Action Plan KVK, Ramanagara, Karnataka

Transcription

1 Action Plan KVK, Ramanagara, Karnataka 1

2 2 1. General information about the Krishi Vigyan Kendra 1.1 Name and address KVK with Phone, Fax and e- mail ZONAL PROJECT DIRECTORATE ZONE VIII BANGALORE PROFORMA FOR ACTION PLAN OF KVKs IN ZONE VIII FOR : Krishi Vigyan Kendra, Chandurayanahally, Kalya Post, Magadi Taluk, Ramanagara District. Telefax / 9 id: kvkramanagara@gmail.com 1.2 Name and address host organization : University Agricultural Sciences, GKVK, Bangalore , Grams; UNIVARGIS. Fax: Telephone: Year sanction : April Website address KVK and date last update (January 2015) 2. Details staff as on date Sanctioned post Name the incumbent Discipline If Permanent, Please indicate Current Pay Band Current Grade Pay Date joining If Temporary, pl. indicate the consolidated amount paid (Rs./month) 2.1 Programme Coordinator Dr. K. H. Nagaraj Agril. Extn Permanent 2.2 Subject Matter Specialist Dr. Lata R. Kulkarni Home Science Permanent 2.3 Subject Matter Specialist Dr. R. Narayana Reddy Sericulture Permanent 2.4 Subject Matter Specialist Mr. Syed Mazar Ali Agril Engineering Permanent 2.5 Subject Matter Specialist Dr. B. G. Hanumantharaya Horticulture Permanent 2.6 Subject Matter Specialist Dr. S. Kamala Bai Agronomy Permanent 2.7 Subject Matter Specialist Dr. G. Keshava Reddy Plant Protection Permanent 2.8 Programme Assistant Mr. Ranganatha, S. C. Agri Biotechnology Permanent 2.9 Computer Programmer Mr. K.R.Shyamasundar Commerce, Comp. Sci Permanent 2.10 Farm Manager Dr. Sowmya, K. J. Seed Technology Permanent 2.11 Accountant/Suintendent Ms. Tejashwini Commerce Temporary 2.12 Stenographer Vacant Driver 1 Mr.K.Murali Permanent 2.14 Driver 2 Mr.N.Rajesh Permanent 2.15 Supporting staff 1 Mrs. Saraswathamma Permanent 2.16 Supporting staff 2 Mr. Narasimhachar, E Temporary

3 3 3. Details SAC meeting conducted during No Date Major recommendations Status action taken in brief Action to be taken immediately Due to non establishment Soil and Water Testing Laboratory at KVK, it is proposed to procure mobile soil testing kit or arrange to send soil samples to neighboring KVKs for analysis Train farmers effectively at village level through pictorial presentation using pico project KVK to upscale the best forming varieties/ technologies to large number farmers by undertaking its production at KVK To create awareness about the programmes all line departments to farmers during trainings. For this purpose the KVK to procure and distribute the booklet prepared by Directorate Extension, UAS, Bangalore Action to be taken in KVK activities (OFT/FLD) Conduct on-farm testing for effective control banana skip which is rampant in the district nstrate the significance organic v/s inorganic farming Produce seedlings/ seed production Bhagya drumstick either at KVK/ farmers field through participatory seed production Capacity building Self Help Group members regarding importance and establishment nutrition garden in collaboration with Department Horticulture and Department Women and Child Welfare Undertake an impact study formance grafts / seedlings sold under NHM Action to be taken in convergence with line department Provide need based technical guidance regarding organic farming the villages adopted by Department Agriculture Equipment purchased To be initiated To be initiated Booklets procured Proposed as OFT during To be initiated Initiated Initiated To be initiated To be initiated Tentative date SAC meeting proposed during November 2015

4 4 4. Capacity Building KVK Staff 4.1. Plan Human Resource Development KVK sonnel during S. No New Areas Training Institution proposed to attend Justification Programme Coordinator - Multi-media usage NAARM, Hyderabad Skill up gradation & to prepare multimedia SMS1 (Food & Nutrition) Value added products CFTRI, Mysore PHT Scheme, GKVK, IIHR, Bangalore To conduct relevant demonstrations on Value addition and for Market linkage SMS2 (Sericulture) -Young age and late age Tamilnadu Sericulture Training Institute, Hossur Up-gradation skills Silkworm rearing techniques CSR&TI, Bherampur SMS3 (Plant protection)- Plant Protection polices National Institute for Plant Health Management (NIPHM), Rajendra Nagar, Hyderabad To Acquire the knowledge about newly introduced insect pests in to the country National Bureau Agriculturally Important Insects, Bangalore SMS4 (Agril. Engineering) -Food Processing and Farm Machinery CIAE, Bhopal CFTRI, Mysore & CIPHET, Ludhiyana There is need for drudgery reduction and combat labour problem SMS5 (Horticulture)-Precision farming TNAU, Coimbatore For effective implementation at KVK SMS6 (Agronomy)-Seed production and processing NSP, Bangalore Skill up-gradation 4.2. Cross-learning across KVKs during S. No Name the KVK proposed Specific learning areas Within ring KVK, Bangalore Rural & Mysore Vegetable Special preparation and Establishment Model Nursery KVK, Chamarajanagara Value added products branding and marketing Within the zone - KVK, Namakkal, Pathanamthitta To establish model animal units, Value addition & branding Outside zone - KVK Baramati To seek more information on water use efficiency and micro irrigation 5. Proposed cluster KVKs (3 to 5 neighboring KVKs) to be formed for sharing knowledge/extise, resources and activities during S. Name the KVKs included in What do you intend to share with Cluster What do you expect from Cluster KVKs the cluster KVKs 5.1 KVK, Bangalore Rural Nursery management Utilization competence on vegetable special 5.2 KVK, Hiriyur Dryland technologies & drudgery reduction Farm machinery 5.3 KVK, Chikkaballapura & Kolar Water budgeting Knowledge on innovative vegetable cultivation

