revised proforma for annual reportmungerkvk.org/report/annual report proforma 2015-16.doc · web...

ANNUAL PROGRSS REPORT OF KVK MUNGER From April 2015 to March 2016

1. GENERAL INFORMATION ABOUT THE KVK

1.1. Name and address of KVK with phone, fax and e-mail

Address Telephone E mail

Krishi Vigyan Kendra, MungerP.O. Shankarpur,Distt. Munger – 811201, Bihar

Office FAX

06344 - 222420

06344 - 222420

[email protected];[email protected]@gmail.com

1.2 .Name and address of host organization with phone, fax and e-mail

Address Telephone E mailOffice FAX

Bihar Agricultural UniversitySabour (Bhagalpur), BiharPIN Code – 813210

0641-2452606 0641-2452604 [email protected]

www.bausabour.ac.in

1.3. Name of the Programme Coordinator with phone & mobile No.

Name Telephone / Contact Residence Mobile Email

Dr. Gopal Ram Sharma 9973113608 [email protected]

[email protected]

1.4. Year of sanction of KVK: 1979 (Reference of Sanction Order) : 22(6) 79 Edn. 11 dated 23.04.1979.

mailto:[email protected]




1.5. Staff Position (as on 1st April, 2016)

Sl.No. Sanctioned post Name of the

incumbent Designation DisciplinePayScale with present basic

Date of joining Permanent/Temporary

Category (SC/ST/OBC/Others)

1 Programme Coordinator Vacant - - - - - -

2 Subject Matter Specialist Dr. G.R. Sharma Sr. Scintist Animal Science 37400-67000

Grade Pay 9000 1.11.1984 Permanent Others

3 Subject Matter Specialist Mrs. R. Lal SMS Home Science 15600-39100

Grade Pay 7000 31.08.1983 Permanent OBC

4 Subject Matter Specialist Mukesh Kumar SMS Horticulture

15600-39100 Grade Pay 6000 25.7.2001 Permanent OBC

5 Subject Matter Specialist

Er. Ashok Kumar SMS Agril Engineering 15600-39100 Grade Pay 6000 12.11.2007 Permanent OBC

6 Subject Matter Specialist Dr. Vinod kumar SMS Agronomy

15600-39100 Grade Pay 5400 24.04.2012 Permanent UR

7 Subject Matter Specialist Vacant SMS -

-- - -

8 Programme Assistant Sri KK, Maurya Programme

Assistant Agriculture9300-34800Grade pay - 4200 11.03.2013 Permanent UR

9 Computer Programmer

Sri.Prem Chandra Maurya

Programme Assistant

Computer 9300-34800Grade pay - 4200 14.05.2013 Permanent UR

10 Farm Manager Sri Sudhir Kumar Singh Farm Manager Agriculture 9300-34800

Grade pay - 4200 20.10.2012 Permanent OBC

11 Accountant / Superintendent Sri Shailendra Kumar Assistant Assistant

9300-34800Grade pay - 4200 08.04.2013 Permanent BC

12 Stenographer Sri Dharmendra Kumar Stenographer Stenographer 5200-19200

Grade pay - 2400 02.07.2013 Permanent UR

13 Driver (tractor) Sri Jitendra Kumar Driver Tractor5200-19200Grade pay – 21.05.2015 Permanent SC

14 Driver (Bolero) Sri Sanjeev Kumar Singh Driver Jeep

5200-19200Grade pay – 11.05.2015 Permanent OBC

15 Supporting staff Malti Devi Messenger 5200-19200Grade pay - 1800 09.08.1991 Permanent OBC

16 Supporting staffVacant Prem Kumar Deevana Watchman Contractual

3

1.6. Total land with KVK (in ha) : 53.18

S. No. Item Area (ha)1 Under Buildings 0.152. Under Demonstration Units 0.033. Under Crops 264. Orchard/Agro-forestry 22 5. Others ( Road, farm ponds etc) 5

Total 53.18Total area should be matched with breakup

1.7. Infrastructure Development:A) Buildings and others

S. No.

Name of building

Not yet started

Completed up to plinth level

Completed up to lintel level

Completed up to roof level

Totally completed

Plinth area (sq.m)

Under use or not*

Source of funding

1. Administrative Building

Completed 302.86 Use ICAR

2. Farmers Hostel Completed 422.06 Use ICAR3. Staff Quarters

(6)Completed 803.80 Use ICAR

4. Piggery unit Completed 283.35 Not ICAR5 Fencing Partially

Completed 735 m ICAR6 Rain Water

harvesting structure

--

7 Threshing floor Completed 325.22 Use ICAR8 Farm godown Completed 91 Use ICAR9. Dairy unit10. Poultry unit11. Goatary unit12. Mushroom Lab13. Mushroom

production unit14. Shade house15. Soil test Lab Completed 23.73 Use ICAR16 Others, Please

Specify 17. Hi- tech

polyhouse Completed 200 sq. ft. Use NHM

18. Vermin compost unit

Complete 1200 sq. ft. Use NHM

19. Research & demonstration unit

Complete 20000 meter. Use ITC &KVK

Munger

* If not in use then since when and reason for non-use

B) Vehicles

Type of vehicle Year of purchase Cost (Rs.) Total km. Run Present status

Bollero 29.03.2006 467366.00 1,65,562 Serviceable with intensive repair

Tractor 13.01.2006 369722.00 2743 hours Good

Rajdoot 26.04.1994 Not Available Milometer is not functioning Not serviceable

Motorcycle(BRO-8F9278) 28.10.2016 586 serviceableMotorcycle(BRO-8H1343) 31.03.2016 59600 6 serviceable

C) Equipment & AV aids

Name of equipment Year of purchase Cost (Rs.) Present status Source of fund

a. Lab equipment

Water distillation unit2006 received

from DEE, RAU, Pusa

48000.00 Serviceable ICAR

Stabilizer (1KVA) Do 4000.00 Do ICARRefrigerator Do Do ICARElectrical Balance with Accessories Do 98000.00 Do ICAR

Physical Balance Do 7345.00 Do ICARElectrical Conductivity Meter Do 10170.00 Do ICARHorizontal Shaker (Motorized) Do 25425.00 Do ICARWilley Mil Grinder Do 25425.00 Do ICARDigestion and distillation system Do 30510.00 Do ICARDigital PH Meter Do 10170.00 Do ICARSpectro Photometer Do 61080.00 Do ICARHot Plate (Thermostat) Do 90401.00 Do ICARHot Air Oven Do 15259.00 Do ICARb. Farm machineryMahasakti Tractor with Accessories 13.01.06 369722.00 Serviceable ICAR

Generator (5 KVA) with Kirloskar diesel engine (8 HP) April 06

Received from DEE RAU,

Pusa, Samastipur

Do Do

Kirloskar Pumpset (8 HP) April, 06 Do Do Do

Tractor operated Multi Crop power thrasher (Harmba) 2010

85000/-Purchased by KVK from farm development

DoRAU, Pusa Farm Dev.

Fund

Hand winnower 2010

5000.00 Purchased by KVK from farm development

Do Do

Motorized Mini Dal Mill 2012

Purchase by KVK, Munger under Post-harvest management CAE, RAU, Pusa Rs 45000

Do

Post-harvest management CAE, RAU, Pusa

Sprinkler set 10.08.2012 47062.00 Do KVK, ICAR

4

Purchased by KVK as DEE BAU Sabour order

Tractor operated harmba Multicrop Thresher 25.10.2013

Rs. 99450.00Purchased from Vikram farm machinery, Bekapur Munger

Do

KVK, ICAR

Self-propelled Reaper 3.12.2013

Rs. 95400.00Purchased from Vikram farm machinery, Bekapur Munger Under KVK’s Fund

Do KVK, ICAR

c. AV AidsFile Cabinet 29.06.04 8118.00 Serviceable ICARBook Safe 29.06.04 4451.00 Do DoPhoto Copier Machine 29.06.04 62442.00 Unserviceable DoStabilizer 29.06.04 2460.00 Unserviceable DoPlastic Chair 16.11.05 5640.00 Serviceable DoHygro Meter 23.10.06 405.00 Unserviceable DoMaximum Minimum Thermometer 09.10.06 292.00 Unserviceable Do

Wall Thermometer 13.10.06 141.00 Do DoDigital Camera 31.03.07 14500.00 serviceable DoSoil Test Lab. Implements 13.02.06 322524.00 Do DoComputer 13.09.2000 95198.00 Serviceable DoGodrej Chair (30) 23.11.2013 1142380.00 Do DoGodrej table (4) 23.11.2013 16337.00 Do DoGodrej Chair(12) 23.11.2013 83697.00 Do DoGodrej Chair (1) 23.11.2013 11937.00 Do DoGodrej Char (5) 23.11.2013 17738.00 Do DoGodrej Table (1) 23.11.2013 17059.00 Do DoGodrej Table (large) 23.11.2013 40102.00 Do DoGodrej Almirah (7) 23.11.2013 105194.00 Do DoGodrej Chair 23.11.2013 3547.56 Do DoUPS 07.12.2013 5680.00 Do DoSteel bed.(29) 17.12.2013 97875.00 Do DoPlastic Chair & Table for Kisan Hostel 29.01.2014 27605.00 Do Do

D) Farm implements

Name of equipment Year of purchase Cost (Rs.) Present status Source of fund

Tractor Tailor 29.03.06 29000.00 Do DoDisc Harrow 29.03.06 25500.00 Do DoM.B. Plough 29.03.06 18700.00 Do Do9 Tyne Cultivator 29.03.06 10500.0 Do Do

6 Tynes Zero Till Seed cum fertilizer dirll (2 Nos.) 2007

Received from DEE, RAU, Pusa

Serviceable Do

Zero till seed cum fertilizer drill (9 tyne) 2011

Received from RKVY, RAU, Pusa

DoRKVY fund, RAU, Pusa

5

Rotavator (TD) (5’ width) 2011Received from RKVY, RAU, Pusa

Do Do

Power reaper (TD) 2011Received from RKVY, RAU, Pusa

Do Do

Three bottom disk plough (TD) 2011

Received from RKVY, RAU, Pusa Do Do

Nine tine zero till seed cum fertilizer drill

Received from CIAE, Bhopal, M.P under Mechanization

Do CIAE, Bhopal/ICAR

Rotavator 18.10.2013

Rs. 99500.00Purchased from Vikram farm machinery, Bekapur Munger

Do KVK, ICAR

Conoweeder 2013 - Do CAE, Pusa samastipur

Drum Seeder 2013 - Do CAE, Pusa samastipur

1.8. A). Details SAC meeting* conducted in the year 2015

Sl.No. Date Number of Participants

Salient Recommendations Action taken If not conducted, state reason

1. 25.11.2015

* Salient recommendation of SAC in bullet forma copy of SAC proceedings along with list of participants has been cited in AnnexureI

2. District level data on agriculture, livestock and farming situation (2015-16)

2.1 Major farming systems/enterprises (based on the analysis made by the KVK)S. No Farming system/enterprise

1 Rabi : Wheat, maize, gram, lentil,linseed, pea, mustard, pointed gourd, bottle guard, bitter gourd, brinjal, potato, dhania, Ajwayan, Tomato, Cabbage & Sugarcane.

2 Kharif : Paddy, Maize, Red gram, millets, cowpea.3 Zaid : Mungbean, onion, cucumber & different types of melons, sugarcane & mentha4 Horticultural Crop : Mango, Bael, Guava, Jamun, Jackfruits & Anola etc.

*Source – District Agriculture Department & ATMA, Munger2.2 Description of Agro-climatic Zone & major agro ecological situations (based on soil and topography)S. No Agro-climatic

ZoneCharacteristics

1 IIIA Sandy loam, clay loam & loamy soil pH = 6.5 to 8, organic carbon

6

= 0.5 to 1% Available N:P:K (Kg/ha) = 200-400 N : 10 – 100 P : 150 – 300 KAverage Temperature – 270CAverage Relative humidity = 52%Average rain fall-1120mm

2.3 Agro ecological situation

S. No Agro ecological situation Characteristics

1 Diara Shallow tubewells have been dug & plastic casing or bamboo casing are used to lift water for irrigation

2 TalTal soil (Vertisols) C- content good, Low content in P & K, PH – 6.7 to 7.3, Tal land remain fully submerge by water in kharif and only rabi crop have been cultivated as mono cropping system. Tal soil has high water holding capacity in micro pore space of soil.

3 Plain

Hillly plain soil (Oxi-soils), High infiltration rate, like Chhota Nagpur soil. pH 5.5 to 7.3 & oxi-soils has high infiltration rate of water and less water holding capacity, crops which require less water are cultivated in this hilly plain area. Most crops are grown in rainfed situation.

4 HillySloppy land (slope >1.5%) is found in hilly area in which paddy and other perennial fruit/forest crop are cultivated by deforming land with bench, bund and tracing method. Watershed management programmes have been conducted by Government & NGO.

2.4 Soil type

S. No Soil type Characteristics Area in ha

1 Sandy loam Diara land (Entisols) poor in C content, N & P low, highly alkaline, PH – 6.9 to 7.7

2 Clay & clay loam

Tal soil (Vertisols) C- content good, Low content in P & K, PH – 6.7 to 7.3

3 Loamy Soil Hillly plain (Oxisols) soil, High infiltration rate, like Chhota Nagpur soil. pH 5.5 to 7.3

2.5. Area, Production and Productivity of major crops cultivated in the district

S. No Crop Area (ha) Production (q) Productivity (q/ha)1 Paddy 35990 935740 262. Wheat 22300 490600 223. Rabi Maize 5300 148400 28

Kharif Maize 6730 114410 174. Gram 8030 88330 115. Lentil 8590 77310 96. Pea 2290 21068 9.27. Rai/Mustard 2900 26100 9.08. Tisi (Line Seed) 185 1295 7.09. Sunflower 110 1100 1010. Summer Paddy 00 00 0011. Summer Maize 112 2468 2212. Summer Moong (Moong 160 1280 8

7

bean)13. Til 10 70 714. Babycorn 2 10 515. Red Gram 1805 28880 1616. Fruit 3111

i. Banana 62 26040 420ii. Citrus 460 50600 110iii. Guava 275 24750 90iv. Litchi 45 3600 80v. Mango 2205 165375 75vi. Papaya 27 14310 530vii. Ber 20 1200 60viii. Aonla 17 304 12

17 Vegetables 4212i. Brinjal 290 52200 180ii. Cabbage 550 115500 210iii. Cauliflower 510 104500 190iv. Okra 40 4000 100v. Onion 240 31200 130vi. Pea 630 56700 90vii. Potato 360 75600 210viii. Sweet Potato 120 37800 315ix. Tomato 480 100800 210x. Carrot 20 1800 90xi. Radish 85 10200 120xii. Cucumber 155 33325 215xiii. Capsicum 7 280 40xiv. Pointed Gourd 510 81600 160xv. Watermelon 215 45150 210

18 Flower 15 27 1.8

19 Mushroom 5000 3000kg 0.6 kg mushroom per kg straw

20 Aromatic Plants 92 7820 litre 85 litre/ ha (mentha oil)

21 Medicinal Plant 270 14850 5522 Spices 370 2960 8

2.6. Weather data

Month Rainfall (mm) Temperature 0 C Relative Humidity (%)Maximum Minimum

April 2015 10 41 20 20-30May 2015 0 43 22 20-28June 2015 15 43.2 24 20-30July 2015 150 40 25 30-40August 2015 240 41 24 50-75September 2015 180 40 23 60-90October 2015 35 38 21 40-75November 2015 15 39 20 40-65December 2015 0 21 9 40-60

8

January 2016 6 17 6 40-60February 2016 10 34 15 30-40March 2016 15 38 22 30-42

2.7. Production and productivity of livestock, poultry, fisheries etc. in the district

Category Population Production ProductivityCattle

Crossbred 53500642000

12 Litre /day

Indigenous 90500181000

2 Litre /day

Buffalo 58200523800

9 Litre / day

Draft Animal 6530-

--

Sheep 852042600

5 kg wool/sheep

Goat 1 17500122500

7 kg/goat meat

Pigs 723057840

8 kg/pig

Poultry

Hens/Broiler 120420 144075 kg meat + 490000 eggs average

egg/layer/month

1.25 kg/month/Hen/Broiler

& average10 eggs/ layer/ month

Duck 1830 1732 1 kg/month

Fish 10ha 152 22 quintal/ha.

9

2.8 Details of Mechanization status (2015-16)

Sl. No. Name of implement No. of farm implements/machinery

1 Tractor 12302 Power tiller 4023 Pumping sets( Diesel engine + centrifugal pump) 15304 Irrigation pipes (PVC) 22500(m)5 State tube well 226 Zero till seed cum fertilizer drill 1127 Rotavator 1958 Power thrasher 16309 Sprinkler set 275

10 Chaff cutter 31011 Combine harvester 1512 Reaper 6513 Mould board plough 201014 Harrow 141015 Cultivator 143016 Leveler 6517 Sprayer 635018 Weeder 1235019 Dug well 84020 Bamboo boring 101

Irrigated Area – 41934 ha.a. Canal = 13314 ha.b. Tube well = 24550 ha.c. Other source = 4070 ha.

