight of fruit 2. Evaporation 3. Moisture retained % 4. Frequency of irrigation. 5. Yield kg/plant. 6. Yield q/ ha. j. Critical inputs: 100 micron polythin paper k. Cost of Critical Inputs (Rs.) 15000/- F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 37 of 61 FRONT LINE DEMONSTRATIONS Agronomy S. No. crop Type of Demon. Purpose of demonstration Yield (q/ha) Farming situation Area Rainfed/ Soil Previous (ha) Existing Potential irrigated type crop Season: Kharif (CASH CROP) Introduction of new variety YMV 1 Greengram Varietal resistant var BM2003-02 Season: Kharif (PULSES) 2 Red Gram Varietal Introduction of new variety BDN711 6-7 12-15 12-14 B.gram/ Mediu Rain fed R.Sorgh m um 18-20 B.gram/ Rain fed/ Mediu R.Sorgh Pro. Irri. m um 04 06 No. of farmers Name of the village 10 Morp hiI 15 Morp hiI Critical inputs identified 1) Soil testing 2) Seed 3) Bio Fertilizer 1) Soil testing 2)Seed 3) Bio Fertilizer 4) Pheromen traps Cost of critical Observations inputs 1) No. of pods per plant 8000 2) Yield qt/ha 3) BC ratio 1) No. of pods per plant 13500 2) Yield qt/ha 3) BC ratio Season: Rabi (Other crops/ Enterprises) 3 4 5 Wheat Bengalgram R Sorghum Varietal Induction of new verity for less water available farming situation Varietal Introduction of wilt resistant variety Akash (BDNG08-10 797,JG 63) of bengal gram Varietal Introduction of new variety sorghum Akola kranti under life saving irrigation 18-20 15-18 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc 35-40 Irritated Medium Soybean Light to Soybean Medium 13-15 Rain-fed 25-30 Light to Rain-fed Soybean Medium 06 06 06 Page 38 of 61 15 15 15 1) Seed Laud 2) Bio Fertilizer majalga 3) Soil Testing on 4) Micro nutrient mixture Bodheg aon Amla 1) Seed 2) Bio Fertilizer 3) Soil Testing 1) Seed 2) Bio Fertilizer 3) Soil Testing 25000 25000 10000 1)No. of tillers 2)Yield qt/ha 3) BC ratio 1)No. of branches 2)No of pods 3)Yield qt/ha 4) BC ratio 1)Length of earhead 2)test weight 3)Yield qt/ha 4) BC ratio Horticulture Name of the crop Okra Tomato Watermel on Type of Demon Purpose of demonstr ation Single Off seasonal Vegetable cultivation Single Improve variety Phule Raja Yield (q/ha) Exis ting Pote ntial Rain fed/ irrigated Soil type Prev ious crop -- -- Irrigated Medium Soyb ean 90 120 Are a (ha) / Nu mb er of far mer s Name of the village Critical inputs identified Cost of critical inputs 1.0 10 Adas - Biozyme - Sulphur - Hexa conagol 6000 Farming situation Irrigated Medium Soyb ean 10 Kanadi Mali Seedlings 16000 4.0 10 Warap gaon - Boron - Micronutrient - W/S fertilizer 15000 Scion Bordo paste 14500 Biozyme,NAA 5000 1.0 Single INM 150 200 Irrigated Medium Soyb ean Mango Single Rejuvenati on of old orchards 150 500 Semi Irrigated Medium Man go 1.0 05 Guava Single Pruning technology 200 500 Irrigated black Guav a 1.0 05 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Majalg aon Page 39 of 61 Observations relevant to technology demonstrated Height of plant AV.yield q/ha B:C ratio No. of fruits/plant Av. wt of fruit Yield t/ha B:C ratio Av. wt of fruit No. of Infected fruits/ha Yield t/ha B:C ratio No of grafts/plant No of sprouts success No of fruits/plants Yield t/plant/ha Plant Protection Crop Onion Soybean R.sorgh um Bengal gram Brinjal Type of Demon Single Purpose of demonstr ation control of damping off Yield (q/ha) Existin Pote g ntial Seedli ng 1-1.5 (kg/ sqm) Seed ling 33.5 (kg/s qm) Farming situation Rain Previo fed/ Soil us irrigate type crop d Rainfed Mediu m Cotton Are a (ha ) 20 R Numbe r of farmer s Name of the village Critical inputs identified Cost of input s 10 Bande wadi Trichoderma , VAM Azatobactor Thiram (Carbendizm + Mancozeb) 11000 3000 Single control of Pod blight 18-20 2225 Rainfed Mediu m Bengal gram 08 20 Pattiw adgao n Single Pest & Disease Managem ent 10-15 2025 Rainfed Mediu m Soybea n 20 50 D.Am ba Sulphur Thiamethoxa m 6500 Kanad i P. traps Spinosad, Neemark HaNPV Bird parches 25000 Bodhe gaon Wata traps Lambda cyhalothrin 5 EC, Neemark 5500 Single IPM Single Pest Managem ent 10-12 150200 1415 250300 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Rainfed Irrigate d Mediu m Mediu m Soybea n Wheat 04 2 10 20 Page 40 of 61 Observations relevant to technology demonstrated 1. Seed germination 30 (DAS) 2. % damping off. 3. Seedling yield kg /sqm. 1. % damage of pods (pod blight) 2. 100 grain test wt. 3. Yield q/ha 1.