2009-10 annual progress report, kvk, harda annual progress... · 2019. 7. 16. · 2 proforma for...

For official use only

01 April 2009 to 31 March 2010

JAWAHARLAL NEHRU KRISHI VISHWA VIDYALAYA

KRISHI VIGYAN KENDRA HARDA (M.P.) 461331

2

PROFORMA FOR ANNUAL REPORT (01-04-2009 to 31-03-2010)

1. GENERAL INFORMATION ABOUT THE KVK

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

KVK Postal Address with Pin code Telephone

E mail STD Office FAX

KVK,

Harda

Krishi Vigyan Kendra, J.N.K.V.V., Sudama

Nagar, Indore Road, Harda (M.P.) 461331 07577 226021 226021

Kvkharda @

rediffmail.com

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

Host Institute name Postal Address with Pin code Telephone

E mail STD Office FAX

Jawaharlal Nehru Krishi

Vishwa Vidyalaya, Jabalpur.

(M.P.)

Jawaharlal Nehru Krishi Vishwa

Vidyalaya, Jabalpur. (M.P.) 0761 2681710 2681710

Desjabalpur @

rediffmail.com

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

Name Telephone / Contact

Residence Mobile Email

Dr. R.C. Sharma 47- Indralok Colony, Near Bus

Stand, Harda (M.P.) 07577-295603 -

1.4. Year of sanction: 2004

1.5. Staff Position (as on 31th March 2010)

Sl. No.

Sanctioned post

Name of the

incumbent

Designation Discipline

Pay

Scale with present

basic

Date of

joining

Permanent /Temporary

Category (SC/ST/

OBC/

Others)

1 Programme

Co-ordinator

Dr. R.C.

Sharma

Programme

Coordinator Horticulture

10000-15200

Rs.12925/- 06-06-95

Temporary

(Regular) Others

2 Subject Matter

Specialist

Shri A.S.

Yadav SMS

Plant

Protection

8000-13500

Rs. 8000/- 25-1-07

Temporary

(Regular) OBC

3 Subject Matter

Specialist

Shri P.N.

Tripathi SMS Soil Science

8000-13500

Rs. 8000/- 07-6-07

Temporary

(Regular) Others

4 Subject Matter

Specialist Vacant - - - - - -

5 Subject Matter


6 Subject Matter


7 Subject Matter


8 PA (Computer

Programmer)

Smt. Rajani

Prabha Kori

Programme

Assistant

Computer

Application

5500-9000

Rs. 5500/- 04-4-08

Temporary

(Regular) SC

9 PA (Tr. Asstt.) Vacant - - - - - -

10 PA(Farm

Manager) Vacant - - - - - -

11 Accountant /

Superintendent Vacant - - - - - -

3

12 Jr.Stenographer Shri M.D.

Patware

Jr. Steno

cum

Computer

Operator

B.Com. 4500-7000

Rs. 7000/- 25-06-84

Temporary

(Regular) OBC

13 Driver Shri B.P.

Nai Driver 5

th

3050-4590

Rs. 3050/- 08-07-08

Temporary

(Regular) OBC

14 Driver Shri R.S.

Ahirwar Driver 12

th

3050-4590

Rs. 3050/- 14-07-08

Temporary

(Regular) SC

15 Supporting

staff Vacant - - - - - -

16 Supporting

staff Vacant - - - - - -

1.6. Total land with KVK (in ha) :

S. No. Item Area (ha.)

1 Under Buildings 0.50

2. Under Demonstration Units 0.50

3. Under Crops 11.50

4. Orchard/Agro-forestry 2.00

5. Others 0.11

1.7. Infrastructural Development: A) Buildings

S.

No.

Name of

building

Source

of

funding

Stage

Complete Incomplete

Completion

Date

Plinth

area

(Sq.m)

Expenditure

(Rs.)

Starting

Date

Plinth

area

(Sq.m)

Status of

construction

1. Admin.

Building ICAR - - -

Oct.

2006 400

Under

Construction.

2. Farmers

Hostel ICAR - - -

Oct.

2006 200

Under

Construction.

3.

Staff

Quarters

(6)

ICAR - - - Oct.

2006 100

Under

Construction.

4. Demo.

Units (2) ICAR - - -

Budget

required. 20 -

5 Fencing - - - - Budget

required. - -

6

Rain

Water

harvesting

system

- - - - Budget

required. - -

7 Threshing

floor - - - -

Budget

required. - -

8 Farm

godown - - - -

Budget

required. - -

4

B) Vehicles

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

Bolero March 2005 450000/- 74900 Good Condition

Motor Cycle (Pulsar) March 2006 50000/- 14138 Good Condition

Tractor (Same) March 2005 300000/- 1631 Good Condition

C) Equipments & AV aids

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

L.C.D. March 2007 58488/- Good Condition

Laptop March 2007 43475/- Good Condition

Camera (Digital) March 2007 12700/- Good Condition

Computer March 2006 77282/- Good Condition

Fax March 2006 19899/- Good Condition

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

Sl. No.

Date Number of Participants

Salient Recommendations Action taken

1.

23-

05-

09

37

1- To provide breeder seed to the farmers of district.

2- Use of recommended herbicide in soybean.

3- Sowing of soybean ridge and furrow method.

4- Training on sucking pest management in Bt.cotton

5- Training on importance of seed treatment.

6- To suggest proper control method of defoliotors in

soybean.

7- To suggest proper control method of yellow mosaic in

summer mung and soybean.

8- To suggest proper control method of yellowing leaf in

wheat.

9- To suggest proper control method of pod borer in

gram.

Implemented

as per

suggestions.

2.

29-

01-

2010

26

10- To provide breeder seed to the farmers of district.

11- Training on sucking pest management in Bt.cotton

12- Training on importance of seed treatment.

13- To encourage for soil testing.

14- To conduct target yield based on STCR in farmers

field.

15- To suggest proper control of rats in wheat crops.

Implemented

as per

suggestions.