2.9 Details of operational area / villages (2015-16)

Sl.No. Taluk Name of the block

Name of the village

Major crops & enterprises

Major problem identified Identified Thrust Areas

1 Munger Dharhara Matadeeh Paddy &

wheat

Low productivity due to disease & pest ocurrence high input cost, weed problem, poor water management

HYV, disease resistant varieties, RCT, Irrigation management & Value addition

2 Munger

Sadar Munger

Diwani Tola &

Bariyarpur

Cattle, food preservation & vegetable cultivation

Low processing agril produce, low productivity, lackness of mechanization, poor water management & nursery management.

Vegetable cultivation & water management

3. Munger Jamalpur Farda

Gram, lentil, Rai, wheat & Pointed guard

Irrigation & lack of processing & mechanization

Processing, irrigation management, mechanization & crop production.

4. Munger

Dharhara Sundarpur Wheat, pulse vegetable &

Poor water management low productivity with high

Pulse cultivation & irrigation management

10

Sl.No. Taluk Name of the block

Name of the village

Major crops & enterprises

Major problem identified Identified Thrust Areas

oilseedinputs & lack of adoption of improved variety.

5. Munger

Sadar Munger Charon

Pointed guard, Tomato & peppers

Low productivity due to traditional farming

Diversification with vegetable cultivation & cattle rearing.

2.9 Priority thrust areasS. No Thrust area

1. Productivity enhancement in Rice-Wheat cropping system

2. Natural Resource conservation and management

3. Livestock production & management

4. Watershed management & plantation of horticultural plants.

5. Entrepreneurship development among farm women and rural youth

11

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3. TECHNICAL ACHIEVEMENTS

3. A. Details of target and achievement of mandatory activities by KVK during 2015-16@

OFT FLD

Number of OFTs Number of farmers Number of FLDs Number of farmers Target Achievement Target Achievement Target Achievement Target Achievemen

t 09 08 79 72 10 15 220 475

Training Extension activities

Number of Courses Number of Participants Number of activities Number of participants

Target Achievement Target Achievement Target Achievement Target Achievement

97 148 2007 3800 12 23 9365 16477

Seed production (q) Planting material (Nos.)

Target Achievement Target Achievement40 36.24 1120 1200

@Target should match with your midterm report

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3.1 Achievements on technologies assessed and refined

(2014-15) 1. Title of On farm Trial Assessment of different pre emergence weedicides for

Controlling weeds in onion crop.

2. Problem diagnose Generally hand weedings is in Practice. It is drudgery, costly & time consuming. By the use of weedicides in onion farmers can uplift their income.

3. Details of technologies selected for assessment/refinement

Farmer practice- Hand weedingTech.Option.1- Pendimethalin (3 lit/ha) (Pre emerging chemical) weedicideTech.Option.2- Oxyflorfen (800ml/ha)(Pre emerging chemical) weedicide

4. Source of Technology National weed control Research centre Jabalpur.5. Production system and thematic area Irrigated & weed management

6. Performance of the Technology with performance indicators

The performance of the technology option II performed best with Performance indicator

7. Final recommendation for micro level situation

Use of Pendimethalin (3 lit/ha) can be recommended for the control of pre emergence weeds in onion crop

8. Constraints identified and feedback for research

Farmer always hesitate for the use of chemical weedicides in controlling weeds in their crop

9. Process of farmers participation and their reaction

The farmer are motivated to use chemical for controlling weed in onion crop by Training & visit of fields

Thematic area: Weed management

Technology assessed: Assessment of different pre emergence weedicides for controlling weeds in onion crop.

Table:

Technology option

No. of trials

Yield component Av. Yield(q/ha)

Cost of cultivation(Rs./ha)

Gross return (Rs/ha)

Net return(Rs./ha)

BC ratio Av. wt. of

bulb/ plant(gm)

Av.plant height (cm)

Farmer practice

10 30 30 200 65000 200000 135000 3.07

Technology option I

10 33 35 220 55000 220000 165000 4.0

Technology option II

10 31.50 32 210 55000 210000 155000 3.81

Results: The highest yield was recorded in Technology option II- i.e. 220 q/ha, BC ratio 4.0 followed by Technology option II & FP.

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OFT-1(2015-16) 1. Title of On farm Trial Assessment of Borax (Boron) application against fruit cracking in tomato.

2. Problem diagnose Fruit cracking hampers the price of tomato.3. Details of technologies selected for

assessment/refinementFarmer practice- Chemical fertilizers

Tech.Option 1- 0.4 % spray of Borax on seedlings & plants

(Foliar spray of Borax)

Tech.Option.2 - 20 kg Borax per ha soil application at field preparation

4. Source of Technology University of horticulture and forestry Nanni, Solan (H.P.)5. Production system and thematic area Irrigated & vegetable cultivation


Better performance of the Technology with performance indicators


It is advisable to the farmers that 0.4 % spray of borax both on seedlings & plant reduces fruit cracking in tomato.


Micro nutrients containing fertilizer has not been applied by farmers.


Training, field visit and regular mobile interaction motivated the farmers for participation. Now Farmers have faith and they are happy.

15

Thematic area: Nutrient Management

Problem definition: Fruit cracking in tomato hampers its marketing value

Technology assessed: 0.4 % foliar application in seedling and standing crop of tomato

Table: Effect of 0.4% of Boron foliar application on yield of tomato & analysis of cost economics.

Technology option

No. of trials

Yield component Av. Yield(q/ha)



Net return(Rs./ha)

BC ratioAv.Plant

height (cm)

Av.No. of plants/ ha

Av. No. of cracked fruits / plant

Av.No. of fresh fruits / plant

Farmer practice

10 59 37037 5.2 7 196.5 33000 157200 124200 3.76

Technology option I-

10 63 37037 3.2 14 251.5 35000 201200 166200 4.74

Technology option II-

10 60 37037 4.0 13 244 34500 195200 160700 4.65

Results: Max. yield 251.5 qt/ha, & BC ratio 4.74 were found in treatment T1( Spray of 0.4 % Borax in nursery and plant ) followed by T2& FP consecutively.

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OFT-2 (2015-16) 1. Title of On farm Trial Assessment of different pre emergence weedicides for

Controlling weeds in onion crop.

2. Problem diagnose Generally, hand weeding is in Practice. It is drudgery, costly & time consuming. By the use of weedicides in onion, farmers can uplift their income.


Farmer practice- Hand weedingTech.Option.1- Pendimethalin (3 lit/ha) (Pre emerging chemical) weedicideTech.Option.2- Oxyflorfen (800ml/ha)(Pre emerging chemical) weedicide

4. Source of Technology National weed control Research centre Jabalpur.5. Production system and thematic area Irrigated & weed management

6. Performance of the Technology with performance indicators Result awaited




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OFT-3 (2015-16)1. Title of On farm Trial Assessment of weedicides for weed control in pigeon pea.

2. Problem diagnose Low yield due to weed infestation in Pigeon pea crop3. Details of technologies selected for

assessment/refinement(Farmer practice): One hand weeding or No weeding at 25 days after

sowing.Tech Option – 1 : Pendimethaline (Stomp) 1000 g a.i./ha at 2-3 days

after sowing

Tech Option – 2 : Imezathepyr (Pursuit) 40 g a.i./ha at 20-25 days after sowing.

4. Source of Technology BAU, Sabour 5. Production system and thematic area Cropping system in medium land rainfed fallow land & thematic area

integrated weed management .6. Performance of the Technology with

performance indicatorsMaximum yield and yield attributing characters were obtained with application of Imezathapyr (Pursuit) 40 g a.i./ha at 20-25 days after sowing of arhar . This technological option was found less number of weed density in compared to other options


Application of Imezethapyr (Pursuit) 40 g a.i./ha at 20-25 days after sowing of arhar was recorded less number of weeds in arhar crop & higher grain yield


Sorghum helepense,digitaria, patharchatta, lahsua, doob, savan, mandua, gokharu, hulhul & banmirchi are dominant weed and labour scarcity for untimely weeding and did not apply correct dose of herbicide to properly control these weeds.


Farmers are participated actively by training personal interaction . They are excited to control these weeds by application of weedicides

18

Thematic area: Integrated weed management in pigeon pea

Problem definition: Low yield due to weed infestation in Pigeon pea field.

Technology assessed:

Farmer practice: One hand weeding at 25 days after sowing.

Tech Option – 1: Pendimethaline (Stomp) 1000 g a.i./ha at 2-3 days after sowing.

Tech Option – 2 : Imezethapyr (Pursuit) 40 g a.i./ha at 20-25 days after sowing.

Table: Effect of weedicides & cost economics

Technology option

No. of trials

Weed population (per m2 )

Yield component Disease/ insect pest incidence (%)

Yield(q/ha)



Net return(Rs./ha)

BC ratioAv.No. of

branches/ plantAv.No. of pods per plant

Av.Test wt. (1000 grain wt.)

Farmer practice

10 72 5 89 85.6 10-12 8.7 20960 54800 33840 1.61

Tech Option – 1 10 31 7 121 87.1 5-6 10.5 17540 66700 49160 2.80Tech Option – 2 10 8 9 145 88.1 3-5 13.6 18100 86600 68500 3.78

Results: Farmer practice hand weeding at 25 days after sowing in pigeon pea has achieved maximum number of weed (72) in comparison to technical option -1(31) and technical option -2 (8). The technical option -2 has recorded highest number of branches(9), number of pods(145), test wt. (88.1g), grain yield(13.6 q/ha), net return (Rs. 68500/ha) and B:C ratio (3.78) followed by technical option -1 and Farmer practice consecutively .

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OFT-4(2015-16)1. Title of On farm Trial Assessment of integrated nutrient management strategies in rabi maize in

diara land of Munger2. Problem diagnose Low yield of maize due to imbalance fertilizer application3. Details of technologies selected for

assessment/refinement Farmer Practice- ( 80:40:20 NPK kg/ha)

Tech Option –1 100% recommended NPK ( 120:75:50 NPK kg/ha)

Tech Option – 2 75 % recommended NPK + 2.5 kg/ ha vermi compost

Tech Option – 3 75 % recommended NPK + 2.5 ton/ ha azotobacter +

2.5 kg/ ha PSB

4. Source of Technology Diara land maize follow mono-cropping system5. Production system and thematic area Irrigated & Cropping system6. Performance of the Technology with

performance indicatorsMaximum yield and yield attributing character were obtained with application of 75 % recommended NPK(90kg N, 67 kg P2S, 37.5kg K2O per hectare + 2.5 ton/ ha vermi compost in rabi maize over other technical option.


Application of 75 % recommended NPK(90kg N, 67 kg P2S, 37.5kg K2O per hectare + 2.5 ton/ ha vermi compost was recommended for farmers.


High infestation of weeds due to compost application


Farmers are motivated to participate in OFT by personal interaction during field visit, training and Kisan gosthi. They are happy to control weeds by application oaf accurate amount of chemical weedicides.

Thematic area: Integrated nutrient management

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Problem definition: integrated nutrient management in rabi maize in diara land of Munger was found in initial stage


Farmer practice -( 80:40:20 NPK kg/ha)

Tech Option – 1 100% recommended NPK ( 120:75:50 NPK kg/ha)

Tech Option – 2 75 % recommended NPK + 2.5 ton/ ha vermin compost

Tech Option – 3 75 % recommended NPK + 2.5 kg/ ha azotobacter + 2.5 kg/ ha PSB Table – Effect of different weedicides on yield of maize & cost economics

Technology option

No. of trials

Av.Grain yield ( t/ha)

Av.Stover yield (t/ha)

Av.Cob length (cm)

Av.Grains row/cob

Grains/ row

Av. grainweight (g) of 1000

Cost of cultivation (Rs/ha)


Net Return (Rs/ha)

B:C ratio

Farmer practice 06

4.71 9.62 14.5 12.6 26.3 218 27650 66140 38490 1.39

Tech Option – 1 6.53 11.25 16.9 15.5 34.6 249 34520 80610 55090 1.60

Tech Option – 2 7.26 13.14 17.8 16.9 37.4 262 31610 100260

68650 2.17

Tech Option – 3 6.40 10.80 16.4 15.2 33.7 240 29940 87600 57660 1.93

Results 2014-15: The technical option -3 has recorded highest av.cob length (17.8 cm), av.grains row/cob (16.9), av.grain per row (37.4), 1000 grain weight (262 gm) , av. grain yield (7.26 ton / ha), stover yield (ton/ ha), net return (Rs. 68650 /ha) and BC ratio( 2.17) followed by technical option-3, technical option-1, and Farmer practice consecutively.

Results 2015-16: awaited

21

OFT-5(2015-16)1. Title of On farm Trial Assessment of the effect of different drainage periods on grain yield of

rice & irrigation water applied

2. Problem diagnose Low yield due to improper water management3. Details of technologies selected for

assessment/refinementFarmer practice : Continuous Sub mergence of water in whole crop span of paddy cropTechnical option1 : One day drainage period after tillering stage in paddy.

Technical option2 : Two day drainage period after tillering stage in paddy..

Technical option3: Three day drainage period after tillering stage in paddy..

Technical option4 : Five day drainage period after tillering stage in paddy..4. Source of Technology Sandhu et al 19805. Production system and thematic area Irrigated & water management


Very good yield total water applied, water use efficiency & B:C ratio


5 days Drainage period should done after tillering stage to achieve maximum yield with best quality.


Drainage is a problem during heavy rainfall due to lack of separate drainage channel. Farmers drain excess water from their field to another farmer’s field not in a separate drainage channel.


Face to face interaction and they have responsed positively about this technique.

22

Thematic area: Water management

Problem definition: Low yield of paddy with deteriorated quality.

Technology assessed: Drainage five days period after tillering stage should be maintained to achieve max. yield with best quality.

Table: Assessment of effect of different drainage periods in yield of paddy and water economics

Technology option No. of trials Total water applied (cm)

Saving of water in comparison to Farmer Practice (%)

Average yield (q/ha)

Water use efficiency (q/ha-cm)

Farmer practice05

180 - 46 0.26Technology option –I 134 46.0 47 0.35Technology option –II 115 65.0 48.5 0.42Technology option –III 102 78 51 0.50Technology option –IV 84 96 49 0.58*

Table: Technological option wise cost economical analysis

23

Technology option Cost of cultivation Rs/ha


Net return(Rs./ha)

BC ratio

Farmer practice 26200 48300 22100 1.84

Technology option –I 21900 51300 29400 2.34

Technology option –II

22200 52400 30200 2.36

Technology option –III

23500 56500 33000 2.40

Technology option –IV

21300 53300 32000 2.5

Result: An OFT has been conducted to observe the impact of different drainage periods after tillering stage in paddy. Total irrigation water applied by farmer was 180cm but 84 cm water applied for 5 days drainage after tillering was found the best treatment in terms of saving of water(96%), water use efficiency(0.58 q/ha-cm), yield (49 q/ha) & B:C ratio (2.5) followed by TO-III,II , I & F.P. respectively

24

OFT-6 (2015-16)1. Title of On farm Trial Assessment of the effect of various irrigation regimes on water

use and tuber yield of potato

2. Problem diagnose low yield due to improper water management.3. Details of technologies selected for

assessment/refinementFarmer practice : 1.40 CPE irrigation water applied.

Technical option1 : 1.20 CPE irrigation water applied.Technical option2 : 1.00 CPE irrigation water applied.Technical option3 : 0.90 CPE irrigation water applied.

4. Source of Technology AICRP on water management, CSSRI, Karnal 5. Production system and thematic area Irrigated & water management


Very good yield total water applied, water use efficiency & B:C ratio


Precise & calculated water should apply in Potato cultivation. 0.90 CPE irrigation water application has recommended.


Precise measurement of CPE & measurement of water are tedious work in farmer’s field . However evaporated water is roughly measured and irrigation water applied.


Face to face interaction with farmers in field visit & training.

Thematic area: Water Management

Technology assessed:- 0.9 CPE irrigation water ( total 23.14cm water) should be applied in potato crop.

25

Table: Assessment of the effect of various irrigation regimes on water use and tuber yield of potato

Technology option No. of trials Total water applied (cm)

Saving of water in comparison to Farmer Practice (%)

Average yield (q/ha)

Water use efficiency (q/ha-cm)

Farmer practice06

36.00 - 180 5.0

Technology option –I 30.86 14.28 190 6.16

Technology option –II 25.72 28.56 210 8.17

Technology option –III 23.14 35.72 215 9.29*

Table: Cost economics of different technical options:

26

Technology Option

Irrigation Cost (Rs/ha)

Saving of irrigation cost comparision to farmer’s practice (Rs/ha)

Cost of cultivation (Rs/ ha)

Gross Return ( Rs/ha)

Net Income( Rs/ha)

BC ratio

F.P. 24000 - 58300 144000 85700 2.47

T.O.-1 20000 4000 53200 152000 98800 2.86

T.O.-2 17000 7000 48500 168000 119500 3.46

T.O.-3 15000 9000 44300 172000 127700 3.88*

Potato =Rs 800/ quintal

Results: An OFT has been conducted to observe the impact of different irrigation regimes on water use and tuber yield of potato. Total irrigation water applied by farmer was 36.00cm but 23.14cm irrigation water applied TO-3was found the best treatment technology in terms of saving of water(35.72%), water use efficiency(9.29q/ha-cm), yield( 215 q/ha)& B:C ratio (3.88). Followed by TO-2,TO-1& Farmer practice respectively.