% incidence of Grain smut 2. % incidence of stem fly 3.Yield q/ha 1. No of larvae/mt row 2. No of moths trapped 3. No. of pod damage/m row 3.Yield q/ha 1.No of shoot affected/M row 2. No of Fruit affected/M row. 3.No of Moths trapped 4.Yield qt/ha Animal Science Farming situation Rainfed / irrigate d Soil type Previ ous crop Better quality forage yield Rain fed -- -- Purpose of demon. No. of Animals/ birds Enterprise Type of Demon. Number of farmers Name of the village Cattle Component -- 100 Warapg aon Organic Farming Package Better quality organic manure Rain fed -- -- -- 50 Rui Dharur Poultry Component Breed Giriraja -- -- -- 100 (contribut ory basis) 10 Adas Critical inputs identified Cost of critical inputs Jaywant root stalks CPP culture Giriraja (Day old chicks) Observations relevant to technology demonstrated 20000 Forage production, Increase in MY 7500 Organic manure yield Additional income 15000 Home Science Enterprise Type Purpose Village 10 Rui dharur Papad making machine 50000 Time (hr/kg) 10 SHG Bansaroda Gravity separator 12000 Drudgery reduction Single Papad making machine Drudgery reduction Single Gravity separator Health Single Low cost nutritious rich food 30 Health Single Low cost iron rich food for improving the iron deficiency anaemia in adolescent girl 30 IGA Single Backyard poultry farming 10 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Bodhegao n Rui Dharur Rui Dharur Page 41 of 61 Critical Inputs Cost (Rs.) Farmer Observation Work out put (kg/hrs) Soya Poha Laddu 6000 Weight gain (kg) Nutritious toffee + Chiwda 8000 Chicks: Giriraja Increase HB level Income 6000 (Rs./month) Agril. Engg. Name of the crop/ente rprise opening of furrow Zero till drill Seed ferti. drill HTP Sprayer Type of Demo nstrati on Single Single Yield (q/ha) Purpose of demonstration In-situMoisture conservation after each 2row at the time of last hoeing in cotton Use of available soil moisture during sowing & to reduce cost of tillage Farming situation Exi stin g Pot enti al Rainfed irri. Soil type Previ ous crop 12 15 Rain fed Mediu m -- 20 24 Rainfed Mediu m -- -- Single Precision planting 15 20 Rainfed Mediu m Single Precision spraying -- -- Rain fed Mediu m F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc -- Are a (ha) 06 No. of far mer s Name of the village Critical inputs identifie d Cost of CI 15 Ruidharu r VNMK V B/D ridger 5000 15 Bhatumb a Zero till drill 12000 06 15 Bodhega on Seed ferti. drill 12000 06 15 Adas HTP Sprayer 6000 06 Page 42 of 61 Observations relevant to technology demonstrated 1. Soil moisture 2.Yield q/ha 1.Field capacity (ha/hr) 2.Labour required (man hr/ha) 3.Operating cost (Rs/ha) 1.Field capacity (ha/hr) 2.Labour required (man hr/ha) 3.Operating cost ( Rs/ha) 1.Field capacity (ha/hr) 2.Labour required (Man hr/ha) 3.Operating cost ( Rs/ha) TRAINING PROGRAMMES Sr. Date 1 2 10.04.14 16.04.14 3 17.04.14 4 19.04.14 5 21.04.14 6 22.04.14 7 23.04.14 8 28.04.14 9 05.05.14 10 06.05.14 11 08.05.14 12 15.05.14 13 15.05.14 14 15.05.14 Feed management Value addition Animal Science Home science PF PFF 1 2 ON ON 20 2 0 15 20 17 Anticip ated Exp. (Rs.) 800 2550 Capacity building Agril.Extension EF 1 ON 10 5 15 750 Soil & Water testing Agronomy PF 1 OFF 20 5 25 500 Off-season vegetables IGA for empowerment of rural women Horticulture PF 2 OFF 18 0 18 600 Home science RY 15 ON 0 20 20 22500 RWH Agril.Engg PF 2 ON 15 0 15 750 Agril.Engg PF 2 OFF 15 5 20 800 Home science RY 30 ON 0 20 20 24000 Value addition Home science PFF 2 ON 3 15 18 2700 Planting material production Horticulture RY 2 ON 20 5 25 1000 Farm machineries Agril.Engg PF 2 OFF 15 5 20 800 ICM Agronomy PF 1 OFF 20 25 25 500 Disease management Animal science PF 1 OFF 15 5 20 400 Title of the course Green forage production Primary processing in sorghum Farmer centric approaches and development of social and human capital Scope & importance of soil testing & Collection of representative soil sample Cultivation of summer vegetables Handcraft program for adolescent girls Importance of Rain Water Harvesting & Various structures for it. Engineering measures for soil and water conservation. Income generating program through fashion designing Value addition of tamarind products Plantation of Ginger Importance and use of BBF planter for sowing Production technology of rain fed BT cotton. Common livestock diseases in rainy season. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Soil &Water conservation IGA for empowerment of rural women Department Page 43 of 61 Client Days Venue No. of participants M F T Sr. Date 15 20.05.14 16 23.05.14 17 24.05.14 18 02.06.14 19 10.06.14 20 21 22 11.06.14 12.06.14 12.06.14 23 11.06.14 24 12.06.14 25 13.06.14 26 14.06.14 27 18.06.14 28 07.07.14 29 08.07.14 30 10.07.14 31 11.07.14 Post Harvest Technology Home science RY 5 ON 10 10 20 Anticip ated Exp. (Rs.) 7500 RWH Agril. Engg PF 2 ON 15 0 15 750 Information networking Agril. among extension workers Extension EF 1 ON 15 2 17 850 Seed treatment Plant Protection PF 1 ON 20 10 30 1200 IFS Agronomy PF 1 ON 15 10 25 1000 Nursery raising Disease management Value addition Soil &Water conservation Horticulture Animal science Home science PF RY RY 2 2 3 OFF ON OFF 10 15 0 10 0 15 20 15 15 500 600 1200 Agril. Engg PF 2 OFF 15 5 20 800 INM Agronomy PF 1 ON 20 2 22 400 PF 1 OFF 17 0 17 340 PF 2 OFF 30 0 30 600 Title of the course PHT in Mango Importance and use of micro irrigation system for cotton. Market led extension for improving linkages with marginal farmers and stakeholders Seed treatment in Kharif crops. IFS models for small and marginal farmers Raising of seedling in Kharif First aid in livestock Mango value addition Application of in-situ moisture conservation techniques. Integrated nutrient management in BT cotton Soil sampling techniques and INM in major Kharif crops IPM on cotton Production technology of soybean Prevention of milk adulteration Pest and disease management in Kharif onion Method of composting for organic farming Importance of improved inter cultivation tools. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Department Client Days Venue No. of participants M F T IPM Agril. Extension Plant Protection ICM Agronomy PF 1 ON 20 2 22 880 Dairy management Animal science EF 1 ON 10 5 15 600 IPM/IDM Plant Protection PF 1 ON 25 0 25 1000 Quality animal products Animal science PF 1 ON 15 0 15 600 Farm machineries Agril. Engg PF 1 OFF 20 5 25 1000 Capacity Building Page 44 of 61 Sr. Date 32 15.07.14 33 16.07.14 34 16.07.14 35 18.07.14 36 21.07.14 37 22.07.14 38 23.07.14 39 24.07.14 40 25.07.14 41 28.07.14 42 07.08.14 43 11.08.14 44 12.08.14 45 46 12.08.14 13.08.14 Title of the course Contract farming- new era of farming Methods of grafting and budding in horticulture plant. (Vocational) Use of power weeder in cotton to reduce cost of production. Conservation agriculture, farmers rights and bio diversification of small farms Preparation of iron rich recipe Introduction and use of new molecules of pesticide and fungicide Application of herbicides in Kharif crops Pest & disease management in soybean Impact of climate changes on crop productivity Moisture conservation techniques for Kharif crops Prevention from water born disease in rainy season Azolla production- Additional feed supplement Integrated crop management in red gram Use of cultar in Mango IPM/IDM cotton F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Department Client Days Venue No. of participants M F T Anticip ated Exp. (Rs.) Capacity Development Agril. Extension RY 1 ON 15 0 15 600 Nursery management of horticulture crop Horticulture RY 3 ON 16 0 16 1500 Farm machineries Agril.Engg PF 1 OFF 20 0 20 800 Capacity building Agril.Extension EF 1 ON 15 0 15 750 Women and Child care Home science EF 1 ON 5 15 20 1500 IDM Plant Protection EF 1 ON 20 5 25 2500 IWM Agronomy PF 1 OFF 22 2 24 500 IPM/IDM Plant Protection PF 2 OFF 30 0 30 600 ICM Agronomy EF 1 ON 20 2 22 880 IWM Agronomy PF 1 OFF 24 1 25 500 House hold food security Home science PFF 1 OFF 3 15 18 400 Feed management Animal science PF 1 OFF 20 5 25 500 ICM Agronomy PF 1 OFF 20 0 20 400 Cultivation of Fruit IPM/IDM Horticulture Plant Protection PF PF 1 2 OFF ON 16 30 0 0 16 30 500 1200 Page 45 of 61 Sr. Date 47 17.08.14 48 17.08.14 49 20.08.14 50 20.08.14 51 20.08.14 52 22.08.14 53 09.09.14 54 09.09.14 55 11.09.14 56 15.09.14 57 15.09.14 58 16.09.14 59 18.09.14 60 20.09.14 61 21.09.14 62 23.09.14 Title of the course Poultry rearing for self employment PHT in fruits & vegetables Cultivation of vegetables in polyhouse Acid treatment to drip irrigation system. Use of ICT and Information Source Credibility for Farmers Role of mass media for transfer of the technology to the farm community Fishery in farm pond Introduce eco-friendly drudgery reduction IDM in Pomegranate Hast Bahar management pomegranates Oil seed based cropping system in Rabi season Project proposal preparation for banks Use of improved implement in dry land farming. Seed production technology for pulses Clean milk production Rabi Sorghum varieties and its production techniques. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Department Client Days Venue No. of participants M F T Anticip ated Exp. (Rs.) Poultry production Animal science RY 5 ON 15 5 20 4000 Post Harvest Technology Home science RY 5 ON 10 10 20 7500 Protective cultivation Horticulture EF 1 ON 20 2 22 1000 Micro-irrigation system Agril.Engg RY 3 ON 15 0 15 1800 Capacity Development Agril.Extension PF 1 ON 20 0 20 800 Capacity building for ICT application Agril.Extension EF 1 ON 15 0 15 750 Fishery Animal science RY 3 ON 15 0 15 1800 Drudgery reduction Home science PFF 2 OFF 3 15 18 800 IDM Plant Protection PF 1 ON 25 0 25 1000 Cultivation of Fruit Horticulture PF 2 ON 18 0 18 500 ICM Agronomy PF 1 OFF 22 0 22 400 Resource management Agril.Extension RY 1 ON 15 0 15 600 Farm machineries Agril.Engg EF 2 ON 20 5 25 2000 ICM Agronomy EF 1 ON 20 5 25 1000 Dairy management Animal science PF 1 OFF 15 5 20 400 ICM Agronomy PF 1 OFF 20 0 20 800 Page 46 of 61 Sr. Date Small scale processing Drudgery reduction Home science Home science PFF PFF 5 1 ON ON 10 2 10 15 20 17 Anticip ated Exp. (Rs.) 7500 1275 ICM Agronomy RY 1 ON 20 0 20 800 IPM Plant Protection PF 2 OFF 20 0 20 400 Seed treatment Dairy Tuber crop: Production and Management technology Plant Protection Animal science PF RY 1 5 OFF ON 20 15 10 0 30 15 600 3000 Horticulture PF 2 OFF 15 5 20 500 Farm machineries Agril.Engg RY 3 ON 15 0 15 1800 Group dynamics Agril.Extension PF 1 OFF 16 8 24 320 Dairy management Formation and Management of SHGs Animal science PF 1 OFF 15 5 20 400 Agril.Extension EF 1 ON 15 0 15 750 Off-season vegetables Horticulture PF 2 ON 16 0 16 1000 Home science PFF 2 OFF 5 15 20 800 Home science Animal science EF PF 1 1 ON OFF 5 20 15 0 20 20 1500 400 Title of the course 63 64 25.09.14 05.10.14 65 06.10.14 66 07.10.14 67 68 10.10.14 12.10.14 PHT in Sorghum Use of soybean mitten Seed production of oilseed/ pulse crop in rabi season Control of pod borer and pod fly in Redgram Seed treatment in Rabi crop Dairy management 69 14.10.14 Cultivation of Rabi onion 70 14.10.14 71 17.10.14 72 17.10.14 73 17.10.14 74 21.10.14 Attachment and maintenance of farm machineries. Formation of FIG’s of marginal farmers Balanced diet for dairy animals Documentation and credit management for SHG’s Production technology of off seasonal vegetable 75 23.10.14 Importance of soybean in diet 76 77 05.11.14 08.11.14 Value addition in Aonla Forage quality enhancement F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Designing & development for high nutrient efficiency diet Household food security Feed management Department Page 47 of 61 Client Days Venue No. of participants M F T Sr. Date 78 10.11.14 79 11.11.14 80 81 12.11.14 13.11.14 82 15.11.14 Title of the course Important varieties and cultivation practices of Wheat Cultivation of vegetable in shed net (Vocational) Water management of Rabi crop IPM in Bengal gram Resource management and Estimation of cost of production Thematic area ICM Department Client Days Venue No. of participants M F T Anticip ated Exp. (Rs.) Agronomy PF 1 OFF 22 0 22 880 Horticulture RY 3 ON 16 0 16 1500 Agril.Engg Plant Protection PF PF 2 1 OFF OFF 15 20 5 0 20 20 800 400 Resource management Agril.Extension EF 1 ON 15 0 15 750 Designing & development for high nutrient efficiency diet Home science PFF 2 OFF 5 15 20 800 Protected cultivation of vegetable crops Micro-irrigation system IPM 83 17.11.14 Symptoms & causes of anaemia during adolescent age 84 20.11.14 IFS models for small and marginal farmers IFS Agronomy PF 1 OFF 24 1 25 460 85 20.11.14 Erection polyhouse and shed net Protected cultivation technology Horticulture EF 1 ON 18 0 18 600 86 20.11.14 IPM/IDM Plant Protection PF 1 OFF 15 0 15 300 87 10.12.14 Capacity Development Agril.Extension PF 1 ON 20 0 20 800 88 12.12.14 Production of quality animal products Animal science RY 2 ON 15 0 15 600 89 13.12.14 Small scale processing Home science PFF 5 ON 10 10 20 7500 90 17.12.14 Soil fertility management Agronomy PF 1 OFF 20 0 20 800 Pest and Disease management in potato Contract farming- new era of farming Vermicompost production PHT in Aonla by using tunnel dryer Organic farming and recycling of organic residue F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 48 of 61 Sr. 91 92 Date 17.12.14 18.12.14 93 18.12.14 94 95 19.12.14 23.12.14 96 02.01.14 97 07.01.15 98 08.01.15 99 10.01.15 100 12.01.15 101 13.01.15 102 15.01.15 103 16.01.15 Title of the course Thematic area Department Client Days Venue No. of participants M F T Anticip ated Exp. (Rs.) Control of wolly aphids in sugarcane IPM Plant Protection PF 1 ON 25 0 25 1000 Resource based farm production Entrepreneurial development of farmers/youths Agril.Extension PF 1 OFF 16 0 16 320 Micro-irrigation system Agril.Engg EF 2 ON 20 5 25 1600 Capacity building Cultivation of Fruit Agril.Extension Horticulture EF PF 1 2 ON OFF 15 18 2 0 17 18 850 500 Capacity building