PROFORMA FOR ANNUAL REPORT 2016-17 1. GENERAL INFORMATION ABOUT THE KVK 1.1. Name and address of KVK with phone, fax and e-mail Address Telephone E mail Office FAX KVK Kullu at Bajaura District Kullu 175 125 HP 01905-287318 01905-287318 [email protected]1.2 .Name and address of host organization with phone, fax and e-mail Address Telephone E mail Office FAX CSK HPKV Palampur 176 062 HP 01894-230383 01894-230511 [email protected]1.3. Name of the Programme Coordinator with phone, mobile No & e-mail Name Telephone / Contact Residence Mobile Email Dr. K. C. Sharma 9418118557 9418118557 [email protected]1.4. Year of sanction: 1985 1.5. Staff Position (as on 31 st March 2017) Sl. No. Sanctioned post Name of the incumbent Age Discipline with highest degree obt. Pay Band & Grade Pay (Rs.) Present basic (Rs.) Date of joining in KVK Permanent /Temporary Category (SC/ST/ OBC/ Others) 1 Programme Coordinator Vacant - - - - - - - 2 Subject Matter Specialist Dr K C Sharma 53 Vegetable Science, Ph.D. 37400- 67600 GP(10000) 57490 04.01.2017 Permanent Others 3 Subject Matter Specialist Dr (Mrs.) Chanderkanta 48 Food and Nutrition, Ph.D. 37400- 67600 GP(10000) 59520 04.07.1994 Permanent Others 4 Subject Matter Specialist Dr (Mrs.) Deepali Kapoor 40 Vety. Parasitology, M.V.Sc. 15600- 39100 GP(6000) 23950 07.04.2006 Temporary Others 5 Subject Matter Specialist Dr R K Rana 47 Horticulture, Ph.D. 15600- 39100 GP(6000) 25790 16.04.2012 Temporary Others 6 Subject Matter Specialist Vacant - - - - - - - 7 Subject Matter Specialist Vacant - - - - - - - 8 Subject Matter Specialist Vacant - - - - - - - 9 Programme Assistant Sh Raj Pal Singh 50 M Com 10300- 34800 (GP 3600) 13630 22.10.2016 Permanent Others 10 Computer Programmer Sh Sansar Chand 58 Matric 10300- 34800 (GP 3200) 15290 07.04.2016 Permanent OBC Farm Manager Sh.Bhupinder 58 B. Sc. Agri. 15600- 22140 02.07.2007 Permanent Others
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PROFORMA FOR ANNUAL REPORT 2016-17
1. GENERAL INFORMATION ABOUT THE KVK 1.1. Name and address of KVK with phone, fax and e-mail
Address Telephone E mail Office FAX
KVK Kullu at Bajaura District Kullu 175 125 HP 01905-287318 01905-287318 [email protected] 1.2 .Name and address of host organization with phone, fax and e-mail
Address Telephone E mail Office FAX
CSK HPKV Palampur 176 062 HP 01894-230383 01894-230511 [email protected]
1.3. Name of the Programme Coordinator with phone, mobile No & e-mail
16 Supporting staff Vacant - - - - - - - 1.6. Total land with KVK (in ha) : 7.93 S. No. Item Area (ha) 1 Under Buildings 0.05 2. Under Demonstration Units 0.09
3. Under Crops 4.63 4. Orchard/Agro-forestry 2.16 5. Others (specify)- Flood hit under reclamation 1.00 1.7. Infrastructural Development:
8 Farm godown ICAR 14.12.1989 496.80 564070 B) Vehicles Type of vehicle Year of purchase Cost (Rs.) Total kms. Run Present status Jeep Mahindra & Mahindra, (Bolero)
May 2010 549644 143522 Good
Tractor Sonalika International, DI-35
November 2004 345590 1636 hours Good
Motor Cycle Bajaj Discover 150
April 2011 49900 3214 Good
C) Equipments & AV aids Name of equipment Year of purchase Cost (Rs.) Present status Film sound projector 16.12.1986 12,000/- Unserviceable Micro-photography equipment for microscope COSINA (camera)
04.04.1988 9,640/- Good
Television (Videocon) 30.05.1991 16,990/- Good VCP (Videocon) 30.05.1992 13,690/- Good Overhead projector 23.06.1992 6,175/- Unserviceable Hot air oven 27.03.1999 5,304/- Good UPS-625 VA 30.03.1999 8,512/- Unserviceable Computer & monitor with CD writer 15.05.1999 57,784/- Unserviceable Scanner 5200C HP 30.03.1999 16,101/- Unserviceable Printers (LaserJet 6L gold HP) 24.04.1999 19,196/- Unserviceable Printer LaserJet 695Cci HP 24.04.1999 7,010/- Unserviceable Computer (Siemens make), P-II+CPU 10.01.2000 59,117/- Unserviceable Lexmark printer 695 Cci (HP) 10.01.2000 7,010/- Unserviceable Fax modem (33.6 kpbs) 10.01.2000 9,100/- Unserviceable Vacuum cleaner (M/s. Eureka Forbes) 21.03.2002 5,400/- Good Photocopier (M/s. Ricoh India Ltd.) 17.10.2002 85,250/- Unserviceable Godrej overhead projector 31.03.2004 22,100/- Good Wheat thrasher 28.04.2004 9,351/- Unserviceable LG refrigerator 21.08.2004 15,200/- Good LG-refrigerator 24.09.2005 15,725/- Good Water distillation still (glass) 14.01.2005 31,590/- Good Combined Kjeldahl digestion &distillation unit(2) 14.01.2005 44,800/- Good Portable top pan balance 17.03.2005 31,158/- Good Flame photometer 21.03.2005 33,372/- Good Chemical balance 21.03.2005 99,900/- Good Shaker 21.03.2005 29,916/- Good Oven 21.03.2005 13,608/- Good Grinder 21.03.2005 19,656/- Good P.H.& conductivity meter 21.03.2005 46,332/- Good Spectrophotometer 30.03.2005 1,67,400/- Good Leveler (planker) 30.03.2005 6,500/- Good Offset disc harrow 14 disc 30.03.2005 21,500/- Good
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Name of equipment Year of purchase Cost (Rs.) Present status Cultivator 9 tines 30.03.2005 11,500/- Good 2 F disc plough 30.03.2005 14,500/- Good Trolley(9’x5’x1.5’) hydraulic 30.03.2005 49,500/- Good Scanner 25.04.2005 7,176/- Good Computer, CPU, keyboard & mouse 16.05.2005 77,750/- Good Printer laser jet 10.06.2005 12,200/- Good UPS 1.4 KVA 20.10.2005 18,500/- Good Laser Fax Panasonic FL 512 08.02.2006 17,680/- Unserviceable Colored Laser Jet Printer 23.03.2006 20,990/- Good Sony make digital camera 24.03.2006 32,705/- Good Digital Light processing Projection (LCD) BENQ 23.02.2007 99,405/- Good Computer, Desk top computer, LENOVO 12.05.2008 38,250/- Good Sony Bravia LCD TV 40’’ 09.10.2008 76,900/- Good Disc Harrow 6x6 07.01.2009 35,880/- Good Electric power sprayer battery operated 02.03.2009 4750/ Unserviceable Stiching Machine (for jute bag stiching etc.) 08.07.2010 5,479/- Good VST Power Tiller 130 DI with 600 mm rotary 20.09.2010 2,08,457 Good Whirlpool Double Door Refrigerator 12.04.2010 37,800/- Good Aquasure RO Water Purifier 12.04.2010 16,000/- Good BOD Incuvator 07.06.2010 1,33,000/- Good Binocular Microscope 03.06.2010 36,248/- Good Laminar Air Flow 07.06.2010 46,575/- Good Ricoh Digital Copier 21.04.2010 1,00,000/- Good Autoclave Vertical 26.04.2010 98,325/- Good PC HP Pavilion 27.04.2010 36,190/- Good HP Laserjet Printer 27.04.2010 11,500/- Good Internet Lab- One server + 5 PCs + 1 laserjet printer + 1 Dot matrix printer + 1 scanner + other accessories
Require repair
P.A. System New 05.05.2011 24,700/- Good Computer desktop with assessary 27.06.2011 32,750/- Good Lexus cozy 150kg capacity electronic balance 04.05.2011 10000/- Good Tractor operated post hole digger 20.03.2012 42,748/- Good Knap sack spray pump 19.07.2012 750/- Good HP Fax machine office jet (All in one) 12.09.2012 7150/- Good Power tiller operated zero till drill 28.08.2012 20000/- Good Electric power sprayer battery operated 28.08.2014 2500/- Good Wheat thresher 16.05.2014 66702/- Good Maruyama brtush cutter 26.09.2015 37750/- Good Maruyama Power sprayer 26.09.2015 71091/- Good Washing Machine (Lloyd) fully automatic 18.08.2015 16990/- Good
1.8. A). Details SAC meeting* conducted in the year 2016-17
Sl. No.
Date Name and Designation of Participants No. of absentees
Salient Recommendations Action taken
1. 21.02.2017 1. Dr. P K Mehta DEE CSKHPKV Palampur
2. Dr. R S Jamwal Director Research, CSKHPKV Palampur
3. Dr D R Thakur, Associate Director HAREC Bajaura
4. Dr. D R Khajuria ADR RHR&TS,Bajaura
5. Dr. Raj Kumar Head IARI Regional Station Katrain
6. Dr. Om Hari Chaturvedi, Head NTRS Garsa
7. Dr. Ram Lal Sandal Dy Director Animal Husbandry Kullu
Member, Vill. Sarsei PO Haripur 17. Smt. Veena Bharti
Member, Vill Targali PO Manglore Kullu
18. Dr KC Sharma PC, KVK Kullu
7 To conduct frontline demonstrations and training programme on pruning of pomegranate as it is one of the major component in pomegranate cultivation
Proposed in action plan 2017-18
Integrated management of flies in cattle barns Proposed in action plan 2017-18 Frontline demonstrations and training programme on management of premature leaf fall (Apple) in Naggar block.
Proposed in action plan 2017-18
Demonstration on multiplication of clonal rootstocks of fruit crops at KVK Farm
Proposed in action plan 2017-18
Frontline demonstrations and awareness programme on yellow rust of wheat in Lag valley in collaboration with department of Agriculture.
Proposed in action plan 2017-18
Awareness programme on weed management in wheat by using VESTA herbicide.
Proposed in action plan 2017-18
Training programme on conservation of mountain crops Proposed in action plan 2017-18 Demonstration on Zero budget and organic farming at KVK farm and its training in selected villages
Proposed in action plan 2017-18
Awareness cum training programme on water soluble fertilizers Proposed in action plan 2017-18 Training programme on effective cropping systems for income generation.
Proposed in action plan 2017-18
Complete Training programme on protected cultivation Proposed in action plan 2017-18 Frontline demonstrations and training programme on bio pesticides in vegetable
Proposed in action plan 2017-18
Calendar of different operations for fruit, vegetables and cattle Proposed in action plan 2017-18
Training programme on vegetable crops, mechanization in agriculture and value addition in mountain crops.
Proposed in action plan 2017-18
Vocational training on beekeeping, vegetable crops and fruit nurseries & dairy farming
Proposed in action plan 2017-18
* A copy of SAC proceedings along with list of participants attached (Annexure I)
2. DETAILS OF DISTRICT (2016-17)
Kullu district is situated in the Inner Himalayas between 300 51’ 00” North latitude and 770 06’ 04” East
longitude. The altitude of the district ranges from 500 m to 5000 m amsl, but the habitation is only up to 3500 m.
In terms of geographical conditions the district is mountainous cruised by rivers & valleys. The Satluj and Beas
are the principal rivers with many tributaries. The district has been divided into five blocks viz. Naggar, Kullu,
Banjar, Ani and Nirmand. There are 204 Gram Panchayats and 172 revenue villages having many hamlets. Total
population is 4,37,903 as per 2011 census (Male 2,24,549 and Female 2,13,354).