* Attach a copy of SAC proceedings along with list of participants

2. DETAILS OF DISTRICT (2009-10) 2.1 Major farming systems/enterprises (based on the analysis made by the KVK)

S. No Farming system/enterprise

1 Soyabean-Wheat

2 Soyabean-Gram

3 Cotton-fallow

4 Cotton- Green Gram

5 Cotton – Wheat

6 Soybean-Gram-Green Gram

5

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

S. No Agro-climatic

Zone

Characteristics

1 Central

Narmada

Velly

Agro- Climatic Zone:

The central Narmada valley zone comes under sixth agro

climatic zone of Madhya Pradesh. It lies between 210 53’ North latitude and

76047’ east longitude. The elevation is 302 m. of the mean sea level. The

important crops of the region are Soybean, Cotton, Pigeon pea Maize, Paddy,

Jowar in kharif and wheat, Gram, Pea, Lentil, Barley, Linseed and Sugarcane

in Rabi and Mung in summer season. Soybean

-wheat and Soybean-gram are main cropping system of the district.

Climate-

The zone falls under the central highlands. The climate of the

area is hot sub-humid which hot summer and mild winter characterize. The

soil moisture regime is Typic Ustic and soil temperature regime is

Hyperthermic. The district remains dry in climate except during the southwest

monsoon season. The year may be divided into three periods. The cold period

is from December to February, followed by the hot from March to June and

rainy from July to mid September.

Temperature-

May is the hottest month with mean range daily maximum

temperature 41-420C. Lowest minimum temperature 4-5

0c is recorded during

end of December to middle of January.

Rainfall-

The annual average rainfall of Harda district is 1261.7 mm.

The rainfall in the district generally received from southwest and northeast

monsoon. About 90% of the annual rainfall received from southwest

monsoon.

Soil-

Soil of Harda district are grouped under deep black soil,

clay, clay loam to sandy loam in texture, pH of the soil varies in range

between 6.5 to 8.5. It has very high retentively to conserve moisture for a

longer duration. Though the soils are productive, but from operational point of

view, it is considered to be problematic. The region being that during kharif

after heavy showers, it becomes difficult to perform preparatory tillage

operations and it encourages weed growth also.

6

S. No Agro ecological

situation Characteristics

1

Harda

Sloppy area of black cotton soil served by tail reaches of Tawa Canal

System but with shortage in underground water

2 Timarni Sloppy area of black cotton soil served by tail reaches of Tawa Canal

System but with shortage in underground water

3 Khirkiya Undulating sloppy eroded area in forest & hills having light -medium

to deep black soils. Scanty underground water , Partially irrigated

2.3 Soil types

S. No Soil type Characteristics Area in

ha/%

1 Deep black

soil.

High water retention capacity, low infiltration, poor drainage and

occasionally moisture stress. Soils have high CEC and rich in base

status.

35%

2 Medium

black soil.

Low infiltration and imperfect drainage of black soils results in

temporary water stagnation during rains.

Kharif crops experience both doughtiness as well as temporary

water stagnation.

30%

3 Light soil.

Soils are in AWC thus post rainy season cropping is not feasible

under rainfed conditions.

They are well drained.

The CEC is low.

Soils are severely deficient in organic matter, N,P, and lime but are

will supplies with K. Phosphorus fixation is high.

35%

`

2.4. Area, Production and Productivity of major crops cultivated in the district (06-07)

S. No Crop Area (ha) Production (Qtl) Productivity (Qtl /ha)

1 Soybean 162060 234980 14.50

2 Wheat 105870 301720 28.50

3 Arhar 2007 2790 13.50

4 Gram 20850 31480 15.10

5 Cotton 5900 17200 bales 14.80

6 Sugarcane 610 36600 600.00

7 Paddy 800 1260 15.80

8 Maize 1320 3140 23.80

7

2.5. Weather data (1-4-2009 to 31-3-2010)

Month/Week SMW Temperature 0 C Rainfall (mm)

No. of Rainy Days

Relative Humidity (%) Maximum Minimum

Apr. 2-8 14 40.42 21.14 - - 76 9-15 15 41.00 20.85 - - 82.26

16-22 16 43.28 22.28 - - 84.57 23-29 17 45.57 24.57 - - 83.85 30-6 18 46.57 26.71 - - 85.14

May 7-13 19 47.00 27.57 - - 82.28 14-20 20 45.57 26.42 15.8 03 86.57 21-27 21 46.28 27.14 - - 91.00 28-3 22 46.71 28.28 16.3 2 85.71

June 4-10 23 46.00 27.42 - - 85.71 11-17 24 47.00 28.28 - - 87 18-24 25 47.28 29.00 - - 80.57 25-1 26 46.71 26.28 17 2 88.00

July 2-8 27 35.71 25.00 127.2 04 91.00 9-15 28 31.14 22.00 - - 90.57

16-22 29 29.14 19.28 321.4 05 91.71 23-29 30 30.28 20.00 122.8 2 86.28 30-5 31 32.42 20.57 7.4 01 84.57

Aug. 6-12 32 33.28 21.14 24.2 03 83 13-19 33 31.28 21.71 24.1 04 83.85 20-26 34 34.28 22.00 23.6 01 84 27-2 35 31.85 21.28 105.8 07 91.14

Sep. 3-9 36 33.28 23.85 62.80 02 85.57 10-16 37 34.57 21.00 0.8 - 87.14 17-23 38 35.71 22.85 - - 88.71 24-30 39 38.00 21.85 - - 85.42

Oct. 1-07 40 36.28 23.42 138.00 03 83.00 8-14 41 33.42 21.00 - - 86.42

15-21 42 32.85 20.00 - - 75.28 22-28 43 32.14 14.00 - - 81.14 29-4 44 32.42 15.57 - - 80.57

Nov. 5-11 45 31.42 16.14 2.00 - 84.71 12-18 46 29.85 14.57 67.8 04 81.57 19-25 47 26.00 15.42 - - 83.85 26-2 48 22.00 17.00 - - 76.85

Dec. 3-9 49 25.28 16.42 - - 81.57 10-16 50 27.71 15.57 - - 80.00 17-23 51 26.14 11.42 45.2 01 80.14 24-31 52 23.12 7.50 0.4 - 82.87