Agril.Extension EF 1 ON 15 0 15 750 Goat management Animal science PF 1 OFF 15 5 20 400 Production of low volume and high value crops Horticulture PF 2 OFF 18 0 18 1000 IPM/IDM Plant Protection PF 1 OFF 20 0 20 400 Soil fertility management Agronomy PF 1 OFF 20 0 20 800 Micro-irrigation system Agril.Engg PF 2 OFF 15 5 20 800 Apiculture Formation and Management of SHGs Plant Protection RY 2 ON 15 0 15 2250 Agril.Extension PF 1 OFF 0 18 18 360 Importance of micro irrigation system to enhance productivity in sugarcane. Training Management Control of flower drop in mango Role of extension worker in dissemination of technology Feeding of kids to reduce mortality in goats Production technology of watermelon Pest and Diseases management in watermelon INM in summer ground nut Application of drip irrigation system in sugarcane to increase productivity. Apiculture Government schemes for the farmers and SHG’s F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 49 of 61 Sr. Date 104 105 18.01.15 25.01.15 106 04.02.15 107 10.02.15 108 11.0215 109 12.02.15 110 12.02.15 111 15.02.15 112 08.03.15 113 12.03.15 114 16.03.15 Sericulture Disease management Plant Protection Animal science RY PF 3 1 ON OFF 25 15 5 0 30 15 Anticip ated Exp. (Rs.) 6750 300 Quality animal products Animal science EF 1 ON 10 2 12 480 Farm machineries Agril.Engg PF 1 OFF 20 5 25 1000 Protective cultivation Horticulture PF 2 OFF 16 0 16 500 Soil & Water testing Agronomy RY 1 ON 20 0 20 800 IPM Plant Protection EF 1 ON 20 0 20 800 Small scale processing Home science RY 5 ON 0 15 15 5625 Quality animal products Animal science PF 1 OFF 15 5 20 400 Off-season vegetables Horticulture PF 2 OFF 16 0 16 500 Farm machineries Agril. Engg RY 7 ON 15 0 15 4200 Title of the course Sericulture Control of chick mortality Livestock management in summer season Use of improved tools and machineries for harvesting of rabi crops. Cultivation of tomato in shed net Soil sampling and collection of representative soil samples. Production of plant based pesticide Value addition & processing in sorghum Role of livestock in organic farming Cultivation of cabbage and cauliflower in summer seasonal Mini dalmill: use, operation and maintenance F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Thematic area Department Page 50 of 61 Client Days Venue No. of participants M F T Action Plan for Extension Activities. Précised role in the organizing extension activities on the scientific line will be performed by Argil. Extension Subject Matter Specialist Expected number Anticipa Name of Name of the of participants Activity Date Topic ted Exp. the village chief guest in rupees M F T Dy. Director 14.06.14 Rui Dharur Organic manure 25 5 30 500 AH Forage 10.07.14 Warapgaon 20 5 25 500 SAO, Beed production Use of BBF SDAO 05.08.14 Jawalban 20 0 20 800 Ambajogai Planter DAHO, ZP, Poultry 13.08.14 Adas 20 5 25 500 Beed Field days 02.09.14 Bhatumba 06.09.14 Adas 20.09.14 10.10.14 Rui Dharur Pangari 10.10.14 Rui Dharur 15.10.14 Ruidharur 28.10.14 Ruidharur 03.11.14 07.11.14 13.11.14 05.01.15 21.01.15 15.02.15 15.02.15 Zero till drill IPM in Pomegranate ICM in Soybean Soybean mitten Gravity separator IPM in Cotton Back yard poultry IDM in Kanadi Bengalgram Onion Pimpalgaon production Okra Off Seasonal Adas Vegetables Cultivation Safflower production Warpgaon technology Tomato Off seasonal Kanadi Mali Vegetable cultivation Tamarind Kanadi dehuller Wheat production Bhatumba technology F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc 20 0 20 400 TAO Kaij 25 0 25 500 18 5 0 15 18 20 DEE, VNMKV 720 TAO Dharur 800 TAO Kaij 5 15 20 800 TAO Dharur 30 -- 30 600 5 15 20 800 TAO Dharur 22 0 22 880 TAO Kaij 20 0 20 400 TAO Kaij 20 5 25 500 TAO Dharur 18 0 18 720 TAO Ambajogai 25 5 30 600 Ext. Off. Agri. Amba. 5 15 20 800 TAO Kaij 17 0 17 680 TAO Kaij ADO, ZP, Beed Page 51 of 61 Activity Kisan Mela/ Extn. Prog. Goshtie s Date 19 to 21 May 14 24.06.14 Name of the village Topic Expected number of participants M F T Anticipa ted Exp. in rupees Name of the chief guest ZPD, Hyd. 11500 DEE, MKV. Parbhani KVK Personality Development 0 50 50 Ambajogai, Kaij, Parli, Dharur Kharif crop planning - - - 15000 ZPD, Hyd. 12000 DEE, MKV. Parbhani 10.07.14 KVK SAC Meeting 1824.08.14 Chanai, Warapgaon ,Kanadi(B), RuiDharur Parthenium Awareness week 25sep to 11oct 14 KVK Technology week 04.11.14 Ambajogai, Kaij, Parli, Dharur Rabi Crop diagnostic campaign - - - 200 50 250 2000 500 2500 - - - 4000 5000 SAC Meeting - - - 08.03.15 KVK Mahila Mela 0 175 175 14-Jun Dipewalga on Health & hygiene 0 20 20 200 14-Jul R Dharur 0 20 20 200 0 20 