27

OFT-7 (2015-16)1. Title of On farm Trial Assessment of different method of guava jelly preparation on its quality

& storability

2. Problem diagnose Marketing of ripe guava jelly in rural areas is a problem due to its low keeping quality & heavy fruiting in rainy season


Farm women’s practice - traditionally guava jelly preparationTech .option- T1:Guava jelly Preparation ( Using Sugar, lemon juice)Tech. option- T2: Guava jelly Preparation ( Using Sugar, citric acid)

4. Source of Technology BAU,Sabour5. Production system and thematic area PHT losses &Value addition


Guava jelly Preparation by using Sugar, lemon juice was the best with performance indicator


Guava jelly Preparation by using Sugar, lemon juice is recommended


Point test is difficult in guava jelly preparation


Interaction with farm women in training & in survey of village

28

Thematic area: Value addition

Problem definition: Marketing of ripe guava jelly in rural areas is a problem due on its low keeping quality. Value addition technique is needed to enhance storability.

Technology assessed: Assessment of different method of guava jelly preparation of its quality & storability

Table: effect of different methods of preparation of Guava jelly on its quality & cost economics.

Technology option

No. of trials


Yield(q/ha)

Cost of cultivation(Rs./Kg)

Gross return (Rs./Kg)

Net return(Rs./Kg)

BC ratioColour Test Storability

(days)

Farm Women Practice

15 Deep Red Not good 90 - - 100 120 20 0.2

Technology option –I

15 Light Red Very good 210 - - 120 200 80 0.8

Technology option –II

15 Red Good 180 - - 110 70 60 0.6

Results: Technology option I recorded highest BC ratio (0.8 ) & storability (210) followed by TO2 & Farm Women Practice respectively.

29

OFT-81. Title of On farm Trial Assessment of green Azolla feeding on production performance of diary

animals of Munger District

2. Problem diagnose Poor production performance of dairy cattle due to non availability of protein rich feed throughout year.


Farmers Practice – Garaging + Straw feeding.Tech Option – 1 : Farmers practice + 1.5 kg green azolla/dayTech Option – 2 : Farmers practice + 2.0 kg green azolla / day

4. Source of Technology Pillai, K.P etal (2005): Azolla : a sustainable feed for livestock ; LEISA Magazine, Sept. 2005

5. Production system and thematic area Milk production and feed management.


Milk production, fat content and SNF.


Result awaited



Thematic area:

Problem definition:


30

Table:

Technology option

No. of trials


Yield(q/ha)



Net return(Rs./ha)

BC ratioNo. of

effective tillers/hill

No. of spikelet per panicle

Test wt. (100 grain wt.)

Farmers Practice : Garaging + Straw feeding.

10

To be continued in next year

Tech Option 1:Farmers practice + 1.5 kg green azolla/day

Tech Option 2:Farmers practice + 2.0 kg green azolla / day

Results:

31

3.2 Achievements of Frontline Demonstrations

A. Details of FLDs implemented during 2015-16

Sl.No. Crop Thematic area

Technology Demonstrated with detailed treatments

Area (ha) No. of farmers/demonstration

Reasons for shortfall in

achievement Proposed Actual SC/ST Others Total

1. Bajara Cropping System

Composite 612 - 2 2 10 12 N/A

2. Mustard INM Pusa Mahak + Azotobactor + PSB + Trichoderma

10 10 6 20 26

3. Kulthi (Horse gram)

Cropping System

Birsa Kulthi-2 5 3 2 13 15

4. Wheat Cropping System

Sabour Nirjal 0.5 1 4 5

5. Gram/ chickpea

IPM GNG-1581, Rhizobium + PSB,Vitavax Power, Pheromone trap

30 30 15 60 75

6. Field Pea IPM Prakash Rhizobium + PSB + Trichoderm + Lancer gold

20 20 15 35 50

7. Lentil IPM Pusa Masur-5 (L4594) Rhizobium+ PSB+vitavax, kartop hydrochloride

24 24 14 52 66

8. Mungbean IPM SML-668, Rhizobium +PSB+ carbendazine+ Mancozeb

10 10 13 32 45

9. Bio fertilizer applicationWheat

INM Azotobactor +PSB - 15 11 35 46

10. Brinjal Irrigation & nutrient management

Soluble fertilizer through fertigation

3 3 0 12 12

11. Bottle gourd & cucumber

Use of plastics in farming Practice

Seedling or Protray for seedling raising

114 36 2 38

32

Details of farming situation

Crop

Seas

on

Farm

ing

situ

atio

n (R

F/Ir

rigat

ed)

Soil

type

Status of soil(Kg/ha)

Prev

ious

cro

p

Use

of T

rap

date

Har

vest

dat

e

Seas

onal

rain

fall

(mm

)

No.

of r

ainy

day

s

N P2O5 K2O

Bajara Kharif 2015-16

Rainfed Sandy loam

177.8 19.6 122.4 lentil 25.07.15 to 28.7.15

26.11.15 to 28.11.15

Mustard ( Cluster demos.)

Rabi 2015-16

Rainfed Sandy loam

192.3 20.3 120.4 fallow 28.10.15 to 31.10.15

05.03.16 to 08.03.16

Kulthi (Horse gram)

Kharif 2015-16

Rainfed Clay loam

187.2 18.9 122.4 fallow 09.09.15 to 12.09.15

26.12..15 to 28.12.15

Wheat Rabi 2015-16

irrigated Clay loam

242.3 25.1 129.7 paddy 28.11.15 6.4.16

Gram/ chickpea ( Cluster demos.)

Rabi 2015-16

Diara/ Rainfed Clay 238.2 26.3 157.8 fallow 5.11.15 to 11.11.15

15.03.16 to 22.03.16

Field Pea ( Cluster demos.)

Rabi 2015-16

Diara/ Rainfed Clay 236.0 24.6 148.2 Fallow 30.10.15 to 4.11.15

08.03.16 to 12.03.16

Lentil ( Cluster demos.)

Rabi 2015-16

Diara/ Rainfed Clay 232 23.4 142.7 fallow 10.11.15 to 20.11.15

10.03.16 to 18.03.16

Mungbean (Cluster demos.)

Zaid 2016 irrigated Clay loam

198.3 22.4 138.6 wheat 31.3.16 to 10.4.16

---

Wheat (Bio fertilizer application)

Rabi 2015-16

Irrigated Clay loam

230.2 23.5 127.4 Paddy 1.12.15 to 5.12.15

7.4.16 to 10.4.16

Brinjal Rabi 2015-16

Irrigated Sandy loam (neutral)

215 30 146 Khariff maize

25.11.2015 to 25.03.2016

15.2.16 to 25.3.16

10 2

Bottle gourd & cucumber

Summer season

Irrigateed Sandy loam

150 80 100 Tomato 5.2.16 25.2.16

33

In both the Tables, information of same crop should be provided. For example, if in Table 3.2A crops are mentioned as a,b,c,d etc., in the table for Details of farming situation, the same crop should be mentioned in the identical sequence.

Component Technology i.e. seed, fertilizer, bio fertilizer, plant protection measures or full package.

Sl.No. Crop Verities Seed (kg) Fertilizer/ bio

fertilizers Plant protection measures

1. Bajara Pusa composite- 612 20 Urea, DAP, MOP

2. Mustard( Cluster demos.) Pusa Mahak 70 DAP, MOP, Sulpher, Azotobactor + PSB

Imidachloprid

3. Kulthi (Horse gram) Birsa Kulthi-2 150 DAP,Rhizbium, PSB, Vitavax Power4. Wheat Sabour Nirjal 20 - -5. Gram/ chickpea( Cluster demos.) GNB-1581 2400 DAP,Rhizbium, PSB, Vitavax Power,

Pheromone trap6. Field Pea( Cluster demos.) Prakash 1590 Prakash Rhizobium +

PSB + DAPTrichoderm , Lancer gold, chloro pyriphos

7. Lentil( Cluster demos.) Pusa masur -5(L-4594) 1000 Rhizobium+ PSB+ DAP

vitavax, kartop hydrochloride

8. Mungbean( Cluster demos.) SML 668 448 Rhizobium +PSB+ DAP

carbendazine+ Mancozeb+ Vitavax Power + Imidachloprid

9. Wheat (Bio fertilizer application) PBW-343 - Azotobactor , PSB

34

Performance of FLD

Frontline demonstrations

Crop Thematic AreaName of the technology

demonstrated

No. of Farmers

Area(ha)

Yield (q/ha) % Increase

*Economics of demonstration (Rs./ha)

*Economics of check(Rs./ha)

Demo Check GrossCost

GrossReturn

Net Return

**BCR

GrossCost

GrossReturn

Net Return

**BCR

Mustard ( Cluster

demos.)

Cropping System

Pusa Mahak

26 10 12.8

9.2 39.1 19780 40700 26920 2.37 18050 34100 16050

1.89

Brinjal

Irrigation &

Nutrient

management

Water soluble fertilize through fertigation 12 3 220 180 22.22 51200 176000 124800 3.44 55000 144000 89000 2.60

Battle gourd

( Gaurav)

Use of plastics

in Farming

Practice

Seedling or protray for seedling raising 38

3tray

each

farmer 84.44 61.92

36.36

Result awaited

Cucumber

(summer

express)

Use of plastics

in Farming

Practice

Seedling or protray for seedling raising 38

3tray

each

farmer 67.15 58.34 15.10

Result awaited

* Economics to be worked out based on total cost of production per unit area and not on critical inputs alone.** BCR= GROSS RETURN/GROSS COST

35

Pulses Frontline demonstration on pulse crops

Crop Thematic AreaName of the technology

demonstrated

No. of Farmers

Area(ha)

Yield (q/ha) % Increase

Other Parameter *Economics of demonstration (Rs./ha)


Demo Check Demo Check GrossCost

GrossReturn

Net Return

**BCR

GrossCost

GrossReturn

Net Return

**BCR

Kulthi

(horse

gram)

Cropping System Birsa kulthi-2, Rhizbium, PSB,

15 3 16.5 12.2 35.25

Higher

yield &

yield

attributes

Poor

yield &

yield

attributes

17850 59400 41450 3.32 16290 43920 27630

2.7

Chickpea

( Cluster

demos.)

IPM GNG-1581, Rhizbium, PSB, Vitavax Power, Pheromone trap

75 30 12.5 9.6 30.21

Higher

yield &

yield

attributes

Poor

yield &

yield

attributes 20850 66800 44150 3.12 18950 49920 30970 2.63

Field pea

( Cluster

demos.)

IPM Prakash, Rhizbium, PSB, Trichoderm ,Lancer gold, chloro pyriphos 50 20 20.1 14.3 40.6

Higher

yield &

yield

attributes

Poor

yield &

yield

attributes 18870 62310 43440 3.3 16980 44330 27350 2.61

Lentil

( Cluster

demos.)

IPM Pusa Masur-5 (L4594) Rhizobium+ PSB+vitavax, kartop hydrochloride

66 24 14.2 9.8

44.9

Higher

yield &

yield

attributes

Poor

yield &

yield

attributes

21600 79520 57920 3.68 19875 54880 35005

2.76

Mungbean

( Cluster

demos.)

IPM SML-668, Rhizobium +PSB+ carbendazine+ Mancozeb+ Imidachloprid 45 15 Result awaited

* Economics to be worked out based on total cost of production per unit area and not on critical inputs alone.

36

** BCR= GROSS RETURN/GROSS COST

Other crops

Crop Thematic areaName of the technology

demonstrated

No. of Farme

r

Area

(ha)

Yield (q/ha) % change in

yield

Other parameters *Economics of demonstration (Rs./ha)


Demons

rationCheck Demo Check Gross

Cost

GrossRetur

n

Net Retur

n

**BCR

GrossCost

GrossRetur

n

Net Retur

n

**BCR

Peral millet (Bajara)

Cropping System

Pusa composite

612

12 2 19.814.7

34.7

Higher yield &

yield attributin

g characters

Poor yield &

yield attributin

g characters

18650

30740 12090 1.65 17580

23110 5530

1.32

Wheat

Cropping System

Sabour Nirjal

5 0.25 32.8

25.9

26.6

Higher yield &

yield attributin

g characters

Poor yield &

yield attributin

g characters

33100

58800 25700 1.78 26900

40850 17950

1.66

Bio fertilizer application in wheat

INM Azotobactor , PSB

46 15 30.2

26.8

12.7

Higher yield &

yield attributin

g characters

Poor yield &

yield attributin

g characters

25780 54300 28520 2.1 24800 47100 22300

1.89

Livestock - NIL

Category Thematic area

Name of the technology

demonstrated

No. of Farme

r

No.of

units

Major parameters % change in major paramete

r

Other parameter *Economics of demonstration (Rs.)

*Economics of check(Rs.)

Demons

rationCheck

Demons

ration

Check

Gross

Cost

GrossRetur

n

Net Retur

n

**BCR

Gross

Cost

GrossRetur

n

Net Retur

n

**BCR

Dairy

Cow

Buffalo

Poultry

Rabbitry

37

PigerrySheep and goat

Duckery Others (pl.specify)Total


Fisheries -NIL

Category Thematic area


demonstrated

No. of Farmer

No.of units

Major parameters % change in major

parameter

Other parameter *Economics of demonstration (Rs.) *Economics of check(Rs.)

Demonsration Check Demons

ration Check GrossCost

GrossReturn

Net Return

**BCR

GrossCost

GrossReturn

Net Return

**BCR

Common carps

Mussels

Ornamental fishes Others (pl.specify)

Total


38

Other enterprises NIL

Category Name of the technology

demonstrated

No. of Farmer

No.of units

Major parameters % change in major

parameter

Other parameter *Economics of demonstration (Rs.) or Rs./unit

*Economics of check(Rs.) or Rs./unit

Demonsration Check Demons

Ration Check GrossCost

GrossReturn

Net Return

**BCR

GrossCost

GrossReturn

Net Return

**BCR

Oyster mushroom

Enterprise development

Button mushroom

Vermicompost

Sericulture

Apiculture Others (pl.specify)

Total


Women empowerment- NIL

Category Name of technology No. of demonstrations Name of observations Demonstration Check

Farm WomenPregnant womenAdolescent GirlOther womenChildrenNeonatalInfants

39

Farm implements and machinery

Name of the

implement Crop


demonstratedNo. of KVKs

No. of Farme

rArea (ha)

Filed observation (yield qtl./ha.)

% change

in major

parameter

Labour required (man days/ ha)

Cost reduction (Rs./ha or Rs./Unit ect.)

Demonsration Check Demo Check

Saving (Man days/ ha)

Rs. 4500/= cost reduction

in land preparation, 22 %

seed, 15 % fertilizer &

time saving Zero

tillage wheat RCT 45 25 32 25 28 02 4 50%

Rice transplant

erpaddy RCt 20 20 45 36 25 05 30 83 % Rs. 4000

Rotavator - Farm machinery

10 203 ha /

day

1 ha /

day- - - -

66 % cost saving & time

saving

Self propelled

reaper

Paddy

&

wheat

Farm machinery

10 84 ha

/day- - - -- -

74 % labour saving & time

saving

DEMONSTRATION DETAILS ON CROP HYBRIDS - NIL

CropName of

the Hybrid

No. of farmers

Area (ha)

Yield (kg/ha) / major parameterEconomics (Rs./ha)

Cereals Demo Local check

% change

Gross Cost

Gross Return

Net Return BCR

40

PaddySorghumWheatOthers (pl.specify)Total OilseedsCastorMustardSafflowerSesameSunflowerGroundnutSoybeanOthers (pl.specify)

TotalPulses GreengramBlackgramBengalgramRedgramOthers (pl.specify)TotalVegetable cropsBottle gourdCapsicumCucumberTomatoBrinjalOkraOnionPotatoField beanOthers (pl.specify)

41

Total Commercial crops Cotton Coconut Others (pl.specify)

Total Fodder cropsNapier (Fodder)Maize (Fodder)Sorghum (Fodder)Others (pl.specify) Total

42

43

Technical Feedback on the demonstrated technologies

S. No Feed Back

1 Researchers : Water management in different crops should be experimented for this region

because proper application of water in crop has not done.. Likewise fertilizer application in soil

application and top dressing in bulk amount in one or two split dose whose use efficiency is less than

40%. It can be enhanced by experimenting application of water soluble fertilizer in different crop in

different split doses through fertigation or mix with irrigation water whether by surface, drip or

sprayer/ sprinkling irrigation methods. Experiment on short duration, disease & pest resistant

varieties of wheat, lentil, red gram, maize and other crops should be introduced in this region.

Application of bio fertilizers , seed treatment and weed management have also been introduced in

this area. HYV of garlic, pea & other vegetable crops have also been introduced in this region. For

soil fertility management, soil testing, use of vermin compost should be done in this region.