Jan. 1-7 1 21.42 5.71 - - 85.57 Jan. 8-14 2 25 8.85 - - 80.42

15-21 3 23.28 7.42 - - 77.42 22-28 4 24.57 10 - - 79.42 29-4 5 24.85 14.14 6.00 01 79.00

Feb. 5-11 6 28.42 10.85 1.5 - 80.14 Feb. 12-18 7 30.71 12.42 - - 81.71

19-25 8 30.28 12.71 - - 78.71 26-4 9 35.28 13.71 - - 79.00

Mar. 5-11 10 35.85 13.28 - - 80.42 12-18 11 34.85 14.71 0.8 - 80.57 19-25 12 39.71 16.28 - - 80.14 26-1 13 42.33 21.66 - - 66.83

Total 1130.9 45

8

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

Category Population Production Productivity

Cattle

Crossbred - - -

Indigenous 49109 - -

Buffalo 42421 - -

Sheep

Crossbred - - -

Indigenous 110 - -

Goats 55153 - -

Pigs

Crossbred - - -

Indigenous 861 - -

Rabbits - - -

Poultry

Hens - -

Desi 52301 - -

Improved 18454 - -

Ducks - - -

Turkey and others - - -

Fish - 333.60 mt. 16.86 kg./ha

Marine - - -

Inland - - -

Prawn - 0.02 mt. -

Scampi - - -

Shrimp - - -

9

2.6 Details of Operational area / Villages (2009-10)

Sl.

No

.

Taluk Name of the block

Name of the village

Major crops &

enterprise

s

Major problem identified Identified

Thrust Areas

1 Harda Harda Masangao

n

Soybean,

Wheat,

Gram,

Sugarcane,

Summer

moong.

1. Non availability of quality

seed.

2. No proper seed treatment in

Kharif and rabi crops.

3. Inadequate use

biofertilisers.

4. Lack of drainage of kharif

crop.

5. Faulty irrigation method in

Rabi crops specially in

wheat.

6. Use of old and degraded

seeds.

7. Soils deficient in N.P.,S.

and Zn.

8. Low organic carbon in soil.

9. Less availability of green

fodder.

10. Seed mixed with fertilizer

in farmers practice.

11. Use of high seed rate in

wheat crop.

12. Burning of wheat stubbles.

13. Imbalance use of fertilizer.

14. Infestation of Semi lopper,

girdle beetle and tobacco

caterpillar in soybean.

15. Incidence of yellow mosaic

in soybean.

16. Infestation of pod borer in

gram.

17. Incidence of wilt in gram.

18. Infestation of pyrilla in

sugarcane.

19. Incidence of Red rot in

sugarcane.


in summer moong.

21. Infestation of Helicoverpa

in summer moong.

22. Poor breed and feeding

management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

10

Kankariya

Soybean,

Wheat,

Gram,

Sugarcane

,Summer

moong.


seed.



3. Inadequate use bio fertilizers.


crop.


Rabi crops specially in wheat.


seeds.

7. Soils deficient in N.P.S. and

Zn.



fodder.

10. Seed mixed with fertilizer in

farmers practice.

11. Use of high seed rate in wheat

crop.






15. Incidence of yellow mosaic in

soybean.


gram.



sugarcane.


sugarcane.


summer moong.

21. Infestation of Helicoverpa in

summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

11

Charkheda

Soybean,

Wheat,

Gram,

Sugarcane,

Summer

moong,

Sericulture

.


seed.



3. Inadequate use bio-fertilisers.


crop.




seeds.

7. Soils deficient in N,P, S and

Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

12

Kukravad

Soybean,

Wheat,

Gram,

Sugarcane

1. Non -availability of quality

seed.





crop.




seeds.

7. Soils deficient in N,P, S and

Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

13

2 Timar

ni Timarni Sodalpur

Soybean,

Wheat,

Gram,

Sugarcane,

Dairy,

Sericulture


seed.





crop.




seeds.

7. Soils deficient in N,P,S and

Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

14

Alampur

Soybean,

Wheat,

Gram,

Dairy


seed.





crop.




seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

15

Temagaon

Soybean,

Wheat,

Gram,

Sugarcane,

Dairy


seed.





crop.




seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

16

Sautada

Soybean,

Wheat,

Gram,

Dairy

Sugarcane

1. Non- availability of quality

seed.





crop.




seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



sugarcane.


sugarcane.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improved

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

17

3 Khirki

ya Khirkiya Pokharni

Soybean,

Wheat,

Gram,

Cotton


seed.





seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



management of milch

animals.

17. Inadequate and discriminate

uses of pesticide.

18. Heavy infestation of early

season sucking pest in Bt

cotton.

19. No use of refugia around the

Bt cotton.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

18

Kadola

Radhau

Soybean,

Wheat,

Gram,

Cotton


seed.



3. Inadequate use of bio

fertilizers.


seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



uses of pesticide.



cotton.


Bt cotton.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improved

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

19

Jatpura

Soybean,

Wheat,

Gram,


seed.




fertilizers.


seeds.


Zn.



fodder.


farmers practice.


crop.







soybean.


gram.



uses of pesticide.



cotton.


Bt cotton.


summer moong.


summer moong.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

20

dedgaon

Soybean,

Wheat,

Gram,

Arhar


seed.




fertilizers.

4. Closer row spacing in arhar

and soybean crops.


seeds.

6. Soils deficient in N.P.K. and

Zn.

7. Low organic carbon and soil.


fodder.


farmers practice.


crop.







and collar rot in soybean.


gram.



uses of pesticide.



cotton.

19. Incidence of wilt in arhar.


arhar.


management of milch

animals.

� Use of

improved

varieties with

quality

seed/planting

materials.

� Use of organic

manure with

balance

fertilizer

application.

� Proper

sowing/plantin

g method.

� Proper water

management

practices.

� Adoption of

IPM

technologies in

different crops.

� Awareness for

establishment

of new

orchard.

� Popularization

of improve

vegetable

techniques.

� Improve

breeds of

milch animals

and balance

feeding.