20 200 Aug. 14 Bodhegaon Sep. 14 Bansarola Soybean mitten 0 20 20 200 Nov. 14 Kanadi Gravity separator 0 20 20 200 Dec. 14 Morphali Small hand tool 0 20 20 200 Jan. 14 Kanadi 0 20 20 200 Feb. 14 R Dharur 0 20 20 200 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc All SMS from KVK ZPD, Hyd. - DEE, MKV. Parbhani Head ,CD, 10000 Home sci. college. KVK Tamarind dehuller Health & nutrition SDAO, Ambajogai DEE, Scientist 60000 from University 20.01.15 Back yard poultry Drudgery reduction All SMS from KVK Page 52 of 61 Activity Mahila Mela Name of the village Date Jan. 14 ON Mar. 14 OFF Kishori 14-May KVK Vikas Shibir Extension Activities: Activity Film show/ Video Show Date Personality development Name of the village Ruidharur 07.06.14 Adas 15.07.14 Warapgaon 12.08.14 Poos Kumbephal 09.10.14 Ruidharur 16.12.14 Morphali 16.01.15 Agril. Exhibition Women empowerment Women in agriculture 16.5.14 13.09.14 Film show/ Video Show Topic Pangri 03.02.15 Jawalban 18.09.14 08.03.15 KVK KVK Expected number of participants M F T 0 200 200 5000 0 150 150 3000 0 50 50 15000 Topic Cultivation of Pomegranate IPM in Cotton Improvement in quality & utilization of poor quality roughages IPM in Cotton Animal health care Drudgery Reduction Cultivation of vegetable & flowers in playhouse Improved farm machinery Sugarcane Cultivation Drudgery Reduction Vermicompost Production Groundnut Cultivation Watershed development Animal health care , Hygienic milk & milk products: process and packaging, Sugarcane Cultivation Vegetable seed production Farm Machinery exhibition SHG’s Products exhibition F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Anticipa ted Exp. in rupees Name of the chief guest Expected number of participants M F T Antici ped Exp. (Rs) 25 - 25 500 25 - 25 500 25 - 25 500 25 - 25 500 00 25 25 500 25 -- 25 500 25 - 25 500 25 - 25 500 25 - 25 500 150 200 50 100 200 300 1000 1500 Page 53 of 61 OTHER EXTENSION ACTIVITIES Particulars Topic Integrated Nutrient management in BT cotton Production technologies of sugarcane Rabi season planning Cultivation of vegetable in shednet Bahar management in horticulture crops Importance of cattle in organic farming Radio Talk Green fodder production (Give Topic) Fodder enrichment Livestock maintenance in scarcity condition Nutrient diet for children Drudgery reduction Use of insitu moisture conservation technology Use of micro irrigation system to increase water use efficiency. Importance & scope of soil testing Soybean production technologies Livestock maintenance in scarcity News Paper condition Green fodder production coverage Soybean Processing Mechanization in Dry land farming. Water management of summer crops Cotton production technology Mati parikshan- Shashwant shetichi Gurukilli Sugarcane production technology Oil seed production technologies Publications Pulse Production technology (Folder/ Organic farming pamphlets ) Green fodder production Nutrition value of Aonla Weaning food Solar power use Precise water use in summer season Soil Health 04 Camps (each in one Quarters) Camp Soil testing 02 (every month) mobile van camps Animal 6 Health camp F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Subject Name of theScientist Agronomy Agronomy Agronomy Horticulture Sri K.M.Kardile Sri K.M.Kardile Sri K.M.Kardile Sri. N.A.Joshi Horticulture Animal Science Animal Science Animal Science Sri. N.A.Joshi Dr. S.V. Butte Dr. S.V. Butte Dr. S.V. Butte Animal Science Home Science Home Science Dr. S.V. Butte Mrs. Mamta Tripathi Mrs. Mamta Tripathi Agril.engg Er. P.N.Renapurkar Agril.engg Agronomy Agronomy Er. P.N.Renapurkar Sri K.M.Kardile Sri K.M.Kardile Animal Science Animal Science Home Science Agril.engg Agril.engg Agronomy Dr. S.V. Butte Dr. S.V. Butte Mrs. Mamta Tripathi Er. P.N.Renapurkar Er. P.N.Renapurkar Sri K.M.Kardile Agronomy Agronomy Agronomy Agronomy Animal Science Animal Science Home Science Home Science Agril.engg Agril.engg Sri K.M.Kardile Sri K.M.Kardile Sri K.M.Kardile Sri K.M.Kardile Dr. S.V. Butte Dr. S.V. Butte Mrs. Mamta Tripathi Mrs. Mamta Tripathi Er. P.N.Renapurkar Er. P.N.Renapurkar Agronomy Sri K.M.Kardile Agronomy Sri K.M.Kardile Animal Science Dr. S.V. Butte Page 54 of 61 Other Extension Activities: News paper coverage Publications Department-wise Workshop Animal health camps Soil testing campaign Soil health camps Radio Talks Kisan Gosties Farm Science Club Conveners meet Self Help Group Conveners meetings Mahila Mandals Conveners meetings Exhibition Ex-trainee meet Mahila Sarpanch melawa Exposure visit Village Survey Celebration of important days 07 11 06 04 13 pm 