details of action plan of kvks during 2017-18junagadh.kvk6.in/images/annual-work-plan2017-18.pdf1...

1

DETAILS OF ACTION PLAN OF KVKs DURING 2017-18

(1st

April 2017 to 31st

March 2018)

1. GENERAL INFORMATION ABOUT THE KVK 1.1. Name and address of KVK with phone, fax and e-mail

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

Telephone Address Office FAX

E mail Website

Ambuja Cement Foundation, PO.: Ambuja Nagar, Tal.: Kodinar-362 715 District: Gir Somnath (Guj.)

(02795) 232163 (02795) 232163

chandrakant.kumbhani [email protected]

www.ambujacementfoundation.org

1.2.b. Status of KVK website : No 1.2.c. No. of Visitors (Hits) to your KVK website (as on today) : Nil 1.2.d Status of ICT lab at your KVK : Under ICT component, Community Radio Station, Voice Message Services

& Telephonic Help Line are ongoing 1.3. Name of the Senior Scientist & Head with phone & mobile no.

Name Telephone / Contact Office Mobile Email

Dr Brijendra Singh Rajawat 02795-232363 08128354453 09414682029

[email protected] [email protected]

1.4. Year of sanction: 2007

1.5. Staff Position (as on 16th January, 2017)

Sl.

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1 Senior Scientist & Head

Dr Brijendra Singh Rajawat

Senior Scientist & Head

Animal Science

37400-67000

9000 49240 15/03/11 Permanent GEN 8128354453

9414682029

drbsrajawat@gmail.

com

2 Subject Matter Specialist

Dr Vallabh N Chavda

SMS – Ag. Extension

Extension Education

15600-39100

5400 26620 18/06/08 Permanent GEN 9275347562

9228506751

Chavdavn.kvk@gmai

l.com


Ms Hansa S

Patel

SMS - Home Science

Home Science

15600-39100

5400 26620 23/06/08 Permanent GEN 9924586084

[email protected]

m

Address Telephone E mail Website Office FAX Krishi Vigyan Kendra-Junagadh

PO.: Ambuja Nagar, Tal.: Kodinar-362 715 District: Gir Somnath (Guj.)

(02795) 232363 (02795) 232363

[email protected]

---

2


Mr Ranjitsinh G Barad

SMS – Horticulture

Horticulture

15600-39100

5400 26620 08/07/08 Permanent OBC 9998456158

9227699177

baradranjitsinh@gma

il.com


Dr Anshuman D Rathod

SMS – Agronomy

Agronomy

15600-39100

5400 24350 17/06/11 Permanent SC 9275348049

9427446716

[email protected]


Mr Ramesh T Rathod

SMS - Plant protection

Plant Protection

15600-39100

5400 24350 17/06/11 Permanent OBC 9427147891

8347144610

8866708656

rathodrt2010@gmail.

com


Mr Satish T

Hadiyal

SMS - Soil Science

Soil Science

15600-39100

5400 22280 25/07/14 Permanent GEN 9687631207

hadiyalsatish@gmail.

com

8 Computer Programmer

Mr Ajay M Dhanani

PA – Computer

M. Com,

B. Ed., PGDCA

9300-38500

4200 18320 16/06/08 Permanent PH 9228866091

ajay.dhanani@gmail

.com

9 Programme Assistant

Mr Rajendrasinh N Parmar

PA - Fisheries

Fisheries science

9300-38500

4200 18320 17/06/08 Permanent OBC 9275705506

rajendraparmar.kvk

@gmail.com

10 Office Superintendent cum Accountant

Mr Kiritsinh K

Mori

OSA B. Com, PGDCA

9300-38500

4200 18320 01/07/08 Permanent OBC 9275184300

8758902828

[email protected]

om

11 Farm Manager

Mr Hepil J Chodavadia

PA (Ag)/Farm Manager

B.Sc. (Ag.)

9300-38500

4200 14330 09/06/14 Permanent GEN 9824583354

[email protected]

m

12 Stenographer

Mr Balu J

Vala

Jr. Steno BAGCC

5200-20200

2400 12520 16/06/08 Permanent PH 9924736312

balubhai.vala@gmail

.com

3

13 Driver Mr Arjan K

Vala

Driver cum Mechanic

HSC,

ITI (Diesel Mechanic)

5200-20200

2000 10250 16/06/08 Permanent OBC 99246922019714104445

[email protected]

m

14 Driver Mr Kanu N

Pithiya

Driver cum Mechanic

B A 5200-20200

2000 10250 01/07/08 Permanent OBC 9879492949

knpithiya1970@gma

il.com

15 Supporting staff

Mr Ketan G

Vala

Supporting staff

B A 5200-20200

1800 8900 14/06/08 Permanent OBC 9227287187

[email protected]

om

16 Supporting staff

Mr Pruthvi D

Gohil

Supporting staff

10th 5200-20200

1800 8900 23/12/08 Permanent PH 9228190755

9998332692

pruthvisinh.kvk@gm

ail.com

1.6. Total land with KVK (in ha) :

S. No. Item Area (ha)

1 Under Buildings 1.00

2. Under Demonstration Units 4.72

3. Under Crops 4.50

4. Horticulture 6.56

5. Pond 0.15

6. Others if any 3.34

1.7. Infrastructural Development:

A) Buildings

Stage

Complete Incomplete S.

No. Name of building

Source of

funding

Completion

Year Plinth area

(Sq.m) Expenditure

(Rs.) Starting

year

Plinth area

(Sq.m)

Status of construction

1 Administrative

Building

ICAR 31/03/09 548.95 45.28 - - -

2 Farmers Hostel ICAR 31/03/09 303.60 30.23 - - -

3 Staff Quarters (6) ICAR 31/03/11 433.87 - - - -

4

Demonstration Units

1. Vermi compost ACF 31/03/09 20 00.45 - - -

2. Drip Irrigation ACF 28/02/10 - 04.95 - - -

3. Soil & water testing lab

ACF 30/11/10 06.80 - - -

4. Crop Cafeteria ACF 31/03/11 - 00.60 - - -

5. Fish Pond ICAR 31/03/11 1500 03.04

4

6. Leaf Tissue

Analysis lab

NHM

31/03/12 - 18.00 - - -

7. Model Nursery NHM 31/03/12 - 24.92 - - -

8. Community Radio Station (CRS)

ATMA 10/11/12 - 16.92 - - -

9. Honey Bee ACF 15/01/13 - 00.12 - - -

5 Boundary wall ICAR 31/03/11 300 m 10.00 - - -

6 Boundary wall ACF 31/03/15 500 m 20.00

7 Threshing floor ICAR 31/03/10 400 01.96 - - -

8 Farm go down ICAR 31/03/11 53.87 03.51 - - -

9 Implement shed ICAR 31/03/11 60.13 02.64 - - -

10 Vehicle stand ACF 31/03/14 80.06 01.24 - - -

11 Security room ACF 31/03/14 - 00.80 - - -

B) Vehicles

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

Jeep (Bolero) 2008-09 6,00,000 181449 working condition

Hero Honda(Two wheeler) 2008-09 49,000 6755 working condition

Tractor 2007-08 4,50,000 2622 (Hours) working condition

Activa-Honda Bike (Funded by ACF) 2012-13 61000 17830 working condition

C) Equipments & AV aids

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

Digital Camera 2008-09 25200 Working condition

LCD Projector with access. 2008-09 96082 Projector is not in working condition but new one provided

by ACF since April 2013

PA system 2008-09 25775 Working condition

Furniture for Office 2008-09 300000 Working condition

Photocopier 2008-09 73788

Not in working condition, Presently using on hiring basis

Computer with access. 2008-09 97750 Working condition

Generator 2008-09 93975 Working condition

Fax Machine 2008-09 10000 Working condition

EPABX 2008-09 48664 Working condition

Furniture & Furnishing of farmer Hostel 2008-09 500000 Working condition

Power Tiller 2008-09 150000

Working condition (Recently modified in Mini Tractor for better

work)

Leveler 2008-09 25500 Working condition

Winnower 2008-09 35000 Working condition

Seed cum fertilizer 2008-09 40000 Working condition

Power sprayer 2008-09 30000 Working condition

Multicrop Thresher 2008-09 60000 Working condition

Groundnut Digger 2012-13 20000 Working condition

Groundnut Decorticator 2012-13 2400 Working condition

Projector hanger, screen and slide changer 2013-14 9137 Working condition: provided by ACF

One computer and LCD Projector with access. 2015-16 99250 Working condition

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1.8. A). Details of SAC meetings to be conducted in the year

Sl.No. Date

1. Scientific Advisory Committee March, 2017

2. DETAILS OF DISTRICT

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

1 Mono cropping (Groundnut- Wheat, Groundnut-gram, cotton-sesame

2 Intercropping (Cotton + Groundnut, Cotton + sesame, Groundnut + sesame)

3 Relay cropping (Groundnut with castor, Groundnut with pigeon pea)

4 Horticultural crops i.e. Mango, Sapota, Banana, papaya, Pomegranate, Ber, Custurdapple, Aonla

2.2 Description of Agro-climatic Zone & major agro ecological situations (based on soil and topography) a) Soil type

Sl. No.

Agro-climatic Zone Characteristics

1 South Saurashtra Agro Climatic Zone

The average annual rainfall is 980 mm. the average temperature ranges with 5o C minimum to maximum 46o C. The soil is mostly mixed red and black, medium black and calcareous.

b) Topography

S. No. Agro ecological situation Characteristics 1

Medium black-with low rainfall Land texture is Sandy clay to clay with average rain fall is below 750 mm and sea level is 25-75 m.

2 Deep Black Soil with low rainfall Clay with average rain fall is below 750 mm and sea level is below 25m.

3 Mixed red and black soil with medium rainfall

sandy clay loam to clay loam with average rain fall is 750 to 1000 mm and sea level is below 25-75m

4 Medium black with medium rainfall

Silty clay to clay with average rain fall is 750-1000 mm and sea level is 25-75m.