Net cultivated area is 42,400 ha. 28,539 ha is cultivated more than once thus making the total cultivated
area to 70,939 ha. Only 2905 ha is irrigated which comes to 7.8 per cent of the net cultivated area. Out of 66,206
2.2 Description of Agro-climatic Zone & major agro ecological situations (based on soil and topography)
S. No
Agro-climatic
Zone Characteristics
1 Mid-hill sub-humid zone
The elevation of this zone varies from 651 to 1800m amsl. Soil texture varies from loam to clay loam and soils are deficient in N & P with poor water & nutrient holding capacity. Soils are acidic in reaction. The average rainfall is about 1500mm. In this zone, wheat, paddy, maize, seed potato, pulses and oilseeds are the main crops Stone and citrus fruits occupy considerable area. Forest and pastures are also important in this zone.
2 High-hills temperate wet zone
The elevation of this zone lies above 1800m amsl. The soils are shallow in depth, acidic in reaction, silt loam to loam in texture and deficient in N & P. Terrace farming is practiced. Soil erosion, low fertility and inadequate water management are main problems of this zone. The main crops are wheat, maize, paddy, barley, pulses and oilseeds. Mostly rainfed farming is practiced. The average rainfall is about 1000mm. This zone is suitable for raising off-season vegetable and seed production of temperate vegetable, Apple, other temperate fruits and nuts are important horticultural crops.
3 High-hills temperate dry zone
The elevation of this zone lies above 2501m amsl. The soils are shallow in depth and sandy loam in texture with low fertility. The main crops are barley, wheat, potato, buckwheat, peas, millets, temperate vegetables and dry fruits. The average rainfall is about 1000mm.
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S. No
Agro ecological situation
Characteristics
1. Valley areas This includes the valley areas having elevation ranging from 651 to 1300m amsl in all the five development blocks. The average annual rainfall is about 1000mm. Soils is Entisol and Inceptisol with gentle slopping topography. The net cultivated area under this AES is about 12.7 thousand ha (35.05%) with partial irrigation facilities. Main sources of irrigation are flow and lift irrigation schemes. Vegetables, cereal and fruit based cropping systems are predominant in this AES. The net cultivated area is spread over approximately 54.3, 11.8, 11.8, 11.8 and 10.3% in Kullu, Naggar, Banjar, Nirmand and Ani blocks, respectively.
2. Mid-hill mild temperate areas
Area of this AES also spreads through the five blocks of the districts. The elevation of this AES ranges from 651 to 1300m amsl having annual rainfall of about 1540mm. The soil are Entisol, Inceptisol and Mollisol. Topography is hilly terrain. The net cultivated area is about 16.02 thousand ha (44.23%) with meager irrigation facilities. Cereal, pulse, fruits and vegetable based cropping systems are predominantly in practice in this AES. The net cultivated area is spread over approximately 19.2, 16.7, 20.6, 18.5 and 24.7% in Kullu, Naggar, Banjar, Nirmand and Ani blocks, respectively.
3. High-hill temperate areas
Area of this AES too spreads in all the five blocks of the district with elevation ranging from 1300 to 1800 m amsl. Average rainfall is about 1078 mm and soil types are Alfisol and Inceptisol. Topography is hilly terrain having net cultivated area of approximately 6.0 thousand ha (16.58 %) with inadequate irrigation facilities. Fruits, off-season vegetables, pulses and traditional mountain crops are predominant. The net cultivated area under this AES is spread over approximately 41.3, 25.0, 15.1, 13.3 and 5.3% in Kullu, Naggar, Banjar, Nirmand and Ani.
4. High hill wet temperate areas
This AES also extends in all the five blocks with elevation above 1800 m amsl with medium shallow soil. Topography is hilly terrain with net cultivated area of approximately 1.5 thousand ha (4.14%). Heavy snowfall with one growing season is characteristic feature in some of areas in this AES. Mountain traditional crops, pulses, cereals, fruits and vegetables are grown by the peasants. The net cultivated area under this AES is spread over approximately 33.3, 21.0, 12.3 and 13.3% in Kullu, Naggar, Banjar and Nirmand blocks, respectively.
2.3 Soil type/s
S. No Soil type Characteristics Area in ha 1. Valley Areas
Entisols & Inceptisols
Entisolsl: Soil has no diagnostic pedogenic horizons. They may be found in virtually any climate on very recent geomorphic surfaces. Inceptisols: Soils that are usually moist with pedogenic horizons of alteration of parent materials but not of illuviation. Generally, the direction of soil development is not yet evident from the marks left by various soil- forming processes or the marks are too weak to classify in another order
12.7 thousand hectare
2. Mid-hill mild temperate areas
Entisols, Inceptisols & Mollisols
Entisolsl: Soil has no diagnostic pedogenic horizons. They may be found in virtually any climate on very recent geomorphic surfaces. Inceptisols: Soils that are usually moist with pedogenic horizons of alteration of parent materials but not of illuviation. Generally, the direction of soil development is not yet evident from the marks left by various soil- forming processes or the marks are too weak to classify in another order. Mollisols: Soils with nearly black, organic – rich surface horizons and high supply of bases. They have mollic epipedons and base saturation greater than 50% in any cambic or argillic horizon.
16.4 thousand hectare
3. High-hill temperate
Alfisols & Inceptisols
Alfisols: Soil with gray to brown surface horizons, medium to high supply of bases, and B horizons of alluvial clay accumulation. These soils form mostly under forest or savanna vegetation in climates with
6.0 thousand hectare
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areas slight to pronounced seasonal moisture deficit. Inceptisols: Soils that are usually moist with pedogenic horizons of alteration of parent materials but not of illuviation. Generally, the direction of soil development is not yet evident from the marks left by various soil- forming processes or the marks are too weak to classify in another order.
4. High hill wet temperate areas
Alfisols & Inceptisols
Alfisols: Soil with gray to brown surface horizons, medium to high supply of bases, and B horizons of alluvial clay accumulation. These soils form mostly under forest or savanna vegetation in climates with slight to pronounced seasonal moisture deficit. Inceptisols: Soils that are usually moist with pedogenic horizons of alteration of parent materials but not of illuviation. Generally, the direction of soil development is not yet evident from the marks left by various soil- forming processes or the marks are too weak to classify in another order.
Wheat, maize, vegetable crops, stone fruits, apple, pear, sheep goat and dairy animals
Nutrient deficiency in cauliflower No value addition of unmarketable garlic bulb Faulty pruning and indiscriminate use of pesticides Zn and Boron deficiency in apple and maize Parasite and disease infestation in sheep and goat
Integrated nutrient management
Integrated crop management
Disease management in dairy animals
Value addition
4 Kullu Ani Nagan, Behana, Haripur, Showard,
Wheat, vegetable crops, blackgram, stone fruits and dairy animals
Low productivity due to incidence of yellow rust Poor productivity of black gram, Blossom end rot, wilt and fruit borer in tomato Infestation of aphids Browning due to boron deficiency
Apple, maize, wheat, vegetable crops and dairy animals
Unscientific orchard management and faulty pruning.
Incidence of yellow rust in wheat
Powdery mildew, blight and leaf miner in garden pea, Mineral and vitamin deficiency in dairy animals
Integrated orchard management, Integrated disease management in cereals and vegetables Feed management in dairy animals
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2.8 Priority/thrust areas Crop/Enterprise Thrust area Maize Integrated nutrient management and drudgery reduction Wheat Integrated diseases and weed management Black gram Integrated crop management Apple Integrated orchard management and value addition Pomegranate Integrated nutrient and pest management Plum Diversification through new cultivars Capsicum Integrated pest management Tomato Value addition and Integrated pest management Cauliflower Integrated nutrient and pest management Okra Integrated disease management Garden pea Integrated disease management Cucumber Integrated pest management Garlic Integrated nutrient management Fodder Green fodder availability round the year Dairy animals Nutritional and disease management
3. TECHNICAL ACHIEVEMENTS
3.A. Details of target and achievements of mandatory activities by KVK during 2016-17
OFT (Technology Assessment and Refinement) FLD (Oilseeds, Pulses, Cotton, Other Crops/Enterprises) 1 2
Number of OFTs Number of Farmers Number of FLDs Number of Farmers Targets Achievement Targets Achievement Targets Achievement Targets Achievement 9 9 47 54 18 20 214 233
Training (including sponsored, vocational and other trainings carried under Rainwater Harvesting Unit)
Small Scale income generating enterprises - - - - - - - - - -
TOTAL 1 - - 1 3 2 - - - 7 * Any new technology, which may offer solution to a location specific problem but not tested earlier in a given micro situation. A.2. Abstract of the number of technologies refined* in respect of crops/enterprises
Thematic areas Cereals Oilseeds Pulses Commercial Crops Vegetables Fruits Flower Plantation crops Tuber Crops TOTAL
TOTAL - - - - - -- - - * Technology that is refined in collaboration with ICAR/SAU Scientists for improving its effectiveness. A.3. Abstract of the number of technologies assessed in respect of livestock / enterprises
16 Production and Management - - - - - - - - Feed and Fodder - - - - - - - - Small Scale income generating enterprises
- - - - - - - -
TOTAL 1 - - 1 - - - 2 A.4. Abstract on the number of technologies refined in respect of livestock / enterprises
Thematic areas Cattle Poultry Sheep Goat Piggery Rabbitry Fisheries TOTAL Evaluation of Breeds - - - - - - - - Nutrition Management - - - - - - - - Disease of Management - - - - - - - - Value Addition - - - - - - - - Production and Management - - - - - - - - Feed and Fodder - - - - - - - - Small Scale income generating enterprises
- - - - - - - -
TOTAL - - - - - - - - 3.2. Achievements on technologies Assessed and Refined 3.2.1. Technologies Assessed under various Crops
Thematic areas Crop Name of the technology assessed No. of trials Number of farmers Area in ha (Per trail
covering all the Technological Options)
Integrated Nutrient Management
Apple Management of multi nutrients deficiency 2 2 0.40 Apple Evaluation of Calcium Nitrate and Urea as a substitute of CAN in apple 2 2 0.32 Cauliflower Boron fertilization to overcome browning of curds 5 5 0.50 Garlic Integrated nutrient management for management of hollow bulbs 6 6 0.54
Varietal Evaluation Wheat Evaluation of yellow rust resistant and high yielding wheat varieties 5 5 0.40
Integrated Pest Management
Integrated Crop Management
Integrated Disease Management
Small Scale Income Generation Enterprises
Weed Management
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Thematic areas Crop Name of the technology assessed No. of trials Number of farmers Area in ha (Per trail
covering all the Technological Options)
Resource Conservation Technology
Farm Machineries
Integrated Farming System
Seed / Plant production
Value addition
Soybean Impact of coagulants on quality and quantity of soy paneer 5 5 0
Nutritional and quality improvement of wheat flour supplemented with soy flour and finger millet
3 3 0
Drudgery Reduction
Storage Technique
Total 7 28 28 2.16 3.2.2. Technologies Refined under various Crops
Thematic areas Crop Name of the technology refined No. of trials Number of farmers Area in ha (Per trail covering all the Technological Options)
Integrated Nutrient Management
Varietal Evaluation
Integrated Pest Management
Integrated Crop Management
Integrated Disease Management
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Thematic areas Crop Name of the technology refined No. of trials Number of farmers Area in ha (Per trail covering all the Technological Options)
Small Scale Income Generation Enterprises
Weed Management
Resource Conservation Technology Farm Machineries
Integrated Farming System
Seed / Plant production
Value addition Drudgery Reduction
Mushroom cultivation Total 3.2.3. Technologies assessed under Livestock and other enterprises
Thematic areas Name of the livestock enterprise Name of the technology assessed No. of
trials No. of
farmers Evaluation of breeds Nutrition management Cattle Effect of probiotics supplementation on milk yield and its composition in lactating
Jersey cross bred cows 8 6
Goats Impact of feeding mineral licks on weight gain and general health in gaddi goats reared under extensive farming system
5 20
Disease management
Value addition Production and management Feed and fodder Small scale income generating enterprises Total 13 26
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3.2.4. Technologies Refined under Livestock and other enterprises
Thematic areas Name of the livestock enterprise
Name of the technology refined No. of trials
No. of farmers Evaluation of breeds Nutrition management Disease management Value addition Production and management Feed and fodder Small scale income generating enterprises
Total
B. Details of On Farm Trial A. Technology Assessment Trial 1
1) Title : Evaluation of Calcium Nitrate and Urea as a substitute of CAN in
apple
2) Problem diagnose/defined : Non availability of Calcium ammonium nitrate (CAN) fertilizer
3) Details of technologies Selected
for assessment/refinement
: i. 50% N through CN (2.5 kg) + 50% N through urea (0.76
kg)+ 0.76 kg lime
ii. 40% N through CN (2.0 kg) + 60% N through urea
(0.91 kg) + 0.91 kg lime
iii. 20% N through CN (1.0 kg) + 80% N through urea
(1.22 kg) + 0.1.22 kg lime
4) Source of technology : Dr YS Parmar UHF Solan
5) Production system : Rainfed apple farming (Rainfed Horti-Agri system)
6) Thematic area : Integrated Nutrient Management
7) Performance of the technology
with performance indicators
: In progress ( initiated during (January 2017)
8) Final recommendation for
micro level situation
: -
9) Constraints identified and
feedback for research
:
10) Process of farmers
participation and their reaction
:
.