� More

knowledge and

awareness for

proper storage

of food grains

� More income

generation for

rural women.

21

2.7 Priority thrust areas

S. No Thrust area

1 Use of improved varieties with quality seed/planting materials.

2 Use of organic manure with balance fertilizer.

3 Proper sowing/planting method.

4 Adoption of IPM technologies in different crops.

5 Proper water management practices.

6 Popularization of improve vegetable techniques.

7 Awareness for establishment of new orchard.

8 Improved breeds of milch animals and balance feeding.

9 Creating awareness for proper storage of food grains.

10 More income generation activities for rural women.

3. TECHNICAL ACHIEVEMENTS

3.1. A. Abstract of interventions undertaken: Th

S. No

Thrust area

Crop/ Enterprise

Identified Problem

Interventions

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.

Thrust area : 1. Use of improved varieties with quality seed/planting materials.

2. Use of organic manure with balance fertilizer.

3. Proper sowing/planting method.

4. Proper water management practices.

5. Adoption of IPM technologies in different crops.

6. Awareness for establishment of new orchard.

7. Popularization of improve vegetable techniques.

8. Improved breeds of milch animals and balance feeding.

9. Creating awareness for proper storage of food grains.

10. More income generation activities for rural women.

22

Crops/Enterprises :

1. Soybean

2. Wheat

3. Gram

4. Sugarcane

5. Cotton

6. Vegetable

7. Fruits

8. Dairy

9. Sericulture

Identified problem:

1. Lack of summer ploughing to minimize weeds, insect pest and diseases.

2. Use of old and degraded seeds.

3. Non availability of sufficient quantity of soybean and wheat seed.

4. No proper seed treatment of crops.

5. Lack of drainage in Kharif crops and flood irrigation method in Rabi crops.

6. High seed rate and closer spacing of soybean and wheat corps.

7. Less use of organic manure and bio fertilizer.

8. Inadequate and lmbalance use of fertilizer.

9. Seed mixed with fertilizer.

10. Lack of knowledge about sugarcane.

11. Lack of weed control in Kharif crops.

12. No proper adoption of improved technique in cotton production.

13. Improper plant protection measures in soybean and Arhar in Kharif and gram in Rabi

season.

14. Lack of improved Varieties and planting material in horticultural crops.

15. Lack of interest in vegetable production.

16. Production of unhealthy vegetable seedling in nursery bed.

17. Lack of interest for proper establishment of orchard in main field due to lack of

knowledge and unconscious about proper maintenance of orchard.

18. Lack of knowledge and unawareness for proper storage of food grains.

19. Unawareness about proper nutrition in children.

20. Less income generation practice in rural women.

21. Poor breeds of milch animals.

22. Poor feeding and management of milch animals.

23

Title of OFT :

Kharif-2009

1. Assessment of resistant variety of Green gram (HUM-16) for management of yellow mosaic

disease (Summer Season)

2. Assessment of Spinosad 45 SC to control the Helicoverpa in soybean.

3. Assessment of Thiomethoxam 70 WS to control yellow mosaic disease in soybean.

4. Assessment of chlorimuron ethyl weed control in soybean.

5. Assessment of soybean high yielding variety JS-97-52.

6. Assessment of Integrated Nutrient Management in cotton.

7. Assessment of STCR based targeted yield (18 q/ha ) in pigeon- pea.

Rabi 2009-10

1. Assessment of wheat of Vr. GW-366.

2. Assessment of gram variety JAKI-92-18

3. Assessment of targeted yield [25 q/ha] in gram based on STCR

4. Assessment of zinc application in wheat , based on Soil Test Value.

5. Assessment of improved garlic variety G-323.

6. Assessment of chloro pyriphose 20 AC against termite in wheat.

7. Assessment of IDM module against wilt in gram.

Title of FLD :

Kharif-2009

1. Demonstration on Integrated Nutrient Management on yield of Arhar.

2. Demonstration on Ridge and Furrow method in soybean.

3. Demonstration on targeted yield (20 q/ha) in Soybean based STCR.

4. Demonstration on soybean.

5. Demonstration on soybean.

6. Demonstration on improved variety of Gainda variety – PUSA NARANGI.

7. Demonstration on Cotton.



24

Rabi 2009-10

10. Demonstration on targeted yield ( 50 q/ha ) based STCR in wheat .

11. Demonstration on Targetted yield (20 q/ha) based on STCR in Gram.

12. Demonstration on high yielding variety JG-11 of Gram.

13. Demonstration on Gram.

14. Demonstration on high yielding variety PSM-3(Garden Pea).

15. Demonstration on INM in tomato.

Title of Training :