5 5 6. Oational areas details proposed during : S. Major crops & enterprises being practiced in cluster villages Prioritized problems in these crops/ enterprise 6.1 Banana Low yield due to defoliation banana leaves. Low plant density - Inefficient use resources 6.2 Low yield - Impro nutrient management, Pest and Redgram, Diseases - Bacterial and fungal wilts, late blight Tomato, Mango, helicoverpa ToSpo virus, leaf hops, thrips, stem Ridge gourd, borer, powdery mildew, fruit fly, poor post harvest Coconut, Ragi management practices, Inefficient use space and Mango Redgram, Silkworm, Vegetables low yield, Low productivity in ragi & labour problem Low yield incidence pest and disease (leaf hops, stem borer, powdery mildew, fruit fly), and poor post harvest management practices Low yield due to incidence pest & disease, susceptible varieties, silkworm pest and diseases like flatchery, grassory, muscardine, Uzi fly, rats, squirrels & birds, Post harvest storage losses in vegetables 6.5 Jasmine Low yield and poor quality buds, due to pest and diseases, poor orchard management practices 6.6 Low leaf yield due to Root rot, Nematode, Dwarf, Mulberry leaf spot, powdrey mildew, leaf rust and impro nutrient management 6.7 Low milk yield, non availability palatable green Fodder fodder throughout the year 6.8 Minor millet Low yield, drudgery in processing Extent area (Ha/) affected by the problem in the district Banana ha Tomato 1195 ha, Ridge gourd 46 ha Coconut ha Beans 274 ha Mango ha Silkworm 9113 ha Jasmine 400 ha Mulberry 9113 ha Fodder 12 ha Minor Millet-77 ha Names Cluster Villages identified for intervention Byramangala, Ramanagara taluk Srigiripura, Magadi Hosapalya, Magadi Nesepalya, Magadi Siddagangaiahna Palya, Magadi Dandigepura, Magadi H. Mogenahalli, Channapattana Mallurupattana, Channapattana Proposed Intervention (OFT, FLD, Training, extension activity etc.)* OFT & FLD FLD FLD FLD FFS OFT & FLD OFT & FLD FLD * Support with problem-cause and interventions diagram

6 6 OFT- 1. Title the technology to be assessed : Assessment management practices for Banana Skip 2. Agro-Ecological Zone : Eastern Dry Zone, Zone -V 3. Production System : Horticulture-fruit crops 4. Problem definition : Low productivity 5. Problem Cause Diagram : Low yield Low income Non adoption pest and disease management practices E F F E C T S Banana skip Non adoption Banana special Lack pro kn about micro irrigation systems Non availability healthy suckers Socio-economic Factors ROOT CAUSES Low productivity CORE PROBLEM ROOT CAUSES Physico Chemical Factors Poor water management practices Poor Nutrient management Post harvest practices

7 7 OFT- 1. Title the technology to be assessed : Assessment fertigation schedules in tomato 2. Agro-Ecological Zone : Eastern Dry Zone, Zone -V 3. Production System : vegetable crops 4. Problem definition : Low yield 5. Problem Cause Diagram : More production cost Low yield, poor quality and Returns E F F E C T S Lack knowledge on fertigation schedules Lack Knowledge on ICM practices Socio-economic Factors ROOT CAUSES Nutrient deficiencies in prolonged harvesting iod CORE PROBLEM ROOT CAUSES Physico Chemical Factors Impro irrigation practices Impro Fertigation schedules Poor ICM practices Non application micronutrients

8 8 OFT 1. Title the technology to be assessed : Performance shade loving guinea grass in coconut garden 2. Agro-Ecological Zone : Eastern Dry Zone, Zone -V 3. Production System : Fodder 4. Problem definition : Low milk and fodder yield and imbalanced nutrition 5. Problem Cause Diagram : Non-availability green fodder throughout the year Imbalanced nutrition feed Low yield and Returns Unaware shade loving fodder crops E F F E C T S Farmers grow only annual grass fodder Lack Knowledge on high yielding fodder crops Unaware about less pubescent hair fodder crop Unplanned cultivation Malnourished fodder intake by animal Socio-economic Factors ROOT CAUSES Low milk yield and fodder yield CORE PROBLEM ROOT CAUSES Physico Chemical Factors Low yield in existing fodder cultivation More Pubescent hairs Imbalanced feed intake

9 9 OFT- 1. Title the technology to be assessed : Effectiveness silkworm rearing bed disinfectants 2. Agro-Ecological Zone : Eastern Dry Zone, Zone -V 3. Production System : Silkworm 4. Problem definition : Low yield and poor quality cocoon 5. Problem Cause Diagram : Low yield and Returns Non availability bed disinfectants E F F E C T S Lack knowledge about silkworm rearing disinfectants Variation in tem & RH in silkworm rearing house Socio-economic Factors ROOT CAUSES Low yield and poor quality cocoons CORE PROBLEM ROOT CAUSES Physico Chemical Factors Unscientific usage silkworm rearing bed disinfectants