B). Results of On Farm Trials
Crop/ enterprise
Farming situation
Problem Diagnosed
Title of OFT
No. of trials* Technology Assessed Parameters of
assessment
Data on the parameter Results of
assessment
Feedback from the farmer
1 2 3 4 5 6 7 8 9 10 Apple Un
irrigated Non availability of Calcium ammonium nitrate
Evaluation of Calcium Nitrate and Urea as a substitute of CAN in apple
2 1. 50% N through CN (2.5 kg) + 50% N through urea (0.76 kg)+ 0.76 kg lime
2. 40% N through CN (2.0 kg) + 60% N through urea (0.91 kg) + 0.91 kg lime
3. 20% N through CN (1.0 kg) + 80% N through urea (1.22 kg) + 0.1.22 kg lime
Growth, fruit size and yield
In progress ( initiated during January, 2017)
Technology Assessed *Production per unit
(t/ha)
Net Return (Profit) in Rs. / unit BC Ratio
11
In progress ( initiated during January, 2017) 1. 50% N through CN (2.5 kg) + 50% N through urea (0.76 kg)+ 0.76 kg lime 2. 40% N through CN (2.0 kg) + 60% N through urea (0.91 kg) + 0.91 kg lime 3. 20% N through CN (1.0 kg) + 80% N through urea (1.22 kg) + 0.1.22 kg
lime
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 2
1) Title : Management of Multi nutrient deficiency in apple
2) Problem diagnose/defined : Micro nutrient (Multi nutrient) deficiency in apple orchards
3) Details of technologies Selected
for assessment/refinement
: i. Single spray of Microvit (Farmers practice)
ii. Two foliar Spray of Multiplex (Recommended practice)
iii. Two foliar Spray of ZnSO4 (0.5%) , Mn SO4 (0.4 %) and
Boric acid (0.1%) (Technology assessed)
iv. Two sprays of chelated micronutrients formulation
(Technology assessed)
4) Source of technology : Dr YS Parmar UHF Solan
5) Production system : Rainfed apple farming (Rainfed Horti-Agri system)
6) Thematic area : Integrated Nutrient Management
7) Performance of the technology
with performance indicators
: Fruit yield slightly increased as compared to the farmers' practice.
However the recovery of deficiencies was more when two foliar
Spray of ZnSO4 (0.5%) , Mn SO4 (0.4 %) and Boric acid (0.1%) was
applied twice.
8) Final recommendation for
micro level situation
: Repeated during 2017-18
9) Constraints identified and
feedback for research
: Non availability of chelated formulations of individual micronutrient.
Need to develop specific formulation of different micronutrient
elements for apple farming.
10) Process of farmers
participation and their reaction
: Farmers were shown different deficiency symptoms during training
programmes and were also involved for selecting the deficient
orchards on the basis of visual symptoms. The farmers’ perspectives
were also taken care during the survey of the orchards. Soil Health
card of the farmers was taken in consideration before planning the
OFT.
.
B). Results of On Farm Trials Crop/
enterprise
Farming situation
Problem Diagnosed
Title of OFT
No. of trials* Technology Assessed Parameters of
assessment
Data on the parameter Results of assessment
Feedback from the farmer
1 2 3 4 5 6 7
8
9 10 Fruit yield
(t/ha) Recovery of deficiency symptoms
(%) Apple Un
irrigated Micro nutrient (Multi nutrient) deficiency in apple orchards
Management of Multi nutrient deficiency in apple
2 i. Single spray of Microvit (Farmers practice )
% recovery from deficiency yield
11.60 9 Fruit yield was increased as compared to the farmers' practice. However the recovery of deficiencies was more (62-65 %)when two foliar Spray of ZnSO4 (0.5%) , Mn SO4 (0.5 %) and Boric acid (0.1%) was applied twice.
-
ii. Two foliar Spray of Multiplex (Recommended practice)
11.90 16
iii. Two foliar Spray of ZnSO4 (0.5%) , Mn SO4 (0.4 %) and Boric acid (0.1%) (Technology assessed)
14.70 66
iv. Two sprays of chilated micronutrients formulation Technology assessed)
13.90 62
Technology Assessed *Production per unit
(t/ha)
Net Return (Profit) in Rs. / unit BC Ratio
11 12 13 14
i. Single spray of Microvit (Farmers practice) 11.60 299000 2.81
ii. Two foliar Spray of Multiplex (recommended Practice) 11.90 311000
2.89
iii. Two foliar Spray of ZnSO4 (0.5%) , Mn SO4 (0.4 %) and Boric acid (0.1%)
(Technology assessed)
14.70 423000 3.56
iv. Two sprays of chelated micronutrients formulation (Technology assessed) 13.90 391000
3.36
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 3
1) Title : Effect of probiotics supplementation on milk yield and its composition in
lactating Jersey cross bred cows
2) Problem diagnose/defined : Low milk yield due to feeding of poor quality roughages and high grain
diets to lactating animals
3) Details of technologies
selected for
assessment/refinement
: i. Concentrate feeding (Farmers practice)
ii. Concentrate feeding + Probiotic (Saccharomyces cervisiae and
Lactobacillus sporogenes) 15g/animal/day X 60 days
4) Source of technology : Standard technology
5) Production system : Semi Intensive
6) Thematic area : Feed management
7) Performance of the
technology with performance
indicators
: Feeding of probiotic (Biobloom) increased the milk yield by 13.14 %. The
milk fat% increased from 3.95 to 4.85 and SNF % from 8.09 to 9.11.
8) Final recommendation for
micro level situation
: Feeding of multi strain probiotic containing Saccharomyces cervisiae and
Lactobacillus sporogenes @15g/ animal/day improves the quantity and
quality of milk
9) Constraints identified and
feedback for research
: The farmers found the feeding of probiotic economically beneficial
10) Process of farmers
participation and their reaction
: The farm women of dairy self help group interested in improving the
performance of their lactating animals were chosen for laying this OFT.
B) Results of On Farm Trials Crop/
enterprise
Farming situation
Problem Diagnosed
Title of OFT
No. of trials*
Technology Assessed
Parameters of assessment Data on the parameter Results of assessment Feedback from the
farmer
1 2 3 4 5 6 7 8 9 10 Cattle Semi
Intensive Low milk yield due to feeding of poor quality roughages and high grain diets to lactating animals
Effect of probiotics supplementation on milk yield and its composition in lactating Jersey cross bred cows
8 i.Concentrate feeding (Farmers practice)
Pre treatment
Post treatment
Feeding of probiotic (Biobloom) increased the milk yield by 13.14 %. over the control group. The milk fat% increased from 3.95 to 4.85 and SNF % from 8.09 to 9.11.
The farmers found the feeding of probiotic economically beneficial
Milk yield (L) 8.45+0.15
8.52+0.24
Fat% 3.93+0.15 3.95+0.06
SNF% 8.10+0.01 8.09+0.7
ii.Concentrate feeding + Probiotic (Saccharomyces cervisiae and Lactobacillus sporogenes) 15g/animal/day X 60 days
Milk yield (L) 8.26+0.38 9.64+0.07
Fat% 3.81+0.50 4.85+0.06
SNF% 8.01+0.28 9.11+0.05
* No. of farmers
Technology Assessed *Production per unit (liters/animal) Net Return (Profit) in Rs. / unit BC Ratio
11 12 13 14 i.Concentrate feeding(Farmers practice) 8.57 108.1 1.72 ii.Concentrate feeding + Probiotic (Saccharomyces cervisiae and Lactobacillus sporogenes) 15g/animal/day X 60 days
9.64 134.5 1.87
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 4 1) Title : Impact of feeding mineral licks on weight gain and general health in
gaddi goats reared under extensive farming system
2) Problem diagnose/defined : Mineral deficiencies in small ruminants kept exclusively on grazing
leading to poor weight gain
3) Details of technologies selected
for assessment/refinement
: i. No Supplementation with mineral licks (Farmers practice)
ii. Supplementation with mineral licks x 6 months
4) Source of technology : Standard technology
5) Production system : Extensive
6) Thematic area : Feed management
7) Performance of the technology
with performance indicators
: The UMMB supplemented group gained significantly more weight than the control group. Overall, the goats in the UMB group gained an average (± SD) of 19.93 ± 1.4 kg while the control group gained an average of 13.28 ± 1.1 kg during the study period.
8) Final recommendation for
micro level situation
: Farmers should supplement their small ruminants with UMMB to
achieve better growth and improved health
9) Constraints identified and
feedback for research
: -
10) Process of farmers
participation and their reaction
: The sheep and goat farmers of the Nagar block reported poor growth
and low weight gain in goats hence the trial was planned
B). Results of On Farm Trials:
Crop/
enterprise
Farming situation
Problem Diagnosed
Title of OFT
No. of
trials*
Technology Assessed
Parameters of assessment Data on the parameter Results of assessment
Feedback from the farmer
1 2 3 4 5 6 7 8 9 10 Control (T1) Treated (T2)
Cattle Extensive Mineral deficiencies in small ruminants kept exclusively on grazing leading to poor weight gain
Impact of feeding mineral licks on weight gain and general health in gaddi goats reared under extensive farming system
5 i.No Supplementation with mineral licks (Farmers practice) ii.Supplementation
with mineral licks
x 6 months
Weight gain (kg)
13.28 19.93 The UMMB supplemented group gained significantly more weight than the control group. Overall, the goats in the UMB group gained an average (± SD) of 19.93 ± 1.4 kg while the control group gained an average of 13.28 ± 1.1 kg during the study period.
Farmers were fully convinced
Hb (g/dl)
7.8 8.93
PCV (%)
20.74 29.5
* No. of farmers
Technology Assessed *Production per unit (Average weight gain in Kg) Net Return (Profit) in Rs. / unit BC Ratio
11 12 13 14
i. No Supplementation with mineral licks (Farmers practice) 13.28 1490.4 2.60
ii.. Supplementation with mineral licks x 6 months 19.93 2267.4 2.71 *Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 5
1) Title : Nutritional and quality improvement of wheat flour supplemented with soy flour and finger millet
2) Problem diagnose/defined : Lack of iron and low protein content in wheat flour
3) Details of technologies elected for
ssessment/refinement
: i. Wheat flour (100%) (Farmers’ practice ) ii. Wheat flour + soy flour +finger millet flour (70:15:15)
(70:10:20) *Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 6
1) Title : Boron fertilization to overcome browning of curds in cauliflower
2) Problem
diagnose/defined
: Cauliflower is one of the most important cole crops being grown in Kullu district
throughout the year. During the last one decade, its production has been affected by boron
deficiency resulted into unmarketable brown curds. Hence, an OFT was conducted to
overcome the deficiency of B with the application of borax as soil as well as foliar.
3) Details of technologies
elected for
ssessment/refinement
: i) No boron+ NPK @ 62.5:37.5:35 kg + FYM @ 10 t/ ha
ii) Borax @20kg as soil application+ RDF ( NPK @ 125:75:70 kg + FYM
@ 20 t/ ha)
iii) Borax @ 0.5% as foliar application at curding stage +RDF(NPK @
125:75:70 kg + FYM @ 20 t/ ha)
4) Source of technology : CSK HPKV, Palampur
5) Production system : Irrigated vegetable based
6) Thematic area : Integrated Nutrient Management
7) Performance of the
technology with
performance indicators
: The application of recommended levels of fertilizers (RDF) i.e. NPK (@ 125:75:70 kg/ha)
+ FYM @ 20 t/ ha + 20kg/ha borax as soil application gave the highest curd yield of
cauliflower cv. ‘Fuziyama (20.30 t/ha) along with the maximum B:C ratio (3.70)
compared to the FP (16.56 t/ha). The application of recommended levels of fertilizers and
manures along with borax produced the snow white curds in comparison to pale yellow in
case of farmers practice.