1. Advantage of Deep Summer ploughing

2. Popularization and Importance of ridge and furrow method in soyabean cultivation.

3. Management of storage Grain pests.

4. Rejuvenation of old orchards.

5. Importance of Bio-Pesticides.

6. Improved Production Technology of Soybean.

7. Method of Soil Sampling and Importance of soil testing.

8. Layout planting method and maintenance of mango and guava orchards.

9. Planting method and management of orchards of Anola and Pomogranate.

10. Popularization of cotton production technology.

11. Importance of Drip Irrigation method in orchards.

12. Production technique for Arhar (Pigeon Pea)

13. Integrated Nutrient Management in Soybean and Arhar crops.

14. Method of Germination test in soybean seed.

15. Importance of vaccination in cattle and buffalo

16. Importance of seed treatment in Kharif Crops.

17. Cleaning of Hygiene of Dairy Farm.

18. Management of disease in Soybean.

19. Management of Tobacco caterpillar in soybean.

20. Planting method and management of Mandarin orange.

21. Integrated Weed Management in Soybean.

22. Integrated Crop management in Cotton.

25

23. Importance of INM in vegetable crops.

24. Integrated Pest management in Cotton.

25. Importance of Micro Nutrients in Soybean.

26. Precaution of Weedicide application in Kharif crops.

27. Importance of micronutrients in vegetable crops.

28. Method of Propagation by budding in Fruit Plants.

29. Importance of Micro nutrients in Cotton.

30. Integrated Pest Management in Arhar.

31. Importance of Sulphur in oilseed and pulses crops.

32. Production technology of Tomato, Cauliflower and Chilli.

33. Integrated Pest Management in Sugarcane.

34. Integrated Pest Management in Paddy.

35. Importance of vermicompost in horticultural crops.

36. Production technology of Berseem.

37. Integrated Disease Management in Sugarcane.

38. Precaution of post harvest technology in soyabean.

39. Techniques of Potato Production.

40. Importance of Improved varieties in wheat.

41. Importance of seed treatment in Rabi Crops.

42. Management of wilt in Pigeon Pea.

43. Improved Production technology of gram.

44. Integrated Nutrient management in gram.

45. Weed management in Potato and cauliflower.

46. Importance of improved varieties of Sugarcane.

47. Seed Production of garlic and onion.

48. Integrated Nutrient Management in wheat crop.

49. Importance of Biofertilizer and NADEP Compost in sugarcane.

50. Management of Pod borer in Gram.

51. Importance of Proper water management in wheat.

26

52. Management of termite and root aphid in wheat.

53. Integrated Pest Management in vegetables.

54. Weed Management in Potato, Cauliflower, Onion and Garlic.

55. Importance of weed management in Rabi crops.

56. Micronutrient Deficiency and their Control measures in wheat crop.

57. Integrated Nutrient management in sugarcane.

58. Production technology for bottle guard, water melon, musk melon and pumpkin.

59. Management of wilt in Gram.

60. Management of Rat Control in Wheat.

61. Methods of Preparation and use of NADEP compost.

62. Method of preparation and use of organic manure md vermi compost.

63. Production technology of fodder crops for summer season.

64. Importance weed management practices in sugarcane.

65. Production technology for important cucurbits vegetable.

66. Importance of improved varieties and their production technology in summer moong.

67. Post harvest techniques in vegetable crops.

68. Precaution of harvesting and threshing in Rabi crops.

69. Importance of drip irrigation method in orchards.

70. Method and preparation of Phospho Sulpho compost and its uses in crops.

71. Principle and methods of compotation of ration for milch animals.

72. Importance of deep ploughing in summer season.

73. Techniques for nursery management and produes healthy seedlings in vegetable crops.

Title of training for extension personnel :

1. Importance of Integrated Nutrients management in Kharif crops.

2. Integrated Pest management in major kharif crops

3. Integrated Pest management in soybean

4. Use of balanced fertilizers in major kharif crops in Harda district.

5. Integrated pest management in Rabi crops.

27

6. Importance of nutrient deficiency and their control in major Rabi crops.

7. Techniques for Rejuvenation of old orchards.

8. INM in jaid moong crop.

Rural Youth :

1. Seed Production technology of soybean.

2. Plant Propagation technique and nursery management of fruit crops.

3. Method and Preparation of vermicompost and its importance in crop production.

Extension activities:

1. Field day.

2. Kisan mela.

3. Kisan gosthi.

4. Exhibition.

5. 44 Film C.D. show.

6. Farmers visited to KVK.

7. Scientist visited to farmer’s field.

8. Group discussion.

9. Farm advisory services.

10. Diagnostic survey visit.

11. Publication of literature.

12. News paper coverage.

13. Special day celebration.

3.1 B. Conversion of OFT into FLDs during 2009-10

Thematic Area Title of OFT Year of execution

Resource

Conservation

Techniques

Assessment of Ridge and furrow method sowing

of soybean.

2009-10

Integrated Pest

Management

Assessment of IPM Module in Soybean against

defoliotors

2009-10

Integrated Pest

Management

Assessment of IRM module for management of

sucking pests in Bt. Cotton.

2009-10

Integrated Nutrient

Management

Assessment of INM on yield of Arhar. 2009-10

Soil Fertility

Management

Assessment of STCR on Targetted yield in

Soybean.

2009-10

Varietial

Evaluation

Assessment of High yielding variety ICCV-37

of Gram.

2009-10

28

Soil Fertility

Management

Assessment of STCR or Targetted yield in

irrigated wheat.

2009-10

Soil Fertility

Management

Assessment of Targeted yield (20 q./ha) based

on STCR in Gram.

2009-10

Integrated Pest

Management

Assessment of Resistance variety of green gram

for management of yellow mosaic disease

(Summer Season)

2009-10

Production of Low

volume and High

volume crops

Assessment of improved variety of garden pea

(PSM-3)

2009-10

Integrated Nutrient

Management

Assessment of INM in Tomato. 2009-10

3.1. B. Details of each On Farm Trial to be furnished in the following format

Kharif -2009

OFT-1

1. Title of on-farm trials : Assessment of resistant variety of Green gram

(HUM-16) for management of yellow mosaic

disease (Summer Season)

2. Problem diagnose: Low yield of green gram due to incidence of

yellow mosaic disease 3. Details of technologies selected

for assessment:

Sowing of YMV resistance variety

HUM-16

4. Source of technology: BHU

5. Thematic area : IDM

6. Performance of the technology

with performance indicators:

Yield increased 48.71 percent over farmers

practice.

7. Final recommendation for micro

level situation:

Sowing of YMV resistance variety

HUM-16

8. Constraints identified and

feedback for research :

Non-availability of resistant variety in proper

time.

9. Process of farmers participation

and their reaction :

The farmers were involved since beginning through

group discussion and training . They were fully

convenced to adoption of the technology.

29

OFT-2 1. Title of on-farm trials : Assessment of Spinosad 45 SC to control the

Helicoverpa in soybean.

2. Problem diagnose: Low yield of soybean due to heavy infestation of

helicoverpa

3. Details of technologies selected

for assessment:

Spinosad 45 SC @ 75 gai/ha (167 ml/ha)

4. Source of technology: ----

5. Thematic area : IPM


with performance indicators: Yield increased 17.2 percent over farmers

practice.


level situation:

Foliar spray of spinosad 45 sc @ 75 gai/ha at

ETL.



Farmers are not using right dose, right pesticide in

right time and right methods.






OFT-3

1. Title of on-farm trials : Assessment of Thiomethoxam 70 WS to control

yellow mosaic disease in soybean.