2 Development departments: Diversification of agriculture should be done by vegetable cultivation &

pulse cultivation. Availability of agricultural inputs and marketing facility is not appropriate Low cost

water soluble & multi-nutrient fertilizer should be available for farmers with low cost. Hand operated

low cost implements & scientific water management should be popularize in agriculture. The

agricultural inputs like seed fertilizer & insecticide & pesticide for farmers should be easily available

at critical time.

Farmers’ reactions on specific technologiesFarmers have pleased to observe the results of demonstrated variety, technologies. They have reacted

positively the variety of bajara, field pea, gram, mungbean, mustard and cultivation of onion, tomato, water

management, use of zero tillage, food preservation & other technologies . The demonstration of alternate

furrow irrigation also proved more effective in line grown crops as farmer responded. Reactions of framers

related to demonstrated agricultural technologies as follows.

S. No Feed Back

Tomato & onion cultivation

It is its most appropriate technologies to cultivate to achieve maximum returns

Fertigation in brinjal To reduce fertilization cost and pollution of soil & environment, Fertigation with soluble fertilizer in Rabi maize is proved economical & eco-friendly.

Malviya -13 This HYV redgram has produce more no. of branching and fruiting along with resistant to wilt, SMD and yellow mosaic.

Seed treatment(insecticide &

fungicides)

It is cost effective technology. The fungicide. Trichoderma & insecticide should be easily available. It is applicable for all crops, so the people should be trained by this technology.

Use of bio fertilizer Use of bio fertilizer is a new tool to soil fertility management.

Food preservation, women & child care

Food & water should be hygienic & full of quality.Value addition in agriculture is essential. Improve water filter is essential appliance for domestic purpose.

Farm Machinery Zero tillage machine, Rotavator, paddy transplanter & self propelled reaper have proved excellent farm machineries to perform agricultural woks in less time with low cost efficiency.

Improved variety of different crops

The Improved variety of bajara, Kulti, Mustard, Chickpea, Fieldpea, lentil & mungbean should be available in local basis.

Extension and Training activities under FLDSL.No. Activity

Date No. of activities organized

Number of participants

Remarks

1. Field days 25/4/2015, 1/5/2015, 11/7/2015, 23/8/2015, 12/9/2015, 19/9/2015, 6/10/2015, 29/10/2015, 20/11/2015, 06/12/2015, 18/12/2015, 02/01/2016, 23/01/2016, 09/02/2016, 27/02/2016, 12/03/2016, 14/03/2016 & 15/03/2016

18 352

2. Farmers Training 11/07/2015, 20/07/2015, 15/09/2015, 18/09/2015, 20/09/2015, 28/10/2015, 31/10/2015, 30/11/2015, 01/12/2015, 23/12/2015, 28/01/2016 & 13/02/2016

12 362

3. Media coverage 12/05/2015, 30/06/2015, 08/07/2015, 23/08/2015, 30/08/2015, 08/09/2015, 06/10/2015,1/12/2015, 05/12/2015, 14/01/2016, 03/02/2016, 10/02/2016, 17/02/2016, 23/02/2016, 01/03/2016, 15/03/2016

16 mass

4. Training for extension functionaries

30/04/2015, 28/05/2015, 29/05/2015, 20/06/2015, 10/08/2015, 17/08/2015, 31/08/2015, 30/10/2015, 18/12/2015

9 316

3.3 Achievements on Training (Including the sponsored and FLD training programmes):

Farmers and farm women (on campus)

Thematic Area No. of Courses

No. of Participants Grand TotalOther SC ST

M F T M F T M F T M F TI. Crop ProductionWeed Management 1 8 2 10 3 1 4 0 0 0 11 3 14Resource Conservation Technologies 1 20 0 20 5 0 5 0 0 0 25 0 25Cropping Systems 1 20 2 22 6 0 6 0 0 0 26 2 28Crop DiversificationIntegrated FarmingWater management Seed productionNursery management Integrated Crop Management Fodder production Production of organic inputsOthers, (cultivation of crops ) II. Horticulturea) Vegetable CropsIntegrated nutrient management Water management

44



M F T M F T M F T M F TEnterprise developmentSkill developmentYield incrementProduction of low volume and high value cropsOff-season vegetablesNursery raisingExport potential vegetablesGrading and standardization Protective cultivation (Green Houses, Shade Net etc.)Others, if any (Cultivation of Vegetable) 3 43 0 43 7 0 7 0 0 0 50 0 50

Training and Pruningb) FruitsLayout and Management of OrchardsCultivation of Fruit 1 14 1 15 1 0 1 0 0 0 15 1 16Management of young plants/orchards 1 8 0 8 3 0 3 0 0 0 11 0 11

Rejuvenation of old orchardsExport potential fruitsMicro irrigation systems of orchardsPlant propagation techniquesOthers, if any(INM)c) Ornamental PlantsNursery ManagementManagement of potted plantsExport potential of ornamental plantsPropagation techniques of Ornamental Plants Others, if anyd) Plantation cropsProduction and Management technologyProcessing and value additionOthers, if anye) Tuber cropsProduction and Management technologyProcessing and value additionOthers, if anyf) SpicesProduction and Management technologyProcessing and value additionOthers, if anyg) Medicinal and Aromatic PlantsNursery managementProduction and management technologyPost harvest technology and value additionOthers, if anyIII. Soil Health and Fertility ManagementSoil fertility management

45



M F T M F T M F T M F TSoil and Water Conservation 1 28 2 30 8 2 10 0 0 0 36 4 40Integrated Nutrient ManagementProduction and use of organic inputsManagement of Problematic soilsMicro nutrient deficiency in cropsNutrient Use EfficiencySoil and Water TestingOthers, if anyIV. Livestock Production and ManagementDairy ManagementPoultry ManagementPiggery Management Rabbit Management Disease Management 2 35 5 40 12 0 12 0 0 0 47 5 52Feed management Production of quality animal productsOthers, if any Goat farming V. Home Science/Women empowermentHousehold food security by kitchen gardening and nutrition gardeningDesign and development of low/minimum cost dietDesigning and development for high nutrient efficiency dietMinimization of nutrient loss in processing Gender mainstreaming through SHGsStorage loss minimization techniquesEnterprise developmentValue additionIncome generation activities for empowerment of rural Women Location specific drudgery reduction technologies Rural Crafts Capacity building Women and child care Others, if anyVI. Agril. EngineeringInstallation and maintenance of micro irrigation systemsUse of Plastics in farming practices 1 8 25 33 2 5 7 0 0 0 10 30 40Production of small tools and implementsRepair and maintenance of farm machinery and implements 03 82 0 82 21 0 21 0 0 0 103 0 103

Small scale processing and value additionPost Harvest Technology 1 30 5 35 2 0 2 0 0 0 32 5 37Water Management & Soil Conservation & farm power 1 15 0 15 4 5 9 0 0 0 19 5 24

VII. Plant Protection

46



M F T M F T M F T M F TIntegrated Pest Management 1 30 0 30 10 0 10 0 0 0 40 0 40Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticidesOthers, if anyVIII. FisheriesIntegrated fish farmingCarp breeding and hatchery managementCarp fry and fingerling rearingComposite fish culture & fish diseaseFish feed preparation & its application to fish pond, like nursery, rearing & stocking pondHatchery management and culture of freshwater prawnBreeding and culture of ornamental fishesPortable plastic carp hatcheryPen culture of fish and prawnShrimp farmingEdible oyster farmingPearl cultureFish processing and value additionOthers, if anyIX. Production of Inputs at siteSeed ProductionPlanting material productionBio-agents productionBio-pesticides productionBio-fertilizer productionVermi-compost production 02 33 0 33 0 0 0 0 0 0 33 0 33Organic manures productionProduction of fry and fingerlingsProduction of Bee-colonies and wax sheetsSmall tools and implementsProduction of livestock feed and fodderProduction of Fish feedOthers, if anyX. Capacity Building and Group DynamicsLeadership developmentGroup dynamics Formation and Management of SHGsMobilization of social capitalEntrepreneurial development of farmers/youthsWTO and IPR issues Others, if anyXI Agro-forestryProduction technologies Nursery managementIntegrated Farming Systems

47



M F T M F T M F T M F TXII. Others (Pl. Specify)TOTAL

20 374 42 41

684 13 87 0 0 0 45

8 55 513

Rural Youth (on campus)



M F T M F T M F T M F TMushroom ProductionBee-keepingIntegrated farming 1 12 0 12 4 0 4 0 0 0 16 0 16Seed production 1 10 0 10 3 0 3 0 0 0 13 0 13Production of organic inputsIntegrated FarmingPlanting material production 02 18 0 18 2 0 2 0 0 0 20 0 20Vermi-cultureSericultureProtected cultivation of vegetable crops 01 3 0 3 7 0 7 0 0 0 10 0 10

Commercial fruit productionRepair and maintenance of farm machinery and implements 03 36 0 36 41 0 41 0 0 0 77 0 77

Nursery Management of Horticulture cropsTraining and pruning of orchardsValue additionProduction of quality animal productsDairyingSheep and goat rearingQuail farmingPiggeryRabbit farmingPoultry productionOrnamental fisheriesEnterprise development 1 9 0 9 13 0 13 0 0 0 22 0 22Para vets Para extension workers Composite fish cultureFreshwater prawn cultureShrimp farmingPearl cultureCold water fisheries Fish harvest and processing technologyFry and fingerling rearing Small scale processing Post Harvest TechnologyTailoring and Stitching 04 0 15 15 0 56 56 0 0 0 0 71 71Others, if any fruit & vegetable preservation 03 29 17 46 6 3 9 0 0 0 35 20 55

48



M F T M F T M F T M F TTOTAL

16 117 32 14

976 59 13

5 0 0 0 193 91 28

4

Extension Personnel (on campus)



M F T M F T M F T M F TProductivity enhancement in field cropsValue additionIntegrated Pest Management 02 29 0 29 10 1 11 0 0 0 39 1 40Integrated Nutrient managementRejuvenation of old orchards Protected cultivation technologyFormation and Management of SHGsGroup Dynamics and farmers organizationInformation networking among farmersCapacity building for ICT applicationCare and maintenance of farm machinery and implementsWTO and IPR issues Management in farm animalsLivestock feed and fodder productionHousehold food securityWomen and Child careLow cost and nutrient efficient diet designing Production and use of organic inputsGender mainstreaming through SHGsOthers, (fruit water management) 02 51 4 55 16 3 19 0 0 0 67 7 74TOTAL

4 80 4 84 26 4 30 0 0 0 10

6 8 114

Farmers and farm women (off campus)



M F T M F T M F T M F TI. Crop ProductionWeed ManagementResource Conservation Technologies 1 18 0 18 7 0 7 0 0 0 25 0 25

Cropping Systems 9 182 5 187 63 4 67 0 0 0 245 9 254Crop DiversificationIntegrated Farming

49



M F T M F T M F T M F TWater management Seed productionNursery management Integrated Crop Management Fodder production Production of organic inputs 02 35 3 38 9 4 13 0 0 0 44 7 51Others, (cultivation of crops ) II. Horticulturea) Vegetable CropsIntegrated nutrient management Water managementEnterprise developmentSkill developmentYield incrementProduction of low volume and high value cropsOff-season vegetablesNursery raisingExport potential vegetablesGrading and standardization Protective cultivation (Green Houses, Shade Net etc.)Others, if any (Cultivation of Vegetable) 7 119 16 135 27 3 30 0 0 0 146 19 165

Training and Pruningb) FruitsLayout and Management of Orchards 1 20 5 25 5 0 5 0 0 0 25 5 30

Cultivation of FruitManagement of young plants/orchardsRejuvenation of old orchardsExport potential fruitsMicro irrigation systems of orchardsPlant propagation techniquesOthers, if any(INM)c) Ornamental PlantsNursery ManagementManagement of potted plantsExport potential of ornamental plantsPropagation techniques of Ornamental Plants Others, if any( flower cultivation)d) Plantation cropsProduction and Management technologyProcessing and value additionOthers, if anye) Tuber cropsProduction and Management technologyProcessing and value addition

Others, if any

50



M F T M F T M F T M F Tf) SpicesProduction and Management technology 1 5 0 5 30 0 30 0 0 0 35 0 35

Processing and value additionOthers, if anyg) Medicinal and Aromatic PlantsNursery managementProduction and management technology 1 18 0 18 3 0 3 0 0 0 21 0 21

Post harvest technology and value additionOthers, if anyIII. Soil Health and Fertility ManagementSoil fertility managementSoil and Water Conservation 3 68 1 69 30 0 30 0 0 0 98 1 99Integrated Nutrient Management 2 40 2 42 19 5 24 0 0 0 59 7 66Production and use of organic inputsManagement of Problematic soils 1 16 2 18 6 1 7 0 0 0 22 3 25Micro nutrient deficiency in cropsNutrient Use EfficiencySoil and Water TestingOthers, if anyIV. Livestock Production and ManagementDairy Management 3 58 2 60 15 0 15 0 0 0 73 2 75Poultry ManagementPiggery Management Rabbit Management Disease Management Feed management Production of quality animal productsOthers, if any Goat farming 03 60 4 64 17 0 17 0 0 0 77 4 81V. Home Science/Women empowermentHousehold food security by kitchen gardening and nutrition gardening

1 0 15 15 0 6 6 0 0 0 0 21 21

Design and development of low/minimum cost dietDesigning and development for high nutrient efficiency dietMinimization of nutrient loss in processing Gender mainstreaming through SHGsStorage loss minimization techniquesEnterprise developmentValue addition 05 46 41 87 35 25 60 0 0 0 81 66 147

Income generation activities for empowerment of rural Women Location specific drudgery reduction technologies

51



M F T M F T M F T M F TRural Crafts Capacity building Women and child care Others, if any Food preservationVI. Agril. EngineeringInstallation and maintenance of micro irrigation systemsUse of Plastics in farming practicesProduction of small tools and implementsRepair and maintenance of farm machinery and implements 9 140 36 176 29 5 34 0 0 0 169 41 210

Small scale processing and value additionPost Harvest Technology 2 31 5 36 8 4 12 0 0 0 39 9 48Others, if any irrigation & drainage (water management PHE) 12 188 105 293 57 37 94 0 0 0 245 142 387

VII. Plant ProtectionIntegrated Pest Management 4 78 0 78 24 0 24 0 0 0 102 0 102Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticidesOthers, if anyVIII. FisheriesIntegrated fish farmingCarp breeding and hatchery managementCarp fry and fingerling rearingComposite fish culture & fish diseaseFish feed preparation & its application to fish pond, like nursery, rearing & stocking pondHatchery management and culture of freshwater prawnBreeding and culture of ornamental fishesPortable plastic carp hatcheryPen culture of fish and prawnShrimp farmingEdible oyster farmingPearl cultureFish processing and value additionOthers, if anyIX. Production of Inputs at siteSeed ProductionPlanting material productionBio-agents productionBio-pesticides productionBio-fertilizer productionVermi-compost productionOrganic manures productionProduction of fry and fingerlingsProduction of Bee-colonies and

52



M F T M F T M F T M F Twax sheetsSmall tools and implementsProduction of livestock feed and fodderProduction of Fish feedOthers, if anyX. Capacity Building and Group DynamicsLeadership developmentGroup dynamics Formation and Management of SHGsMobilization of social capitalEntrepreneurial development of farmers/youthsWTO and IPR issues Others, if anyXI Agro-forestryProduction technologies Nursery managementIntegrated Farming Systems XII. Others (Pl. Specify) Mushroom Cultivation 3 55 30 85 10 10 20 0 0 0 65 40 105

TOTAL70

1177

272

1449

394

104

498 0 0 0

1571

376

1947

RURAL YOUTH (Off Campus)



M F T M F T M F T M F TMushroom ProductionBee-keepingIntegrated farmingSeed production 1 15 0 15 5 0 5 0 0 0 20 0 20Production of organic inputsIntegrated Farming 1 16 0 16 2 0 2 0 0 0 18 0 18Planting material production Vermi-cultureSericultureProtected cultivation of vegetable crops 2 45 0 45 10 0 10 0 0 0 55 0 55

Commercial fruit productionRepair and maintenance of farm machinery and implementsNursery Management of Horticulture cropsTraining and pruning of orchardsValue addition 1 0 30 30 0 4 4 0 0 0 0 34 34Production of quality animal productsDairyingSheep and goat rearingQuail farmingPiggery

53



M F T M F T M F T M F TRabbit farmingPoultry productionOrnamental fisheriesPara vets Para extension workers Composite fish cultureFreshwater prawn cultureShrimp farmingPearl cultureCold water fisheries Fish harvest and processing technologyFry and fingerling rearing Small scale processing Post Harvest TechnologyTailoring and StitchingRural CraftsOthers, if any( RCT & FPE) 2 52 11 63 21 2 23 0 0 0 73 13 86

TOTAL 7 128 41 169 38 6 44 0 0 0 166 47 213

Extension Personnel (Off Campus)



M F T M F T M F T M F TProductivity enhancement in field crops 8 130 20 150 52 11 63 0 0 0 182 31 213