8) Final recommendation for
micro level situation
: The application of recommended levels of NPK (@ 125:75:70 kg/ha) ++ FYM @ 20 t/
ha + borax @ 20kg/ha as soil application gave higher curd yield and profitability.
9) Constraints identified and
feedback for research
: -
10) Process of farmers
participation and their
reaction
: Testing was done on farmers’ field and they were impressed with this technology as it
not only increased the curd yield of cauliflower but also improves the curd quality i.e.
snow white curds.
B) Results of On Farm Trials: Crop/ enterprise
Farming situation
Problem Diagnosed
Title of OFT
No. of trials*
Technology Assessed
Parameters of assessment
Data on the parameter Results of assessment Feedback from the
farmer 1 2 3 4 5 7 8 9 10
Cauliflower Irrigated Boron deficiency
Integrated nutrient management to overcome boron deficiency
5 1. No boron + NPK @ 62.5:37.5:35 kg + FYM @ 10 t/ ha (Farmers Practice)**
Curd yield (t/ha) 16.56 The application of recommended levels of fertilizers(RDF) i.e. NPK (@ 125:75:70 kg/ha) + FYM @ 20 t/ ha + 20kg/ha borax gave the highest curd yield of cauliflower cv. ‘Fuziyama (20.32 t/ha) along with the maximum B:C ratio (3.70) compared to the FP (16.56 t/ha). The application of recommended levels of fertilizers and manures along with borax as soil application produced the snow white curds in comparison to pale yellow in case of farmers practice.
The farmers are very much impressed with this technology as it not only increased the curd yield of cauliflower but also improves the curd quality.
Curd colour Pale yellow 2. Borax @20kg as soil application+ RDF( NPK @ 125:75:70 kg + FYM @ 20 t/ ha)
Curd yield (t/ha) 20.32
Curd colour Snow White
3. Borax @ 0.5% as foliar application at curding stage +RDF (NPK @ 125:75:70 kg + FYM @ 20 t/ ha )
Fruit yield (t/ha) 19.62 Curd colour Snow white
Technology Assessed *Production per unit (t/ha) Net Return (Profit) in Rs. / unit BC Ratio
11 12 13 14
1. No boron + NPK @ 62.5:37.5:35 kg + FYM @ 10 t/ ha (Farmers Practice)**
16.56 108250 2.90
2. Borax @20kg as soil application+ RDF ( NPK @ 125:75:70 kg +
FYM @ 20 t/ ha) 20.32 177940 3.70
3. Borax @ 0.5% as foliar application at curding stage +RDF (NPK @
125:75:70 kg + FYM @ 20 t/ ha ) 19.62 170940 3.65
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
Trial 7
1) Title : Potassium fertilization to overcome hollowness of bulbs in garlic
2) Problem diagnose/defined : Kullu district. Its production has been affected by imbalanced use of potassium
fertilizers resulting into hollowness of bulbs upto 20-25%. Therefore, an OFT was
conducted to overcome this problem with application of potassium fertilizers as
soil as well as foliar spray
3) Details of technologies elected
for assessment/refinement
: i. NPK @ 62.5:37.5:30 kg + FYM @ 10 t/ ha (Farmers practice)
ii. NPK @ 125:75:60 kg + FYM @ 20 t/ ha ( Recommended practice)
iii. NPK @ 125:75:60 kg + FYM @ 20 t/ ha + 2 sprays of NPK 0:0:50 @ 0.5%
starting from bulbing stage at 10 days intervals (Technology assessed).
4) Source of technology : IIVR, Varanasi
5) Production system : Irrigated- vegetable based
6) Thematic area : Integrated Nutrient Management
7) Performance of the technology
with performance indicators
: The application of K2O@60kg/ha + N:P @ 125:75 kg + FYM @ 20 t/ ha (RDF)
+ 2 sprays of NPK 0:0:[email protected]% starting from bulbing stage at 10 days interval
gave the highest bulb yield of garlic cv. ‘GHC-1’ (12.177 t/ha) along with the
maximum B:C ratio (3.49) compared to the FP (9.383 t/ha). The above treatment
also produced very low hollowness of bulbs (2.60%) as compared to 17.40 % in
case of farmers practice.
8) Final recommendation for
micro level situation
: The application of K2O@60kg/ha + N:P @ 125:75 kg + FYM @ 20 t/ (RDF) +
sprays of NPK 0:0:50 @ 0.5% starting from bulbing stage at 10 days interval
gave the highest bulb yield and profitability.
9) Constraints identified and
feedback for research
: -
10) Process of farmers
participation and their reaction
: Testing was done on farmers’ field and they were impressed with this technology
as it not only increased the bulb yield of garlic but also improves the bulb quality
which is the major concern of the farmers. Other garlic growers who visited the
OFTs also showed keen interest towards this technology
B) Results of On Farm Trials:
Crop/ enterprise Farming situation Problem
Diagnosed Title
of OFT No. of trials*
Technology Assessed
Parameters of assessment
Data on the
parameter Results of assessment Feedback from the
farmer
1 2 3 4 5 6 7 8 9 10 Garlic Irrigated Imbalanced use of
potassium fertilizers leading to hollowness of bulbs
Integrated Nutrient Management
6 1 K2O @30kg/ha + NP @ 62.5:37.5 kg kg + FYM @ 10 t/ ha (Farmers Practice)**
Bulb yield (t/ha)
9.383 The application of K2O@60kg/ha + NP @ 125:75 kg + FYM @ 20 t/ ha (RDF) + 2 sprays of NPK 0:0:[email protected]% starting from bulbing stage at 10 days interval gave the highest bulb yield of garlic cv. ‘GHC-1’(12.177 t/ha) along with the maximum B:C ratio (3.49) compared to the FP (9.383 t/ha). The above treatment also produced very low hollowness of bulbs (1.80%) compared to 17.4 % in FP.
The farmers are very much impressed with this technology as it not only increased the bulb yield of garlic but also improves the bulb quality.
Hollow bulbs (%)
17.40
2. K2O @60kg/ha + NP @ 125:75 kg + FYM @ 20 t/ ha (RDF)
Bulb yield (t/ha)
12.018
Hollow bulbs (%)
2.60
3. K2O @60kg/ha + NP @ 125:75 kg + FYM @ 20 t/ ha (RDF) + 2 sprays of NPK 0:0:50 @0.5% starting from bulbing stage at 10 days interval
Bulb yield (t/ha)
12.177
Hollow bulbs (%)
1.80
* No. of farmers
Technology Assessed *Production per unit (t/ha) Net Return (Profit) in Rs. / unit BC Ratio 11 12 13 14
1. K2O @30kg/ha + NP @ 62.5:37.5 kg kg + FYM @ 10 t/ ha (Farmers
Practice)**
9.383 134476 2.86
2. K2O@60kg/ha + NP @ 125:75 kg + FYM @ 20 t/ ha (RDF) 12.018 188586 3.48 3. K2O@60kg/ha + NP @ 125:75 kg + FYM @ 20 t/ ha (RDF) + 2 sprays of NPK
0:0:50 @0.5%starting from bulbing stage at 10 days interval
12.177 191294 3.49
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area.
** Give details of the technology assessed or refined and farmer’s practice
Trial 8
1) Title : Evaluation of yellow rust resistant high yielding wheat varieties
2) Problem diagnose/defined : HPW 236 variety is susceptible to yellow rust
3) Details of technologies Selected
for assessment/refinement
: i. HPW 236 (Farmers’ practice)
ii. HPW 349 (Recommended practice)
iii. HPW 368 (Technology assessed)
4) Source of technology : CSK HPKV Palampur
5) Production system : Rainfed cereal based system (Maize-wheat)
6) Thematic area : Varietal evaluation
7) Performance of the technology
with performance indicators
: Yellow rust severity was 15S in HPW 236 and 0S in HPW 349 and HPW
368, respectively.
8) Final recommendation for
micro level situation
: HPW 368 wheat variety is recommended for AES I,II and III of the
district as the same is resistant to yellow rust and high yielding
9) Constraints identified and
feedback for research
: Chapati making quality of HPW 236 in not good
10) Process of farmers
participation and their reaction
: Farmers appreciated the performance of HPW 349 and 368
B). Results of On Farm Trials:
Crop/ enterprise
Farming situation Problem Diagnosed
Title
of OFT No. of trials* Technology Assessed Parameters of
assessment
Data on the parameter Results of assessment Feedback from the
farmer
1 2 3 4 5 6 7 8 9 10
Wheat Rainfed HPW 236 variety is susceptible to yellow rust
Evaluation of yellow rust resistant high yielding wheat varieties
5 i. HPW 236 (Farmers’ practice)
Yellow rust severity
Yellow rust severity
Yellow rust was not recorded in variety HPW 349 and HPW 368
Performance of HPW 349 and HPW 368 was very good
15S
ii. HPW 349 (Recommended practice
0S
iii. HPW 368 (Technology assessed)
0S
*No. of farmers
Technology Assessed *Production per unit ( kg/ha) Net Return (Profit) in Rs. / unit BC Ratio
11 12 13 14
i. HPW 236 (Farmers’ practice) 27.80 15400 1.65 ii. HPW 349 (Recommended practice) 30.60 19340 1.82
iii. HPW 368 (Technology assessed) 32.50 22000 1.93 *Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
APR-2016-17
36
Trial 9
1) Title : Impact of coagulants on quality and quantity of soy paneer
2) Problem diagnose/defined : Lack of awareness regarding nutritive value of soybean and its
value addition
3) Details of technologies
selected for
assessment/refinement
: i. Cow milk paneer with Lemon (30-50ml/lt milk ) as Coagulant
(Farmers’ Practice ) ii. Citric acid @ 2 % lt of soy milk iii. Calcium cloride (CaCl2.2H2O) @ 2% / lt soy milk
iv. Vinegar @ 5% / lt Soy milk)
4) Source of technology : CIAE ,Bhopal
5) Production system : -
6) Thematic area : Value addition
7) Performance of the
technology with performance
indicators
: Coagulating soya milk with Calcium chloride scored the highest in
sensory parameter, over all acceptability and also longer shelf life and
quantity
8) Final recommendation for
micro level situation
: Calcium chloride and vinegar are better coagulants to get higher yield
and shelf life
9) Constraints identified and
feedback for research
: -
10) Process of farmers
participation and their reaction
: Farmers were involved in the entire process. They were convinced
with the results and quality of the product.
B). Results of On Farm Trials:
Crop/ enterprise
Farming situation
Problem diagnosed
Title of OFT No of trials*
Technology assessed Parameters of assessment
Data on parameters Results of assessment
Feedback from farmer
1 2 3 4 5 6 7 8 9 10 Mean sensory scores (10 point Hedonic scale)
Soybean ( soy paneer)
- Lack of awareness regarding nutritive value of soybean and its value addition
Impact of coagulants on quality and quantity of soy paneer
5
i.Soy milk with Lemon (30-50ml/lt milk ) as Coagulant (Farmers’ Practice)
OA# Based on sensory parameters, storage life and overall acceptability Coagulating soya milk with Calcium chloride scored the highest followed by Vinager and citric acid
Farmers were convinced and accepted the technology.