2. Problem diagnose: Low yield of soybean due to severa incidence of

yellow mosaic disease .


for assessment:

Seed treatment – Thiomethoxam 70 WS @ 3 gm/kg

seed need based – Spray of Methyldemeton 25 EC

@ 750 ml/ha

4. Source of technology: ICAR





practice.


level situation:

Seed treatment with Thiomethoxam 70 WS@

3gm/kg seed,Up root affected plants,

Foliar application of Methyl demeton 25 EC @

750 ml/ha as per need basis. 8. Constraints identified and


Farmers are not identified vector of disease and no

seed treatment for vector control.






30

OFT-4

1. Title of on-farm trials : Assessment of chlorimuron ethyl weedicide for

weed control in soybean. 2. Problem diagnose: Low yield of soybean of due to high infestation

of weeds. 3. Details of technologies selected

for assessment:

Chlorimuron ethyl @ 8 gram a.i. per ha post

emergence weedicide.

4. Source of technology: ICAR 2005

5. Thematic area : Weed Management




practice.


level situation:

Chlorimuron ethyl @ 8 gram a.i. per ha post




The farmers were not used in proper dose of

weedicide.






OFT-5

1. Title of on-farm trials : Assessment of soybean high yielding variety

JS-97-52. 2. Problem diagnose: Low yield of soybean due to use of old variety.


for assessment:

High yielding potential 25-30 q/ha, resistance

to YMV.

4. Source of technology: JNKVV, 2008

5. Thematic area : ICM



Yield increased : 8.6 % over farmers practice.


level situation:

The variety can be used only in rainfed

situation in medium black soil.



Seed size is very small and duration is long.



Lower return was obtained due to small seed and

delayed maturity.

31

OFT- 6

1. Title of on-farm trials : Assessment of Integrated Nutrient

Management in cotton. 2. Problem diagnose: Low yield of cotton due to use of imbalance

dose of fertilizers. 3. Details of technologies selected

for assessment:

RDF(160:80:40) NPK/ha + 25 kg Zinc

Sulphate /ha +FYM + Bio-fertilizers.

4. Source of technology: JNKVV, 2000

5. Thematic area : INM





level situation:

RDF(160:80:40) NPK/ha + 25 kg Zinc

Sulphate /ha +FYM + Bio-fertilizers.



Low yield of cotton due to use of imbalanced

fertilizers.






OFT-7

1. Title of on-farm trials : Assessment of STCR based targeted yield (18 q/ha

) in pigeon- pea.

2. Problem diagnose: Low yield of pigeon pea due to use of imbalanced

fertilizer.


for assessment:

FN=4.87T-0.37 SN, FP=5.34T – 3.4 SP , FK2O

=3.61 T- 0.16 SK + 20 kg S/ha + bio-fertilizer.

4. Source of technology: JNKVV, IISS, 2000

5. Thematic area : Soil Fertility Management





level situation:

FN=4.87T-0.37 SN, FP=5.34T – 3.4 SP , FK2O




The farmers were not follow the recommended

dose of fertilizer based on Soil Test Value.






32

Rabi 2009-10

OFT-1

1. Title of on-farm trials : Assessment of wheat of Vr. GW-366.

2. Problem diagnose: For better yield introduced new variety [Crop

variety Diversification] of wheat.


for assessment:

High yielding variety of Wheat (GW-366)

4. Source of technology: GAU, 2007






level situation:

High yielding variety of Wheat (GW-366)



Low yield of wheat due to use of old variety

(Lok-1).






OFT-2

1. Title of on-farm trials : Assessment of gram variety JAKI-92-18

2. Problem diagnose: Low yield of gram due to use of old varieties


for assessment: High yielding variety JAKI-92-18 Wilt

resistance suitable of irrigated and non-

irrigated conditions 4. Source of technology: JNKVV, 2005




Yield increased : 21.15 % over farmers practice


level situation: High yielding variety JAKI-92-18 Wilt

resistance suitable of irrigated and non-

irrigated conditions


feedback for research : Low yield of gram due to use of old varieties

(Ujjain-21,24) 9. Process of farmers participation





33

OFT-3

1. Title of on-farm trials : Assessment of targeted yield [25 q/ha] in gram

based on STCR 2. Problem diagnose: Low yield of gram due to imbalance use of

fertilizers non based on STV. 3. Details of technologies selected

for assessment:

Target yield 25 q/ha

FN 3.73 T- 0.18 SN SP2 O5 5.0 T 2.5 SP

FK2O 3.80 – 0.17 SK

4. Source of technology: JNKVV, IISS (1999-2000)

5. Thematic area : Soil fertility management



Yield increased : 27.20% over farmers practice


level situation:


FN 3.73 T- 0.18 SN SP2 O5 5.0 T 2.5 SP

FK2O 3.80 – 0.17 SK 8. Constraints identified and


Low yield of gram due to imbalance use of

fertilizers without STV.






OFT-4

1. Title of on-farm trials : Assessment of zinc application in wheat , based

on Soil Test Value.

2. Problem diagnose: Low yield of wheat due to deficiency of zinc.


for assessment:

5 kg Zn/ha used as soil application before sowing.

4. Source of technology: JNKVV, IISS (1999-2000)

5. Thematic area : Micro- nutrient deficiency in crops





level situation:

5 kg Zn/ha used as soil application before sowing.



Low yield of wheat due to deficiency of zinc

based on STV.






34

OFT-5 1. Title of on-farm trials : Assessment of improved garlic variety G-323.

2. Problem diagnose: Low yield of garlic due to the use of local

variety.


for assessment:

Improved variety G-323 high yield potential.

4. Source of technology: NHRDF, 2006

5. Thematic area : Production and management technology.





level situation:

Improved variety G-323 high yield potential.



Low yield of garlic due to the use of local

variety.