5 Shallow black soil with medium rainfall

Sandy clay loam to clay with average rain fall is below 750 mm and sea level is 75-150m.

6 Coastal alluvial soil with medium rainfall

Sandy loam to silty clay loam with average rain fall is less than750 mm and sea level is 25-75m.

7 Rocky soil with medium rainfall

Sandy clay loam to clay loam with average rain fall is 750-1000 mm and sea level is 75-300m.

8 Forest soil

Sandy clay loam with average rain fall is more than 1000 mm and sea level is 150-300m.

2.3 Soil Types S. No Soil type Characteristics Area in ha

1 Medium black Medium black-with low rainfall 4, 05,188

2 Deep black Deep Black Soil with low rainfall 17,018

3 Mix red Mixed red and black soil with medium rainfall 1, 17,938

4 Shallow black Shallow black soil with medium rainfall 54594

5 Alluvial soil Coastal alluvial soil with medium rainfall 1, 49,872

6 Rocky soil Rocky soil with medium rainfall 82,640

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

S. No Crop Area (00’ ha) Production (00’ M.T.) Productivity (Kg. /ha) 1 Ground nut 3079 1578 512

2 Cotton 645 1345 354

3 Sugarcane 14 104 7176

4 Castor 11 22 1988

5 Pigeon pea 5 6 984

6 Sesame 21 8 380

7 Bajara 112 135 1285

8 Wheat 397 1226 3090

6

9 Jowar 2 3 371

10 Green Gram 7 3 417

11 Black Gram 4 5 1429

12 Onion 21 401 19077

13 Garlic 18 102 5514

Gram 82 140 1692

Sources: Directorate of Agriculture Gujarat State, Gandhinagar (Year 2012-13)

2.5. Weather data (2016-17)

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

April 0 29.35 25.51 88.36 31.72

May 0 30.66 27.82 88.53 74.70

June 114 35.48 27.78 99.53 53.65

July 360 29.36 25.30 99.97 53.30

August 243 28.05 26.00 99.96 99.96

September 205 27.57 24.02 93.68 73.08

October 48 26.79 22.13 73.68 71.97

November 0

December 0

January 0

February 0

March - - - - -

Total 970 Sources: Environment department, ACL Ambujanagar December 2016.

2.6. Production and productivity of livestock, Poultry, Fisheries etc. in the district Category Population Production Productivity

Cattle

Crossbred Crossbred Crossbred Crossbred

Indigenous Indigenous Indigenous Indigenous

Buffalo Buffalo Buffalo Buffalo

Sheep Sheep Sheep Sheep


Indigenous Indigenous Indigenous Indigenous

Goats Goats Goats Goats

Pigs Pigs Pigs Pigs


Indigenous

Rabbits Rabbits Rabbits Rabbits

Poultry Poultry Poultry Poultry

Hens Hens Hens Hens

Desi Desi Desi Desi

Improved 50455 75682 1.5 kg/broiler

Ducks 2091 - -

Turkey and others 858 - -

Fish - - -

Marine - 2.10 Lac tone

Inland - - -

Prawn - - -

Scampi - - -

Shrimp 20 ha 33 tone

Source: KHEDUT MARGDARSHIKA PART-3, KRUSHI MAHOTSAV, Dept. of AH, Gandhinagar

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2.7 Details of Operational area / Villages

District Name of the block

Name of the village

Major crops & enterprises Major problem identified Identified Thrust Areas

Kodinar

Kaj,

Valadar & Alidhar,

Groundnut, cotton, Castor, Wheat, Gram, Green gram and Mango orchard

Low productivity due to saline soil and water and lack of knowledge about use of the fertilizer and pesticides.

Promote less water consuming crop, promote IPM, IDM and INM technology and Value addition

Sutrapada

Zalana Vadodara, Gangetha & Chhagiya,

Groundnut, cotton, Sugarcane , Wheat, Green gram, Sesame, and coconut orchard

Low productivity due to saline soil and water, lack of knowledge about use of the fertilizer and pesticides and lac of awareness about new technology in agriculture

Promote less water consuming crop, training conducted on need base and promotion of IPN, IPM and IDM technology. Introduction of high yielding variety

Talala

Maljinjva, Shirvan & Bhojde

Groundnut, Cotton, Soybean, sugarcane. Green gram, Coriander. garlic Wheat, and Mango orchard

Not proper information and facility about fruits preservation, dieback & fruit fly damage is major problem

Motivation of farmer to grow horticultural crops, promote IPM, IDM and INM technology and Value addition through agro processing

Una

Sanakhda, Sayeed Rajapara & Kajardi

Groundnut, Cotton, Wheat, Sesame, Mango orchard and fisheries

Lack of knowledge about use of the fertilizer and pesticides, lac of awareness about new technology in agriculture and dieback & powdery mildew is major problem

Promote IPM, IDM and INM technology, conducted on need base trainings and promotion of INM, IPM and IDM technology, Introduction of high yielding variety and arrange a proper fish marketing channels.

Gir Gadhada

Jaragali, Vadviyala & Jamvala

Groundnut, Cotton, Sugarcane. Green gram, Onion, Wheat and Mango orchard

Lack of knowledge about use of the fertilizer and pesticides, lac of awareness about new technology in agriculture and powdery mildew is major problem

Conducted on need base trainings and promotion of INM, IPM and IDM technology, Introduction of high yielding variety and Value addition through agro processing

Gir Som nath

Veraval

Savani, Bhetadi & Chanduvav

Groundnut, Cotton, Castor, Wheat, Gram, Soybean, Mango and coconut orchards

Lack of knowledge about use of the fertilizer and pesticides. fruit fly damage is major problem in mango and eriyophyte mite is major problem in coconut

Conducted on need base trainings, promote IPM, IDM and INM technology and Value addition through agro processing

2.8 Priority thrust areas

Sr. No Crop / Enterprises Thrust area

1 Groundnut and other oilseed crops • INM: Integrated Nutrient Management • IDM: Integrated Disease Management

2 Cotton/Sugarcane • ICM: Integrated Crop Management • IPM: Integrated Pest Management • IWM: Integrated Water Management

3 Cereals crops • ICM: Integrated Crop Management • INM: Integrated Nutrient Management • IDM: Integrated Disease Management

4 Mango • IPM: Integrated Pest Management • IDM: Integrated Disease Management

5 Seed production • Seed production of Groundnut and wheat 6 Fisheries • Fish production and their value addition

7 Animal Science • Better production through livestock management practices

8

8 Home Science • Entrepreneurship development and awareness through income generating activities like vermi composting, nursery, stitching & swimming and value addition in local agril. products including mango & groundnut

• Popularization of drudgery reduction farm tools and implements

3. TECHNICAL PROGRAMME

3. A. Details of targeted mandatory activities by KVK OFT FLD (1) (2)

Number of OFTs Number of Farmers Area (ha) Number of Farmers 10 55 66.25+100*=166.25 353+250*=603

* Proposed under oilseed and pulses

Training Extension Activities (3) (4)

Number of Courses Number of Participants Number of activities Number of participants 78 1560 1634 10262

Seed Production (Qtl.) Planting material (Nos.)

Fish seed prod. (Nos) Soil Samples

(5) (6) (7) (8) 60 100000 50000 1200

3. B. Abstract of interventions to be undertaken

Interventions

S. No

Thrust area Crop/

Enterprise Identified Problem

Title of OFT if any

Title of FLD if

any

Title of Training if

any

Title of training for extension

personnel if any

Extension activities

Supply of seeds,

planting materials

etc. 1 IPM Groundnut Incidences of

white grub Management of white grub in groundnut

- Application of Chlorpyriphos as seed treatment and drenching for controlling of white grub

- -Training

-Field visits

-Scientist visit

Chlorpyriphos

2 Weed management

Pearl millet Yield loss due to weed infestation in Pearl millet

Weed management through Weedicide in Pearl millet

- Application of weedicide for effective weed control in pearl millet

- -Training

-Field visits

-Scientist visit

Weedicide: Atrazine

3 IPM Okra Low fruit setting and higher infestation of fruit and shoot borer in okra

Assessment of field efficacy of bio-pesticides against pest complex of Okra

- Application of Metarhizium anisopliae as bio-pesticide

- -Training

-Field visits

-Scientist visit

Bio-pesticide: Metarhizium anisopliae

4 INM Groundnut Low productivity of Groundnut due to less or no use of potashic fertilizer

Assessment of potassium fertilization to kharif groundnut in calcareous soil

- Role of potassium in addition to N & P for better groundnut yield

- -Training

-Field visits

-Scientist visit

-MOP fertilizer

9

5 IDM Coriander Heavy attack of fungal diseases

Management of powdery mildew in coriander

- Role of fungicide as hexaconazole for controlling of powdery mildew

- -Training

-Field visits

-Scientist visit

Fungicide: Hexaconazole

6 ICM Cotton Long duration and sowing with wider spacing (150 x 60 cm) cotton crop

High Density (90 x 30 cm ) plantation in cotton crop

- Benefits of high density sowing method in cotton

- -Training

-Field visits

-Scientist visit

Seed: G Cot-18 or Bt. G. Cot. Hy.-8 or GTHH 49

7 INM Wheat Low productivity in Wheat

Effect of Potassium and Sulphur in wheat crop

- Benifits of use of Balance fertilization in Wheat crops

- -Training

-Field visits

-Scientist visit

-MOP -Phospho-gypsum

8 INM Onion Low productivity of onion

Effect of sulphur for higher yield in onion crop

- Application of sulphur for getting higher bulb yield

- -Training

-Field visits

-Scientist visit

- Elemental sulphur

9 Drudgery reduction

- To reduce the drudgery by using revolving milking stool

Evaluation and mininization of physiological & muscular stress of farmwomen while milking

- Benifits of revolving milking stool

-Training

-Field visits

-Scientist visit

- Revolving milking stool

10 Animal Nutrition

- Low fat & milk yield, Malnutrition and Imbalanced use of feed & fodder in gir cattle