7.2 7.1 6.6 6.1 1-2 6.75
ii. Citric acid @ 2 % lt of soy milk (Technology assessed)
* No. of farmers C# Colour F# Flavour Tx# Texture T# taste ,Q quantity, SL- shelf life OA# Over all acceptance
Technology assessed *Production cost (Rs /qtl.) Net Return (Profit) in Rs. / qtl. B:C ratio 11 12 13 14
i. Soy milk with Lemon (30-50ml/lt milk ) as Coagulant (Farmers’ Practice) 6000 9000 2.5 ii. Citric acid @ 2 % lt of soy milk (Technology assessed) 6000 14000 3.33 iii.Calcium cloride (CaCl2.2H2O) @ 2% / lt soy milk (Technology assessed) 6000 19000 4.16
iv. Vinegar @ 5% / lt Soy milk(Technology assessed) 6000 19000 4.16 *Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area. ** Give details of the technology assessed or refined and farmer’s practice
PART 4 - FRONTLINE DEMONSTRATIONS
4.A. Summary of FLDs implemented during 2016-17 Sl. No. Category Farming
Situation
Season and Year
Crop Variety/ breed Hybrid Thematic area Technology
Demonstrated Area (ha) No. of farmers/
demonstration Reasons for shortfall in
achievement Proposed Actual SC/ST Others Total 1 Oilseeds 2 Pulses Rainfed Kharif
2016 Black gram Him
Mash-1 & UG-218
- Varietal evaluation
High yielding variety of black gram suitable under changing climate
5 5 6 44 50 -
3 Cereals Rainfed Kharif 2016
Maize - Kanchan 517
Integrated nutrient management
Soil application of Zn SO4@ 25kg ha-1
0.8 0.8 - 10 10 -
Rainfed Rabi 2016-17
Wheat HPW 155 - Nutrient management
Soil test based nutrient management in wheat
2.0 2.0 - 14 14 -
Rainfed Rabi 2016-17
Wheat HPW -349 - Disease management
Demonstration on yellow rust resistant wheat variety HPW 349
2.0 2.0 - 18 18 -
4 Millets 5 Vegetables Irrigated Kharif
2016 Okra Palam
Komal - Varietal
Evaluation Yellow vein mosaic virus resistant and high yielding variety
0.40 0.4 5 10 15 -
Rainfed Rabi 2016-17
Peas Punjab-89 Varietal Evaluation
Powdery mildew resistant and high yielding variety PB-89
0.56 0.56 6 8 14
6 Flowers 7 Fruit Un
irrigated 2016-17
Apple Royal Delicious
- Crop Management
Method demonstration on pruning technique
1.0 1.30 4 6 10 -
Un irrigated
2016-17
Apple Royal Delicious
- Disease Management
Management of premature leaf fall
0.5 0.5 3 2 5 -
Irrigated 2016-17
Pomegranate Sindhuri - Crop Management
Integrated disease and pest management
0.40 0.64 2 - 2 -
8 Spices and condiments
9 Commercial 10 Medicinal and
aromatic
11 Fodder Rainfed 2016-17 Maize African Tall
- Feed and fodder
High yielding variety of maize
1.0 1.0 6 4 10
Rainfed 2016-17 Silage making
-- - Feed and Fodder
Method demonstrations on Silage making in drums to overcome shortage of
5 5 2 3 5
APR 2016-17
39 Sl. No. Category Farming
Situation
Season and Year
Crop Variety/ breed Hybrid Thematic area Technology
Demonstrated Area (ha) No. of farmers/
demonstration Reasons for shortfall in
achievement Proposed Actual SC/ST Others Total green fodder during lean period
Rainfed 2016-17 Oat Palampur 1
- Feed and fodder
High yielding variety of fodder oat to overcome scarcity of green fodder in winter months
1.0 1.0 3 7 10 -
Rainfed 2016-17 Azolla -- - Feed and fodder
Cultivation of Azolla as a supplement to nutritious green fodder
2 units
2 units 2 - 2
Rainfed 2016-17 Napier Bajra Feed and Fodder
Cultivation of high yielding grasses for augmentation of green fodder
* Economics to be worked out based total cost of production per unit area and not on critical inputs alone. ** BCR= GROSS RETURN/GROSS COST ; H – Highest Yield, L – Lowest Yield A – Average Yield
Data on additional parameters other than yield (viz., reduction of percentage in weed/pest/ diseases etc.)
Data on other parameters in relation to technology demonstrated
Crop Technology
to be demonstrated
Variety/ Hybrid Parameter with unit Demo Check
Apple Management of premature leaf fall
Royal Delicious
Symptoms on leaf Symptoms on fruit
4.2 0
18.2 7.0
pomegranate Integrated disease and pest management
Sindhuri % fruit infested with anar butter fly % infestation with aphid % fruits infested with diseases
3.5 0
6.8
10.2 3.5
16.2
Home Science (Maize)
Maize sheller to reduce drudgery
- Grain capacity (out put )
Damage/Broken grains(%)
Lobour requirement (Person /Hr. /QT)
15 (Kg/Hour) 10(Kg/Hour) 2 10 4 6
Value addition of
milk
- Taste,FlavourTextute overall acceptability
Mean sensory scores(10 point Hedonic scale)
Tx 6.5 7.8 F 5.7 9.2 T 5.4 9.4
OA 5.86 8.8
4.B.2. Livestock and related enterprises
Type of livestock
Name of the technology demonstrated Breed No. of
Demo
No. of
Units
Milk Yield (litre/day) % Increase
*Economics of demonstration Rs./unit)
*Economics of check (Rs./unit)
Demo Check if any
Gross Cost
Gross Return
Net Return
** BCR
Gross Cost
Gross Return
Net Return
** BCR
H L A
Dairy Feeding of Silage in winter months
Jersey X 5 5 7.6 4.32 5.96 5.50 7.71 3520 6500 2980 1.84 2520 4100 1580 1.62
Poultry Rabbitry Pigerry
Sheep and goat Flumethrin for control of ectoparasites in sheep Gaddi 40 7 -- -- --
Duckery Others
(pl.specify)
Data on additional parameters other than yield (viz., reduction of percentage diseases, increase in conceiving rate, inter-calving period etc.)
Data on other parameters in relation to technology demonstrated Parameter with unit Demo Check if any
Tick infestation Mite infestation
100% efficacy against ticks and 76% efficacy against mites up to 60 days post treatment -
4. B.3. Fisheries
Type of Breed
Name of the technology
demonstrated Breed No. of
Demo
Units/ Area (m2)
Yield (q/ha) % Increase
*Economics of demonstration Rs./unit) or (Rs./m2)
*Economics of check Rs./unit) or (Rs./m2)
Demo Check if any
Gross Cost
Gross Return
Net Return
** BCR
Gross Cost
Gross Return
Net Return
** BCR
H L A Common carps Others
(pl.specify)
* Economics to be worked out based total cost of production per unit area and not on critical inputs alone. ** BCR= Gross return/gross cost H-High L-Low, A-Average
APR 2016-17
46 Data on additional parameters other than yield (viz., reduction of percentage diseases, effective use of land etc.)
Data on other parameters in relation to technology demonstrated Parameter with unit Demo Check if any
4.B.4. Other enterprises
Enterprise Name of the technology
demonstrated
Variety/ species
No. of Demo
Units/ Area {m2}
Yield (q/ha) % Increase
*Economics of demonstration (Rs./unit) or (Rs./m2)
*Economics of check (Rs./unit) or (Rs./m2)
Demo Check if any
Gross Cost
Gross Return
Net Return
** BCR
Gross Cost
Gross Return
Net Return
** BCR
H L A Button mushroom Vermicompost Apiculture Others (pl.specify) Data on additional parameters other than yield (viz., additional income realized, employment generation, quantum of farm resources recycled etc.)
Data on other parameters in relation to technology demonstrated Parameter with unit Demo Local
4.B.. Extension and Training activities under FLD
Sl.No. Activity No. of activities organised Number of participants Remarks 1 Field days 3 101 Field days on maize, Blackgram and pomegranate 2 Farmers Training - - 3 Media coverage - - - 4 Training for extension
functionaries 20 564 -
5 Others (Please specify) - - -
APR 2016-17
47 5. Achievements on Training (Including the sponsored, vocational, FLD and trainings under Rainwater Harvesting Unit) :
A) ON Campus Thematic area No. of courses Participants
Others SC/ST Grand Total Male Female Total Male Female Total Male Female Total
(A) Farmers & Farm Women I Crop Production Weed Management Resource Conservation Technologies
Cropping Systems Crop Diversification 1 20 - 20 12 - 12 32 - 32 Integrated Farming Water management Seed production Nursery management Integrated Crop Management Fodder production Production of organic inputs 2 5 26 31 - 19 19 5 45 50 II Horticulture a) Vegetable Crops Production of low volume and high value crops
Household food security by kitchen gardening and nutrition gardening
Design and development of low/minimum cost diet
Designing and development for high nutrient efficiency diet
Minimization of nutrient loss in processing
Gender mainstreaming through SHGs
Storage loss minimization techniques
Value addition Income generation activities for empowerment of rural Women
1 2 12 14 - 12 12 2 24 26
Location specific drudgery reduction technologies
Rural Crafts Women and child care VI Agril. Engineering Installation and maintenance of micro irrigation systems
Use of Plastics in farming practices
Production of small tools and implements
Repair and maintenance of farm machinery and implements
Small scale processing and value addition
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50 Post Harvest Technology VII Plant Protection Integrated Pest Management Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticides
VIII Fisheries Integrated fish farming Carp breeding and hatchery management
Carp fry and fingerling rearing Composite fish culture Hatchery management and culture of freshwater prawn
Breeding and culture of ornamental fishes
Portable plastic carp hatchery Pen culture of fish and prawn Shrimp farming Edible oyster farming Pearl culture Fish processing and value addition
IX Production of Inputs at site Seed Production Planting material production Bio-agents production Bio-pesticides production Bio-fertilizer production Vermi-compost production Organic manures production Production of fry and fingerlings Production of Bee-colonies and wax sheets
Small tools and implements Production of livestock feed and fodder
Production of Fish feed X Capacity Building and Group Dynamics
APR 2016-17
51 Leadership development Group dynamics Formation and Management of SHGs
Mobilization of social capital Entrepreneurial development of farmers/youths
WTO and IPR issues XI Agro-forestry Production technologies Nursery management Integrated Farming Systems TOTAL 19 183 138 321 103 85 188 293 215 508 (B) RURAL YOUTH Mushroom Production Bee-keeping Integrated farming Seed production 2 38 17 55 38 6 44 76 23 99 Production of organic inputs Integrated Farming Planting material production Vermi-culture Sericulture Protected cultivation of vegetable crops
1 2 7 9 2 3 5 4 10 14
Commercial fruit production Repair and maintenance of farm machinery and implements
Nursery Management of vegetables crops
1 4 19 23 1 6 7 5 25 30
Training and pruning of orchards
1 3 12 15 7 3 10 10 15 25
Value addition Production of quality animal products
Dairying Sheep and goat rearing Quail farming Piggery Rabbit farming
APR 2016-17
52 Poultry production Ornamental fisheries Para vets Para extension workers Composite fish culture Freshwater prawn culture Shrimp farming Pearl culture Cold water fisheries Fish harvest and processing technology
Integrated Pest Management Integrated Nutrient management Rejuvenation of old orchards Protected cultivation technology Formation and Management of SHGs
Group Dynamics and farmers organization
Information networking among farmers
Capacity building for ICT application
Care and maintenance of farm machinery and implements
WTO and IPR issues Management in farm animals Livestock feed and fodder production
Household food security Women and Child care 1 8 6 14 4 3 7 12 9 21
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53 Low cost and nutrient efficient diet designing
Production and use of organic inputs
Gender mainstreaming through SHGs
TOTAL 4 47 13 60 19 5 24 66 18 84
B) OFF Campus
Thematic area No. of courses Participants Others SC/ST Grand Total
Male Female Total Male Female Total Male Female Total (A) Farmers & Farm Women I Crop Production
Household food security by kitchen gardening and nutrition gardening
1 6 9 15 2 3 5 8 12 20
Design and development of low/minimum cost diet
1 - 15 15 - 2 2 - 17 17
Designing and development for high nutrient efficiency diet
1 - 16 16 5 5 5 - 21 21
Minimization of nutrient loss in processing
1 - 11 11 - 16 16 - 27 27
Gender mainstreaming through SHGs
Storage loss minimization techniques
1 3 9 12 2 4 6 5 13 18
Value addition 2 11 16 27 - 7 7 6 30 36 Income generation activities for empowerment of rural Women
3 22 53 75 8 8 16 30 61 91
Location specific drudgery reduction technologies
1 - 20 20 - 4 4 - 24 24
Rural Crafts Women and child care
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56 VI Agril. Engineering
Installation and maintenance of micro irrigation systems
Use of Plastics in farming practices