Integrated Pest ManagementIntegrated Nutrient management 2 10 2 12 6 2 8 0 0 0 16 4 20Rejuvenation of old orchards 3 115 10 125 15 0 15 0 0 0 130 10 140Protected cultivation technologyFormation and Management of SHGsGroup Dynamics and farmers organizationInformation networking among farmersCapacity building for ICT applicationCare and maintenance of farm machinery and implements 7 90 17 107 36 2 38 0 0 0 126 19 145

WTO and IPR issues Management in farm animalsLivestock feed and fodder production 02 15 5 20 5 2 7 0 0 0 20 7 27

Household food security 2 35 4 39 13 3 16 0 0 0 48 7 55Women and Child careLow cost and nutrient efficient diet designing Production and use of organic inputsGender mainstreaming through SHGsAny other water shed Management 7 95 15 110 16 3 19 0 0 0 111 18 129

TOTAL31 490 73 563 143 2

3 166 0 0 0 633 96 729

54

Consolidated table (ON and OFF Campus)

Farmers & Farm Women



M F T M F T M F T M F TI. Crop ProductionWeed Management 1 8 2 10 3 1 4 0 0 0 11 3 14Resource Conservation Technologies 2 38 0 38 12 0 12 0 0 0 50 0 50

Cropping Systems 10 202 7 209 69 4 73 0 0 0 271 11 282Crop DiversificationIntegrated FarmingWater management Seed productionNursery management Integrated Crop Management Fodder production Production of organic inputs 2 35 3 38 9 4 13 0 0 0 44 7 51Others, (cultivation of crops ) II. Horticulturea) Vegetable CropsIntegrated nutrient management Water managementEnterprise developmentSkill developmentYield incrementProduction of low volume and high value cropsOff-season vegetablesNursery raisingExport potential vegetablesGrading and standardization Protective cultivation (Green Houses, Shade Net etc.)Others, if any (Cultivation of Vegetable) 10 162 16 178 34 3 37 0 0 0 196 19 215

Training and Pruningb) FruitsLayout and Management of Orchards 1 20 5 25 5 0 5 0 0 0 25 5 30

Cultivation of Fruit 1 14 1 15 1 0 1 0 0 0 15 1 16Management of young plants/orchards 1 8 0 8 3 0 3 0 0 0 11 0 11

Rejuvenation of old orchardsExport potential fruitsMicro irrigation systems of orchardsPlant propagation techniquesOthers, if any(INM)c) Ornamental PlantsNursery ManagementManagement of potted plantsExport potential of ornamental plants

55



M F T M F T M F T M F TPropagation techniques of Ornamental Plants Others, if any ( Flower cultivation)d) Plantation cropsProduction and Management technologyProcessing and value additionOthers, if anye) Tuber cropsProduction and Management technologyProcessing and value additionOthers, if anyf) SpicesProduction and Management technology 1 5 0 5 30 0 30 0 0 0 35 0 35

Processing and value additionOthers, if anyg) Medicinal and Aromatic PlantsNursery managementProduction and management technology 1 18 0 18 3 0 3 0 0 0 21 0 21

Post harvest technology and value additionOthers, if anyIII. Soil Health and Fertility ManagementSoil fertility managementSoil and Water Conservation 4 96 3 99 38 2 40 0 0 0 134 5 139Integrated Nutrient Management 2 40 2 42 19 5 24 0 0 0 59 7 66Production and use of organic inputsManagement of Problematic soils 1 16 2 18 6 1 7 0 0 0 22 3 25Micro nutrient deficiency in cropsNutrient Use EfficiencySoil and Water TestingOthers, if anyIV. Livestock Production and ManagementDairy Management 3 58 2 60 15 0 15 0 0 0 73 2 75Poultry ManagementPiggery Management Rabbit Management Disease Management 2 35 5 40 12 0 12 0 0 0 47 5 52Feed management Production of quality animal productsOthers, if any Goat farming 3 60 4 64 17 0 17 0 0 0 77 4 81V. Home Science/Women empowermentHousehold food security by kitchen gardening and nutrition gardening

01 0 15 15 0 6 6 0 0 0 0 21 21

Design and development of low/minimum cost diet

56



M F T M F T M F T M F TDesigning and development for high nutrient efficiency dietMinimization of nutrient loss in processing Gender mainstreaming through SHGsStorage loss minimization techniquesEnterprise developmentValue addition 5 46 41 87 35 25 60 0 0 0 81 66 147

Income generation activities for empowerment of rural Women Location specific drudgery reduction technologies Rural Crafts Capacity building Women and child care Others, if any food preservationVI. Agril. EngineeringInstallation and maintenance of micro irrigation systemsUse of Plastics in farming practices 1 8 25 33 2 5 7 0 0 0 10 30 40

Production of small tools and implementsRepair and maintenance of farm machinery and implements 12 222 36 258 50 5 55 0 0 0 272 41 313

Small scale processing and value additionPost Harvest Technology 3 61 10 71 10 4 14 0 0 0 71 14 85Others, if any water management and drip irrigation 13 203 105 308 61 42 103 0 0 0 264 147 411

VII. Plant ProtectionIntegrated Pest Management 5 108 0 108 34 0 34 0 0 0 142 0 142Integrated Disease Management Bio-control of pests and diseases Production of bio control agents and bio pesticidesOthers, if anyVIII. FisheriesIntegrated fish farmingCarp breeding and hatchery managementCarp fry and fingerling rearingComposite fish culture & fish diseaseFish feed preparation & its application to fish pond, like nursery, rearing & stocking pondHatchery management and culture of freshwater prawnBreeding and culture of ornamental fishesPortable plastic carp hatcheryPen culture of fish and prawnShrimp farmingEdible oyster farming

57



M F T M F T M F T M F TPearl cultureFish processing and value additionOthers, if anyIX. Production of Inputs at siteSeed ProductionPlanting material productionBio-agents productionBio-pesticides productionBio-fertilizer productionVermi-compost productionOrganic manures production 02 33 0 33 0 0 0 0 0 0 33 0 33Production of fry and fingerlingsProduction of Bee-colonies and wax sheetsSmall tools and implementsProduction of livestock feed and fodderProduction of Fish feedOthers, if anyX. Capacity Building and Group DynamicsLeadership developmentGroup dynamics Formation and Management of SHGsMobilization of social capitalEntrepreneurial development of farmers/youthsWTO and IPR issues Others, if anyXI Agro-forestryProduction technologies Nursery managementIntegrated Farming Systems XII. Others (Pl. Specify) 3 55 30 85 10 10 20 0 0 0 65 40 105TOTAL

90 1551

314

1865

478

117

595 0 0 0 202

9431

2460

RURAL YOUTH (On and Off Campus)



M F T M F T M F T M F TMushroom ProductionBee-keepingIntegrated farming 2 28 0 28 6 0 6 0 0 0 34 0 34Seed production 2 25 0 25 8 0 8 0 0 0 33 0 33Production of organic inputsIntegrated FarmingPlanting material production 2 18 0 18 2 0 2 0 0 0 20 0 20

Vermi-cultureSericulture

58



M F T M F T M F T M F TProtected cultivation of vegetable crops 3 48 0 48 17 0 17 0 0 0 65 0 65

Commercial fruit productionRepair and maintenance of farm machinery and implements

3 36 0 36 41 0 41 0 0 0 77 0 77

Nursery Management of Horticulture cropsTraining and pruning of orchardsValue addition 2 9 30 39 13 4 17 0 0 0 22 34 56Production of quality animal productsDairyingSheep and goat rearingQuail farmingPiggeryRabbit farmingPoultry productionOrnamental fisheriesPara vets Para extension workers Composite fish cultureFreshwater prawn cultureShrimp farmingPearl cultureCold water fisheries Fish harvest and processing technologyFry and fingerling rearing Small scale processing Post Harvest TechnologyTailoring and Stitching 4 0 15 15 0 56 56 0 0 0 0 71 71

Rural CraftsOthers vegetable preservation 05 81 28 109 27 5 32 0 0 0 108 33 141

TOTAL23 24

5 73 318 114 65 179 0 0 0 359 138 497

Extension Personnel (On and Off Campus)

59



M F T M F T M F T M F T

60

Productivity enhancement in field crops

8 130 20 150 52 11 63 0 0 0 182 31 213

Integrated Pest Management 02 29 0 29 10 1 11 0 0 0 39 1 40

Integrated Nutrient management 2 10 2 12 6 2 8 0 0 0 16 4 20

Rejuvenation of old orchards 3 115 10 125 15 0 15 0 0 0 130 10 140

Value additionProtected cultivation technologyFormation and Management of SHGsGroup Dynamics and farmers organizationInformation networking among farmersCapacity building for ICT applicationCare and maintenance of farm machinery and implements

7 90 17 107 36 2 38 0 0 0 126 19 145

WTO and IPR issues Management in farm animalsLivestock feed and fodder production 2 15 5 20 5 2 7 0 0 0 20 7 27

Household food security 2 35 4 39 13 3 16 0 0 0 48 7 55

Women and Child careLow cost and nutrient efficient diet designing Production and use of organic inputsGender mainstreaming through SHGsOther fruit cultivation 09 146 19 165 32 6 38 0 0 0 178 25 203

TOTAL35 570 77 647 16

9 27 196 0 0 0 739 104 843

PF90 155

1314

1865

478

117 595 0 0 0 202

9 431 2460

RY23 245 73 318 11

4 65 179 0 0 0 359 138 497

EF35 570 77 647 16

9 27 196 0 0 0 739 104 843

Grand Total(PF+RY+EF) 148 236

6464

2830

761

209 970 0 0 0 312

7 673 3800

61

Please furnish the details of training programmes as Annexure in the proforma given below cited in Annex-1

Date Clientele Title of the training programme

Duration in days

Venue (Off / On Campus)

Number of participants Number of SC/ST

Male Female Total Male Female TotalAgronomy

(D) Vocational training programmes for Rural Youth

Crop / Enterprise

Identified Thrust Area Training title* Duration

(days)

No. of Participants Self-employed after training Number of

persons employed else whereM F T Type of units Number

of unitsNumber of persons

employedAgriculture & Allied Revenue generation

Land escaping & Mali training

5 8 0 8 Nursery 2 1 1

“ “Self-employment & Export oriented fruit production

Orchard management, fruit plant nursery development packaging & marketing

3 18 0 18 Self 2 1 1

“ “ Income GenerationScientific method of goat farming

5 8 3 11 120 goats 3 2 1

“ “ Value AdditionFruit & veget. preservation

7 0 20 20 Domestic use 5 3 2

“ “Women empowerment

Cutting & Stitching clothes

15 0 20 25 domestic use 15 10 5

“ “Women empowerment

Embroidery work patch work colour in ladies garments

5 0 10 10

Domestic use &

sell at rural mela.

Supply to

readymade shop

2 1 1

“ “ Contact farming

Vegetable seed

production techniques,

storage of seeds, seed

treatment, packaging &

marketing

3 15 0 15Local, very

good quality seed

3 2 1

“ “ Dairy management

Milk collection center & supply to Sudha Company after making SHG

7 12 3 15 Milk collection 3 2 1

“ “Revenue Generation

Training about spray schedules in mango, litchi, potato, gram, rai, vegetables

3 12 4 16

Gatour, Knap Sack Sprayer,

Fungicide, Insecticides

etc.

3 2 1

“ “ Vermi cultureProd. Of vermi compost

5 15 5 20vermi

compost6 5 1

“ “Self-Employment & revenue generation

Fabrication of Poly house/ net house & nursery raising & grafting technique

5 22 0 22Polythene & Net house

4 2 2

“ “ Farm machineryAssemble & dissemble of diesel engine & its repair

732 0 32 Repair centre 3 2 1

“ “

Value Addition

Laddu, Bari, Paper, pickles, preparation I vegetable & fruits.

5 0 20 20 Domestic Use 3 2 1

“ “ Women Value Addition in 5 0 15 15 Squash 2 1 1

62

Crop / Enterprise

Identified Thrust Area Training title* Duration

(days)

No. of Participants Self-employed after training Number of

persons employed else whereM F T Type of units Number

of unitsNumber of persons

employedEmpowerment fruit crops

“ “Revenue generation

Preparation of planting materials

5 12 0 12Planting

material of fruit

3 2 1

“ “Women Empowerment

Women empowerment through skill development

5 0 18 18 Domestic 2 1 1

“ “

Mechanization & Self Employment

Impart detail knowledge about agricultural machines & implements & their maintenance

7 26 2 28

Skill development Engin motor, generator &

agril implement

63 3

*training title should specify the major technology /skill transferred

(E) Sponsored Training Programmes

Sl.No Title

Thematic

areaMonth

Duratio

n (day

s)

Client

No. of courses

No. of ParticipantsSponsoring Agency

PF/RY/EF

Male Female Total

Others

SC ST Other

s SC ST Others SC S

TTotal

1 Cattle rearing

Dairy management

Apirl 15 06 PF 6 10 5 0 12 7 0 22 12 0 34

UCO,RSET

I, Munger

2

Selection operation & working principle of Farm machinery

Farm machin

eryMay 15 03 PF 3 25 1

5 0 0 0 0 25 15 0 40BAMETI, Patn

a

3

DSR by zero tillage & paddy drum seeder

Farm machin

eryJune 15 01 PF 1 50 1

5 0 5 5 0 55 20 0 75DAO, Munger

4Workshop on millets

Cropping

systemJune 15 01 PF 3 15 5 0 0 0 0 15 5 0 20

JDA, Munger

5Preparation of rice pappad

Value additio

nJune 15 01 PF 2 25 1

5 0 15 5 0 40 20 0 60DAO, Munger

6

Krishi Vaigyanik aapke

gaon mein

Cropping

systemJuly15 09 PF 09 450 9

0 5 60 30 2 510 120 7 63

7

DAO+

ATMA,

Munger

7IntegratedWatershedMange

mentAug15 15 PF 15 310

110

10 80 35 7 390 14

517

552

DSCO,

Munger

63

Sl.No Title

Thematic

areaMonth

Duratio

n (day

s)

Client

No. of cour

No. of Participants Sponsoring Agency

PF/RY/

Male Female TotalOthers

SC ST Other

s SC ST Others SC S

TTotal

8 Cattle rearing

Dairy management

Sep 15 06 PF 5 5 0 0 30 5 0 35 5 0 40

UCO,RSET

I, Munger

9

Diversification of crop in watershed

IWMP Sep15 03 PF 13 18 6 0 8 3 0 26 9 0 35DSCO,

Munger

10Rabi workshop

Cropping

systemOct 15 02 PF 02 60 7 0 5 3 0 65 10 0 75

DAO,Munger

11

Entrepreneur development in watershed

IWMP Nov15 03 PF 03 18 2 0 4 1 0 22 3 0 25DSCO,

Munger

12

Commisionary level workshop

Crop produc

tionNov 15 02 PF 2 45 5 0 3 2 0 50 7 0 57

JDA, Munger

13Rabi Mahotsav

Cropping

systemNov 15 09

EF+ PF

9 450105

10 65 25 3 515 13

013

658

DAO+ATMA, Munger

14. INM INM Dec 15 01EF+ PF

02 75 20 5 25 10 2 100 30 7 13

7

IFFCO,

Munger

15. Precision farming

Use of plastic in agril.

Nov15 & Dec

1502 PF 02 20 5 0 0 0 0 20 5 0 25

SWC,CAE,RAU,PUSA

16.Agril. mechanization

Farm machin

eryDec15 02

EF+ PF

04 330110

0 50 10 0 380 120 0 50

0

DAO+ATMA,Munger

17.Integrated watershed

IWMP Jan16 02EF+ PF

02 120 25 0 45 20 0 165 45 0 21

0

DDM NABARD,Munger

18. IPM in rabi crop IPM Feb16 02

EF+ PF

02 75 15 0 2 0 0 77 15 0 92

IFFSI,PATN

A

19.

Operation Utility & benefits of farm machinery

Farm machin

eryFeb16 03

EF+ PF

02 35 10 0 0 0 0 35 10 0 45

BAMETI,Munger

20. PPV & FRCrop

production

Feb16 01EF+ PF

01 350 75 0 40 25 0 390 10

0 0 490

PPV & FR Proje

ct BAU,SABOUR,

64

Sl.No Title

Thematic

areaMonth

Duratio

n (day

s)

Client

No. of cour

No. of Participants Sponsoring Agency

PF/RY/

Male Female TotalOthers

SC ST Other

s SC ST Others SC S

TTotal

21.

Awareness programme for marketing

Agril market

ingMar16 01

EF+ PF

01 60 20 0 15 10 0 15 30 0 45

NIAM,Jaipur

22.Saving of fuel in Agril.