Effect of By-pass fat for increasing milk productivity as wellas fat in gir cattle

- Role of By-pass fat, minral mixture and other dairy managemental practices for cattle

- -Training

-Field visits

-Scientist visit

- By-pass fat - Mineral mixture

11 INM Cotton Lack of knowledge about benefits of application of potash with zinc in Bt. cotton

Response to potash with zinc in Bt. cotton

Fertilizer application of potash with zinc in Bt. cotton

- Training

-Field visits

-Scientist visit

potash & zinc

12 INM Cotton Lack of knowledge about benefits of foliar spray of KNO3 in cotton

- Effect of foliar spray of KNO3 in cotton

Benefits of KNO3 for batter cotton crop yield

- -Training

-Field visits

-Scientist visit

- Field day

KNO3

13 IPM Cotton Higher infestation of sucking pests in cotton

- Management of sucking pests in cotton

Management practices for controlling sucking pest in cotton

- -Training

-Field visits

-Scientist visit

- Field day

Pesticide

10

14 IPM Cotton Infestation of pink bollworm in cotton

- Integrated management of pink bollworm in cotton

Different management practices of pink bollworm in cotton

- -Training

-Field visits

-Scientist visit

-Field day

-Pheromone trap @ 8/Acre -Azadirachtin 1500 ppm -Beauveria Bassiana -Quinalphos 25 EC or Spinosad 45 SC

15 Varital Cotton Use of old variety

- Performance of new cotton variety GTHH-49

Package of practices of cotton crop

- -Training

-Field visits

-Scientist visit

-Field day

-Cotton Seed (GTHH-49)

16 IPM Onion Severe infestation of thrips in onion crop

- Effect of bio-pesticides against thrips in onion (bulb purpose)

Role of bio pesticide (Beauveria bassiana) for effective management of thrips

- -Training

-Field visits

-Scientist visit

- Field day

Bio pesticide (Beauveria bassiana)

17 INM Coconut Button shading and poor fruit quality

- INM in coconut for controlling button shading

Application of fertilizer & Irrigation scheduling for managing button shading problem

- -Training

-Field visits

-Scientist visit

- Field day

N, P, Zn & Bo

18 INM Mango Fruit drop and poor fruit quality

- INM in mango for fruit quality and pre harvest

Application of fertilizers for fruit quality and prevention of pre harvest of mango

- -Training

-Field visits

-Scientist visit

- Field day

NAA 20 ppm, urea,

SSP,

MoP

19 IPM Mango Low fruit setting and higher infestation of inflorescence sucking pests in mango

Effect of bio-pesticides against inflorescence pests in mango

Application of two sprays of bio-pesticides, Beauveria bassiana

- -Training

-Field visits

-Scientist visit

Beauveria bassiana

20 IPM Mango Severe attack of powdery mildew in mango

- Effect of fungicidal schedule in mango

Effect of fungicidal schedule in mango

- -Training

-Field visits

-Scientist visit

- Field day

1. Carbendazim

2. Carbendazim+ mencozeb

3. Hexagonazole

21 IPM Binjal Severe problem of fruit and shoot borer in Brinjal

- Management of fruit and shoot borer in Brinjal

Control measures for fruit and shoot borer in Brinjal

- -Training

-Field visits

-Scientist visit

- Field day

Wota-T-Trap and lucin lure

11

22 IPM Brinjal Loss in yield due to pest infestation

Bio controls of pests & diseases in Brinjal

Effect of bio pesticide as Metarhizium anisopliae for pest control

- -Training

-Field visits

-Scientist visit

- Field day

Bio pesticide (Metarhizium anisopliae)

23 INM Wheat Low production of wheat due to lack of knowledge as well as no use of multi micro nutrients

Effect of multi-micronutrient formulations on wheat

Role of multi-micronutrients mixture for better production of wheat crop

- -Training

-Field visits

-Scientist visit

multi-micronutrients mixture Grade – V

24 Varietal Wheat Salt affected soil

- Introduction of salt tolerant variety of wheat (KRL – 19)

Package of practices of salt tolerant variety of wheat (KRL – 19)

- -Training

-Field visits

-Scientist visit

- Field day

Seeds of KRL-19

25 Varietal Wheat Use of old variety

Performance of wheat variety GW-366

Package of practices of wheat crop

- -Training

-Field visits

-Scientist visit

- Field day

Seeds of GW-366

26 INM Wheat Lack of awareness about use of zinc sulphate in wheat

- Effect of zinc sulphate in wheat crop

Effect of zinc sulphate in wheat crop

- -Training

-Field visits

-Scientist visit

- Field day

Zinc sulphate

27 Varital Gram Use of old variety

- Performance of new gram variety GG-5

Package of practices of Gram crop

- -Training

-Field visits

-Scientist visit

-Field day

- Gram Seed

(GG-5)

28 Varital Gram Use of old variety

- Performance of new gram variety GJG-3

Package of practices of Gram crop

- -Training

-Field visits

-Scientist visit

-Field day

- Gram Seed

(GJG-3)

29 INM Sugarcane Lack of awareness about use of bio-fertilizer in sugarcane

- Effect of bio-fertilizer in the yield of sugarcane

Use of bio-fertilizer in the yield of sugarcane

- -Training

-Field visits

-Scientist visit

- Field day

Bio-fertilizer

30 IPM Sugarcane Severe attack of sugarcane borers

- Use of Trichogramma chilonis for the management of sugarcane borers

Use of Trichogramma chilonis for the management of sugarcane borers

- -Training

-Field visits

-Scientist visit

- Field day

Tricho Cards: Trichogramma chilonis

31 INM Sugarcane Low yield due to improper time of phosphatic fertilizer application

- Application of phosphatic fertilizer in sugarcane

Fertilizer management in sugarcane

- -Training

-Field visits

-Scientist visit

-Field day

Phosphatic fertilizer

12

32 Kitchen Gardening

Kitchen Gardening

Lake of knowledge of nutritional kitchen gardening in human health

- Performance of nutritional kitchen gardening

Role and method of nutritional kitchen gardening

- -Training

-Field visits

-Scientist visit

-Field day

Vegetable seed kits

33 PHT Mango pickle Scum formation in mango pickle due to lack of knowledge about preservatives and pickle processing

- Prevention of scum formation in mango pickle

Scientific methods of mango pickle preservation

- -Training

-Field visits

-Scientist visit

-Field day

Salt, Oil and Acetic acid

34 Drudgery reduction

Farm Tools Use of traditional sickle with higher drudgery

- Performance of serrated sickle for drudgery reduction in crops

Use of serrated sickle for drudgery reduction in crops

- -Training

-Field visits

-Scientist visit

-Field day

Serrated Sickle

35 Disease management

Buffalo calf High mortality in buffalo calf and Poor growth rate due to worms

Effect of deworming in buffalo calves to manage the early

calf mortality

Application of Albendazole 30 ml/ calf in first week

and in 3rd

week

- -Training

-Field visits

-Scientist visit

Albendazole + Ivermictin

36 Feeding management

Buffalo Low milk production as well as fat percent

- Effect of supplementing mineral mixture on milk yield in buffalo

Importance and method of applying mineral mixture in balance diet of milking buffalo

- -Training

-Field visits

-Scientist visit

-Field day

Mineral mixture

37

Oilseed* (NMOOP)

Groundnut Use of old varieties and lack of knowledge to use of bio fertilizers & pesticides, heavy attack of Collar rot & Stem rot and Yield loss due to weed infestation in Kharif groundnut

- Intervention with promotion of new groundnut variety (GJG-22/ GJG-31) & bio agents, use of fungicide and weedicide

PoP of groundnut with new varietal details

- -Training

-Field visits

-Scientist visit

-Field day

Seed, Bio pesticides, & Bio fertilizers and use of recommended chemical fungicide & weedicide

38

Oilseed* (NMOOP)

Rape seed musterd

Introduction of new crop with use of bio fertilizers & pesticides in Rabi season

- Intervention with promotion of rape seed musterd variety (GDM-4) and bio agents

PoP of rape seed musterd with varietal details

- -Training

-Field visits

-Scientist visit

-Field day

Seed, Bio pesticides, Bio fungicides and Bio fertilizers

13

39

Oilseed* (NMOOP)

Groundnut Use of old varieties and lack of knowledge to use of bio fertilizers & pesticides and heavy attack of Collar rot & Stem rot in summer groundnut

- Intervention with promotion of groundnut variety

(TG 37A/ GJG-31) & bio agents and use of fungicide

PoP of groundnut with new varietal details

- -Training

-Field visits

-Scientist visit

-Field day

Seed, Bio pesticides & Bio fertilizers

and use of recommended chemical fungicide

40

Oilseed* (NMOOP)

Sesame Use of old varieties and lack of knowledge to use of bio fertilizers & pesticides in summer season

- Intervention with promotion of new sesame variety (Guj. Til -3) and bio agents

PoP of sesame with new varietal details

- -Training

-Field visits

-Scientist visit

-Field day

Seed, Bio pesticides and Bio fertilizers

41

Pulses* (NFSM)

Green Gram Use of old varieties and lack of knowledge to use of bio fertilizers & pesticides in summer season

- Intervention with promotion of green gram variety (GM-4,5) and bio agents

PoP of green gram with new varietal details

- -Training

-Field visits

-Scientist visit

-Field day


42 Value** addition

- Different types of available baskets and other soil/ cement made appliances

Demonstration about use of metal bin for storage of grains

Use of metal bin for storage of grains

-Training

-Scientist visit

- Field day

Grain storage metal bin (with capacity of 200 Kg.)