Production of small tools and implements
Repair and maintenance of farm machinery and implements
Small scale processing and value addition
Post Harvest Technology VII Plant Protection
Integrated Pest Management Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticides
VIII Fisheries
Integrated fish farming Carp breeding and hatchery management
Carp fry and fingerling rearing Composite fish culture Hatchery management and culture of freshwater prawn
Breeding and culture of ornamental fishes
Portable plastic carp hatchery Pen culture of fish and prawn Shrimp farming Edible oyster farming Pearl culture Fish processing and value addition
IX Production of Inputs at site
Seed Production Planting material production Bio-agents production Bio-pesticides production
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57 Bio-fertilizer production Vermi-compost production Organic manures production Production of fry and fingerlings Production of Bee-colonies and wax sheets
Small tools and implements Production of livestock feed and fodder
Production of Fish feed X Capacity Building and Group Dynamics
Leadership development Group dynamics Formation and Management of SHGs
Mobilization of social capital Entrepreneurial development of farmers/youths
WTO and IPR issues XI Agro-forestry
Production technologies Nursery management Integrated Farming Systems TOTAL 41 341 459 800 138 181 314 469 640 1109 (B) RURAL YOUTH Mushroom Production Bee-keeping Integrated farming Seed production Production of organic inputs Integrated Farming Planting material production Vermi-culture Sericulture Protected cultivation of vegetable crops
1 11 3 14 6 4 10 15 6 21
Commercial fruit production 1 25 6 31 6 3 9 31 9 40 Repair and maintenance of farm machinery and implements
Nursery Management of
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58 Horticulture crops Training and pruning of orchards
1 5 9 14 5 4 9 10 13 23
Value addition 2 2 23 25 1 6 7 3 32 35 Production of quality animal products
Dairying 2 2 9 11 7 9 16 7 18 25 Sheep and goat rearing Quail farming Piggery Rabbit farming Poultry production Ornamental fisheries Para vets Para extension workers Composite fish culture Freshwater prawn culture Shrimp farming Pearl culture Cold water fisheries Fish harvest and processing technology
Integrated Pest Management Integrated Nutrient management Rejuvenation of old orchards Protected cultivation technology Formation and Management of SHGs
Group Dynamics and farmers organization
Information networking among
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59 farmers Capacity building for ICT application
Care and maintenance of farm machinery and implements
WTO and IPR issues Management in farm animals Livestock feed and fodder production
Household food security Women and Child care Low cost and nutrient efficient diet designing
Production and use of organic inputs
Gender mainstreaming through SHGs
TOTAL
C) Consolidated table (ON and OFF Campus) Thematic area No. of courses Participants
Others SC/ST Grand Total Male Female Total Male Female Total Male Female Total
Household food security by kitchen gardening and nutrition gardening
1 6 9 15 2 3 5 8 12 20
Design and development of low/minimum cost diet
1 - 15 15 - 2 2 - 7 17
Designing and development for high nutrient efficiency diet
1 - 16 16 - 5 5 - 21 21
Minimization of nutrient loss in 1 - 11 11 - 16 16 - 27 27
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62 processing Gender mainstreaming through SHGs
Storage loss minimization techniques
1 3 9 12 2 4 6 5 13 18
Value addition 2 11 16 27 - 7 7 6 30 36 Income generation activities for empowerment of rural Women
4 24 65 89 8 20 28 32 85 117
Location specific drudgery reduction technologies
1 - 20 20 - 4 4 - 24 24
Rural Crafts Women and child care VI Agril. Engineering
Installation and maintenance of micro irrigation systems
Use of Plastics in farming practices
Production of small tools and implements
Repair and maintenance of farm machinery and implements
Small scale processing and value addition
Post Harvest Technology VII Plant Protection
Integrated Pest Management Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticides
VIII Fisheries
Integrated fish farming Carp breeding and hatchery management
Carp fry and fingerling rearing Composite fish culture Hatchery management and culture of freshwater prawn
Breeding and culture of ornamental fishes
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63 Portable plastic carp hatchery Pen culture of fish and prawn Shrimp farming Edible oyster farming Pearl culture Fish processing and value addition
IX Production of Inputs at site
Seed Production Planting material production Bio-agents production Bio-pesticides production Bio-fertilizer production Vermi-compost production Organic manures production Production of fry and fingerlings Production of Bee-colonies and wax sheets
Small tools and implements Production of livestock feed and fodder
Production of Fish feed X Capacity Building and Group Dynamics
Leadership development Group dynamics Formation and Management of SHGs
Mobilization of social capital Entrepreneurial development of farmers/youths
WTO and IPR issues XI Agro-forestry
Production technologies Nursery management Integrated Farming Systems TOTAL 60 524 597 1141 236 266 502 762 845 1617 (B) RURAL YOUTH Mushroom Production Bee-keeping
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64 Integrated farming Seed production 2 38 17 55 38 6 44 76 23 99 Production of organic inputs Integrated Farming Planting material production Vermi-culture Sericulture Protected cultivation of vegetable crops
2 13 10 23 8 7 15 19 16 35
Commercial fruit production 1 25 6 31 6 3 9 31 9 40 Repair and maintenance of farm machinery and implements
Nursery Management of vegetable crops
1 4 19 23 1 6 7 5 25 30
Training and pruning of orchards
2 8 21 29 12 7 16 20 28 48
Value addition 2 2 23 25 1 6 7 3 32 35 Production of quality animal products
Dairying Sheep and goat rearing 2 2 9 11 7 9 16 7 18 25 Quail farming Piggery Rabbit farming Poultry production Ornamental fisheries Para vets Para extension workers Composite fish culture Freshwater prawn culture Shrimp farming Pearl culture Cold water fisheries Fish harvest and processing technology
Fry and fingerling rearing Small scale processing Post Harvest Technology Tailoring and Stitching Rural Crafts TOTAL 12 92 105 197 73 44 114 161 151 312
Integrated Pest Management Integrated Nutrient management Rejuvenation of old orchards Protected cultivation technology Formation and Management of SHGs
Group Dynamics and farmers organization
Information networking among farmers
Capacity building for ICT application
Care and maintenance of farm machinery and implements
WTO and IPR issues Management in farm animals Livestock feed and fodder production
Household food security Women and Child care 1 8 6 14 4 3 7 12 9 21 Low cost and nutrient efficient diet designing
Production and use of organic inputs
Gender mainstreaming through SHGs
TOTAL 4 47 13 60 19 5 24 66 18 84
Details of above training programmes (Annexure II)
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(D) Vocational training programmes for Rural Youth
Crop / Enterprise Date Training title*
Identified Thrust Area Duration
(days)
No. of Participants Self employed after training
Number of persons
employed else where
Male Female Total Type of units Number
of units Number of
persons employed
Bee keeping 21-27.4.16
Scientific beekeeping for the farmer’s of Haryana Bee Keeping 7 25 - 25 Vegetable nursery
raising 7 18 -
Horticulture 24-28.5.16
Horticulture as a vocation
Horticulture 5 - 20 20 Horticulture 8 12 -
Value addition
28.7-1.8.16
Processing and value addition different fruits and vegetables
Value addition 5 2 17 19
Dairy 1-4.11.16
Management of commercial dairy farms and value addition of milk
11 Workshop - 12 Group meetings Monthly meeting of
SHGs 11 17 122 139 - 45 45 - - - 17 167 184
13 Lectures delivered as resource persons
- 14 137 184 321 62 72 134 - - - 199 256 455
14 Newspaper coverage
- 05
15 Radio talks - - - - - - - - - - - - 16 TV talks 17 Popular articles 12 18 Extension
Literature 4 44 86 130 37 33 70 - - - 81 119 200
19 Advisory Services
36 - - - - - - - - - - - -
20 Scientific visit to farmers field
32 85 36 121 24 28 52 - - - 109 64 173
21 Farmers visit to KVK
18 133 102 135 115 148 263 12 3 15 260 253 513
22 Diagnostic 14 28 8 36 21 4 25 - - - 49 12 61
APR 2016-17
69 visits
23 Exposure visits 24 Ex-trainees
Sammelan
25 Soil health Camp
26 Animal Health Camp
Deworming and Infertility camp
22.9.16
1 14 33 47 8 15 23 - - - 22 48 70
27 Agri mobile clinic
28 Soil test campaigns
World soil health day 05.12.16
2 138 52 190 42 23 65 5 3 8 185 78 263
29 Farm Science Club Conveners meet
30 Self Help Group Conveners meetings
31 Mahila Mandals Conveners meetings
-
32 Celebration of important days (specify)
Parthenium awareness week 20.8.16 to 26.08.16
1 35 40 75 22 19 41 - - - 57 59 116
33 National Nutrition Week 1-7.9.15
1 - 47 47 - 15 15 - 2 2 - 64 64
34 Farmer Scientist Interactions
29-30.6.16 6-7.10.16 1-2.3.17 3-4.3.17
4 55 13 68 25 7 33 8 4 12 88 24 112
Grand Total 206 3026 2389 5315 2224 1724 3949 63 42 105 5313 4155 9468
6. B. Kisan Mobile Advisory Services
Kisan Mobile Advisory Name of the KVK
No. of farmers Covered
No. of Messages
(Text)
Type of messages Crop Livestock Weather Marketing Awareness Other
enterprise Any
other KVK Kullu
45600 36 22 8 - - - 4 -
6.C. DETAILS OF TECHNOLOGY WEEK CELEBRATIONS during 2016-17 No. of Technology week
celebrated Types of Activities
No. of
Activities Number of
Participants Related crop/livestock technology
Gosthies Lectures organised Exhibition Film show Fair Farm Visit Diagnostic Practicals Distribution of Literature (No.) Distribution of Seed (q) Distribution of Planting materials (No.) Bio Product distribution (Kg) Bio Fertilizers (q) Distribution of fingerlings Distribution of Livestock specimen (No.) Total number of farmers visited the
technology week
7. Production and supply of Technological products A) SEED MATERIALS
Major group/class Crop Variety Quantity (qtl.) Value (Rs.) Provided to No. of Farmers
CEREALS Maize African Tall 2.65 11903 Supplied to Dept. of Agriculture Wheat VL-829 2.87 11480 Supplied to Dept. of Agriculture Wheat HPW-155 8.20 32800 Supplied to Dept. of Agriculture Wheat HPW-349 1.45 5800 Supplied to Dept. of Agriculture Barley BHS-380 1.41 4230 Supplied to Dept. of Agriculture
OILSEEDS Soyabean Harit Soya 13.00 104016 Supplied to Dept. of Agriculture Soybean Palam soya 4.05 32400 Supplied to Dept. of Agriculture PULSES VEGETABLES French bean Palam Mridula 0.28 7562 Supplied to Dept. of Agriculture Okra Palam Komal 2.15 53750 Supplied to Dept. of Agriculture Pea PB 89 0.30 2250 To be supplied to Dept. of Agriculture
during rabi season Palak Pusa Harit 3.32 58100 Supplied to Dept. of Agriculture Garlic GHC 1 4.80 43200 Supplied to Dept. of Agriculture Turmeric Palam Lalima 6.95 24325 Supplied to Dept. of Agriculture FLOWER CROPS OTHERS (Specify) Oats Palampur 1 2.90 10150 Supplied to Dept. of Agriculture
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B) PLANTING MATERIALS
Major group/class Crop Variety Quantity (Nos.) Value
(Rs.) Provided to No. of Farmers
FRUITS
Apple Top Red 421 29470 14 Oregon spur 220 15400 06 Red Gold 100 7000 05 Red Chief 215 15050 04 Vance Delicious 225 15750 05 Gale gala 195 13650 07 Golden spur 83 5810 07 Early Redone 32 2240 03 Supper chief 315 22050 08 Anna 37 2590 11
Plum Red Beaut 454 18160 26 Mariposa 790 31600 28 Santa Rosa 420 16800 21 Frontier 272 10880 13 Black Amber 98 3920 11
Major group/class Product Name Species Quantity Value (Rs.) Provided to No.
of Farmers No (kg)
BIOAGENTS -
BIOFERTILIZERS -
BIO PESTICIDES -
D) LIVESTOCK
Sl. No. Type Breed Quantity Value (Rs.) Provided to No. of Farmers
Nos Kgs
CATTLE Cow Jersy 3 - 45,000 3 SHEEP AND GOAT
POULTRY
FISHERIES
Others (Specify)
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PART 8 – PUBLICATION, SUCCESS STORY, SWTL, TECHNOLOGY WEEK AND DROUGHT MITIGATION
12. Literature Developed/Published (with full title, author & reference)
(A) KVK News Letter – (Name, Date of start, periodicity, number of copies distributed, etc.)