OFT-6

1. Title of on-farm trials : Assessment of Chloropyriphos 20 EC against

termite in wheat. 2. Problem diagnose: Low yield of wheat due infestation on termite.


for assessment:

Seed treatment with Chloropyriphos 20 EC @

5 ml. / kg seed and need based use of

Chloropyriphos 20 EC @ 2.5 Lit./ha with

irrigation water. 4. Source of technology: JNKVV, (2001)

5. Thematic area : IPM



Yield increased : 15.15 % over farmers

practice.


level situation:

Seed treatment with Chloropyriphos 20 EC @ 5

ml. / kg seed and need based use of


irrigation water. 8. Constraints identified and


Low yield of wheat due infestation on termite.






35

OFT-7

1. Title of on-farm trials : Assessment of IDM module against wilt in gram.

2. Problem diagnose: Low yield of gram due to heavy incidence of wilt.


for assessment:

Resistant Variety JG-130 + Seed treatment with

trichoderma virdae @ 4 gram/kg + Vitavax @ 1

gram/kg and Summer deep ploughing. 4. Source of technology: ICAR, (2006)




Percent disease incidence



level situation:

Resistant Variety JG-130 + Seed treatment with

trichoderma virdae @ 4 gram/kg + Vitavax @ 1

gram/kg and Summer deep ploughing. 8. Constraints identified and


Low yield of gram due to heavy incidence of wilt.



The farmers were involved since beginning through group

discussion and training . They were fully convenced to

adoption of the technology.

3.1.C. Results of On Farm Trials

Crop

Farming

situation

Problem

Diagnosed Title of OFT

No. of

trials*

Technology

Assessed

Parameters of

assessment

1 2 3 4 5 6 7

Green

Gram

Irrigated

Medium

and Deep

black soil

Low yield of

green gram due

to incidence of

yellow mosaic

disease

Assesssment of

resistant variety of

green gram for

management of

yellow mosaic of

disease

05

Variety YMV

resistant HUM-

16

Percent disease

incidence

Yield q/ha

B:C

Soybean

Rainfed

Medium

and Deep

black soil

Low yield of

soybean due to

heavy

infestation of

helicoverpa

Assessment of

Spinosad 45 SC to

control the

Helicoverpa in

soybean.

05

Spinosad 45 SC

@ 75 gai/ha

(167 ml/ha)

No. of insect

population/mt. Sq.

Yield q/ha

B:C

Soybean

Rainfed

Medium

and Deep

black soil

Low yield of

soybean due to

severa incidence

of yellow

mosaic disease .

Assessment of

thiomethoxam 70

WS to control

yellow mosaic

disease in soybean

05

Seed treatment

Thiomethoxam

70 WS @ 3

gm/kg seed need

based – Spray of

Methyldemeton

25 EC @ 750

ml/ha

Percent disease

incidence

Yield q/ha

B:C

36

Soybean

Rainfed

Medium

and Deep

black soil

Low yield of

soybean of due

to high

infestation of

weeds.

Assessment of

chlorimuron ethyl

weed control in

soybean.

05

Chlorimuron

ethyl @ 8 gram

a.i. per ha post

emergence

weedicide.

No. of weeds/ sq.mt.

No. of pods/plant

Yield q/ha

B:C

Soybean

Rainfed

Medium

and Deep

black soil

Low yield of

soybean due to

use of old

variety.

Assessment of

soybean high

yielding variety JS-

97-52.

05

High yielding

potential 25-30

q/ha, resistance

to YMV.

No. of pods/plant

Yield q/ha

B:C

Cotton

Rainfed

Medium

and Deep

black soil

Low yield of

cotton due to

use of

imbalance

fertilizers.

Assessment of

Integrated Nutrient

Management in

cotton.

05

RDF(160:80:40)

NPK/ha + 25 kg

Zinc Sulphate

/ha +FYM +

Bio-fertilizers.

No. of balls/plant

Yield q/ha

B:C

Pigeon-

pea

Rainfed

Medium

and Deep

black soil

Low yield of

pigeon pea due

to use of

imbalanced

fertilizer.

Assessment of

STCR based

targeted yield (18

q/ha ) in pigeon-

pea.

05

FN=4.87T-0.37

SN, FP=5.34T –

3.4 SP , FK2O

=3.61 T- 0.16 SK

+ 20 kg S/ha +

bio-fertilizer.

No. of nodules /plant

Yield q/ha

B:C

Wheat

Irrigated,

medium

and deep

black soil

Low yield of

wheat due to use

of old variety.

Assessment of

wheat of Vr. GW-

366.

05 Vr. GW-366

No. of ear heads/sq.

me.

Yield (q /ha)

B:C ratio

Farmers reaction

Farmers Feedback

Gram

Partially

Irrigated,

Medium

and deep

black

soils

Low yield of

gram due to use

of old varieties

Assessment of gram

variety JAKI-92-18 05

variety JAKI-

92-18

No of pods /plant

Yield (q /ha)

B:C ratio

Farmers reaction

Farmers Feedback

Gram

Partially

Irrigated

Medium

and Deep

black soil

Low yield of

gram due to

imbalance use

of fertilizers

non based on

STV.

Assessment of

targeted yield [25

q/ha] in gram based

on STCR

05

Assessment of

targeted yield

[25 q/ha] in

gram based on

STCR

No. of pods /plant

No. of noduls/plant.

Yield (q /ha)

B:C ratio

Farmers reaction

Farmers Feedback

Wheat

Irrigated

Medium

black

soil,

soybean-

wheat

Low yield of

wheat due to

deficiency of

zinc.

Assessment of zinc

application in

wheat , based on

Soil Test Value

05

Assessment of

zinc application

in wheat , based

on Soil Test

Value

No. of tillers/plant.

Yield (q /ha)

B:C ratio

Soil status

Farmers reaction

Farmers Feedback

Garlic

Partially

irrigated

Shallow

to mediu

m black

soil

Low yield of

garlic due to the

use of local

variety.

Assessment of

improved garlic

variety G-323.

05 variety

G-323.

Weight of bulb

Yield q/ha

B C ratio

Wheat

Semi-

irrigated

shallow

and

Low yield of

wheat due

infestation on

termite.

Assessment of

chloro pyriphose 20

AC against termite

in wheat.

05

Assessment of

chloro

pyriphose 20

AC against

No. of affected plants/

sq.me.