43 Value** addition

Soybean and groundnut

Non-aware about press device and Paneer processing method

- Demonstration of Paneer press device for value addition in soybean and groundnut

Paneer press device to prepare soya & groundnut paneer

- -Training

- Method demonstration

-Field visits

-Scientist visit

Paneer press device

44 Renewable

sources ** Solar cooker Nutritional as

well as economic losses in traditional cooking appliance

Demonstration of solar cooker as renewable energy source

Use of solar cooker with health benefits

- -Training

-Field visits

-Scientist visit

Solar cooker

45 Drudgery

reduction** Farm tool No use of

maize sheller - Performan

ce of maize Sheller tool as drudgery reduction tool

Use of maize Sheller for removing the seed from maize as a drudgery reduction tool

- -Training

-Field visits

-Scientist visit

-Maize Sheller tool

* To be proposed under oilseed and pulses FLDs, **To be proposed under Demonstrations only

14

3.1 Technologies to be assessed and refined

A.1 Abstract on the number of technologies to be assessed in respect of crops

Thematic areas Cereals Oilseed

s Pulses

Commercial Crops

Vegetables Fruits Flower

Plantation crops/ Kitchen garden

Tuber

Crops

TOTAL

Varietal Evaluation Seed / Plant production Weed Management 1 1 Integrated Crop Management

1 1

Integrated Nutrient Management

1 1 1 3

Integrated Farming System Mushroom cultivation Drudgery reduction Farm machineries Value addition Integrated Pest Management 1 1 2 Integrated Disease Management

1 1

Resource conservation technology

Small Scale income generating enterprises

TOTAL 2 2 3 1 8

A.2. Abstract on the number of technologies to be refined in respect of crops

Thematic areas Cereals Oilseed

s Pulses

Commercial Crops

Vegetables

Fruits Flower

Plantation crops/ Kitchen garden

Tuber

Crops

TOTAL

Varietal Evaluation Seed / Plant production Weed Management Integrated Crop Management

Integrated Nutrient Management

Integrated Farming System Mushroom cultivation Drudgery reduction Farm machineries Post Harvest Technology Integrated Pest Management Integrated Disease Management

Resource conservation technology

Small Scale income generating enterprises

TOTAL

A.3. Abstract on the number of technologies to be assessed in respect of livestock / enterprises

Thematic areas Cattle Poultry Sheep Goat Piggery Wormi culture

Fisheries TOTAL

Evaluation of Breeds Nutrition Management 1 1 Disease of Management Value Addition 1 1 Production and Management Feed and Fodder Small Scale income generating enterprises

TOTAL 2 2

15

A.4. Abstract on the number of technologies to be refined in respect of livestock / enterprises

Thematic areas Cattle Poultry Sheep Goat Piggery Rabbitary Fisheries TOTAL Evaluation of Breeds Nutrition Management Disease of Management Value Addition Production and Management Feed and Fodder Small Scale income generating enterprises

TOTAL

B. Details of On Farm Trial

A Management of white grub in groundnut

Problem: Heavy white grub incidence

Causes:

• Injudicious use of pesticides.

• Higher use of non-recommended insecticides in groundnut.

• Lack of knowledge about proper dose of insecticides and Bio pesticides.

• More frequency of insecticide spray as compare to recommendation.

Problem Cause Diagram

Treatments:

T1: Farmer practices: No Seed treatment gives with chlorpyriphos 20 EC or quinalphos 25 EC

but drenching of Chlorpyriphos 20 EC or quinalphos 25 EC @ 6 lit/ha.

T2: Treatment of seed with chlorpyriphos 20 EC or quinalphos 25 EC @ 25 ml/kg seed. In the

case of pest incidences, drenching of Chlorpyriphos 20 EC or quinalphos 25 EC @ 4 lit/ha.

Source of technology (T2): JAU, Junagadh

Heavy white grub

incidence

Injudicious use of pesticides

Higher use of non

recommended

insecticides in groundnut.

Lack of knowledge about proper dose of insecticides and Bio

pesticides season

More frequency of insecticide

spray as compare to

recommendation.

16

Technical Indicator:

1. No. of grub per sq. meter area

2. Yield (qtl./ha)

Economic Indicator:

1. Cost of Production (Rs/ha)

2. Gross return: (Rs/ha)

3. Net return: (Rs/ha)

4. B:C Ratio

Cost:

T1: chlorpyriphos 20 EC quantity 6 lit.x @Rs.320/-/lt.=Rs.1920 or quinalphos 25 EC quantity 6 lit.x

@Rs.500/-/lt.=Rs.3000 (Total cost about Rs.1920 – 3000/-/ha X 2 ha = Rs.3840-6000/-)

T2: Seed treatment by chlorpyriphos 20 EC quantity 3 lit./120 kg seed x @Rs.320/-/lt.=Rs.960 or

quinalphos 25 EC quantity 3 lit./120kg seed x @ Rs.500/-/lt.=Rs.1500 and in case of pest incidences,

drenching of chlorpyriphos 20 EC quantity 4 lit.x @Rs.320/-/lt.=Rs.1280 or quinalphos 25 EC quantity

4 lit.x @Rs.500/-/lt.=Rs.2000 (Total cost about Rs.2240 – 3500/-/ha X 2 ha = Rs.4480-7000/-)

No. of farmers : 05

Experimental plot size : 1 Acre

B Title: Management of weed in Pearl millet

Problem: Yield loss due to weed infestation in Pearl millet

Causes:

• Higher labor cost in weeding.

• Higher use of non recommended weedicide in Pearl millet

• Lack of knowledge about proper dose and their recommendations of weedicide.


Treatments:

T1: Farmer practices: One or two hand weeding and application of any herbicide for weed control in

Pearl millet

T2: Recommended Practices: Application of Atrazine @ 0.5 kg/ha (50 WP @ 1 kg/ha) as pre

emergence and one hand weeding at 45 DAS for effective weed control if needed in Pearl

millet.

Yield loss due to weed infestation in

Pearl millet

Higher use of non

recommended weedicide

in Pearl millet

Lack of knowledge about proper dose and their recommendations

of weedicide

Higher labor cost in

weeding

17



1. Weed population per sq. meter area

2. Yield (qtl./ha)

Economic Indicator:




4. B:C Ratio

Cost:

T1: In one hand weeding @ Rs.200/-/labour x 16 labour = Rs.3200/- or in two hand weeding

Rs.6400/- (Total cost about Rs.3200 – 6400/-/ha X 2 ha = Rs.6400-12800/-)

T2: Atrazine 50 WP quantity 1 kg/ha @ Rs.400/-/kg.(Total cost about Rs.400/-/ha X 2 ha=Rs.800/-)

No. of farmers: 05

Experimental plot size: 1 Acre

Duration of experiment: 3 Year

C Title: Assessment of field efficacy of bio-pesticides against pest complex of Okra

Problem: Low fruit setting and higher infestation of fruit & shoot borer and jassid in Okra

Causes:

• Higher use of non-recommended pesticides.

• Lack of knowledge about proper dose and their recommendations of pesticides.

• More frequency of pesticides spray.

• Less use of old pesticides at primary stage as well as secondary stage.


Low fruit setting and

higher infestation of

fruit & shoot borer

and jassid in Okra

Higher use of non

recommended pesticides

Lack of knowledge about

proper dose and their

recommendations of

pesticides

More frequency of pesticides spray

Less use of old pesticides at

primary stage as well as

secondary stage

18

Treatments:

T1: Farmer practices : Four spray of Dimethoate or Profeno + Cypermethrin 30 ml/pump

T2: Application of two sprays of bio-pesticide of Metarhizium anisopliae (cfu 1 x 10 7/g) @ 4 g/lit

water at 15 days interval starting from the pest infestation.



1. % Pest population

2. Yield (qtl./ha)

Economic Indicator:




4. B:C Ratio

Cost:

T1: Dimethoate 30 ml/pump with total 20 pumps/ha x 4 spray; 2.4 ltr/ha @ Rs 430/- /ltr. = Rs. 1032/-

or profeno + cypermethrin 30 ml/pump with total 20 pumps/ha x 4 spray; 2.4 lit @ Rs 600/- /ltr. = Rs.

1440/-/ha. (Total cost about Rs.1032-1440/-/ha X 2 ha = Rs.2064-2880/-)

T2: Metarhizium anisopliae 80 g/pump with total 20 pumps/ha x 2 spray; 3.2 kg/ha @ Rs. 250/- = Rs.

800/- /ha. (Total cost about Rs. 800/-/ha X 2 ha = Rs.1600/-)

No. of Farmers: 05

Experimental Plot Size: 1 Acre

Duration: 3 year

D Title: Assessment of potassium fertilization to kharif groundnut in calcareous soil

Problem: Low productivity of Groundnut

Causes:

• Less use of balance fertilizer (N:P:K)

• No use of potashic fertilizer

• Lack of knowledge about improved package of practices

• Less use of organic matter


Low productivity

of Groundnut

Less use of balance fertilizer

(N:P:K)

No use of potashic fertilizer


improved package of practices

Less use of organic matter

19

Treatments:

T1: Farmer practices (SSP 200 kg and Urea 100 kg/ha)

T2: Application of Potassium @ 50 kg/ha as basal in addition to recommended dose of fertilizer

(12.5:25: N:P2O5 kg/ha)



1. Pod yield (q/ha.),

2. Haulm yield (q/ha)

Economic Indicator:




4. B:C Ratio

Cost:

T1: 200 kg SSP x @ Rs. 350/-/50 kg = Rs. 1400/- and 100 kg Urea x @ Rs. 315/- = Rs. 630/- (Total

cost about Rs.2030/-/ha X 2 ha = Rs.4060/-)

T2: 83 kg MOP with costing Rs. 1100/- (Total cost about Rs. 1100/-/ha X 2 ha = Rs.2200/-)

No. of Farmers : 05

Experimental Plot Size : 1 Acre

Duration : 3 year

E Title: Management of powdery mildew in coriander

Problem: Heavy attack of fungal diseases

Causes:

• Haphazardly use of the fungicides.

• Higher use of non-recommended fungicides in coriander.

• Lack of knowledge about proper dose of fungicides and their recommendation.

• More frequency of fungicide spray as compare to recommendation.