10 10 OFT- 1. Title the technology to be assessed : Efficacy Trenching and Mulching Technology 2. Agro-Ecological Zone : Eastern Dry Zone, Zone -V 3. Production System : Mulberry 4. Problem definition : Low yield and poor quality Mulberry leaf 5. Problem Cause Diagram : Poor quality cocoons Low yield and Returns Non availability micronutrients E F F E C T S Impro irrigation practices Drudgery in green manuring Socio-economic Factors ROOT CAUSES Low yield and poor quality Mulberry leaf CORE PROBLEM ROOT CAUSES Physico Chemical Factors Indiscriminate usage straight fertilizers Non application FYM / compost / green manuring Non application micronutrients and Bio fertilizers

11 11 7. Technology Assessment during : S. Crop/ enterpri se Prioritized problem 7.1 Banana Severe yield loss due to out break banana skip 7.2 Tomato Non availability and loss nutrients in conventional methods High cost inputs Poor nutrient supply at critical crop growth iod 7.3 Fodder Low fodder yield under Title intervention Assessment Management Practices for Banana Skip Assessment Fertigation Schedules in Tomato (Arka Rakshak) Performance shade loving Technology options 1 Spraying with chloropyrifos 20 ml/lt 2 Spraying with Quinalphos/ 2ml/lt + spreader 1ml/lt 3 Spraying with 1.5ml/lt +spreader 1ml/lt Safe, contact & fumigant 1 DAP 10 bags, MOP 2 bags as basal; Urea 3 bags and 19:19:19 2 bags as top dressing at 45 DAP 2 RDN 175:175:175 NPK Kg/ha: 20% RDN as basal 80% RDN Fertigation-12weeks (weekly twice) 3 RDN 150:115:150 NPK kg/ha:25% RDN as basal, 75 % RDN- Fertigation - 23 weeks (weekly twice) + Micro-nutrient 5 g/l at 15 days interval 1 Farmers Practice- Fodder Maize Source Technology Farmers practice Adhoc management practices (once in 20 days interval for 3 times Adhoc management practices (once in 20 days interval for 3 times (ATM) Farmers Practice Name critical input Chloropyrifo s Quinalphos Dichlorvas Qty trial 6 lt 5 lt 5lt UASB (PFDC) 19:9:19 7 MAP 10 SOP 12 CN 16 Urea 15 IIHR, Bangalore 19:9:19 7 MAP 5 SOP 9 CN 8 Urea 6 Cost trial trials Total cost for the intervention (Rs.) = Rs = Rs *50% contribution from farmers = Rs. Parameters to be studied % incidence, leaf rolls plant, fingers bunch, bunch weight, Yield, B:C Ratio Plant height, No shoots, No leaves/ shoot, Days for flowering, No flowers /shoot,, Fruit set, fruits/shoot, fruit weight, Pest incidence, Fruit yield, B:C Ratio, Crop duration, shelf life, Nutrient status Palatability, yield Team members Plant Prot.& Hort. Hort., Pl Prot., Agron. Agron., PC

12 Silkwor m 7.5 Mulberr y shade Nonavailability shade loving forage grasses High incidence diseases, Impro use bed disinfectants Low yield Low mulberry yield due to poor nutrition management Low quality mulberry leaf production guinea grass in coconut garden Effectiveness silkworm rearing bed disinfectants Efficiency trenching and mulching technology in mulberry 8. Technology Refinement during : Nil 2 Gundale Guinea- GG-2 (Year-2011) 3 Dharwad Guinea grass DGG-1(Year 2013) Bandh powder IGFRI- Dharwad IGFRI- Dharwad Dharwad Guinea Grass Slips DGG-1 Gundale Guinea-GG Farmers' practice Bandh powder 500 gm Vijetha Green CSR&TI Samraksha Mysore 6 kg Samraksha KSSR&DI Rakshak 6 Kg Rakshak CSR&TI Vijetha Mysore Green 6 kg Partial application Farmers' FYM / compost practice Application UAS(B) Trenching & 0.1 Compost / FYM Mulching (1 ha Trenching & CSR&TI ton green 30 Mulching (1 ton green Mysore biomass, 1 kgs biomass, 1 ton FYM / ton FYM / Compost,Biertilizer Compost, 25 kg azotobactor +5 Bio-fertilizer kg PSB) a) Opening 25 kg Trench azotobactor b) Bio-fertilizers +5 kg PSB) c) Bio-mass, FYM, Opening Fertilizers Trench, Biertilizers * 50% contribution from farmers = Rs = Rs tons/ha, milk yield, B:C ratio Disease incidence, Defective cocoons cocoon yield, B:C Ratio Nutrient status before and after, leaves plant, shoots plants, Leaf quality & yield Seri., Agron. Seri., Agron. 9. Frontline nstrations during Cate gory Crop/ enterp rise 9.1 Cereals Ragi Prioritized problem Low straw and grain yld Blast incidence Technology to be demonstrate d Cultivation KMR 204 ragi in 10:2 Speci fy Hybri d or Varie ty Var. Name the Hybri d or Variet y KMR 204 Source Technolo gy UAS, B 2012 Name critical input Qty Cost Ragi seeds Biertilizer (Azosp & Dem o Total cost for the (Rs.) = Parameters to be studied Days taken for germination, Germination %, Days Team members Ag. Engg., Agronom