10 12 pm 06 bi m 06 bi m 02 09,03 01 07 01 03 01 10 01 05 World Environment Day (05/06/2014) ICAR Day (16/07/2014) Rashtriy Kisan Din (23/12/2014) Nanaji Punyatithi (27/2/2015) International Women’s Day (08/03/2015) Impact Study: Impact of improved technology on onion production Training Evaluation June January COMPUTER PROGRAMMER 1. Website upgradation: www.drikvkbeed.org domain name which is in basic html. Design web site in PHP or in ASP.net. Switching Statistic to a Dynamic web page. For two way interface creating blogs and forms in site. Department wise all necessary updation. In Photo gallery, updated all recent photos on website. Demo video clips design new code and implemented in web site. Event wise categorization and recent Upgradation. Collection of all market detail page at single click. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 55 of 61 2. a. b. Application design : Database management system Farmers visited to KVK Project Description: The Farmers visited to KVK database system was already being created and need to customize. It was proposed because does not have a central database that contains information related to farmers thought who visited KVK. Primary objective: produce a report that will contain uniform information about farmers visited to KVK. Secondary Objective: Create a central database that will support the report described above. Scheduling Considerations : 1. First Phase: To design the system user friendly. 2. Second Phase: Creation of database which includes 05 separate tables and each table consist of 10 entities (Fields). 3. Third Phase: Project will be to being incorporating the remaining program area into the system. Conclusion : 1. On report section we can sort farmers by Date. 2. Prototype is already in use need to update some fields and reports. 3. Prototype is ready and some data were entered. Sales and inventory system: Project Description: The sales and inventory system was proposed because currently does not have a central database that contains information related to sales and to make it user friendly. Primary objective: produce a report that will contain uniform information about sales. Report will be generated on a regular basis to provide current information. Secondary Objective: Application software already being created need to incorporate certain thinks. Scheduling Considerations : 1. First Phase: To design the system user friendly. 2. Second Phase: Creation of database which includes 10 separate tables and each table consist of 10 entities (Fields). 3. Third Phase: Project will be to being incorporating the remaining program area into the system (Actual Coding). Conclusion : 1. The sales and Inventory system project is coming along well, the loss of several months of activity. 2. There are foreseeable major problems that will prevent timely implementation of this project. 3. There are other competing task might cause delay of this project. 4. Prototype is ready but cause delay due to programming. 5. There are additional input or query functions required, those modifications must be analyzed. It requires input from the program areas; hence delay in finalizing the project. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 56 of 61 c. d. Training, OFT, FLD farmers database system Project Description: This system was proposed because currently using the Ms excels application to fill up the data which is hectic and not so user friendly. Scheduling Consideration: 1. First Phase: Design the system user friendly. 2. Second Phase: Creation of database which having capability to store large number of data. 3. Third Phase: Project will be to being incorporating the remaining program area into the system (Actual Coding). 4. Fourth Phase: Project will be to finish incorporating the remaining program area into the system. Conclusion : 1. First it was planned into vb6 programming. But for more efficiency it created in Web base PHP application. 2. Application software was created in PHP programming and having MYSQL database at background. Cost of Cultivation: Project Description: With discussion with office scientists cost of cultivation system planed to developed. As currently does not have a central database that contains information on cost of cultivation and profit ratio. Scheduling Consideration: 1. First Phase: To analyzed the required fields that are important in project. To understand the correlation among these fields. 2. Second Phase: Accordingly creation of database for system. As database is most important in any system. 