Heavy attack of

fungal diseases

in coriander

Lack of knowledge about proper dose of fungicides and their recommendation

More frequency of fungicide spray as compare to

recommendation

Higher use of none

recommended fungicides Haphazardly use of the

fungicides

20

Treatments:

T1: Farmer practices (Control): Four spray of hexaconazole 5 EC 0.005 per cent (20 ml/10 lit) at 15

days interval starting from initiation of disease

T2: Three sprays of hexaconazole 5 EC 0.005 per cent (10 ml/10 lit) at 15 days interval starting from

initiation of disease



1. Percent damage

2. Yield (q/ha.)

Economic Indicator:




4. B:C Ratio

Cost:

T1: Hexaconazole 30 ml/pump with total 20 pumps/ha x 4 spray; 2.4 ltr/ha @ Rs 500/- /ltr.= Rs.1200/-

(Total cost about Rs.1200/-/ha X 2 ha = Rs.2400/-)

T2: Hexaconazole 15 ml/pump with total 20 pumps/ha x 3 spray; 0.9 ltr/ha @ Rs 500/- /ltr.= Rs.450/-

(Total cost about Rs.450/-/ha X 2 ha = Rs.900/-)

No. of farmers : 05

Experimental plot size : 1 Acre

Duration of experiment : 3 Year

F Title : High Density plantation in cotton crop

Problem: long duration and sowing with wider spacing cotton crop

Causes:

• Less no. of plants per hectare

• Growing with wider spacing

• Lack of knowledge about improved package of practices


Long duration and sowing with

wider spacing cotton crop

Less no. of plants per hectare

Lack of knowledge about improved package of

practices

Growing with wider spacing

21

Treatments:

T1: Farmer practices: (150 cm x 60 cm) (11,111 plants / ha)

T2: Sowing of cotton with 90 cm x 30 cm (37,000 plants / ha)



1. Number of primary & secondary branches

2. Boll per plant

3. Plant height

4. Yield (q/ha.)

Economic Indicator:




4. B:C Ratio

Cost:

T1: Seed rate 1.35 kg/ha (3 packet of 450gm each); @ Rs.900/-/450 gm = Rs.2700/- (Total cost about

Rs.2700/-/ha X 2 ha = Rs.5400/-)

T2: Seed rate 2.25 kg/ha (5 packet of 450gm each); @ Rs.900/-/450 gm = Rs.4500/- (Total cost about

Rs.4500/-/ha X 2 ha = Rs.9000/-)

No. of Farmers : 05


Duration : 3 year

G Title: Effect of potassium and sulphur in Wheat Crop

Problem: Low Productivity in Wheat Crop

Causes:

• No use of Potash in wheat crop • Less use of sulphur in wheat crop


Low Productivity in Wheat Crop

No use of Potash in wheat crop

Less use of sulphur in wheat crop

22

Treatments:

T1: Farmer Practices Use of 150 kg DAP, 250 kg Urea and 25 kg zinc sulphate/ha

T2: Application of 60 kg potash with 40 kg sulphur (in form of phospho gypsum)/ha in addition to RDF

N:P:K; 120:60:00 kg/ha



1. 100 grain weight

2. No tillers per plant

3. Plant height

4. Yield (q/ha.)

Economic Indicator:




4. B:C Ratio

Cost:

T1: 150 kg DAP @ Rs. 3600/- and 250 kg Urea @ Rs. 1575/-/ha (Total cost about Rs.5175/-/ha X 2 ha =

Rs.10350/-)

T2: 100 kg MOP @ Rs. 1300/- and 500 kg Phosphogypsum@ Rs. 1000/- (Total cost about Rs.2300/-/ha X

2 ha = Rs.4600/-)

No. of Farmers : 05


Duration : 3 year

H Title: Effect of sulphur for higher yield in onion crop

Problem: Low productivity in onion

Causes:

• No use of Sulphur

• Lack of knowledge about sulphur fertilization


Treatments:

T1: Farmer practices: Only use of liquid sulphur about @ 15 lit/ha with irrigation

T2: Use of 20 kg elemental sulphur at 20 to 25 days before transplanting.


Low productivity in onion

No use of Sulphur Lack of knowledge about

Sulphur fertilization

23


1. Plant height

2. Size of bulb per plant

3. Yield (q/ha.)

Economic Indicator:




4. B:C Ratio

Cost:

T1: 15 lit liquid sulphur 90% WDG with irrigation @ Rs.130/-/lit = Rs.1950/- (Total cost about Rs.1950/-/ha X

2 ha = Rs.3900/-)

T2: 20 kg elemental sulphur 90% WDG @ Rs.50/-/kg = Rs.1000/- (Total cost about Rs.1000/-/ha X 2 ha =

Rs.2000/-)

No. of Farmers : 05


Duration : 3 year

I Title: Evaluation and minimization of physiological & muscular stress of farmwom while milking

Problem: Physiological and muscular stresses in farmwoman during milking.

Causes:

• Lack of awareness about drudgery reducing low cost technologies for minimize the stresses

• Health problem in farmwomen

• Lack of knowledge & availability about use of revolving milking stool


Treatments:

T1: No use of stool while milking

T2: Revolving milking stool (height of 12-13 cm with diameter 34 cm)

Source of technology: GBPUAT, Pantnagar

Physiological and

muscular stresses

in farmwoman

during milking

Lack of awareness about drudgery reducing low

cost technologies for minimize the stresses

Lack of knowledge &

availability about use of

revolving milking stool

Health problem in

farmwomen

24


1. Level of drudgery

2. Physical stress

3. Work output

4. Field acceptability (farmwomen perception)

Economic Indicator:

1. Cost of technology

Cost:

T1: No any cost

T2: Revolving milking stool cost @ Rs.1000/- (Total cost about Rs.1000/- X 5 FW = Rs.5000/-)

No. of Farmwomen : 05

Duration : 3 year

J Title: Effect of By-pass fat for increasing milk productivity as well as fat in Gir cattle

Problem: Low fat & milk yield, malnutrition and imbalanced use of feed & fodder in Gir cattle

Causes:

• Lack of awareness about advantages of By-pass fat

• Less use of mineral mixture to milch animals as well as growing animals

• Poor feeding practices due to lack of knowledge

• Very less use of deworming agents/medicines

• Lack of knowledge about balance use of feed and fodder

• Lack of knowledge about recommended dose of dewormer for reducing calf mortality as

well as growth/body weight


Low fat & milk yield, malnutrition and

imbalanced use of feed & fodder in Gir cattle

Lack of awareness

about advantages of

By-pass fat

Poor feeding practices due to lack of knowledge recommendation

Very less use of deworming

agents/medicines

Less use of mineral mixture to

milch animals as well as

growing animals


balance use of feed and

fodder

Lack of knowledge about recommended

dose of dewormer for reducing calf

mortality as well as growth/body weight

25

Treatments:

T1: Farmer practices: No use of by-pass fat. Only cotton cake is providing to milking cows @ half of

milk production

T2: By-pass fat @ 10g/ltr of milk + mineral mixture @ 40 gm/animal/day

Source of technology: IVRI, Izatnagar


1. Fat percent

2. Milk yield

Economic Indicator:

1. B:C ratio

Cost:

T1: Average 3 kg cotton cake feed/animal @ Rs.16/- = Rs.48/-/animal/day (Total cost about Rs.48/-

/animal/day X 90 days = Rs.4320/-)

T2: By-pass fat @ 10g/ltr of milk production; on an average for 10ltr of milk production/day X 100g Bypass

fat/day/animal @ Rs.25/-/100g with mineral mixture 40 gm @ Rs.125/-/kg; cost Rs.5/-/40 gm/animal/day

(Total cost about Rs.30/-/animal/day X 90 days = Rs.2700/-)

No. of Farmers : 10 (no of animal 10)

Duration : 3 year

3.2 Frontline Demonstrations

A. Frontline demonstrations other than oilseed and pulses to be conducted during 2017-18

Sl. No.

Crop Variety Thematic area

Technology for demonstration

Critical inputs Season and year

Area (ha)

No. of farmers/

demo

Parameters identified

1 Cotton - INM Response to potash with zinc in Bt. cotton

MOP (Quantity: 250 kg & cost: Rs. 3250/-) and ZnSo4 (Quantity: 50 kg & cost: Rs. 2500/-)

Cost /ha: Rs. 5750/-

Kharif-2017-18

1 5 -Yield Qtl/ha -B:C ratio (Total Cost: Rs. 5750/-)

2 Cotton - INM Foliar spray of 3% KNO3 at flowering, ball initiation and 50% ball formation

KNO3 (Quantity: 9 kg /ha / spray: 27 kg / ha for 3 spray @ Rs. 110/- / kg = cost: Rs. 2970/-)


Kharif-2017-18

5 12 -Yield Qtl/ha -B:C ratio - Weight of boll -No of bolls/plant (Total Cost: Rs. 14850/-)

3 Cotton - IPM Foliar spray on 10-15 days interval up to sucking pest infestation of Dimethoate 10ml/ 10 lit water or Monocrotophos 12ml/10 lit water

Pesticides; Dimethoate 10ml/ 10 lit water or Monocrotophos 12ml/10 lit water (Quantity: 1 ltr / ha & cost: Rs. 450/-)

Cost /ha: Rs. 450/-

Kharif-2017-18

5 12 -Yield Qtl/ha -B:C ratio -% pest infestation (Total Cost: Rs. 2250/-)

26

4 Cotton - IPM Use of bio pesticides as well as chemical pesticides as IPM approch for controlling of pink bollworm in cotton

-Pheromone trap @ 8/Acre (Quantity: 20 trap /ha @ Rs. 50/- & cost: Rs. 1000/-)

-Azadirachtin 1500 ppm (Quantity: 60 ml /pump for 20 pumps; 1.20 ltr /ha @ Rs 350/- & cost: Rs. 420/-)