13 13 Cate gory 9.2 Millets Crop/ enterp rise Foxtail 9.3 Oilseeds- 9.4 Pulses Redgra m Prioritized problem (61%) Drudgery & High COC Low yield Drudgery in processing Lack Knowledge on value addition Severe yield loss due to wilt, Maruca webber & Pod borer Technology to be demonstrate d ratio with redgram & mechanizatio n Cultivation high yielding foxtail millet DHFT & value addition Integrated pest and disease management in redgram Speci fy Hybri d or Varie ty Var. Name the Hybri d or Variet y DHFT Source Technolo gy UAS- Dharwad Name critical input Qty Cost Dem o Total cost for the (Rs.) Parameters to be studied PSB) to 50% flowering, Redgram seeds ZnSo4 & Borax From Bhoochetha na Custom hiring (Lumpsum) Days to maturity, Plant height, no. tillers/plant, Finger number and length, Ear head length, 100 seed weight, grain yield, straw yield, B:C ratio, Field capacity and Field efficiency harvester, thresher, drudgery + Intercrop observations Fox tail seeds ( 10 Kg/ha) Azospirillu m awamori (500gm/ha) Value addition (Processing & marketing) Var. BRG-5 UAS, B BRG-5 Seeds Trichoderm a viridae PP Chemicals (carbendazi m, Prenos) = kg 2.5kg = Days taken for germination, Germination %, Days to 50% flowering, Days to maturity, productive tillers, 100 seed weight, grain yield, straw yield, Consumer acceptability % wilt incidence at 50%, flowering, %, incidence by Maruca at flowering stage, Mean no. pods affected. Incidence bugs, % incidence sterility mosaic, yield parameters, B:C ratio Team members y & Plant Protectio n Agronom y, Home Science, Ag. Engg. Plant Protectio n & Agronom y

14 14 Cate gory Crop/ enterp rise Redgra m Field bean Prioritized problem Processing by conventional method leads to poor storage life, More breakage in traditional method processing Poor, marketing facility for the locally, processed dhall Lack knowledge about photo insensitive varieties Low yield & longer duration 9.5 Commercial crops Mulber Low mulberry ry yield & quality, nutrient deficiency Mulber ry Mulber ry Low yield & leaf quality existing varieties Low mulberry yield & quality in coconut Technology to be demonstrate d Post harvest processing and value addition in redgram Cultivation non-seasonal high yielding field bean var. HA -4 Integrated nutrient management in mulberry Cultivation improved G-4 mulberry variety suitable for late age rearing Cultivation Sahana mulberry Speci fy Hybri d or Varie ty Name the Hybri d or Variet y Source Technolo gy - - PDKV, Akola, Maharast ra Name critical input Mini dhall Mill (Custom hiring charges) Lumpsum Branding and marketing Charges Seeds (BRG-2) Var. HA-4 UAS, B Field bean seeds (Ha- 4) - - CSR&TI, Mysore Var. G-4 CSR&TI, Mysore :2014 Var. Sahana CSR&TI, Mysore Biertilizer (Rhizobium &PSB) (0.5 kg each/ha) Qty Cost Dem o Total cost for the (Rs.) = = Foliar spray 1 ltr = Saplings (4700/acre 3 x 3') Saplings (4700/acre 3 x 3') 1000 saplin gs (50% by farme rs) 1000 saplin gs = = Parameters to be studied Milling Efficiency Percentage Brokens seeds, Percentage Husk (Gota) removed and its utility, B:C ratio, Cooking quality & Organoleptic evaluation, dhall Germination Percent, Days taken for 50 % flowering, Number pods/plant, Number seeds pod, Test weight Seed yield leaves plant, shoots plants, Leaf quality & yield, Cocoon yield, Defective cocoons, B:C Ratio leaves plant, shoots plants, Leaf quality & yield Cocoon yield, B:C Ratio Mulberry leaf yield shoots / plant, leaves Team members Agril. Engg. Agronom y & Home Science Sericultur e & Agronom y Sericultur e & Agronom y Sericultur e & Agronom

15 Cate gory Crop/ enterp rise Prioritized problem gardens 9.6 Horticultural crops Mango Low yield due to Leaf hops, PM & fruit fly. Indiscriminate use chemicals Tomat o Low yield due to Bud necrosis, leaf curl, late blight, wilt & fruit borer Indiscriminate use pesticides Untimely management practices Technology to be demonstrate d variety for coconut garden Integrated pest and disease management in mango Integrated pest and disease management in tomato Speci fy Hybri d or Varie ty Name the Hybri d or Variet y Source Technolo gy - - UAS, B & IIHR, Bangalor e Hyb. Arka Raksh ak UAS, B and IIHR, Bangalor e Name critical input Lamda cyhalothrin & Imidacloprid Sealer- Healer + CoC+DDVP Traps 8 Wettible Sulphur & Dinocap Carbendazim Arka Rakshak seeds, Tolerant Hybrid Acephate & Neam Soap (Thrips, white fly & Red mites) Metalaxyl- Mancozeb Late blight Fruit borer African Marigold (Trap crop) Qty (50% by farme rs) 750 ml & 450 ml 2 kg+ 500g+ 200ml 4.5 kg &150 0 ml Cost Dem o Total cost for the (Rs.) = kg 150 g = kg & 10 kg 2kg 20g Parameters to be studied branch / shoot. Inter nodal distance, shoot height, Income from coconut & silk worm rearing plants infested by stem borer, % incidence PM, mean no. leaf hops inflorescence, % incidence fruit fly, % fruit drop due to PM, Fruit fly incidence, yield & BC ratio % incidence bud necrosis, no. thrips branch, % incidence late blight, % damage fruits by fruit borer and % infestation red mites, Total no. fruit pickings, Yield parameters, B:C Ratio 15 Team members y Plant Protectio n and Horticult ure Plant Protectio n and Horticult ure Rynaxypyr 150ml (Fruit borer) Banana low yield under Paired row Var. Grand NRCB, Tissue function leaves, Horticult