RCT Mar 16 01 PF 01 20 5 0 0 0 0 20 5 0 25PCRA

, Patn

a

3.4. A. Extension Activities (including activities of FLD programmes)Nature of Extension

ActivityNo. of

activitiesFarmers Extension Officials Total

Male Female Total Male Female Total Male Female TotalField Day 18 298 42 340 10 2 12 308 44 352Kisan Mela 07 1132 180 1312 172 35 207 1304 215 1519Kisan Ghosthi 21 1390 332 1722 68 26 94 1458 358 1816Exhibition 02 262 75 337 22 11 33 284 86 370Film Show 02 46 12 58 14 6 20 60 18 78Method Demonstrations 04 148 29 177 18 4 22 166 33 199

Farmers Seminar 02 958 124 1082 22 6 28 980 130 1110Workshop 01 22 6 28 12 4 16 34 10 44Group meetings 04 482 92 574 24 8 32 506 100 606Lectures delivered as resource persons 112 2390 872 3262 172 36 208 2562 908 3470

Advisory Services 761 562 72 634 92 35 127 654 107 761Scientific visit to farmers field 96 810 112 922 42 23 65 852 135 987

Farmers visit to KVK 873 801 72 873 0 0 0 801 72 873Diagnostic visits 75 65 8 73 2 0 2 67 8 75Exposure visits 03 352 82 434 16 7 23 368 89 457Ex-trainees Sammelan 02 82 25 107 16 6 22 98 31 129

Soil health Camp 04 182 22 24 8 32Animal Health Camp 02 92 17 4 01 5Agri mobile clinicSoil test campaigns 08 232 92 42 17 59Farm Science Club Conveners meet 05 92 10 102 92 10 102

Self Help Group Conveners meetings 02 32 12 44 - 32 12 44

Mahila Mandals Conveners meetings 02 0 42 42 0 6 6 0 48 48

Celebration of important days (Parthenium ( Gajarghas) eradication week and Technical week)

02 232 32 264 12 4 16 244 36 280

65

Any Other (Specify) Kisan Chaupal 37 2181 309 2490 217 2707

B. Other Extension activitiesNature of Extension Activity

No. of activities

Farmers Extension Officials Total

Male Female Total Male Female Total Male Female Total

Newspaper coverage 187

MassRadio talks 08TV talks 01Popular articles 14Extension Literature 14

3.5 Production and supply of Technological products

Village seedCrop variety Quantity of seed

(q)Value(Rs)

Number of farmers provided

Field pea Prakash40(T/L) 200000 30 Produced by farmers under the

guidance of kvk, scientists during rabi 2015-16which will be sold by

farmers themselves.Lentil Pusa Masoor-5 30(T/L) 350000 20- doGram GNG-1581 50(T/L) 350000 30- doMustard Pusa Mahak 10(T/L) - 15-do

Total 130(T/L) 900000

KVK farm

Crop varietyQuantity of

seed(q)

Value(Rs)


A. SEEDArhar kharif (year 2015-16)

Malviya-13, Bahar,

Under Process

Arhar kharif (year 2014-15)

Bahar, Malviya-13 30.74 301252.00 78

Jute JRO-66, JRO-8432 1.55 13950.00 06Bajara Pusa composite 612, 1.1 1800.00 17Oal Gajendra oal 1.75 7000.00 00Mustard Pusa Mahak 1.1 7700.00

66

TOTAL 36.24 331702.00B. NON SEED

Bajra 0.5 600.00Mustard 0.3 1050.00Arhar 25.87 40745.00Paddy 10.5 10500Total 37.17 52895

C. OtherStraw Arhar 12 1200.00Arahar stick 45 3500.00Vermin Compost 10 3000.00Grand Total 67 7700

Production of planting materials by the KVKs6

Crop VarietyQuantity of

seed(q)

Value(Rs)


Vegetable seedlingsCauliflowerCabbageTomatoBrinjalChilliOnionOthersFruits

Mango

i. Langraii. Amrapali

iii. Mallikaiv. Dashariv. Jardalu

vi. Fazlivii. H.R.-51

viii. Hemsagarix. Bambaix. Shukul

764189011007038034015012023002

65700

175

GuavaAllahabad safeda 19 570

10Lime Purvi Kagji 204 6120 35Litchi Shahi 85 2550 40PomegranateOthersOrnamental plantsMedicinal and AromaticPlantation

67

SpicesTurmericTuberElephant yamsFodder crop saplings Forest SpeciesOthers, pl.specifyTotal 1403 74940 260

Production of Bio-Products –Nil

Bio ProductsName of the bio-product Quantity

Value (Rs.) No. of FarmersKgBio Fertilisers Bio-pesticide Bio-fungicide Bio Agents Others Total

Production of livestock materials-NilParticulars of Live stock Name of the breed Number Value (Rs.) No. of Farmers

Dairy animals Cows Buffaloes Calves Others (Pl. specify)Poultry Broilers Layers Duals (broiler and layer)Japanese QuailTurkeyEmu DucksOthers (Pl. specify)Piggery PigletOthers (Pl. specify)Fisheries Indian carpExotic carpOthers (Pl. specify) Grand Total

3.6. (A) Literature Developed/Published (with full title, author & reference)

Item Title Authors name Number CirculationResearch paper

68

Seminar/conference/ symposia papersBooks Ole ki kheti evam

saflta ki kahaniMukesh kumar

SMS( Hort.)Sabjiyon Ki paudh taiyar krne ki adhunik paddhti evam paudhshala prabandhan

Mukesh kumar SMS( Hort.)

Agri entrepreneur of Bihar

Mukesh kumar SMS( Hort.)

Suksham sinchai ka mahatv

Er. Ashok Kumar SMS( Agril Engg.)

Jal chaajan mein prakritik sansadhan ka prabandhan


Bulletins Rai Sarson evam tori ki vaigyanik kheti 2015 Page no. 19-21 & 26 . Krishak Sandesh

Dr. Shashank Tyagi, Dr. Sunil Kumar & Dr

Vinod Kumar

Rabi Fsalon mein pale se surakhsa 2015Page no. 43-45. Krishak Sandesh- oc-dec 2015

Dr. Shashank Tyagi, Dr. Sunil Kumar & Dr

Vinod Kumar

News letter

Popular Articles Pamp ki upyogita Er. Ashok Kumar SMS( Agril Engg.) and Mukesh kumar SMS( Hort.)

500 350

Thresher ke Upyog mein savdhaniyaan


500 350Sinchai ke yantron ki Upyogita evam rakh rakhav


500 350

Krishi yantron ki Dekh bhal

Er. Ashok Kumar SMS( Agril Engg.) and Mukesh kumar SMS( Hort.)

500 400

Fertigation,krishi Er. Ashok Kumar

69

mein poshak tatav prabandhan ki satik taknik

SMS( Agril Engg.) and Mukesh kumar SMS( Hort.)

500 350

Pashuon ke liye khanij lavan ka mahtav

Dr.G.R.Sharma (Pc,KVK,Munger)

500 450Varsha ke Mausam mein sabjiyon ki kheti

Mukesh kumar SMS( Hort.) and Er. Ashok Kumar SMS( Agril Engg.)

500 450

Chane ki Vaigyanik kheti

Dr. Vinod Kumar, SMS (Agronomy) and Mukesh kumar SMS( Hort.)

500 450

Krishi Yantrikaran Ke labh


500 350Gay aur bhais ke bachhon ko marne se kaise bachayen

Dr.G.R.Sharma (Pc,KVK,Munger)

500 450

Uchit Poshan Ke liyen santulit aahar

Smt. Rita lal SMS( Home science.) and Mukesh kumar SMS( Hort.)

500 450

French bean Rajma ki kheti

Mukesh kumar SMS( Hort.) and Er. Ashok Kumar SMS( Agril Engg.)

500 450

Masur ki unnat kheti

Dr. Vinod Kumar, SMS (Agronomy) and Mukesh kumar SMS( Hort.)

500 450

Kachhe aam ke paustik vyanjan

Smt. Rita lal SMS( Home science.) and Mukesh kumar SMS( Hort.)

500 450

Book ChapterExtension Pamphlets/ literatureTechnical reports Annual Progress

Report, Dr.G.R.Sharma (Pc,KVK,Munger) and Er. Ashok Kumar SMS( Agril Engg.)

10 8

SAC Meeting Report,

60 50

Extension Council Report

10 8

Electronic Publication (CD/DVD etc)

N.B. Please enclose a copy of each. In case of literature prepared in local language please indicate the title in English

(B) Details of HRD programmes undergone by KVK personnel: -S. No.

Name of programme

Name of KVK personnel and designation Date and Duration Organized by

70

1. IPM in cereal crops

Dr. Vinod KumarSMS( Agronomy)

16/06/15 to 18/06/15 03 days

BCKV, Kalyani(W.B)

2. Workshop of KVK

Dr. G.R.Sharma (PC, KVK,Munger)Smt. Rita lal (SMS,Home Science)Mukesh Kumar (SMS, Horti.)Er.Ashok Kumar(SMS, agril.)

25/07/15 to 26/07/15

02 days

ICAR, New Delhi

3. National seminar on soil health

Mukesh Kumar (SMS, Horti.) 28/01/2016-29/01/2016 02days

BAU,Sabour

3.7. Success stories/Case studies, if any (two or three pages write-up on each case with suitable action photographs)

a)

Barun Kumar: Success Story of a Young Farmer Mukesh Kumar Er. Ashok Kumar

SMS, Horticulture. & SMS, Agril. Engg.KVK, Munger KVK, Munger

Mr. Barun Kumar is a down to earth and young farmer. Earlier he was a farmer of traditional

farming. He always participated in the training programme both in on campus & off campus

organized by the KVK, Munger. Several visit to his farm has performed by the KVK

scientists and given him the faith for better farming..

Now he has 16 acres plantation of mango. He is a good vegetable grower with

vegetable growing in 4 acre land. Now he is a very successful farmer. He got subsidy from

govt. of Bihar under NHM for Ploy house construction.

Income before taking up the enterprise (Rs/Year): Rs. 1,50,000/- ( Rs. One Lac Fifty

thousand only).

Role of KVK in Selecting the enterprise / marketing the produce : The farm of Mr

Barun Kumar is Only 4 K.M. distance from Jamalpur market. All produce like mango,

papaya, cauliflower, Bottle gourd, cucumber, elephant footyam, cabbage and beat is easily

sold in the Jamalpur market. At the time of advising, agri enterprise work market facility and

road transport facility was in consideration. So, there is no any problem of supply and

demand of the produce.

Pattern of Market linkage_

(i) Whole sale selling ( 75%)

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(ii) Retail selling (25 %)

Livelihood on agri- entrepreneurship – 75 %

Future plan of the agri- entrepreneur : We have provided him a trained worker. He is well

versatile in nursery work. He knows grafting, budding and air layering work.

Now Mr. Barun Kumar is going to establish a small nursery in his farm. He has all the

facility like motherplant, irrigation, market demand for the initial requirement. KVK Munger

will also provide him market for better demand.

Economics of the Enterprise:

Enterprise Area(ha) Gross

expenditure

Gross return Profit B:C ratio

Fruit cultivation

(Mango, Papaya)

6.4 150000.00 600000.00 450000.00 4.00

Vegetable Cultivation 1.6 80000.00 180000.00 100000.00 2.25

Total 8.0 230000.00 780000.00 550000.00 3.39

PRAMOD KUMAR SUCCESS STORY OF IMPROVED FARMER

Dr. Vinod KumarSMS, Agronomy.

KVK,Munger

Mr. Pramod Kumar is medium farmer having 4.5 hectare of Tal diara land and he is more

interested doing crop- vegetable- fruit and livestock based farming system intensification and

adopting modern technologies and implements in agriculture. He has been experienced

about 30 years under farming. Now, he has been engaged in integrated farming for last five

years. Wheat, chickpea, fieldpea, lentil, maize, mustard, oat/ barley fodder, vegetables

parwal, onion, vegetable pea , mango fruit production and dairy farming during from June to

July. He has also produced compost / vermi-compost on his dairy farm, which is utilized in

these crops as organic source of fertilizers under crop production. Therefore by doing above

integrated farming, he has been benefited immensely that is reflected from his annual income

of Rs. 719200=00 per year under integrated farming as compared to Rs 3,64,900=00 per year

from traditional farming in Tal Diara land of Munger.

Income before taking up the enterprise (Rs/Year): Rs 3,64,900=00

72

Role of KVK in Selecting the enterprise / marketing the produce : KVK has activity

promoted to farmers selling of their produce in local market Munger and Jamalpur. All

produce like vegetable, parwal, Mango, maize, gram , mustard crop are easily sold in local

market Munger and Jamalpur. At the time of advancement agri entrepreneur work market

facilities and road transport facilities will be considered for this village.

Pattern of Market linkage_

Whole sale selling( 75%)

Retail selling (25 %)

Livelihood on agri- entrepreneurship – 75 %

Future plan of the agri- entrepreneur : We will provided training for farmer to adoption of

integrated farming enterprises i.e. crops, vegetables, fruits, livestock production / bee keeping

/ mushroom production Under location specific. At present Pramod Kumar is going to

establish crop with bee keeping, mushroom production, Mango garden, dairy unit, vegetable

farming & vermin compost production. KVK Munger will also provide guidance him for

better demand of prominent agriculture produce in the local market and their locality.

Economics of the Enterprise:

Enterprise Area

(ha)

Gross

expenditure

Gross return Net Return

(Rs/Unit)

B:C

ratio

Maize,wheat,

mustard, lentil,

chickpea, fodder

3.0 88300 226400 138100 2.56

Potato, vegetable,

pea, sponge guard,

cucurbites, mango

1.45 95600 370800 275200 3.88

Live stock (Cow) &

vermicompost

production

0.05 60000 122000 62000 2.03

Total 4.5 243900 719200 475300 2.95

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SRI SHAMBHU ROY: Success Story of a Young Farmer Er. Ashok Kumar Mukesh Kumar

SMS,Agril. Engg. & SMS, Horticulture. KVK,Munger KVK,Munger

1. Sri Shambhu Roy, S/O Sri Jitendra Roy, At- Farda Deeh, Block- Jamalpur, Munger, Mobile No.- 9279324193.

2. Age- 463. Educational qualification : Non Matric4. Total land holding: 10 ha;( 4 ha irrigated & 6 ha non irrigated.)5. Sri Shambhu Roy is an innovative leading farmer of Jamalpur block. He is an experienced,

practical, labourious, honest and diligent farmer. He cultivates 10 ha land in varied to pography (Diara & Tal land) and climatic condition. He is a leading farmer in terms of adaptation of mechanization in agriculture . He has mechanical source of energy as 35Hp Sonalika Tractor with matching implements and 8 HP diesel engine . He has three tyre M.B. plough, 9 tire (bottom) cultivator , disc harrow, seed drill, P.T.O. operated Hadama multicrop thresher, Sprayers, LDPE water conveyance pipe. Medium type portable sprinkler set, maize sheller, 8 HP portable diesel engine & tractor drawn reaper. He also has done other works innovative agricultural implements. He cultivates own field & does other agril. activities with machine matched implements. He gives tractor with matched implements to other farmers on custom hiring basis. He is a joyful & cooperative farmer. He always cooperates and helps other farmer in many ways. He is an optimistic and planner farmer. He plans his farming strategy for coming year in advance. He has collected agril. Inputs in advance and makes earlier his production activity along with marketing and storage activity. His long term future strategy is to alleviate socio economic condition of other fellow farmer of village by adopting hi-tech agriculture. His future strategy is also to form Kisan club to accelerate agriculture & allied sector to earn more money in short time.At present he is earning Rs 11,56,000.00 Annually (Rs. Eleven lakh fifty six thousand only ) by doing agriculture, rearing cattle and custom hiring.

Activity Cultivated area

Inputs Cost Gross Return

Net Income BC ratio

Custom hiring of tractor with matched implements

Land preparation & Sowing

- 130000 250000 120000 1.92

Threshing - 32000 75000 43000 2.34Harvesting - 55000 200000 145000 3.64

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Transporting - 75000 200000 125000 2.67Irrigation with pump-set & sprinkler

- 42000 60000 18000 1.43

Cropping & cattle rearingWheat cultivation

4 125000 250000 125000 2.0

Vegetable 2 230000 420000 190000 1.83Pulse 2 36000 60000 24000 1.67oilseed 1 16000 62000 46000 3.87Cattle rearing

4 62000 220000 158000 3.54

Total 803000 1797000 1156000 2.23

There is no village market. So, he sells his product in Munger market or sells to village’s small trader. He sells perishable fruit, vegetable in Sabj Arhat in Munger. He sells milk in village’s milk collection center which has been running by local youth associated with ITC. He purchases agril. Inputs & dairy inputs from Munger or other places with Kisan club or cooperative society.

He trains to other farmers with innovative agril. & vetnary’s techniques. He has made several exposure visit in different agril. Places or farms. He attended district level mechanization fair, KVK and ITC’s implements yard several times. Recently he is using innovative agril. Implements to reduce input cost in cattle rearing and performing agricultural activities timely and efficiently. He proved as eye opener for other lagging farmers in his locality. In fact, he is a successful farmer in his village. He achieved this goal under guidance of KVK’ Scientist. Practically he has proved as master trainer of his block.

b) CASE STUDIES

A view of Watershed area of Munger district.

Er. Ashok KumarSMS,Agril. Engg.