-Beauveria Bassiana (Quantity: 60 g /pump for about 17 pumps; 2 kg /ha @ Rs 150/- & cost: Rs. 300/-) -Quinalphos 25 EC (Quantity: 30 ml /pump for 20 pumps; 600 ml /ha @ Rs 500/-/ltr & cost: Rs. 300/-) Cost /ha: Rs. 2020/-

Kharif- 2017-18

5 12 -Yield Qtl/ha -B:C ratio -% pink bollworm infestation (Total Cost: Rs. 10100/-)

5 Cotton GTHH-49 Varital Performance of new variety of hybrid cotton

-Cotton Seed (GTHH-49)

(Quantity: 4 packet of 450g each; 1.8 kg /ha @ Rs 900/- / packet )


Kharif- 2017-18


6 Onion Bulb type IPM Two sprays of

Beauveria bassiana @ 2.0 kg/ha at 10 days intervals

starting from pest infestation

Bio pesticide (Beauveria bassiana @ 2.0 kg/ha)

(Quantity: 2.0 kg @ 60 g /pump for about 17 pumps /ha & cost: Rs. 300/-)

Cost /ha: Rs. 300/-

Kharif-2017-18


7 Coconut - INM Apply N @1.5 kg., P@ 750 gm., [email protected] kg., Zn@ 150 gm. and Bo@150 gm. per plant. (50% dose of N before monsoon + 50 % in October and 100% dose of P, K, Zn and Bo before monsoon)

N (Quantity: Urea 195 kg for 60 plants & cost: Rs. 1228/-),

P (Quantity: SSP 210 kg for 60 plants & cost: Rs. 1470/-),

K (Quantity: MOP 225 kg for 60 plants & cost: Rs. 2925/-)

Zn (Quantity: ZnSo4(21% - Zn) 42 kg for 60 plants & cost: Rs. 2100/-)

& Bo (Quantity: Borax (11% - B) 82 kg for 60 plants & cost: Rs. 6150/-)

Cost /plant: Rs. 231/-

Kharif-2017-18

0.25 5 (12

plants / farmer= total 60 plants)

-Yield Qtl/ha -B:C ratio -% fruit retention -Average fruit quality in size (Total Cost: Rs. 13873/- for 60 plants)

8 Mango Kesar INM Spray of NAA 20 ppm + 2.0% urea after fruit set and Soil application of NPK: Soil application of NPK@230 gm, 32 gm and 300 gm through urea 500 gm, SSP 200 gm and MoP 500 gm for 5 year old plant and that may be increase 100 gm per year basis

NAA 20 PPM (Quantity: 500 ml for 120 plants & cost: Rs. 400/-),

Urea (Quantity: 120 kg for 120 plants & cost: Rs. 756/-),

SSP (Quantity: 90 kg for 120 plants & cost: Rs. 840/-),

MoP (Quantity: 120 kg for 120 plants & cost: Rs. 1560/-)

Cost /plant: Rs. 29.63/-

Kharif-2017-18

1 12 (10

plants / farmer= total 120 plants)

-Yield Qtl/ha -B:C ratio -% fruit retention -Average fruit weight - TSS (Total Cost: Rs. 3556/- for 120 plants)

27

9 Mango - IPM Application of two sprays of bio-pesticide; Beauveria bassiana to manage inflorescence pests (Thrips & Mango hopper) in mango

Beauveria bassiana@20 g/10 ltr water at 15 days interval starting from pests infestation (Quantity: 8 kg & cost: Rs. 1100/-) Cost/ha: Rs. 1100/-

Rabi-2017-18


10

Mango Kesar IPM Use of fungicide on specific time interval i.e. just after flowering & two spray on 20 days interval

1. Carbendazim (Quantity: 5 g / 10 ltr = 1 kg / ha & cost: Rs. 900/-)

2. Carbendazim+ mencozeb (Quantity: 25 g / 10 ltr = 3 kg / ha & cost: Rs. 1650/-)

3. Hexagonazole (Quantity: 10 ml / 10 ltr = 1 ltr /ha & cost: Rs. 480/-)


Rabi-2017-18

5 12 -Yield Qtl/ha -B:C ratio -% disease infestation (Total Cost: Rs. 15150/-)

11 Brinjal Katia IPM Use of Wota-T trap with lucin lure

Wota-T-Trap and lucin lure

(Quantity: 15 trap / ha @ Rs. 85/- / trap & cost: Rs. 1275/-)


Rabi-2017-18

1 5 -Yield Qtl/ha -B:C ratio - % pest infestation (Total Cost: Rs. 1275/-)

12 Brinjal - IPM Two sprays of

Metarhizium anisopliae @ 2.0 kg/ha at 10 days intervals starting from pest infestation

Bio pesticide (Metarhizium anisopliae @ 2.0 kg/ha )

(Quantity: 2 kg @ 60 g /pump for about 17 pumps /ha & cost: Rs. 500/-)

Cost /ha: Rs. 500/-

Rabi-2017-18


13 Wheat - INM Effect of multi-micronutrients mixture for better production of wheat crop

Multi-micronutrients mixture Grade – V @ 40 Kg./ha. (Quantity: 40 kg & cost: Rs. 2000/-)


Rabi-2017-18


14 Wheat KRL-19 Varietal Introduction of salt tolerent variety of wheat KRL-19

Seeds of KRL-19 (The variety developed by CSSRI, Karnal for salt affected area) (Quantity: 125 kg with @ Rs 35/- /kg & cost: Rs. 4375/-)


Rabi-2017-18

5 12 -Yield Qtl/ha -B:C ratio - Germination % (Total Cost: Rs. 21875/-)

15 Wheat GW-366 Varietal Performance of wheat variety GW-366

Seeds of GW-366 (Quantity: 125 kg with @ Rs 28/- /kg & cost: Rs. 3500/-)


Rabi-2017-18


16 Wheat - INM Basal application of zinc sulphate

Zinc sulphate (Quantity: 25 kg / ha & cost: Rs. 1250/-)


Rabi-2017-18


17 Gram

GG-5 Varital Performance of new gram variety

- Gram Seed

(GG-5)

(Quantity: 70 kg seed /ha @ Rs 75/- / kg )


Rabi- 2017-18

2 5 -Yield Qtl/ha -B:C ratio (Total Cost: Rs. 10500-)

28

18 Gram

GJG-3 Varital Performance of new gram variety

- Gram Seed

(GJG-3)

(Quantity: 70 kg seed /ha @ Rs 75/- / kg )


Rabi- 2017-18

2 5 -Yield Qtl/ha -B:C ratio (Total Cost: Rs. 10500-)

19 Sugarcane - INM Application of Azotobacter/

Acetobacter with FYM

Bio-fertilizer; Azotobacter/

Acetobacter with FYM

(Quantity: 2.5 ltr / ha @ Rs 60/- / 500 ml & cost: Rs. 300/-)

Cost /ha: Rs. 300/-

Rabi-2017-18


20 Sugarcane - IPM Use of Tricho cards for controlling of different types of borers

Tricho Cards: Trichogramma chilonis (Quantity: 15 cards /ha @ Rs 20/- / card x 6 times & cost: Rs. 1800/-)


Rabi-2017-18

5 12 -Yield Qtl/ha -B:C ratio - % borers infestation (Total Cost: Rs. 9000/-)

21 Sugarcane - INM 250:125:125 Kg. NPK/ha (N applied in 4 split, K at the time of sowing. P in 2 split, ½ as basal & ½ at the time of earthing up) for better sugarcane production

Phosphatic fertilizer @ 125 Kg./ha. in 2 split, ½ as basal & ½ at the time of earthing up

(Quantity: 781 kg & cost: Rs. 5467/-)


Rabi-2017-18


22 Kitchen Gardening

- Kitchen Gardening

Improvement the heath through nutritional kitchen gardening

Vegetable seed kits

(Quantity & cost: seed kit of seeds of different seasonal vegetables @ Rs 100/- /seed kit)

Cost /seed kit: Rs. 100/-

Kharif & Rabi/

Summer-2017-18

- 80 -Yield Kg/100 sq. ft. -B:C ratio (Total Cost: Rs. 8000/-)

23 Mango pickle

Kesar PHT Salt 25% + Oil 200 ml + 2% acetic acid for per Kg. of mango pickle to prevent scum formation.

Salt 25% + Oil 200 ml + 2% acetic acid for per Kg.

(Quantity & cost: all the above materials cost @ Rs 120/-/kg of mango pickle)

Cost /kg of mango pickle: Rs. 120/-

Rabi & summer 2017-18

- 15 -Shelf life of mango pickle in days -Color, texture & Aroma of pickle -Cost of pickle/Kg. (Total Cost: Rs. 1800/-)

24 Farm Tools

- Drudgery reduction

Use of serrated sickle during harvesting of crops for drudgery reduction

Serrated Sickle

(Quantity & cost: @ Rs 60/- /sickle)

Cost /sickle: Rs. 60/-

Rabi/ Summer & Kharif-2017-18

- 15 -% Time & Cost saving -Time Hr/Acre (Total Cost: Rs. 900/-)

25 Buffalo calf - Disease management

Effect of dewormer in buffalo calf to manage early calf mortality & growth

Dewormer; Albendazole + Ivarmictin @ 30 ml/ calf in

first & 3rd

week of age (Quantity: 30 ml & cost: Rs. 40/- /dose/animal; Total cost: 600/- for 15 animal/dose x 2 dose = Rs. 1200/-) Cost /animal: Rs. 80/-

Rabi/ Summer-2017-18

- 15 -Average Daily gain (gm) -Average body weight during birth (kg) -Average body weight on 3rd week of birth (kg) -Average body weight on 3 month of birth (kg)

(Total Cost: Rs. 1200/-)

29

26 Buffalo - Nutrition management

Supplementation of mineral mixture to increase the milk as well as fat in buffalo

Mineral mixture @ 40gm/ animal/ day

(Quantity: 54 kg & cost: Rs. 6750/-)

Cost /animal: Rs. 450/-

Rabi/ Summer-2017-18

- 15 -Yield Kg./day -Fat % (Total Cost: Rs. 6750/-)

Total 66.25 353 Rs.184546/-

B. Frontline demonstrations under oilseed (NMOOP) and pulses (NFSM) to be conducted during 2017-18

Sl. No.