(B) Literature developed/published
Item Title Authors name Number
of copies Research papers
Impact, adaptation and mitigation of climate change on horticulture in foot hill areas of District Kullu. Paper presented in 7th Horticulture Congress-2016 at IARI New Delhi w.e.f- 15-18 November 2016
A rare case of verminous pneumonia in domestic rabbit. J. Parasitic Diseases. DOI 10.1007/s12639-016-0875-1 http://lik.springer.com/article/10.1007/s12639-016-0875-1
Sharma, Rinku., Kapoor, Deepali and Kumar Rakesh
--
Stress-tolerant Viridibacillus arenosi train IHB B 7171 from tea rhizoshere as potential broad-spectrum microbial inoculants (2017). Indian J Microbiology, 12088-0642-8.
Rishu Thakur, K C Sharma, Ashu Gulati, R K Sud and Arvind Gulati
Generation mean analysis for yield and contributing traits in sweet pepper (2016). Indian Journal of Horticulture, 73(4): 526-531.
Susheel Kumar, Yudhvir Singh, Akhilesh Sharma and K C Sharma
Economics of garlic cultivation in Kullu valley as affected by substitution of traditional fertilizers with bio-fertilizers (2017). Journal of Hill Agriculture, 8(1): 104-106.
Vikram Singh, K C Sharma and Amit Guleria.
Technical reports
Quarterly Reports of KVK - 4 Annual Report KVK 2016-17 - 5 Annual Report of NICRA Project - 1 Quarterly Report of NICRA Project - 4
Hare chare kaa sarankshan tatha sukhe chaaron ki poshtikta mein vridhi- In: Kullu Krishi Patrika. 2017, 21 (2): 7-8
Deepali Kapoor 400
Training Manual
- - -
Extension literature
Kullu Krisi Patrika (Quarterly Magazine)
1600
Folders /leaflets
- - -
Book - - - Book Chapter
- - -
TOTAL - -
I Details of Electronic Media Produced S. No. Type of media (CD / VCD /
DVD / Audio-Cassette) Title of the programme Number
- - - -
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9. A. Success stories/Case studies, if any (two or three pages write-up on each case with suitable
action photographs)
Diversification through off-season vegetable production for livelihood of hill farmers
1. Situation analysis/Problem statement: Kullu district situated in Inner Himalayas located 31020’25” to 32025’0” North latitude and
76056’30” to 77052’20” East longitude having altitude ranging from 900 m to 4020 m above mean
sea level is the operational area of KVK, Kullu. The proportion of marginal holdings has
continuously increased whereas that of small and medium has decreased over the period from 1980-81
onwards, which witnesses the fact that the small, medium
and large holdings are continuously being fragmented to
give rise to marginal holdings. Owing to diverse agro-
ecological situations, Kullu district of Himachal Pradesh
is endowed with comparative advantage for growing
various off-season vegetables. Vegetables play a
significant role in quality food, nutritional security as
well as poverty alleviation. The vegetables are
embedded with vitamins, proteins, minerals,
carbohydrates and fibers. The consumption of vegetables
is ever increasing and to meet this increasing demand,
more and more emphasis is required on off-season
vegetable production for higher income and employment
generation in the rural sector. In hills, where job
opportunities in other sectors are very less, off-season
vegetable growing is the only option to attract more and
more rural youth to adopt agriculture as vocation (means of self employment), halt migration to cities
and achieve agriculture growth over 4 %. Further, global warming has resulted in the shift of apple to
higher altitudes, off-season vegetables is the only remunerative alternative for livelihood. Keeping in
view, KVK, Kullu initiated its endeavour for the diversification of agriculture through off-season
vegetable cultivation.
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2. Plan, Implement and Support During early nineties, maize - wheat was the dominant cropping system.The awareness
campaigns were initiated by KVK, Kullu to popularize the off-season vegetable cultivation with the formation of 20 Kisan clubs. Simultaneously, about 100 rural youth were trained at KVK, Kullu in collaboration with the department of agriculture for meeting the input requirements of off-season vegetables. In the present scenario, when there is strong network of various stake holders throughout the district through various SHGs and farmers clubs etc., KVK has established itself as the knowledge hub to increase outreach to every nook and corner of the district by taking advantage of this strong network. Therefore, KVK, Kullu conducted various extension activities in the district regarding promotion of off-season vegetable cultivation (Table 1). Acknowledging KVK as knowledge hub, all the stake holders working for the enhancement of livelihood options to the farmers like departments namely, Agriculture, Horticulture, Animal husbandry, Mid-Himalayan Watershed Project (Forest), Great Himalayan National Park, District Youth Services and Sports, SHGs, NGOs, NYK etc. are seeking our services for the diversification through off-season vegetable production.
Table 1. Training programme and other extension activities carried out by KVK, Kullu during last five years.
Nature of programme programme/activities Number Beneficiaries
A. Training Programme
i. One day- off campus training programmes on improved
varieties, INM, IPM, Irrigation scheduling, maturity indices
ii. One day- on campus training programmes on improved
varieties, INM, IPM, Irrigation scheduling,
16 486
iii. Three to five days vocational training on healthy nursery raising
technology of vegetables
15 351
iv. Three days training on exotic vegetables 3 95
v. Two days training on moisture conservation and irrigation
scheduling a
2 75
Pre-intervention cereals based cropping
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B. Farmers scientists- Interaction programme 15 375
C. Farm School programme 18 450
D. Joint visits to the farmers field with extension personal 22 345
E. Technology week 3 350
F. Exhibitions and Kisan melas 10 >25,000
Practical demonstrations biofertilizers in garlic OFTs- INM in cauliflower
Training Programme on vegetable crops Demonstration on training and pruning in capsicum
3. Output KVK has assessed and refined various technologies of off-season vegetable crops and also
prepared technology modules based on recommendation domains for different agro-ecological situations (Table 2&3) in the district. To popularize these technologies, off and on campus training programmes based on “learning by doing” and large scale demonstrations based on “seeing is believing” were organized (Table 1). In one of the ambitious programme “Pt. Deen Dyal Kisan Bagwan Samridhi Yojna” of the State now called as “Y S Parmar Kisan Bagwan Swarojgar Yojna” , it has been made mandatory for polyhouse owners to get training from KVK. Similarly, Krishak Mitras from each
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and every panchayat are also being trained at KVK. Literature pertaining to these technologies was developed and distributed to the farmers and extension officers. Kullu Krishi Patrika, a quarterly magazine of Krishi Vigyan Kendra played a significant role in dissemination of aforesaid technologies. For the quality production of vegetables, availability of healthy nursery is kingpin. Therefore, KVK has established large number of the farmers as entrepreneurs for nursery raising. Other interventions like water conservation, harvesting and efficient management were also taken up simultaneously. Regular services are also provided to the farmers to solve their day to day problems and have feedback and monitoring. Now regulars SMSs are also being sent to the farmers for timely operations.
Table 2 On farm Assessment and Refinement of off-season vegetables and its economics Crop Average Yield
Total* 6046 112320 185.78 Source :*NHB and *Directorate of Agriculture Govt. of Himachal Pradesh
Vegetable map of the district
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Economic impact and Adoption rate: The economic impact of the various vegetable cultivation technologies was studied from a random sample of about 200 farmers in the district. Based upon the economic analysis the income earned by the vegetable growers is given in the Table 6. Due to KVK interventions, the adoption rate of various vegetable cultivation technologies varies from 65-85 per cent as presented in Table 6.
Table 5: Income earned by the farmers from different enterprises of vegetables
Sr. No.
Particular Area Income (Rs in lakhs/annum) Range Average
1. Vegetable cultivation Per acre 1.5-2.0
1.75
Table 6. Adoption rate of various technologies of vegetable crops
Nature of programme programme/activities Number Beneficiaries Adoption rate (%)
• Training Programme (i) One day- off campus training programmes on
(ii) One day- on campus training programmes on improved varieties, INM, IPM, Irrigation scheduling,
16 486 78
(iii) Three to five days vocational training on healthy nursery raising technology of vegetables
15 351 85
(iv) Three days training on exotic vegetables 3 95 80 (v) Two days training on moisture conservation and
irrigation scheduling a 2 75 75
• Farmers scientists- Interaction programme 15 375 65 • Farm School programme 18 450 80 • Joint visits to the farmers field with extension personal 22 345 65 • Technology week 3 350 70 • Exhibitions and Kisan melas 10 >25,000 80
As there is a huge demand of fresh vegetables in the big city markets, the farmers send their
vegetable produce directly to the number of market yards established by APMC. The produce finally goes either to Azadpur market or other parts of the country through the wholesale traders.
9. B. Give details of innovative methodology/technology developed and used for Transfer of Technology
during the year • To increase outreach of KVK to every nook and corner of the district, good liaison has been made with
all the stakeholders (Govt. Departments and NGOs including Yuvak Mandals and Mahila Mandals, and Fruit & Vegetable Growers’ Associations) for effective implementation of KVK programmes.
• Group leaders and progressive farmers are being trained and utilized as master trainers. • Some of self help groups have been associated/ linked with KVK and regular monthly meetings of these
are convened to review the progress and chalk out further programmes. Services of these groups are being utilized to motivate other farmers through participation in training and exhibitions.
• In case of training & pruning in apple and other temperate fruits, local rural youths are being trained in groups to perform this important operation in orchards on contract basis for providing them avenue for earning.
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9. C. Give details of indigenous technology practiced by the farmers in the KVK operational area which can be considered for technology development (in detail with suitable photographs)
S.
No. Crop /
Enterprise ITK Practiced Purpose of ITK
1 Sheep and goat
Oil extracted from the wood of young deodar plants
To cure skin diseases of sheep and goats
2 Wheat Mixing of seed with kerosene oil and ash Control of stored grain pests in wheat 3 Cucurbits Dusting of ash on cucurbit leaves Management of red pumpkin beetle 4 Maize The maize stover is stored by farmers between
two branches of the trees To increase shelf life of stover
5 Maize, wheat, barley
The green walnut leaves in alternate layers are put with the stored seeds.
Management of storage insect pests
9. D. Indicate the specific training need analysis tools/methodology followed for Identification of courses for farmers/farm women
Bench mark survey Interaction/ interview Participatory Rural Appraisal (PRA) Focused group discussion
Rural Youth Request and interest of the participants Availability of resources at the disposal of participants Future prospects of the technology In-service personnel Demand Season 9. E. Field activities i. Number of villages adopted : 18 ii. No. of farm families selected : 380 iii. No. of survey/PRA conducted : 4 9.F. Activities of Soil and Water Testing Laboratory
Status of establishment of Lab : Established
1. Year of establishment : 2007 2. List of equipments purchased with amount : Nil
Sl. No Name of the Equipment Qty. Cost 1
Total 3. Details of samples analyzed so far :
Details No. of Samples No. of Farmers No. of Villages Amount realized Soil Samples 69 54 4 Nil Water Samples - - - - Plant Samples - - - - Petiole Samples - - - - Total 69 54 4 Nil
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10. IMPACT
Impact of KVK activities (Not to be restricted for reporting period).
Name of specific
technology/skill transferred No. of
participants % of
adoption Change in income (Rs.)
Before Rs./acre) After (Rs./acre) Use of improved varieties/hybrids of cereals and veg. crops in adopted /established farming system
721 80 35000-40000 in vegetables
110000-165000 in vegetables
Vegetable cultivation in new areas/villages
80 75 15000-25000 80000- 100000
Nursery raising 106 90 65000 295000 Polyhouse technology 200 90 85000 125000 / 250 m2 Exotic vegetable cultivation 40 48 60000 130000 Introduction of new cultivars of apple
678 90 75000 200000
Introduction of new fruits in lower belt
200 85 70000 250000
Value addition 60 40-52 - - Balanced feed for dairy animals 300 70 - - Bee keeping in orchards 160 40 - - Seed treatment and line sowing in cereals
700 88 - -
Training, pruning and proper management of orchards
165 78 - -
NB: Should be based on actual study, questionnaire/group discussion etc. with ex-participants.