16 Cate gory Crop/ enterp rise Ridge gourd French bean 9.7 Livestock Fodder Prioritized problem utilization resources Poor water, nutrient mgmt Heavy bunch size, marketing/ transport Poor hermaphrodite flowers production Micro nutrient deficiency (boron), poor fruit set &drop Leaf miner, Fruit fly, pumpkin beetle, DM, PM Low returns from coconut gardens Non-utilisation orchard space Low yield and non availability palatable green fodder throughout the year Technology to be demonstrate d method planting in banana (Grand Naine) Integrated crop management in ridge gourd Cultivation French bean (Arka Sharath) as an intercrop in coconut garden nstratio n high yielding multi cut napier DHN-6 Speci fy Hybri d or Varie ty Var. Var. Var. Name the Hybri d or Variet y Source Technolo gy Name critical input Naine Thrichy culture GrandNaine seedlings (No) Arka Mic Arka Sumee t Arka Sharat h DHN- 6 IIHR, Bangalor e IIHR, Bangalor e IGFRI- Dharwad: 2012 consortia Banana special Trichoderma Arka Summet seeds Vegetable special Arka Microbial consortium Melon fruit fly traps Arka Sharath seeds Arka Microbial consortium Vegetable special DHN-6 root slips Arka Microbial consortium Qty 50% by farme rs 24 kg 15 kg Cost Dem o Total cost for the (Rs.) Parameters to be studied 60 Leaf length, width, Stem girth, Plant height, Incidence pest & diseases, hands bunch, fingers hand, Bunch weight, Yield, B:C ratio, Farmers feed back 15 kg 3kg = kg 24 kg kg kg 20kg 27,77 7 no. 5 kg = = Pest and disease incidence, Days taken for flowering, fruit set, fruit maturity, Flower drop, Fruit drop Yield, Quality fruits, Acceptability, B:C ratio, farmers feed back Seed germination (%), Plant ht (cm), shoots, pods/plant, Pod length, pod yield/ ha (t), Colour pods, fiberness, keeping quality, B:C ratio, Farmers feed back Palatability, presence spikelet's, tillers hill, leaf length & width, preference by animals, C:B ratio, Milk yield 16 Team members ure, Plant Protectio n Horticult ure & Plant Protectio n Horticult ure & Plant Protectio n Agronom y, Home Science Fodder Low milk & nstratio - - UAS, B Co-4 Slips Palatability, Fodder Agronom

17 17 Cate gory 9.9 Others Crop/ enterp rise Prioritized problem fodder yield, imbalanced nutrition Technology to be demonstrate d n fodder legumes as intercrop in napier grass Speci fy Hybri d or Varie ty Name the Hybri d or Variet y Source Technolo gy Name critical input Cow pea MFC Hedge Lucerne Qty Cost Dem o Total cost for the (Rs.) 5 kg = 3/kg Parameters to be studied yield, Crude protein yield, Milk, Yield,B:C Ratio, milch animal appearance Team members y, Home Science 10 Training for Farmers/ Farm Women during : Thematic area Crop / Enterprise 10.1 Crop Production Fodder production Napier grass Fodder Major problem Non availability green palatable fodder throughout the year Low milk yield an imbalance nutrition ICM Ragi, field bean Low yield, drudgery in processing, mono cropping system in ragi Precision farming Vegetables Nutrient deficiencies, weeds, pest & disease, water management ICM Field bean Non adoption suitable agronomic practices and varieties for inuring high yield & income ICM Ragi Low productivity due to mono cropping in ragi and yield loss due to blast ICM Foxtail millet Low yield, drudgery in processing & lack knowledge on value addition Related field intervention (OFT/FLD)* Training Course Title** FLD Cultivation fodder crops & silage preparation FLD OFT & FLD Forage crop production and storage management technique Dryland agriculture and IFS model OFT Precision farming in vegetables OFT Improved cultivation practices field bean Courses Expected participants Names the team members involved 1 30 Agronomy, PC 1 25 Agronomy, PC 1 25 Agronomy, Pl. Protection, Ag. Engg., Home Sci Horticulture, Plant Protection, Agron Agronomy, Pl. Protection FLD Cultivation redgram as 1 25 Agronomy, Pl. intercrop in ragi Protection, Ag. Engg. FLD Cultivation millets 1 25 Agronomy, Home Science Fodder Napier grass Non availability green FLD Cultivation fodder 1 30 Agronomy, PC