KVK,Munger

Munger district has mainly four types of land topography Diara land, Tal land, Hilly & hilly plain area. Central & southern Bihar has tall area, plain area & hilly area. In hilly area there is scarcity of irrigation facility due to rocky area in which tube well cannot be sinked. About 80 % of hilly area are unirrigated & its land is also waste land. There is tedious work to survive there. Most of people of this area depends upon rainfed agriculture or on forest based product like dry wood, Tendu patta & others for their livelihood. These are unfertile land due to exploitation of watershed area which have to managed. These exist under Dharahara, Jamalpur, Kharagpur, Sangrampur & Tetia Bamber block of Munger district. There are about 15 watershed area exists in Munger which have been developed for previous 20 years. However, There is no assured facility of irrigation due to lack of sustainability & vulnerability of watershed managed activities. The names of watersheds of Dharahara block are Matadeeh watershed, Barbanni watershed, Bilokhar watershed. Dharhara Dakshini watershed , Shafogoraiya, amarshani shakhol, Koyalo & kareily watershed. These watershed had been developed

75

by soil conservation deptt, KAPAT, KVK,Munger & NGOs like cradle/SWART, BAIF, ASEFA,ITC etc. They had performed different activities/ construction from top to bottom related to watershed management like check dam, bund, terrace, WAT, Gulley plug, diversion channel, drainage channel, Farm pond, percolation tank, silt tank, recharge well, forestation & others works. About 60 % of total land of Dharhara block occurs under watershed area which has to manage properly. This activity develops 30 % of eroded soil and water in downward area in terms of siltation, flood and water logging. In this area, rain water harvesting only can develop soil, agriculture, rearing of cattle & fruit, vegetable crop production, socioeconomics life of the people. About 40 % area of Jamalpur, 50 % area of kharagpur, 30% area of Tetiabamber & 20 % area of Sangrampur block exist in watershed area. Those names are Rishikund, Nauwagarhi, Mahinal-1,2, Bangara, Bhalua kol, Bhaisha kole & other watershed area. These are scarcity of irrigation facility. These area can be developed by soil & water conservation techniques. Soil & water is basic components for human being to do agriculture & other life supporting activities Government deptt. like DSCO, Minor irrigation, KVK and NGOs had attempted to develop these area by constructing check dam, dug well, farm pond & other water harvesting structure. In this area perch/ pseudo water table occurs up to 12-15’ below earth surface. Therefore dug well & farm pond are feasible to create water source to meet irrigation & other requirement of water. In these watershed areas of Munger district have effluent small river like Mani river, Jokia river, Umbhi river, Mahane river & Sotia river through which rain water drainages from this area. These river water can be managed by creating reservoir, check dam, diversion canal & other water conserving, storage & conveying structures. There are many natural water reservoirs in this area like Jalkund water reservoir, Kharagpur lake Salgharwa water reservoir, Karaily spring, Amarasani spring, Goraiya haha, Bahaurakund & Ghorakund water reservoir. These reservoirs should be managed technically to store rain water of this area. This management can eradicate water logging & siltation in Bariyarpur Tal, Singhiya shivkund & Hemjapur tall area of Munger district.

In this way, watershed management is necessary to develop 45 % area of Munger district which are naxal affected area. Naxal activities can be mitigated by land & water managed in this area. Agriculture & cattle rearing can flourish by availability of natural resources like land & water. Naxal people will be engage in agriculture, cattle rearing & other life supporting activities by giving up naxal activities. So, watershed management can do historical change in this area.

3.8. Give details of innovative methodology or innovative technology of Transfer of Technology developed and used during the year 2015-16

1. Innovative technology of transfer of technology has been developed by KVKs scientist. Need base & area base training,OFT, FLD & other activities have been formulated. Transfer of technologies have also been performed by digital methods or electronic based methods like mobile phone,multi media presentation, mobile messages, video conferencing & kisan channel & showing different website like BAU, Mandi.com & others.

2. Seed treatment with trichoderma, fungicides, insecticide & Rhizobium culture azactobactor & PSB control the insect, pest & fungal disease in crop & provide nutrient for plant. The farmers had been convinced to seed treatment by following formula TFIR .Now They are advised to treat seed with trichoderma and by bio fertilizers.

3. Summer ploughing & soil solarization with transparent polythene for seed bed preparation technologies have been transferred among farmers to control weed, insect pest and fungal disease problem in crops and in nursery raising.

4. Insecticides, pesticides should be applied in crops by solid nozzle sprayer machine but fungicides & herbicide should be applied with cut fan nozzle sprayer .

76

5. Under nutrient management, farmers had been motivated to use water soluble fertilizer nutrients & medicine through fertigation / chemigation.

6. Weed control should be done by mechanical, biological & chemical application methods in the field crops. Different types of manual weeder or plastic mulch may be used to control weeds in row planted crops.

7. Field should be plain and so that nutrient and water uptake by each plant equally and every plants/crops should be grown inline to reduce input cost and enhance productivity.

8. Application of improved and innovative agricultural implements like MB & disc Plough, rotary tiller raise bed planter, potato planter & digger, pump set, spreyer, weeders, reaper, combine harvester, thrasher, graders. Maize sheller, Rotavator, Zero till seed cum fertilizer drill/multicrop planter rice transplanter to perform agricultural operation timely, precise & without drudgery with low cost in coparision to traditionally.

9. Use of innovative irrigation methods like drip & sprinkler irrigation apply water in controlled & measured quantity of water. In surface irrigation methods like boarder, check basin & furrow irrigation method, irrigation water should apply economically.

10. Cultivate high yielding & income generating crops rather than traditional crops & increase seed replacement rate in cereals.

11. Selection of short duration variety of crops and vegetables in drought hit area.

12. Motivated farmers to adopt sustainable & integrated farming system to mitigate risk of uncertainty of income and surety of employment throughout year.

13. Technologies are transferred by forming SHG & other groups.

14. System of root intensification technology for paddy and other crops has been transferred among farmers by farmers' trainings, kisan gosthi and FLD programmes.

15. Mentha & other aromatic and medicinal plant cultivation& its processing have been promoted in the district.

16. Mushroom production & vermin compost production has been introduced among small entrepreneurs.

17. RCT have been disseminated among farmers.

3.9 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

Ajwayeen ( Scorn seed) seeds & pulses

Sowing of ajwayeen, oilseeds by broadcasting method after receding of flood water in 2-7' deep muddy plain area of diara land

To sow crop in time in problematic area in diara land. No any alternative method of sowing is applicable in that area.

2 Sowing of Millets

In cracked soil of diara land sowing of millet, wheat is done by local made manual operated zero till machine

To sow millet in plain area after receding flood water

77

S. No.


3Sowing of Maize & Wheat

Sowing of maize is done by manually operated bhoka or dibbler & wheat is broadcasted on surface and seed grains are swipped with broom in cracks

To sow maize and wheat in diara lands in problematic soil area after receding of flood water.

4 Planting of Pointed gourd

The vines of pointed gourd are planted in sandy & hard muddy area of diara landwith the help of manual operated local made rambha (khanti)

To plant pointed gourd vines & other cucurbitaceous vegetables in diara land by rambha (khanti).

5

Pointed gourds & other cucurbitaceous vegetables

A local kash made tati (wind break)is made in north & west side of field in diar land.

To check deposition of sand on leaves of crops and control wind erosion of soil in diara lands

6 Water source

Split bamboo, m.s. ring, coconut stings / rope are used to make low cost casine pipe in diara land to install bamboo boring to achieve shallow depth’s ground water to use it for irrigation.

To create water source for irrigation in diara land at low cost.

7 Bio Control

Spraying of cow dung, urine and cow dung's ash as replant for insects in crops

To protect crops damage from frost, micro- organism & insects.

8 MaizeCut the upper portion of maize crops

To get green fodder for animals & to reduce mature time for cob of rabi maize

9 Water lift Method

Use of charsa (one swinging pot /bucket is bonded/tied with string/rope and drawn by two man in two sides of water channel) & lathakuri (don) for irrigation in paddy grown area.

To irrigate paddy & other crops in sloppy & hilly plain area. There is no water source rather than dug well or water pertaining gully.

10 Cattle Management

Use of bamboo’s leaves for cow after delivery of the calf

To expels placenta properly in short time.

11 Poultry Management

In rural area, use of manually made multi stories poultry house under backyard poultry production.

To construct low cost earthen/mud made multi stories Darwa (poultry house) in rural area.

12 Household Security

Earthen made multi opening to put pot and one opening chulha is made in rural area by which fuel is inserted..

To use maximum thermal energy for efficient house work like cooking & parboiling of paddy and curing of turmeric .

13 All CropsUse effigy (putla of man) or dead crow body in the field

To protects crop from animal, birds & thieves.

14 Nursery raising

Use plastic tunnel (rain shelter) to grow nursery

To grow fruit (papaya), vegetables & other crop's nursery in rainy season under poly tunnel

78

S. No.


15 Straw StorageMaking two span heap structure of house with the help of paddy straw bundles

To storage paddy straw in open area to use as animal fodder.

16.Nursery raising & crop growing

Spreading of ash over canopy of crops

To control red beetle on cucurbetecious vegetable and others .

17.

Production of worm for production of vermin compost

Uses soil pitcher & rotten cow dung to rear worm and produce vermin wash

To produce warm & vermin wash

18. Plastic sheetCovering the fruit bananas’ bunch,papayas with polythene

To save it from birds & mature fruits in shortly span

19. Pitcher irrigation

In diara area hills plain area pitcher is used to irrigate horticulture crops by buried it in rhizosphere

To save water by check evaporation

20. All cropsSpaying of cow dung & urine as repellant.

To save vegetable from chemical fertilizer effect.

3.10 Indicate the specific training need analysis tools/methodology followed by the KVK-Identification of courses for farmers/farm women :Contact / Semi structured schedule and

PRA survey in village.

- Rural Youth : Contact / Group Discussion and asking individual for their need.

- In-service personnel : Through discussion during

Rabi and Kharif

Karmshala as well as in

Officers’ Training &

Knowledge test

Subject matter specialists of KVK have gone to village to search& survey the different

types of information’s, related to agriculture & agricultural allied activities. They have tried to

find scope of development of entrepreneurial activities & scope of development of

entrepreneurship. They have interacted with farmers, rural youth & rural women about their

hunger related to know which type of knowledge related to agriculture or cattle rearing. After

discussion, they decide training’s topics, FLD, OFT and other KVK’s activities for that village.

3.11. Field activitiesThe scientists of KVK had surveyed adopted village & other villages of district during

Krishi Mahotsav (Kharif, Rabi & Garma), FLD, PRA survey & other training programmes. In

Kharif & rabi season, farmers were convinced by scientist to cultivate short duration

crop/variety of paddy & other crops in medium & hilly plain areas in drought situation. Paddy

79

cultivators were motivated to plant one or two seedling in one heel and transplant in row by

manuals transplanter, power operated paddy transplanter or paddy drum seeder. At tillers

emergence time standing water should be drained and field capacity level water should keep

in paddy field so that more no. of tillers will emerge. Scientists of KVK had solved their

problems related to nutrient, management, leaf blight and insect pest disease problem in

paddy cultivation. Scientists of KVK had motivated farmers to adopt SRI technology in paddy

cultivation . They are motivated to use happy zero till seed cum fertilizer drill machine to sow

wheat timely. They have also been motivated to use rotary tillers instead of rotavator.

SMS (Animal husbandry) had motivated farmers to keep only high meat/milk yielding

breeds of animals and live stocks to manage scientifically in rearing. He had solved a number

of problems related to live stocks. Survey was conducted by SMS (Hort.) in operational area.

He had taught farmers to cultivate horticultural crops rather than cereal crops to achieve

maximum returns per unit area. He had solved problems related to fruit, vegetable & spice

cultivation. He had convinced farmers to cultivate mentha in garma season as catch crop to

achieve more profits.

SMS (Agril. Engg.) had surveyed operational area of KVK. He had found four type of

land use pattern in district like hilly, sloppy, hill plain, tal & diara land. He had suggested to

manage watershed for livelihood and agriculture in hilly area. He had suggested farmers

about construction of merdhabandi and water harvesting structure, contour farming, strip

farming and other soil & water control structures to conserve soil & water. He had advised

farmers to adopt sprinkler & drip irrigation, mechanization, water management and processing

of Agriculture Produce & precision farming. He had motivated farmers to adopt above

technologies, you may achieve higher return in unit area & unit time by investing less

agriculture inputs. He has recommended farmers to purchase power tillers, rotary tiller, multi-

crop planter/seed drill/zero till seed cum fertilizer drill, weeder, knapsack sprayer/other

sprayer, Reaper /combine harvester & multi-crop thrasher to perform agricultural operation in

precise form in short time and investing low cost. These implements perform agricultural

operations shortly and mitigate quantitative & qualitative loss of agricultural produce in erratic

change of climatic situations.

The home Scientist had surveyed and advised women to generate self-employment

through small industry like Tailoring, embroidery, fruit & vegetable preservation & value

addition in agricultural produce. For this you should take training in KVK, Munger to develop

their skill. She has emphasized to home food security by enhancing kitchen garden.

The agronomist had surveyed & suggested farmers to adopt scientific practice &

package of different crops. He motivated farmers to adopt SRI method of paddy cultivation &

green manuring. He convinced farmers to do seed production. He has attempted in training,

OFT & FLD to accelerate seed replacement rate in operational area.

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Scientists of KVK, Munger have visited operational village and advised farmers to

enrich soil by green manuring. They had motivated farmers to use bio fertilizer, bio pesticides

to produce agricultural product health friendly and eco-friendly. Soil testing should be done for

proper nutrient management in crop production.

The farmers were convinced by KVK’s scientist to adopt mushroom culture, vermin

culture, livestock management, goat rearing, poultry production, dairy production, construction

of bio gas plant, bee keeping, nursery raising, graft, booting & budding process, poly house,

vermin compost unit repair of farm implements water management and construction of farm

pond for achieving self-employment for their livelihood.

i. Number of villages adopted : 06

ii. No. of farm families selected : 62

iii. No. of survey : 22

311. a.Status of establishment of soil Lab :

1. Year of establishment : September, 20072. List of equipments purchased with amount :

Sl. No Name of the Equipment Qty. Cost

1 Water Distillation still / Plant 1 48000.00

2 Stabilizer (Automatic voltage stabilizer) 1 4000.00

3. Refrigerator 1 ---

4. Electrical Balance & 1 77000.00

5. Accessories 21000.00

6 Physical Balance 1 6500.00

7. Conductivity Meter CM – 180 1 10170.00

8. Horizontal shaker 1 25425.00

9. Willey Mill Grinder 1 25425.00

10 Kheldahi Digestion and Distillation system 1 30510.00

11 Digital P.H. Meter Model L-1, 127 1 10170.00

12. Spectrophoto meter scarring minis pace 1 61000.00

13. Flame Photometer Madaleu – 361 1 47,460.00

14 Hot Plate (Thermostatic) 1 9040.00

15 Hot Air Oven 1 15259.00

3.11.b. Details of samples analyzed so far :

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Details No. of Samples

No. of Farmers

No. of Villages

Amount realized

Soil Samples 2897 2800 60 35355Water Samples

Total 2897 2800 60 35355

3.12. Activities of rain water harvesting structure and micro irrigation system

No of training programme

No of demonstrations

No of plant material produced

Visit by the farmers

Visit by the officials

Training 02 - 25 05

3.13 Technology week celebration- 16/03/2015 to 20/03/2015

Type of activities No. of activities Number of participants Related crop/livestock technologyTraining & exhibition

05 392 Crop production, cattle rearing, Horticulture, Agril. Engg. & home science

3.14. RAWE programme – 01 ( Bsc Ag.) Students of BAC, Sabouris KVK involved?

No of student/ARS trained No of days stayed20 21

3.15. List of VIP visitors including the officials of ZPD and DEE

Date Name of the person Purpose of visit

26.11.2015

Dr. R.N.Singh- ADEE,BAU,SabourDr.K.K.Verma, DAO,MungerDirector, UCO RSETI,MungerDeputy Director ATMARanjit Kumar, Asst. Engineer Irrigation Department,MungerAnjani Kumar, Director BIAF Munger

To attend SAC, Meeting

5.12.2015

Sri. Vijay Kumar Vijay, MLA,Munger,Dr.K.K.Verma, DAO,MungerSri Shitanshu shekhar, DDM,NABARD,MungerBDO,Munger

Awareness programme of International soil health day & soil health card distribution among farmers.

1.2.2016

Dr. Uma Kant Dubey, registrar, PPV & FR eastern india, RanchiDr. Chandan Kumar,Assist. Prof. cum Nodal officer PPV & FR, BAU, Sabour,Dr.K.K.Verma, DAO,Munger

To attain awareness programme of farmers on PPV & FR

25.01.2016R.K.Sohane- DEE,BAU,Sabour Field visit &

inspection of KVK’s activity

16.12.2015Dr. Arun Kumar Singh V.C.BAU,Sabour Field Visit of farmers

& monitoring the activity of KVK

30.11.2015 &

Er. Sanjay Kumar Nirala, Asst. Prof. CAE,RAU,Pusa To organize training programme for farmer

82

1.12.2015 under PFDC,SchemeDr. M.P.Singh, Ex. V.C. & CTO,KVK,MungerDr.Ram Dutt Asst. Prof. Extension education BAU,Sabour Field Visit

08.02.2016 Dr. Pramod Kumar, Deputy Director Plant Protection, Bihar Government, Patna

To conduct Training on IPM.