Area (ha)

No. of farmers/

demo


1 Groundnut (GJG-22/ GJG-31)

ICM*

Under

Oilseed (NMOOP)

Intervention with promotion of new groundnut variety (GJG-22/ GJG-31) & bio agents, application of Tebuconazole for management of major diseases and application of Pendimethalin 30 EC @1.0 kg/ha as pre emergence & Imazethapyr @ 0.075 kg/ha as post emergence at 20 DAS for effective weed control in Kharif groundnut.

Seed, Bio pesticides, Bio fungicides & Bio fertilizers; (Quantity & cost: Seed pod 170 kg @ Rs .10200/-, Trichoderma 5kg @ Rs.350/-, Rhizobium 1.5 lit @ Rs.180/-, PSB 1.5 lit @ Rs.180/-, Beauveria 5kg @ Rs.750/-, HNPV 625 ml @ Rs.375/-, SNPV 625 ml @ Rs.250/-, Sulphur 90% WDG 25kg @ Rs.1900/- and Castor cake 250kg @ Rs.2250/-),

Tebuconazole 2% DS @ 1.5 gm/Kg. for seed treatment (Quantity: 180 g & cost: Rs. 290/-) and Tebuconazole 250 EC @ 10 ml/10 ltr of water at 40 & 60 DAS (Quantity: 600 ml & cost: Rs. 1000/-) and weedicides

Pendimethalin (Quantity: 60 ml/10 lit water; 90 ml / pump x 20 pumps: 1.8 ltr / ha @ Rs. 450/-/ ltr = cost Rs. 810/- ) & Imazethapyr (Quantity:

25 ml / pump x 20pumps : 500 ml / ha @ Rs 275/- / 250 ml = Cost Rs 550/- )

Cost /ha: Rs. 19085/-

Kharif-2017-18


2 Rape seed musterd

GDM-4 ICM*

Under

Oilseed (NMOOP)

Intervention with promotion of rape seed mustard variety (GDM-4) and bio agents


(Quantity & cost: Seed 5 kg @ Rs.350/-, Trichoderma 2.5kg @ Rs.175/-, Rhizobium 1.5 lit @ Rs.180/-, PSB 1.5 lit @ Rs.180/-, Beauveria 2.5kg @ Rs.375/-, Sulphur 90% WDG 12.5kg @ Rs.950/- and Neem oil 1500 ppm

1.25 ltr @ Rs.440/-


Rabi 2017-18


30

3 Groundnut TG 37A/ GJG-31

ICM*

Under

Oilseed (NMOOP)

Intervention with promotion of groundnut variety

(TG 37A/ GJG-31) and bio agents


(Quantity & cost: Seed pod 170 kg @ Rs.10200/-, Trichoderma 5kg @ Rs.350/-, Rhizobium 1.5 lit @ Rs.180/-, PSB 1.5 lit @ Rs.180/-, Beauveria 5kg @ Rs.750/-, HNPV 625 ml @ Rs.375/-, SNPV 625 ml @ Rs.250/-, Sulphur 90% WDG 25kg @ Rs.1900/- and Castor cake 250kg @ Rs.2250/-

and Tebuconazole 2% DS @ 1.5 gm/Kg. for seed treatment (Quantity: 180 g & cost: Rs. 290/-) and Tebuconazole 250 EC @ 10 ml/10 ltr of water at 40 & 60 DAS (Quantity: 600 ml & cost: Rs. 1000/-)

Cost /ha: Rs. 17785/-

Summer2016-17


4 Sesame Guj. Til-3 ICM*

Under

Oilseed (NMOOP)

Intervention with promotion of new sesame variety (Guj. Til -3) and bio agents


(Quantity & cost: Seed 5 kg @ Rs.750/-, Trichoderma 2.5kg @ Rs.175/-, Rhizobium 1.5 lit @ Rs.180/-, PSB 1.5 lit @ Rs.180/-, Beauveria 2.5kg @ Rs.375/-, Sulphur 90% WDG 12.5kg @ Rs.950/- and Neem oil 1500 ppm

1.25 ltr @ Rs.440/-


Summer2017-18

20 50 -Yield Qtl/ha -B:C ratio (Total Cost: Rs.61000/-)

5 Green Gram

GM-4,5 ICM*

Under

Pulses (NFSM)

Intervention with promotion of green gram variety (GM-4,5) and bio agents


(Quantity & cost: Seed 20 kg @ Rs.3000/-, Trichoderma 2.5kg @ Rs.175/-, Rhizobium 1.5 lit @ Rs.180/-, PSB 1.5 lit @ Rs.180/-, Beauveria 5kg @ Rs.750/- and HNPV 625 ml @ Rs.375/-


Summer2017-18


Total 100 250 Rs.832850/-

* To be proposed under oilseed and pulses FLDs

C. Demonstrations to be conducted during 2017-18

Sl. No.




Area (ha)

No. of farmers

to be demonst

rate


1 Metal bin - Value addition

Demonstration of metal bin for storage of grains

Grain storage metal bin (with capacity of 200 Kg.)

(Quantity & cost: @ Rs 800/- /metal bin)

Cost /metal bin: Rs. 800/-


- 50 -Moisture content (%) (Total Cost: Rs. 800-)

31

2 Value addition



Demonstration of paneer press device for value addition

Use of paneer press device for value addition in Soybean and groundnut

(Quantity & cost: @ Rs 5000/- /press device including raw material)

Cost /device: Rs. 5000/-

Rabi 2017-18

- 50 - Time, - Cost, - Quality (Total Cost: Rs. 5000-)

3 Solar cooker

- Renewable sources

Demonstration of solar cooker as renewable energy source

Use of Solar Cooker for preparing domastic items

(Quantity & cost: @ Rs 1500/- /solar cooker)

Cost /solar cooker: Rs. 1500/-


- 30 -consumpti

on of time, fuel & cost

-organon lap-tic taste,

-nutritional value (Total Cost: Rs. 1500-)

4 Farm Tools

- Drudgery reduction

Use of maize shellar for removing the seed from maize as a drudgery reduction tool

Maize shellar tool

(Quantity & cost: @ Rs 50/- /maize shellar)

Cost /maize shellar: Rs. 50/-

Rabi 2017-18

- 30 -Drudgery reduction -time saving -cost saving (Total Cost: Rs. 50/-)

Total - 160 Rs.7350/-

Sponsored Demonstration (Under Oilseed and Pulses Programme of ICAR)

Crop Area (ha) No. of farmers

Groundnut 30 75

Sesame 20 50

Rape seed musterd 10 25

Green Gram 40 100

B. Extension and Training activities under FLDs

S. No. Activity No. of activities Month Number of participants 1 Field days 30 - 600 2 Farmers Training 38 - 670 3 Media coverage 15 - - 4 Training for extension functionaries 04 - 35

C. Details of FLD on Enterprises

(i) Farm Implements

Name of the implement

Crop Season and

year No. of

farmers Area (ha)

Critical inputs Performance parameters / indicators

Serrated Sickle Wheat, Gram, Sugarcane, Green Gram and Groundnut

Rabi/Summer and Kharif 2017-18

15 - Serrated Sickle -% Time & Cost saving -Time Hr/Acre

(ii) Livestock Enterprises

Enterprise Breed No. of farmers No. of animals,

poultry birds/ha. etc.

Critical inputs Performance parameters /

indicators Dairy Buffalo 15 15 Mineral mixture -Yield Kg./day, -Fat % Dairy Buffalo calf 15 15 Dewormer

(Albendazole+ Ivermectin)

-Mortality and Average daily body gain

32

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

A) ON Campus

No. of Participants Others SC/ST

Thematic Area No. of

Courses Male Female

Total

Male Female Tota

l

Grand Total

(A) Farmers & Farm Women I Crop Production Weed Management 0

Resource Conservation Technologies (01 SP) 1 5 5 10 5 5 10 20

Cropping Systems (01 SP) 1 5 5 10 5 5 10 20

Crop Diversification 0

Integrated Farming (01 SP) 1 5 5 10 5 5 10 20

Water management 0

Seed production 0

Nursery management 0

Integrated Crop Management (01 SP) 3 15 15 30 15 15 30 60

Fodder production 0

Production of organic inputs 0

II Horticulture a) Vegetable Crops Production of low volume and high value crops 0

Off-season vegetables 0

Nursery raising 1 5 5 10 5 5 10 20

Exotic vegetables like Broccoli 0

Export potential vegetables 0

Grading and standardization 0

Protective cultivation (Green Houses, Shade Net etc.) (01 SP)

1 5 5 10 5 5 10 20

b) Fruits

Training and Pruning (01 SP) 1 5 5 10 5 5 10 20

Layout and Management of Orchards 0

Cultivation of Fruit (01 SP) 2 10 10 20 10 10 20 40

Management of young plants/orchards (01 SP) 1 5 5 10 5 5 10 20

Rejuvenation of old orchards 0

Export potential fruits 0

Micro irrigation systems of orchards 0

Plant propagation techniques 0

c) Ornamental Plants

Nursery Management 0

Management of potted plants 0

Export potential of ornamental plants 0

Propagation techniques of Ornamental Plants 0

d) Plantation crops

Production and Management technology 0

Processing and value addition 0

e) Tuber crops



f) Spices



33

g) Medicinal and Aromatic Plants


Production and management technology 0

Post harvest technology and value addition 0

III Soil Health and Fertility Management Soil fertility management (01 SP) 1 5 5 10 5 5 10 20