18 18 Production palatable fodder throughout the year Fodder Napier + fodder Low milk yield, imbalance Production legume feeding habits to milch animals ICM Gourds nutrients deficiencies, pest and disease 10.2 Horticulture Production ICM Banana Low plant density, Nutrient deficiencies, weeds, pest & disease, water management Water & Nutrient Vegetables Water scarcity, weeds, management nutrients deficiencies, pest 10.3 Livestock Production 10.4 Home Science crops & silage preparation FLD Importance legumes in increasing milk production FLD Improved cultivation practices gourds OFT/ FLD Precision farming in banana OFT Water and nutrient management in tomato and disease - - FLD Ill effects Malnutrition & ways for combating vegetables Lack knowledge on storage and value addition 10.5 Plant Protection IPM Redgram Wilt, maruca, webber, pod borer, sterility mosaic IPM Mango Leaf hops, powdery mildew,fruit fly,stem borer IPM Tomato Late blight, bud necrosis, leaf curl fruit borer, mites IPM Banana Banana skip wilt, sigatoka, tip over disease 10.6 Production Inputs at Site 10.7 Soil Health and Fertility Nutrient Field bean management 10.8 PHT and value addition Post harvest Redgram technology Non adoption suitable agronomic practices and varieties for inuring high yield & income Lack processing facilities in redgram ICM Ragi Low productivity due to mono cropping in ragi and FLD FLD FLD FLD OFT OFT/ FLD Safe storage methods and value addition to vegetables Integrated pest & diseases management in redgram Integrated pest & diseases management in mango Integrated pest & diseases management in tomato Integrated pest & diseases management in banana Soil sampling technique and importance soil sampling FLD Cultivation, Post harvest processing and value addition in redgram, FLD Processing and value addition millets 2 20 Agronomy, PC 1 25 Horticulture, Plant Protection, Agron Horticulture, Plant Protection, Agron Horticulture, Plant Protection, Ag. Engg Home Science 1 25 Home Science, Horticulture, Ag. Engg., PC 2 50 Pl. Protection, Agronomy 2 50 Pl. Protection, Horticulture 2 50 Pl. Protection, Horticulture 2 50 Pl. Protection, Horticulture 2 50 Agronomy, Pl. Protection 1 25 Ag. Engg., Agron., Home Science 1 25 Agronomy, Home Science

19 yield loss due to blast ICM Mango nutrients deficiencies, flower & fruit drop, pest and disease, poor post harvest handling Post harvest Redgram Lack processing technology Post harvest Vegetable technology preservator 10.9 Capacity Building Group Dynamics Farm Mechanization Farm Ragi Mechanization FLD Pre and post harvest management practices in mango FLD Processing redgram facilities using mini dhal mil - FLD Low cost vegetable preservation techniques Shortage labour, drudgery involved in field oation Farm Mechanization Fisheries Production Technologies Mushroom production Agro forestry Bee Keeping Bee Keeping Bee keeping Lack knowledge on bee keeping extraction, methods and value addition Ragi Time consuming oation FLD Usage combined harvester in ragi Horticulture, Plant Protection, Home Science 1 25 Ag. Engg., Agron., Home Science 2 50 Home Science, Ag. Engg. FLD Mechanization in ragi 2 50 Ag. Engg., Agron Ag. Engg., Agron., Home Science FLD Bee keeping, branding 1 25 Home Science, and marketing honey Plant Protection, PC Bee keeping - EDP Bee keeping 1 25 Home Science, Plant Prot., PC Sericulture ICM Mulberry Low yield and diseases OFT/FLD Advanced techniques in mulberry cultivation 1 25 Sericulture, Pl. Protection, Agron. IPDM Mulberry Low yield and diseases OFT/FLD IPDM in mulberry 1 25 Seri., Pl. Protection Silkworm Low yield and diseases FLD IPDM in silkworm rearing 1 25 Seri., Pl. Protection Silk worm Silkworm Non-adoption rearing FLD Chawki rearing 1 25 Seri., Pl. Protection rearing techniques techniques Silk worm Silkworm Non-adoption rearing FLD Late age silkworm rearing 1 25 Seri., Pl. Protection rearing techniques practices Silk worm Silkworm Impro disinfection FLD Silkworm rearing house 1 25 Seri., Pl. Protection rearing Disinfection ICM Mulberry Low yield and disease FLD ICM in mulberry 2 50 Seri., Pl. Protection Others, pl. specify Home Science FLD Kitchen gardening and 1 25 preservation vegetables * Title intervention/title technology, ** Training title should specify the major technology/skill to be transferred.

20 Training for Rural Youth during Thematic area Crop / Enterprise 11.1 Crop Production Major problem Related field intervention (OFT/FLD)* Training Course Title** Courses Expected participants Names the team members involved 11.2 Horticulture Production Horticulture Bee keeping Non availability improved varieties/ hybrid seedlings Lack knowledge on bee keeping extraction, methods and value addition - Hi-tech nursery management and propagation technique FLD Bee keeping and its advantages * Title intervention/title technology, ** Training title should specify the major technology/skill to be transferred Horticulture, Plant protection, Agron Home Science, Plant Prot., PC 12 Training for Extension Personnel during : Thematic area Training Course Title** Courses Expected participants Names the team members involved 12.1 Crop Production Organic farming principles and practices 1 25 Agronomy, Pl. Protection 12.2 Home Science Entrepreneurship development and value addition 1 30 Home Science 12.3 Capacity Building and Group Dynamics 12.4 Horticulture Pre and post harvest management in mango 1 25 Hort., Plant Prot., Home Science Precision farming in horticulture crops 1 25 Hort., Plant Prot., Agronomy 12.6 Plant Protection Safe use pesticides under conditions 1 30 Plant protection Sericulture Mechanization in sericulture 1 30 Sericulture, Ag. Engg. * Title intervention/title technology, ** Training title should specify the major technology/skill to be transferred. 13 Vocational trainings during : Thematic area and the Crop/Enterprise Training title* programmes and Duration (days) 13.1 Horticulture Nursery management & propagation techniques 1 (6 days) 13.2 Sericulture Preparation Bio-crafts from Pierced cocoons 1(6 days) 13.3 Agriculture machinery Motor rewinding and tractor maintenance 1 (6) * Training title should specify the major technology/skill to be transferred. Type Clientele (SHGs, NYKs, School students, Women, Youth etc.) Expected participants Sponsoring agency if any Names the team members involved Youth 10 KVK Hort., Pl. Prot., Agril. Engg. SHG / Farm youth 15 KVK Seri., Home Science, PC Farm youth 15 KVK Agril. Engg., Farm manager