4.0 IMPACT4.1. Impact of KVK activities (Not to be restricted for reporting period).

Sl.No.

Name of specific technology/skill transferred

No. of participants

% of adoptio

n

Change in income (Rs.)Before

Rs./Unit)After

(Rs./Unit)

1.Area expansion under grafted

mango orchard162 10 12300 15100

2.Seed Treatment with Chemicals &

bio agents830 35 8100 9000

3.Up gradation of indigenous cattle

with improved breed1520 62 12000 15000

4. Use of balanced diet to cattle 632 10 7500 8200

5. Awareness towards vaccination 232 15 - -

6.Cultivation of improved varieties in cereals oilseeds, pulses, vegetables & more fruits. 532 15 9700 12000

7. Fruit & Vegetables Preservation 930 12 900 1000

8. Water management 360 15 12000 16000

9. Mechanization 2950 12 20000 30000

10

.Nursery raising in poly house 120 10 10000 16000

11

.Land leveling 615 10 6000 7500

12

.Sowing/Transplanting in row 1210 15 8000 24000

NB: Should be based on actual study, questionnaire/group discussion etc. with ex-participants

4.2 Cases of large scale adoption

1. Large scale adoption of wilt disease and sterility mosaic disease resistant high yielding variety of pigeon pea (Malviya-13)has followed by the farmers of Munger district in 410 ha. area during kharif 2015 which is expected to be increased in 600 ha. during kharif 2016

2. IPM in rice has been adopted in almost 25% of the area under rice.

3. 90% mango orchard were protected from insect & pest by spraying insecticide, pesticide, fungicide and hormone in time.ly

83

4. Area expansion under grafted mango orchardsThe area under grafted mango orchard had been expanded by new plantation of grafted mango about 70ha. In district under NHM & other programmes in 2015-16 year.

5. Increasing trend in treated seed sowing :Seed treatment technology had been adopted by about 2800 farmers. Such technology had been accelerated by giving subsidy or mini kits of IPM for different crops by Assistant Director Plant Protection, Munger and the FLD has been given by KVK on seed treatments in rabi 2015-16

6. Up gradation of Indigenous cattle’s :Up gradation of indigenous cattle’s had been done by A. I. technology implemented by District Animal husbandry officers & NGO like , BAIF and others. The adoption of improved breed is about 30%. The end workers of BAIF has been trained with innovative A.I. techniques two days in KVK Munger.

7. Awareness towards vaccination in cattle’s.Awareness towards vaccination in cattle had been initiating by Bihar govt. In July, vaccination in cattle programme had been performed in village of each blocks by Bihar Govt. About 50% of cattle had been vaccinated by block veterinary doctor & others. Vaccination also has been conducted by KVK in different villages of Munger.

8. Cultivation of improved varieties in cereals, oilseeds, pulses, vegetables and fruits under more acreage.Adoption of improved variety of crops is slightly less in district. About 35% adoption of improved variety of cereal, pulse, vegetable, oilseeds was observed in districts.Under different programs, about 20% improved seeds had be introduced. Seed replacement rate is 30-35 % .Highest in rabi maize & lowest S.R.R is in lentil

9. Fruit & vegetable preservation: Fruit & vegetable have been preserved by drying, using preservatives or other methods. The adoption of fruit & vegetable preservation is 15% in the district.

10. Water management: Farmers are applying control irrigation without conveyance loss of irrigation water. They are using PVC flexible pipe & light weight centrifugal pump for irrigation. They save 45% irrigation water by using PVC conveyance pipe & proper irrigation method. Shallow tube well and dug well are constructed under Bihar govtt. More than 350 sphinkler set & 75 ha drip irrigation system have been given to farmers as subsidies rate by DHO .

11. Mechanization: Government is giving subsidy to purchase agriculture implement. The adoption of mechanization is about 30% The agriculture mechanization is accelerated by giving subsidry under Micromode, NFSM & other schemes. Threshing, ploughing field by machinery and irrigation by pump have been widely adopted by farmers.

12. 60 biogas plants have been given to farmers at subsidized rate

4.3 Details of impact analysis of KVK activities carried out during the reporting period

Name of ScientificTechnology / SkillTransferred

No. ofTrainees

% ofadoption

Change in Income(Rs./Unit)

Before Training After TrainingControl of Podborer in Arhar & gram & its

15 2 9000 14000

84

practice packagePreparation of sauce 35 5 600 1000Scientific cultivation of okera, brinjal, tomato& Parwal

66 5 50000/acre 75000/acre

Preparation ofGuava jelly 20 3 500 900

Water management in Field crops 95 10 7000 10000

Sowing of wheat byzero till seed cum fertilizer dril machine

63 15 20000 32000

Preparation of Greenmango squash 22 3 500 850

Use of ZnSO4 inpaddy field

30 15 11000/ha 15000/ha

Preparation of mixedmushroom pickles 30 5 500 900

Production of Mushroom 112 9 450 1100

Preparation ofMango Jam 25 3 700 1200

Protected cultivation 25 5 5500 12000

Mechanization 560 10 8000 17500

Tailoring & Patch work 120 7 600 800

Embroidery & Doll making 20 3 600 800PHT management 95 12 18000 24300

4.4 Details of innovations recorded by the KVKThematic area IPMName of the Innovation Preparation of Jaivik productDetails of Innovator Mukund Kumar Singh, 8 , Maghaiyachak, P.O. Banhara, Tetia

Bamber, Munger Back ground of innovation To reduce ill effect on edible agril. Produce.Technology details Cow dung, urine, ghee, kurunj leaves & garlic etc.Practical utility of innovation Spray of punch gabya in mustard vegetable & flower etc.

4.5 Details of entrepreneurship development

Entrepreneurship development Name of the enterprise Mushroom spawn and mushroom production. Name & complete address of the entrepreneur

Mr. Manish Kumar Singh at Bindwara, P.O. Munger, Dist. Munger.

Intervention of KVK with quantitative data support:

He has sold 25 quintal spawn and 60 quintal oester mushroom in Six month

Time line of the entrepreneurship He had emerged as entrepreneur of mushroom after his six

85

development years attempt.

Technical Components of the Enterprise

Inoculation and culturization of fungus of oester mushroom

Status of entrepreneur before and after the enterprise

Better. Previous, he was only lawyer but at present he is entrepreneur of mushroom.

Present working condition of enterprise in terms of raw materials availability, labour availability, consumer preference, marketing the product etc. ( Economic viability of the enterprise):

He has been earning more by mushroom entrepreneurship.He has all facilities. He has linked with Kolkata Market to sell his mushroom to get maximum market price.

Horizontal spread of enterprise Slightly increasing upward then horizontally .

4.6 Any other initiative taken by the KVK – Seed production ofkharif & rabi conference organization for farmers.

5.0 LINKAGES5.1 Functional linkage with different organizations

Name of organization Nature of linkageDAO, MUNGER Training, mechanization farm, Rabi, Kharif & garma

mahotsavIFFCO,MUNGER

Kisan gosthiDDM NABARD

Training & Kisan gosthiITC,MUNGER

Training, field visit & Demonstration UNIVERSITY OF YOGA

Training & field visitSOIL CONSERVATION OFFICERS, MUNGER Training & Demonstration

ATMA, MUNGER Training & field visit

BAIF, MUNGER Training & field visit

ASST. DIRECTOR PLANT PROTECTION, MUNGER Training & field visit

5.2. List special programmes undertaken during 2015-16 by the KVK, which have been financed by ATMA/ Central Govt/ State Govt./NHM/NFDB/Other Agencies (information of previous years should not be provided) - Nil

a) Programmes for infrastructure development-NIL

Name of the programme/scheme Purpose of programme Date/ Month of

initiationFunding agency Amount (Rs.)

Assessment & Refinement of Technologies .(b) Programme for other activities (training, FLD,OFT, Mela, Exhibition etc. not decided it will decided in next financial year with ATMA,Munger TotalName of the programme/scheme Purpose of programme Date/ Month of

initiationFunding agency Amount (Rs.)

6. PERFORMANCE OF INFRASTRUCTURE IN KVK

86

6.1 Performance of demonstration units (other than instructional farm) NIL

Sl. No.

Name of demo Unit

Year of

estt.

Area(Sq.mt)

Details of production Amount (Rs.)RemarksVariety/breed Produce Qty. Cost of

inputsGross

income1.2.

Total

6.2 Performance of instructional farm (Crops) - NilName

Of the cropDate of sowing Date

of harvest

Are

a (h

a)

Details of production Amount (Rs.)Remarks

Variety Type of Produce Qty.(q) Cost of

inputsGross

income

6.3 Performance of Production Units (bio-agents / bio pesticides/ bio fertilizers etc.,) NIL

Sl.No.

Name of the Product Qty (Kg)

Amount (Rs.)RemarksCost of inputs Gross income

1.

6.4 Performance of instructional farm (livestock and fisheries production) NIL

Sl.No

Nameof the

animal / bird /

aquatics

Details of production Amount (Rs.)

RemarksBreed Type of Produce Qty. Cost of inputs Gross income

1.

2.3.

6.5 Utilization of hostel facilities

Accommodation available (No. of beds)

Months No. of trainees stayed

Trainee days (days stayed) Reason for short fall (if any)

10-03-2016 20 420

Total : 20 420 (For whole of the year)

6.6 Utilization of staff quarters

87

Whether staff quarters has been completed:No. of staff quarters: 6Date of completion: 1990

Occupancy details:Months Q I QII Q III QIV Q V QVI

April 2015

Occupied by Dr. GR Sharma, PC,

KVK, Munger

K.K. Maurya,

Shailendra Kumar,

Programme Assistant

Dr.Vinod Kumar, SMS

Agron., KVK,

Munger

Er. Ashok Kumar SMS Agril. Engg.

Sri. Aman Kr. Singh STA on Farm

Manager

May 2015June 2015July 2015August 2015September 2015October 2015November 2015December 2015January 2016February 2016March 2016

7.FINANCIAL PERFORMANCE

7.1 Details of KVK Bank accounts Bank account Name of the bank Location Account Number

7.2 Utilization of funds under FLD on Oilseed (Rs. In Lakhs)

ItemReleased by ICAR Expenditure

Unspent balance as on -Kharif Rabi Kharif Rabi

7.3 Utilization of funds under FLD on Pulses (Rs. In Lakhs)

ItemReleased by ICAR Expenditure Unspent

balance as on 1st

April 2013Kharif Rabi Kharif Rabi

7.4 Utilization of funds under FLD on Maize (Rs. In Lakh)

88

ItemReleased by ICAR Expenditure Unspent

balance as on 1st

April 2012Kharif Rabi Kharif Rabi

TOTAL

7.5 Utilization of KVK funds during the year 2015 -16S.

No. Particulars Sanctioned Released Expenditure

A. Recurring Contingencies1 Pay & Allowances2 Traveling allowances3 ContingenciesABCDEFGHIJ

TOTAL (A)

B. Non-Recurring Contingencies

1234

TOTAL (B)C. REVOLVING FUND

GRAND TOTAL (A+B+C)

7.6. Status of revolving fund (Rs. in lakh) for last three 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 (Kind + cash)

7.6.(i) Number of SHGs formed by KVKs - 02(ii) Association of KVKs with SHGs formed by other organizations indicating the area of SHG activities.

Training and awareness program.

7.7 Details of marketing channels created for the SHGs

89

The member of different SHGs have been linked with NABARD, Gramin Bank and other nationalized bank by opening account number of SHGs. NABARD has given financial support to different new and previous existing SHGs. They have produced products and sold it to ATMA, office or other local whole seller shop.

7.8. Special programme on Food and Nutrition : 01 ( awareness programme)

7.9. Community Radio Station : N/A

7.10. Joint activity carried out with line departments and ATMA

Name of activity Season With line department With ATMA Both

Krishi Yantrikarn Mela

Kharif, rabi & garma

DAO,Munger ATMA Both

Training Rabi DSCO,Munger - -Training Rabi 2016 ADPP,Munger - -

Kharif & rabi Mahotsav

Kharif & rabi DAO ATMA Both

Training Kharif & rabi - ATMA -Training & Field visit

Kharif & rabi DAO,Munger - -

PM Sinchayee Yojna Meeting

All DM, Munger - -

Training & exhibition

Rabi DM,Munger - -

Training Kharif & rabi BAO,Munger - -Training & Work shop

Kharif & rabi 2016

DAO,Munger ATMA Both

Workshop Kharif & rabi 2016

DAHO,Munger - -

Training & A/H camp

All DAHO,Munger

Krishi Vaigyanik Aapke gaon mein

Kharif DAO,Munger ATMA Both

8. Other information

8.1. Prevalent diseases in Livestock/Crops

Name of the disease

Crop/animal Date of outbreak Number of death/ % crop

loss

Number of animals vaccinated

Thara Cow 10/08/2015 02 12BQ Cow 15/09/2015 04 30HS cattle 30/08/2015 08 35

8.2. Nehru Yuva Kendra (NYK) Training N/A

90

Title of the training programme

Period No. of the participant Amount of Fund Received (Rs)

From To M F

8.3. PPV & FR Sensitization training Programme Date of organizing the programme

Resource Person No. of participants Registration (crop wise)

Name of crop

No. of registration

01/02/2016 Dr. Umakant Dubey& Dr. Kundan Kumar

175 - -

8.4. KMAS /SMS Portal : Not working KISAN MOBILE ADVISORY SERVICE

No. of calls

No. of farmers covered

No. of messages

Types of messages (No.)Crop Livestock Weather Marketing Awareness Other

8.5. SMS PORTAL

Date of start of functioning of SMS portal - not functioning

No. of messages

No. of

calls

No. of farmers covered

Types of messages (No.)Crop Livestock Weather Marketin

gAwareness Other

8. 6.Programme with Seema Suraksha Bal (BSF) N/ATitle of Programme Date No. of participants

8.7. a. Utilization of HRD fund (Rs 0.50 Lakh provided to KVKs)- NilTraining programme/ Seminar/ Symposia/ Workshop etc attended

Duration Name of the participants

Designation Organizer of the training Programme

Amount spent for the purpose (Rs.)

b. HRD fund utilized for other purposesHead Amount (Rs.)

91

8.8. Performance of Automatic Weather Station in KVK Not working properly

Date of establishment Source of funding i.e. IMD/ICAR/Others (pl. specify)

Present status of functioning

8.9. IPNI Trail (Applicable for KVKs identified under IPNI trial) N/AI Name of CropII No. of farmers involvedIII Area (ha.)IV Date of sowingV Crop SeasonVI Result of trial with photographs however detailed results/observation should be

sent as per performance after crop harvestVII Amount Spent

8.10. Achievement under TSP Project (Saraikella, Godda, Sahibganj, Dumka, Giridih,, Pakur) -N/A

Name of the village adopted under TSP

Block Population of the village

ST Population of the village

Percentage of ST population to total population

M F T M F T

Details of Activities under TSP Project- NAActivities No. of participants Approx. expenditure (Rs.)

M F T

No. of on-farm trials

Frontline demonstrations

Farmers trained

No of extension activities

Input made available

Seed (q)

92

Planting material (No)

Livestock strains and finger lings

No of poultry, duck, pig, goat providedNo of farm implements provided

Others, if any, please specify

Exposure visit

Exhibition

Kisan Mela

8.11 PROGRESS REPORT OF NICRA KVK (Technology Demonstration component ) 2015-16 (Applicable for KVKs identified under NICRA) N/A Natural Resource Management

Name of intervention undertaken

Numbers under taken

No of units

Area (ha)

No of farmers

covered / benefitted

Remarks

Crop Management

Name of intervention undertaken

Area (ha)

No of farmers covered / benefitted

Remarks

Livestock and fisheriesName of intervention

undertakenNumber

of animal covered

Number of units

Area (ha)

No of farmers


Remarks

Institutional interventionsName of

intervention undertaken

No of units

Area (ha) No of farmers


Remarks

93

Capacity buildingThematic area No. of

CoursesNo. of beneficiaries

Males Females Total

Extension activities

Thematic area No. of Activitie

s

No. of beneficiariesMales Females Total

Detailed report should be provided in the circulated Performa

8.12. National Initiative on Fodder Technology Demonstration (NIFTD) -Nil (Applicable for KVKs identified under NIFTD)

Name of the fodder crop

Date of sowing

Area (ha) No. of farmersinvolved

DemonstrationYield (q/ha)

Check Yield % increase

Economic of Demonstration Name of the fodder crop

Demonstration Cost/Rs/ha Check Cost (Rs/ha)

Gross cost Gross return BC ratio Gross cost Gross return

BC ratio

8.13. Awards/Recognition received by the KVK- Nil

Sl. No. Name of the Award Year Conferring Authority Amount Purpose1.

94

Award received by Farmers from the KVK districtSl. No.

Name of the Award

Name of the Farmer

Year Conferring Authority Amount Purpose

1. Best farmer of district

Ram Sharan Singh

2016 BAU,Sabour

95

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