Soil and Water Conservation 0

Integrated Nutrient Management (01 SP) 2 10 10 20 10 10 20 40

Production and use of organic inputs 1 5 5 10 5 5 10 20

Management of Problematic soils (01 SP) 1 5 5 10 5 5 10 20

Micro nutrient deficiency in crops 0

Nutrient Use Efficiency 0

Soil and Water Testing (01 SP) 1 5 5 10 5 5 10 20

IV Livestock Production and Management

Dairy Management (01 SP) 1 5 5 10 5 5 10 20

Poultry Management 0

Piggery Management 0

Rabbit Management/goat 0

Disease Management (02 SP) 2 10 10 20 10 10 20 40

Feed management (01 SP) 1 5 5 10 5 5 10 20

Production of quality animal products 0

V Home Science/Women empowerment

Household food security by kitchen gardening and nutrition gardening (01 SP)

1 5 5 10 5 5 10 20

Design and development of low/minimum cost diet 0

Designing and development for high nutrient efficiency diet 0

Minimization of nutrient loss in processing 0

Gender mainstreaming through SHGs (01 SP) 1 5 5 10 5 5 10 20

Storage loss minimization techniques (01 SP) 1 5 5 10 5 5 10 20

Value addition 2 10 10 20 10 10 20 40

Income generation activities for empowerment of rural Women

0

Location specific drudgery reduction technologies (01 SP) 1 5 5 10 5 5 10 20

Rural Crafts 0

Women and child care 0

VI Agril. Engineering

Installation and maintenance of micro irrigation systems 0

Use of Plastics in farming practices 0

Production of small tools and implements 0

Repair and maintenance of farm machinery and implements

0

Small scale processing and value addition 0

Post Harvest Technology 0

VII Plant Protection

Integrated Pest Management (02 SP) 3 15 15 30 15 15 30 60

Integrated Disease Management (01 SP) 2 10 10 20 10 10 20 40

Bio-control of pests and diseases (01 SP) 1 5 5 10 5 5 10 20

Production of bio control agents and bio pesticides 0

VIII Fisheries Integrated fish farming (03 SP) 3 15 15 30 15 15 30 60

Carp breeding and hatchery management 0

Carp fry and fingerling rearing 0

34

Composite fish culture 0

Hatchery management and culture of freshwater prawn 0

Breeding and culture of ornamental fishes 0

Portable plastic carp hatchery 0

Pen culture of fish and prawn 0

Shrimp farming 2 10 10 20 10 10 20 40

Edible oyster farming 0

Pearl culture 0

Fish processing and value addition (01 SP) 1 5 5 10 5 5 10 20

IX Production of Inputs at site Seed Production 0

Planting material production 0

Bio-agents production 0

Bio-pesticides production 0

Bio-fertilizer production 0

Vermi-compost production 0

Organic manures production 0

Production of fry and fingerlings 0

Production of Bee-colonies and wax sheets 0

Small tools and implements 0

Production of livestock feed and fodder 0

Production of Fish feed 0

X Capacity Building and Group Dynamics Leadership development (01 SP) 2 10 10 20 10 10 20 40

Group dynamics 0

Formation and Management of SHGs (01 SP) 1 5 5 10 5 5 10 20

Mobilization of social capital (01 SP) 2 10 10 20 10 10 20 40

Entrepreneurial development of farmers/youths (01 SP) 1 5 5 10 5 5 10 20

WTO and IPR issues 0

XI Agro-forestry Production technologies 0


Integrated Farming Systems 0

XII Others (Pl. Specify) TOTAL 46 230 230 460 230 230 460 920

(B) RURAL YOUTH Mushroom Production 0

Bee-keeping 0

Integrated farming 0

Seed production 0


Integrated Farming (Medicinal) 0


Vermi-culture 0

Sericulture 0

Protected cultivation of vegetable crops 0

Commercial fruit production 0


0

Nursery Management of Horticulture crops 0

Training and pruning of orchards 0

35

Value addition 1 5 5 10 5 5 10 20


Dairying 0

Sheep and goat rearing 0

Quail farming 0

Piggery 0

Rabbit farming 0

Poultry production 0

Ornamental fisheries 0

Para vets 0

Para extension workers 0


Freshwater prawn culture 0

Shrimp farming 0

Pearl culture 0

Cold water fisheries 0

Fish harvest and processing technology 0

Fry and fingerling rearing 0

Small scale processing 0


Tailoring and Stitching 0

Rural Crafts 1 5 5 10 5 5 10 20

TOTAL 2 10 10 20 10 10 20 40

(C) Extension Personnel

Productivity enhancement in field crops 0

Integrated Pest Management 0

Integrated Nutrient management 0


Protected cultivation technology 0

Formation and Management of SHGs 0

Group Dynamics and farmers organization 0

Information networking among farmers 0

Capacity building for ICT application 0

Care and maintenance of farm machinery and implements 0


Management in farm animals 0

Livestock feed and fodder production 0

Household food security 0

Women and Child care 0

Low cost and nutrient efficient diet designing 1 5 5 10 5 5 10 20

Production and use of organic inputs 0

Gender mainstreaming through SHGs 0

Any other (Pl. Specify) Scientific cultivation of fruit crops 0 TOTAL 1 5 5 10 5 5 10 20

G. Total 49 245 245 490 245 245 490 980

36

B) OFF Campus No. of Participants

Others SC/ST Thematic Area

No. of Courses

Male Female Tota

l Male Female

Total

Grand Total

(A) Farmers & Farm Women I Crop Production Weed Management 1 5 5 10 5 5 10 20

Resource Conservation Technologies 0

Cropping Systems 0

Crop Diversification 0

Integrated Farming 1 5 5 10 5 5 10 20

Water management 1 5 5 10 5 5 10 20

Seed production 0


Integrated Crop Management 1 5 5 10 5 5 10 20

Fodder production 0


II Horticulture a) Vegetable Crops Production of low volume and high value crops 0

Off-season vegetables 1 5 5 10 5 5 10 20

Nursery raising 0

Exotic vegetables like Broccoli 0

Export potential vegetables 0

Grading and standardization 0

Protective cultivation (Green Houses, Shade Net etc.) 0

b) Fruits

Training and Pruning 1 5 5 10 5 5 10 20

Layout and Management of Orchards 0

Cultivation of Fruit 2 10 10 20 10 10 20 40

Management of young plants/orchards 0


Export potential fruits 0

Micro irrigation systems of orchards 0

Plant propagation techniques 0

c) Ornamental Plants

Nursery Management 0

Management of potted plants 0

Export potential of ornamental plants 0

Propagation techniques of Ornamental Plants 0

d) Plantation crops



e) Tuber crops



f) Spices



g) Medicinal and Aromatic Plants


37

Production and management technology 0

Post harvest technology and value addition 0

III Soil Health and Fertility Management Soil fertility management 1 5 5 10 5 5 10 20

Soil and Water Conservation 0

Integrated Nutrient Management 1 5 5 10 5 5 10 20

Production and use of organic inputs 0

Management of Problematic soils 0

Micro nutrient deficiency in crops 1 5 5 10 5 5 10 20

Nutrient Use Efficiency 0

Soil and Water Testing 1 5 5 10 5 5 10 20

IV Livestock Production and Management

Dairy Management 2 10 10 20 10 10 20 40

Poultry Management 0

Piggery Management 0

Rabbit Management/goat 0

Disease Management 1 5 5 10 5 5 10 20

Feed management 1 5 5 10 5 5 10 20


V Home Science/Women empowerment

Household food security by kitchen gardening and nutrition gardening

1 5 5 10 5 5 10 20

Design and development of low/minimum cost diet 0

Designing and development for high nutrient efficiency diet 0

Minimization of nutrient loss in processing 1 5 5 10 5 5 10 20

Gender mainstreaming through SHGs 1 5 5 10 5 5 10 20

Storage loss minimization techniques 0

Value addition 0

Income generation activities for empowerment of rural Women

0

Location specific drudgery reduction technologies 1 5 5 10 5 5 10 20

Rural Crafts 0

Women and child care 0

VI Agril. Engineering

Installation and maintenance of micro irrigation systems 0

Use of Plastics in farming practices 0

Production of small tools and implements 0


0

Small scale processing and value addition 0


VII Plant Protection Integrated Pest Management 2 10 10 20 10 10 20 40

Integrated Disease Management 2 10 10 20 10 10 20 40

Bio-control of pests and diseases 0

Production of bio control agents and bio pesticides 0

VIII Fisheries Integrated fish farming 1 5 5 10 5 5 10 20

Carp breeding and hatchery management 0

Carp fry and fingerling rearing 0


Hatchery management and culture of freshwater prawn 1 5 5 10 5 5 10 20

38

Breeding and culture of ornamental fishes 0

Portable plastic carp hatchery 0

Pen culture of fish and prawn 0

Shrimp farming 0

Edible oyster farming 0

Pearl culture 0

Fish processing and value addition 2 10 10 20 10 10 20 40

IX Production of Inputs at site Seed Production 0


Bio-agents production 0

Bio-pesticides production 0

Bio-fertilizer production 0

Vermi-compost production 0

Organic manures production 0

Production of fry and fingerlings 0

Production of Bee-colonies and wax sheets 0

Small tools and implements 0

Production of livestock feed and fodder 0

Production of Fish feed 0

X Capacity Building and Group Dynamics Leadership development 1 5 5 10 5 5 10 20

Group dynamics 0

Formation and Management of SHGs 2 10 10 20 10 10 20 40

Mobilization of social capital 1 5 5 10 5 5 10 20

Entrepreneurial development of farmers/youths 0


XI Agro-forestry Production technologies 0


Integrated Farming Systems 0

XII Others (Pl. Specify) TOTAL 32 160 160 320 160 160 320 640

(B) RURAL YOUTH Mushroom Production 0

Bee-keeping 0

Integrated farming 0

Seed production 0


Integrated Farming (Medicinal) 0


Vermi-culture 0

Sericulture 0

Protected cultivation of vegetable crops 0

Commercial fruit production 0


0

Nursery Management of Horticulture crops 0

Training and pruning of orchards 0

Value addition 0


39

Dairying 0

Sheep and goat rearing 0

Quail farming 0

Piggery 0

Rabbit farming 0

Poultry production 0

Ornamental fisheries 0

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