21 21 14 Sponsored trainings during : Thematic area and the Crop/Enterprise Training title* programmes and Duration (days) Horticulture Coconut tree climber and plant protection * Programme title should specify the major technologies/skills to be transferred /refreshed. Type Participants (SHGs, NYKs, School students, Women, Youth etc.) Expected number participants Sponsoring agency Rural youths 60 KSRLP, Panchayat Raj Names the team members involved Horticulture, Plant Protection, Ag. Engg. 15. Extension programmes during : programmes Expected number Extension Programme/ Activity* or activities participants Names the team members involved 15.1 Advisory Services PC & All SMSs 15.2 Diagnostic Visits Horticulture, Plant Protection, Agronomy, Sericulture 15.3 Field Day PC, All SMSs 15.4 Group Discussions PC, All SMSs 15.5 Kisan Gosthi PC, Horticulture, Plant Protection, Agronomy & Sericulture 15.6 Film Show PC, All SMSs 15.7 Self -Help Groups Home Science 15.8 Kisan Mela PC, All SMSs 15.9 Exhibition PC, All SMSs Scientists' Visit to Farmers Field PC, All SMSs Plant/Soil Health/Animal Health Camps PC, Agril. Engg., Horticulture Farm Science Club Ex-Trainees Sammelan Farmers' Seminar/Workshop Method nstrations PC, All SMSs Celebration Important Days PC, All SMSs Special Day Celebration PC, All SMSs Exposure Visits Technology Week, 1 45 PC, All SMSs Farmers Field School (FFS) 1 30 Plant Protection, PC Farm Innovators Meet 1 45 PC, All SMSs Awareness Programs PC, All SMSs Others, pl. specify Farmer - Scientist Interaction PC, All SMSs Farmer - Scientist Media Interaction in - 2 collaboration with line department PC, Horticulture, Plant Protection, Agronomy SMS PC, All SMSs & Programme Assistant (Computer)

22 Activities proposed as Knowledge and Resource Centre during : 16.1 Technological knowledge Category Technology Park/ Crop cafeteria nstration Units Details technologies Area (ha)/ Number Different varieties minor millets 0.4 High density mango planting, Fish rearing unit, Sheep rearing unit (Stall feeding), Goat rearing unit (Stall feeding), Fodder Bank, Azolla Unit, Dryland Horticulture Unit, Silage unit, Vermicompost unit, Borewell recharge demo unit, Apiary unit, Horticulture + Forestry, Forestry + Agriculture + Horticulture, Mulberry crop unit, Nursery unit, Solar light unit, Rain water harvest unit, Rabbit rearing unit, Biogas unit, Chicks rearing unit Nati, Javige, Bathu, Turkey, Hamsa, Love Birds, Nutritional garden AICRP home science model Names the team members involved Farm Manger, SMS-Agron & PC Programme Coordinator, All SMSs & PAs Lab Analytical services Does not exist Fodder bank, Different varieties minor millets, Seed production, Establishment Technology Week - Nursery, Micro irrigation & Automation 16.2 Technological Products Seeds Category Planting materials Name the Production Partner Agency, if any Name the product Quantity (q)/ Number planned to be produced during Programme Coordinator, All SMSs & PAs Names the team members involved Ragi (GPU 66) 15 qtl Agronomy, Farm Manager Redgram (BRG 1) 6 qtl Agronomy, Farm Manager Avare (HA 4) 6 qtl Agronomy, Farm Manager Leafy vegetables 20 kgs Horticulture, Farm Manager Grafts & saplings fruit crops (Mango, Papaya, Sapota, Guava & Jack) Drumstick seedlings Tomato seedlings Fodder slips Horticulture, plant protection, sericulture, PC & Farm Manager Horticulture, PC & Farm Manager Horticulture, PC & Farm Manager SMS-Agron, PC & Farm Manager Bio-products Livestock strains Sheeps 5 SMS-Seri, Farm Manager, PC Goat 5 Chicks 50 Others IIHR Mango Special & Banana Special 1000 Horticulture, PC & PA