Cases of large scale adoption (Please furnish detailed information for each case)
Details of impact analysis of KVK activities carried out during the reporting period 11.0 LINKAGES 11.1 Functional linkage with different organizations Name of organization Nature of linkage ATMA, Kullu Planning of programmes and organization of Farmers’ Scientists
Interactions, kisan goshthies , training programmes & joint diagnostic survey, participation in SAC, AMC & GB meetings
CSKHPKV-HAREC Bajaura Planning of programmes; conducting training, on farm trials & demonstrations; input for quarterly magazine- Kullu Krishi Patrika
YSPUHF-RHRTC Bajaura Planning of programmes; conducting training and input for quarterly magazine- Kullu Krishi Patrika
ICAR-IARI, RRS Katrain Planning of programmes; conducting training and input for quarterly magazine- Kullu Krishi Patrika
ICAR-CSWRI, NTRS Garsa Planning of programmes and conducting training GBPIHED Mohal Participation in meetings and training programmes Deptt. Of Agriculture Kullu Planning of programmes; preparation of district agricultural plan;
joint diagnostic survey and organization of training programmes, on
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farm trials & demonstrations Deptt. Of Horticulture Kullu Planning of programmes; joint diagnostic survey and organization
of training programmes, on farm trials & demonstrations Deptt. Of Animal Husbandry Kullu Planning of programmes; joint diagnostic survey and organization
of training programmes, on farm trials & demonstrations Mid Himalayan Watershed Project Kullu & Mandi
Organization of training programmes and implementation of livelihood concerned programmes
DRDA Kullu Participation in meetings and training programmes APMC Kullu & Lahaul & Spiti Planning of programmes and conducting training Himfed, IFFCO and Cooperatives Participation in meetings and training programmes PNB RSETI Kullu Capacity building of self help groups NYK Kullu Training programmes Deptt. Of Sports and Youth Services Kullu
Training programmes
BDOs Kullu district Training under watershed programme Dept. of Welfare Kullu Training programmes NGOs working in the district Conduct of training programmes and demonstrations Fruit and Vegetable Growers’ Associations
Capacity building programmes and demonstrations
11.2 List special programmes undertaken by the KVK, which have been financed by State Govt./Other Agencies
Name of the scheme Date/ Month of initiation Funding agency Amount (Rs.)
National initiatives on climate resilient agriculture
April 2016 to March 2017 CRIDA Hyderabad 14,95000
Different Activities Under ATMA April 2016 to March 2017 ATMA Kullu 60000 Training cum awareness programme on PPV & FRA 2001
April 2016 to March 2017 PPV & FRA Authority N. Delhi 80000
Pre Rabi Campaign April 2016 to March 2017 ICAR-ATARI Zone I 80000 Evaluation of microbial inoculants in vegetable crops
April 2016 to March 2017 IHBT Palampur 200000
Management strategies for yellow rust and powdery mildew of wheat in Himachal Pradesh
April 2016 to March 2017 RKVY 140000
Details of linkage with ATMA
a) Is ATMA implemented in your district: Yes S. No. Programme Nature of linkage Remarks 1. AMC & Governing Board meeting Participation and discussion about the budget and
various programmes to be taken up/ implemented -
2. Farmer Scientist Interaction Organization of Farmer Scientist Interaction - 3. Training programmes Resource person & conduction of the training
programmes -
4. Technology Refinement On farm testing and refinement of technology - 5. Survey and surveillance of disease & insect pest
12.3 Performance of production Units (bio-agents / bio pesticides/ bio fertilizers etc.,) Sl. No.
Name of the Product Qty
Amount (Rs.) Remarks Cost of inputs Gross income
- - - - -
Performance of instructional farm (livestock and fisheries production)
Sl. No
Name of the
animal / bird /
aquatics
Details of production Amount (Rs.)
Remarks Breed Type of
Produce Qty. Cost of inputs Gross income
1 Cattle Jersey Milk 4796 kg 133200 167558 - FYM 84 quintal 12600 Used in KVK
farm 12.5 Utilization of hostel facilities: Accommodation available (No. of beds) = 35
Months No. of trainees stayed Trainee days (days stayed) Reason for short fall (if any)
April 2016 146 19 - May 2016 62 17 - June 2016 202 14 - July 2016 86 14 - August 2016 19 12 - September 2016 118 23 - October 2016 194 28 - November 2016 185 29 - December 2016 162 18 - January 2017 160 20 - February 2017 99 11 - March 2017 222 13 - 12.6. Database management
S. No Database target Database created by the KVK - - -
Rainwater Harvesting Training programmes conducted using Rainwater Harvesting Demonstration Unit
Date Title of the training course
Client
(PF/RY/EF)
No. of Courses
No. of Participants including SC/ST
No. of SC/ST Participants
Male Female Total Male Female Total - - - - - - - - -
Demonstrations conducted using Rainwater Harvesting Demonstration Unit
Date Title of the Demonstration
Client
(PF/RY/EF)
No. of Demos.
No. of Participants including SC/ST
No. of SC/ST Participants
Male Female Total Male Female Total - - - - - - - - -
Seed produced using Rainwater Harvesting Demonstration Unit Name of the crop Quantity of seed produced (q)
- - Plant materials produced using Rainwater Harvesting Demonstration Unit Name of the crop Number of plant materials produced
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Other activities organized using Rainwater Harvesting Demonstration Unit Activity No. of visitors Visit of farmers - Visit of officials - 13. FINANCIAL PERFORMANCE 13.1 Details of KVK Bank accounts
Bank account Name of the bank Location Account Number With Host Institute SBI Palampur 10640342317 With KVK KCCB Bajaura 20108020324
13.2 Utilization of KVK funds during the year 2016-17 (up to March 2017)
S. No. Particulars Sanctioned
(Lakh) Released (Lakh)
Expenditure ( Rs)
A. Recurring Contingencies 1 Pay & Allowances 1,18,00.000 89,87.000 1,25,25.364 2 Traveling allowances 30,000 30,000 29,938 3 Contingencies A Stationery, telephone, postage and other expenditure on
office running, publication of Newsletter and library maintenance (Purchase of News Paper & Magazines)
4,80.000
11,28,703
1,89,660
B POL, repair of vehicles, tractor and equipments 2,90,340 C Meals/refreshment for trainees (ceiling upto
Rs.40/day/trainee be maintained) 1,75730
D Training material (posters, charts, demonstration material including chemicals etc. required for conducting the training) 2,52,482
E Frontline demonstration except oilseeds and pulses (minimum of 30 demonstration in a year) 9,20.000 2,25,515
F On farm testing (on need based, location specific and newly generated information in the major production systems of the area)
75,005
G Training of extension functionaries -- H Maintenance of buildings 1,88,494 I Establishment of Soil, Plant & Water Testing Laboratory
6,00,000 6,00,000 1,44,30.000
-- J Library K IFS 6,00,000 602774 L TIU 6,00,000 600000 Total Recurring Contingency 1,13,45,703 1,51,55,302
TOTAL (A) B. Non-Recurring Contingencies
1 Works 10,00,000 10,00,00 10,00,00 2 c)Equipments ,Furniture and fixtures
TOTAL (B) 13,10,000 13,10,000 13,10,000 C. REVOLVING FUND - - -
GRAND TOTAL (A+B+C) 1,57,40,000 1,26,55,703 (-) OB=
41,14,972
1,64,65,302
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13.3 Status of revolving fund (Rs. In lakhs) for the last four years
Year Opening balance as on 1st April
Income during the year
Expenditure during the year
Net balance in hand as on 1st April of each year
April 2013 to March 2014 2.21996 10.74395 5.96166 7.00225 April 2014 to March 2015 7.00225 12.10138 12.62543 6.47820 April 2015 to March 2016 6.47820 10.38872 9.01404 8.16606 April 2016 to March 2017 8.16606 15.37273 12.82331 10.71548
13. Details of HRD activities attended by KVK staff during 2016-17
Name of the
staff Designation Title of the training programme Institute where attended Date
Dr. S.K.Thakur
PC
Conference on drug problems in Himachal Pradesh- searching for truth and solutions
Dev sadan Kullu 18-20.4.16
Dr. S.K.Thakur Dr. R.K. Rana
PC ES (Pomology)
State level agricultural officers workshop on Kharif crops 2016
CSK HPKV, Palampur 21.4.16
Dr. S.K.Thakur Dr. R.K. Rana
PC ES (Pomology)
Zero budget natural farming CSK HPKV, Palampur 27-30.4.16
Dr. S.K.Thakur
PC
Quarterly meeting of APMC Kullu & LS APMC Kullu 3.5.16
Dr. S.K.Thakur Dr. R.K. Rana
PC ES (Pomology)
State level action planning workshop of KVKs of H.P.
CSK HPKV, Palampur 11.5.16
Dr. S.K.Thakur Dr. R.K. Rana
PC ES (Pomology)
Review cum action planning workshop of NICRA
NDRI Karnal 2.6.2016
Dr. S.K.Thakur
PC
Training workshop on Implementation of biological diversity act 2002 and rules 2004 in Kullu district
Dev Dham Kullu 22.6.16
Dr. R.K. Rana ES (Pomology) 25th Mango Mela and National seminar on Mango
Pinjore Garden Haryana 2-3.7.16
Dr. S.K.Thakur Dr. R.K. Rana
PC ES (Pomology)
Training programme on Handling of Mridaparikshak kit
KVK Una 22.8.16
Dr. S.K.Thakur
PC
District level Advisory committee meeting of RSETI
Bachat Bhavan Kullu 9.9.16
Dr. S.K.Thakur
PC
Third popular lecture on occasion of 129th Birth Anniversary of Bharat Ratan Pandit G B Pant
GBPIHE&D Mohal 10.9.16
Dr. S.K.Thakur
PC
Seller buyer meet of medicinal plantsd organized by State Medicinal Plant Board HP
Dev sadan Kullu 14.9.16
Dr Chanderkanta
PES (Home Science)
Workshop/ Seminar on State Mission of food processing organized by Department of Industries Kullu
Zila Parishad bhawan Kullu
21.9.16
Dr. S.K.Thakur Dr K.C.Sharma Dr. R.K. Rana
PC PES (Vegetable Science) ES (Pomology)
State level agricultural officers workshop on Rabi crops 2016
CSK HPKV, Palampur 24.9.16
Dr. R.K. Rana ES (Pomology) Seventh Indian Horticulture congress 2016- Doubling farmer’s income through horticulture
IARI PUSA New Delhi 15-18.11.16
Dr. S.K.Thakur
PC
Zonal workshop of KVKs CSK HPKV, Palampur 12-14.12.16
Dr Chanderkanta Dr. Deepali Kapoor
PES (Home Science) ES (Animal Science)
Zero budget farming CSK HPKV, Palampur 20-21.1.17
Dr K.C.Sharma Dr. R.K. Rana
PC ES (Pomology)
Cluster FLDs on pulses and oil seed crops ATARI Zone I Ludhiana 23-24.1.17
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Dr K.C.Sharma Sh. Sansar Chand
PC TA
Moisture conservation CSK HPKV, Palampur 3-4.2.17
Dr K.C.Sharma Dr. R.K. Rana Dr. Deepali Kapoor
PC ES (Pomology) ES (Animal Science)
Orientation workshop on PPV&FRA 2001 CSK HPKV, Palampur 27.2.17
Dr Chanderkanta
PES (Home Science)
District level Advisory committee meeting of RSETI
Kullu 22.3.17
15. Please include any other important and relevant information which has not been reflected
above (write in detail). Some News Clippings
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Annexure I
Scientific Advisory Committee Meeting Proceedings
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.
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Annexure II
Detail of training programmes
Date Clientele Title of the training programme
Discipline Thematic area Duration in days
Venue (Off / On Campus)
Number of other participants
Number of SC/ST Total number of participants
Male Female Total Male Female Total Male Female Total 21-25.4.16
18.6.16 RY Value addition of milk Home science Value addition 1 Off campus - 11 11 - 4 4 - 15 15 18.6.16 PF Production of pulses Crop Production Crop diversification 1 Off campus 16 20 36 8 6 14 24 26 50 24.6.16 PF Cultivation techniques
of tomato and capsicum under polyhouse
Vegetable Science Protective cultivation (Green Houses, Shade Net etc.)