3. Third Phase: Actual implementation of database query functions and application code. 4. Fourth Phase: To make a prototype as early as possible. Conclusion: System is helpful for tracking CB ratio on KVK farms. 1. 2. 3. 4. 5. Other office related Activities: KMA sent during 2013-14 : 96 & Farmers benefited : 3,09,580 In addition to KMA, voice message is innovative as compared to text messages. Maintenance and upgradation on IT department. Office related work which was assign by scientist. Office related work like, reports, letter’s, email, power point presentations etc. 3. F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 57 of 61 KVK Farm activities Farm Map Summary Total Area Cropped area : : Agronomical crop 50 acre 43acre : 20acre Seed production : 15 acre Soybean : 12 acre K. Sorghum : 3.5 acre Cotton : 1.5 acre Redgram : 1.5 acre Green/Black gram : 1.5 acre Bengalgram : 5 acre Rabi Jowar : 5 acre Safflower : 1 acre Wheat : 3 acre Commercial crop : 4 acre Horticulture plantation : 22 acre Mango+ mother orchards : 05 acre Aonla : 3.5 acre Ber : 1 acre Clustered apple : 1 acre Tamarind : 5 acre Guava : 1 acre Pomegranate : 1 acre Vegetable crop : 4.5 acre F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 58 of 61 Area under crop: Kharif Crop Soybean Cotton Redgram K. Sorghum Green gram/Black gram TOTAL Seed Production: Sr. No. Crop 1 Redgram 2 Soybean 3 Greengram 4 Blackgram 5 Rabi Sorghum 6 Bengalgram 7 Safflower Wheat 8 Seed Production (2013-14): Sr. No. Crop 1 Redgram 2 Soybean 3 4 Greengram Rabi Sorghum 5 Bengalgram Nursery unit at KVK Sr. No. Plants 1 Mango 2 Pomegranate 3 Chilly 4 Brinjal 5 Capsicum 6 Tomato Area 12 acre 1.5 acre 1.5 acre 3.5 acre 1.5 acre 20 acre Rabi Crop Safflower Wheat Bengalgram R Sorghum Area 1 acre 3 acre 5 acre 5 acre 14 acre Variety BDN-711 MAUS-162,158, 71,81 BM 2003-02 BDU- 2 Akola Kranti, Parbhani moti Digvijay, Aakash, JG - 63 PBNS-12,Phule safflower. NIAW-1415, NIAW-301, NIDW917, MACS-6222 Variety BDN-711 MAUS-162, 158, 71, 81 BM 2003-02 Akola Kranti Digvijay Aakash JG - 63 JG - 16 Vijay Variety Keshar, Hur Bhagwa Phule Jyoti Ajay Hybrid varieties phule Raja F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Area 1.5 acre 8 acre 0.5 acre 1 acre 2 acre 5 acre 1 acre 2 acre Qty (qtl) 04.70 18.00 09.00 18.00 05.50 02.25 09.50 06.00 03.50 00.60 01.50 01.65 Target (Nos.) 2500 15000 50000 25000 20000 40000 Page 59 of 61 PLANT PROTECTION Sr. Particulars No. Trichoderma Rhizobium Bacillus R.Japonicon Megaterium R. Lupini Azatobacter Pseudomonas Paceilomyces Chrochoum fluorescens Li/anios Neempowder 1. Names of Species 2. Number available 2000 kg 2000 kg 1500 kg 1000 kg 600 kg 200 kg 2.5 Tons 3. Cost of inputs(Rs) 24000.00 20000.00 15000.00 15000.00 20000.00 2000.00 24000.00 5000.00 3000.00 2000.00 2000.00 5000.00 1000.00 5000.00 29000.00 23000.00 20000.00 17000.00 25000.00 3000.00 29000.00 200000.00 140000.00 105000.00 70000.00 60000.00 20000.00 50000.00 600 550 500 500 100 40 100 171000 117000 85000 53000 35000 17000 21000 4. Cost of production other than Viridae PSB inputs (Rs) 5. Total cost of production (Rs) 6. Gross income(Rs.) 7. Number of beneficiaries 8. Net income(Rs.) Gross income(Rs.) 6,45,000 Total cost of production (Rs) 1,46,000 Net income(Rs.) 4,99,000 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 60 of 61 SOIL TESTING Sr. Month Sample Program No. 1 April 100 2 May 100 3 June 100 200 4 July 60 5 August 60 6 September 60 7 October 110 100 8 November 110 9 December 100 10 January 100 11 February 100 12 March 120 Total 1120 300 No. samples From RKVY No. samples From MVM Grand Total ANIMAL SCIENCE: Sr. Particulars No. 1. Names of Breed 2. 3. 4. 5. Number available Cost of inputs(Rs) Cost of production other than inputs (Rs) Total cost of production (Rs) 6. Yield per animal/unit 7. 8. 9. Gross income (Rs.) Net income (Rs.) Number of beneficiaries Sci. Cont. 40 40 40 40 40 40 40 40 40 40 40 40 480 Total 140 140 340 100 100 100 250 150 140 140 140 160 1900 2000 1000 4900 Dairy Unit Income 14000 14000 34000 10000 10000 10000 25000 15000 14000 14000 14000 16000 190000 430000 15000 635000 Vermiculture Exp. 4000 4000 6000 4000 4000 4000 8000 4000 4000 4000 6000 8000 60000 200000 50000 310000 Azolla Red Kandhari 04 15000 Deoni Buffaloes Icenia foetida 04 15000 04 50000 -5000 12 beds 10000 10000 10000 30000 2000 1000 25000 25000 80000 7000 11000 --- Sale of milk 05 ton + 10 kg worms 1qt. ----- 120000 40000 30000 23000 20000 9000 -- -- 50 100 Sale of milk & calves 20000 -5000 10 F:\DATA\2014\AP_2014-15\Revised AP_2014-15_KVK_Beed_Amba.doc Page 61 of 61
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