23 16.3 Technological Information Category Technological capsules / Number Names the team members involved Technology backstopping to line departments Agriculture 2 Agronomy, Plant Protection, Horticulture 3 Horticulture, Plant Protection Animal Husbandry 1 PC, Agronomy, Agricultural Engineering 2 Agril. Engg. Sericulture 3 Sericulture, Plant Protection, Home Science Home Science 1 SMS (Home Science) Literature/publication Vegetable Preservator-Low cost storage technique for storage Home Science, PC, Horticulture fruits and Vegetable Bee Keeping and value addition Home Science, PC, Plant protection Nutrition Garden For Household Nutrition Security Home Science, PC, Horticulture Fodder cafeteria Green fodder and healthy livestock Agronomy, PC IPM in Mango Plant Protection, Horticulture IPDM in vegetables Plant Protection, Horticulture Dry land horticulture Horticulture, Plant Protection, PC Precision farming in banana Horticulture, Plant Protection Reshme krishi Sericulture, Plant Protection, PC Management silkworm disease Sericulture, Plant Protection, PC Coconut tree climber Agril. Engg., Horticulture, PC Soil and water conservation practices Agril. Engg., Agronomy, PC Electronic Media Strategies to Combat Malnutrition in Vulnerable groups SMS (Home Science) IPDM in mango Plant Protection, Horticulture Seed production techniques in horticulture Horticulture Post harvest technology in Agriculture Agril. Engg Kisan Mobile Advisory Services 275 PC, All SMSs & Programme Assistant (Comp.) Information on centre/state sector schemes and Data may be collected from different agencies. Also indicate service providers in the district. time completion: 3 months PC, All SMSs, Programme Assistant (Comp.) 17. Additional Activities Planned during : Name the Financial outlay Names the team members involved Name activity Technical programme with quantification agency / scheme (Rs.) 17.1 DOA Krishi Bhagya Farm pond & lining, Bunding & trenching, PC, SMS-Seri, Agron & Farm Manager DOA Krishi Bhagya Solar pump & ro-rain water harvesting PC, SMS-Seri, Agron & Farm Manager 17.2 RKVY Agro Service Centre Establishing one Agro Service Centre at KVK PC & Ag. Engg., Plant Protection & Hort to cater the needs CBOs 17.3 NHM Model nursery Production seedlings SMS-Hort., PC, PA 17.4 DPAR e-sap SMS-Hort., PC 23

24 Revolving Fund 18.1 Financial status Opening balance as on (Rs.in Lakh) Expenditure incurred during (Rs.in Lakh) Receipts during (Rs.in Lakh) Closing balance as on (Rs.in Lakh) Expected closing balance by (Including value material in stock/ likely to be produced) Plan activities under Revolving Fund Proposed activities Expected output Anticipated income (Rs.) Names the team members involved Finger millet based processed products Ragi malt- 50 kg Home Science & Agronomy Enriched ragi flour- 50 kg Ragi mixture- 10 kg Seed production Ragi (GPU 66) 15 qtl SMS-Agronomy, Farm Manager Horse gram SMS-Agronomy, Farm Manager Cow pea SMS-Agronomy, Farm Manager Sheep & Goat rearing - - SMS-sericulture & Farm Manager Fodder Seed Production SMS-Agronomy, Farm Manager, PC Mango & Vegetable special production SMS-Horti, PA, PC Vegetable seedlings SMS-Horti, PA, PC 19. Activities soil, water and plant testing laboratory during Type samples to be analyzed Names the team members involved 19.1 Soil 19.2 Water Lab does not exists, if funds are provided related activities would be carried out 19.3 Plant accordingly 19.4 Others 20. E-linkage during Likely iod completion (please set the Nature activities No time frame) 20.1 Title the technology module to be prepared Crops (Banana, Mango, Vegetables) module - covering all aspects cultivation 20.2 Creation and maintenance relevant database system for KVK Completed Any other (Please specify) Remarks if any 21. Activities planned under Rainwater Harvesting Scheme (only to those KVKs which are already having scheme under Rain Water Harvesting) S. No Activities planned Remarks if any 21.1 Not implemented due to budget cut

25 Innovator Farmer s Meet Particulars Details 22.1 Are you planning for conducing Farm Innovators meet in your district? No 22.2 If Yes likely month the meet 22.3 Brief action plan in this regard 23. Farmers Field School (FFS) planned: No Thematic area Title the FFS Budget proposed in Rs Plant protection Rejuvenation and ICM practices in Jasmine Budget - Details budget utilization ( ) up to 28 February 2015: Particulars Sanctioned Released Expenditure 24.1 Recurring Contingencies Pay & Allowances Traveling allowances Contingencies Stationery, telephone, postage and other expenditure on fice running, publication Newsletter and library maintenance B POL, repair vehicles, tractor and equipments C Meals/refreshment for trainees D Training material E Frontline demonstration except oilseeds and pulses F On farm testing G Training extension functionaries H Maintenance buildings I Establishment Soil, Plant & Water Testing Laboratory J Library K Integrated Farming System L Farmers Field School M Extension Activities Total Recurring Non-Recurring Contingencies Works Equipments including SWTL & Furniture Vehicle (Four wheeler/two wheeler, please specify) Library Total Non Recurring REVOLVING FUND GRAND TOTAL (A+B+C) (Rs.)

26 Details Budget Estimate ( ) based on proposed action plan: Particulars BE proposed (Rs.) 25.1 Recurring Contingencies Pay & Allowances Traveling allowances Contingencies 0 A Stationery, telephone, postage and other expenditure on fice running, publication Newsletter and library maintenance (Purchase News Pa & Magazines) 3.50 B POL, repair vehicles, tractor and equipments 3.00 C Meals/refreshment for trainees (ceiling upto Rs.40/day/trainee be maintained) 1.31 D Training material (posters, charts, demonstration material including chemicals etc. required for conducting the training) 1.50 E Frontline demonstration except oilseeds and pulses FLD & EDP 1.95 FLD under NFSM 1.20 F On farm testing (on need based, location specific and newly generated information in the major production systems the area) 0.84 G Training extension functionaries 0.50 H Maintenance buildings 0.50 I Establishment Soil, Plant & Water Testing Laboratory 0.00 J Library 0.10 K Extension Activities 0.50 L Farmer s Field School 0.37 M Integrated Farming System 0.75 N Innovative Activity TOTAL Recurring Contingencies Non-Recurring Contingencies Works Equipments including SWTL & Furniture for hostel Vehicle (Four wheeler/two wheeler, please specify) Library (Purchase assets like books & journals) TOTAL Non-Recurring Contingencies REVOLVING FUND GRAND TOTAL XXXXXXX