Yield q/ha

B C ratio

37

medium

soil

termite in

wheat.

Gram

Partially

irrigated

medium

and deep

black

soil

Low yield of

gram due to

heavy incidence

of wilt.

Assessment of IDM

module against wilt

in gram. 05

Assessment of

IDM module

against wilt in

gram.

Percent disease

incidence

Yield q/ha

B C ratio

a. No. of farmers

Data on the parameter Results of assessment

Feedback from the farmer

Any

refinement done

Justification

for refinement

8 F P I P 9 10 11 12

Percent disease

incidence

Yield (q /ha)

B:C ratio

26.30

7.80

2.0

3.12

11.60

2.67

11.60

They were fully

convinced to adoption to

the technology.

- -

No. of insect

population/mt. Sq.

Yield q/ha

B:C

3.80

14.60

2.22

1.76

17.11

2.45

17.11

They were fully


the technology.

- -

Percent disease

incidence

Yield q/ha

B:C

15.50

14.80

2.32

3.20

18.29

2.57

18.29

They were fully


the technology.

- -

No. of weeds/ sq.mt.

No. of pods/plant

Yield q/ha

B:C

231

23

16.18

1.98

32

31

19.13

2.08

19.13

They were fully


the technology.

- -

No. of pods/plant

Yield q/ha

B:C

26

16.78

1.93

34

18.23

1.98

18.23

They were fully


the technology.

- -

No. of balls/plant

Yield q/ha

B:C

171

17.57

2.48

209

21.16

2.73

21.16

They were fully


the technology.

- -

No. of nodules /plant

Yield q/ha

B:C

22

14.17

3.51

29

17.28

3.83

17.28

They were fully


the technology.

- -

No. of ear heads/sq.

me.

Yield (q /ha)

B:C ratio

252

35.38

3.23

267

41.20

3.45

41.20

They were fully


the technology.

- -

No of pods /plant

No. of

Nodules/plant

Yield (q /ha)

B:C ratio

41.4

42.1

16.39

2.61

47.2

50.7

19.90

2.90

19.90

They were fully


the technology.

- -

No. of pods /plant

No. of noduls/plant.

Yield (q /ha)

B:C ratio

38.5

37.4

19.23

3.21

46.7

49.2

24.46

3.57

24.46

They were fully


the technology.

- -

38

No. of tillers/plant.

Yield (q /ha)

B:C ratio

259

39.47

3.62

269

45.64

3.79

45.64

They were fully


the technology.

- -

No.of Cloves/bulb

Yield q/ha

B C ratio

20.35

47.10

2.47

24.60

65.40

2.81

65.40

They were fully


the technology.

- -

No. of affected

plants/ sq.me.

Yield q/ha

B C ratio

16.24

30.22

2.53

6.23

34.84

2.68

34.84

They were fully


the technology.

- -

Percent disease

incidence

Yield q/ha

B C ratio

19.83

16.55

2.33

8.90

20.05

2.43

20.05

They were fully


the technology.

- -

Technology Assessed *Production per

unit

Net

Return(Profit) in Rs. / ha

B:C Ratio

Crop 13 14 15 16

Green Gram Farmer’s practice** 7.80 14840 2.0

Technology assessed** 11.60 27600 2.67

Soybean Farmer’s practice** 14.60 16050 2.22








Cotton Farmer’s practice** 17.57 30578 2.48


Pigeon-Pea Farmer’s practice** 14.17 30665 3.51


Wheat

Farmer’s practice** 35.38 29582 3.23


Gram



Gram



Wheat Farmer’s practice** 39.47 34450 3.62


39

Garlic



Wheat Farmer’s practice** 30.22 21936 2.53


Gram Farmer’s practice** 16.55 16990 2.33


Details of the technology assessed and farmer’s practice:

Crop Technology

Assessed Details of technology

Green Gram

Farmer’s practice** Traditional variety (K-851)

Technology assessed** Variety YMV resistant HUM-16

Soybean

Farmer’s practice** Conventional insecticides.

Technology assessed** Spinosad 45 SC @ 75 gai/ha (167 ml/ha)

Soybean

Farmer’s practice** No seed treatment for white fly control.

Technology assessed** Seed treatment – Thiomethoxam 70 WS @ 3 gm/kg

seed need based – Spray of Methyldemeton 25 EC

@ 750 ml/ha

Soybean

Farmer’s practice** Improper dose of weedicide and not in timely

Technology assessed** Chlorimuron ethyl @ 8 gram a.i. per ha post


Soybean

Farmer’s practice** Old variety JS-335.

Technology assessed** High yielding potential 25-30 q/ha, resistance to

YMV.

Cotton

Farmer’s practice**

5 bag SSP spread over the soil at the time of land

preparation + 100 kg DAP + 100 kg urea used as top

dressing in two split doses.

Technology assessed** RDF(160:80:40) NPK/ha + 25 kg Zinc Sulphate /ha

+FYM + Bio-fertilizers.

Pigeon-Pea

Farmer’s practice** 5 bag SSP spread over the soil at the time of land

preparation.

Technology assessed** FN=4.87T-0.37 SN, FP=5.34T – 3.4 SP , FK2O


Wheat Farmer’s practice** Use of old LOK-1 variety

40

Technology assessed** Foundation seed of wheat variety GW-366

Gram

Farmer’s practice** Use of Ujjain-24

Technology assessed** Certified seed of Gram variety JAKI-9218.

Gram

Farmer’s practice** 125 kg DAP used mixed with seed at the time of

sowing.

Technology assessed**

Target yield 25 kg/ha FN= 3.73T-0.18 SN

FP2O5=5.0T-2.5SP FK2O=3.80T-0.17 SK

Based on STCR.

Wheat

Farmer’s practice** 125 kg DAP mixed with seed sowing + top dressing

of 250 kg urea.

Technology assessed** Based on Soil test value 5 kg Zinc /ha used as

Soil Application before sowing .

Garlic

Farmer’s practice** Use of local variety .

Technology assessed** Improved variety G-323 high yielding potential

Wheat

Farmer’s practice** No seed treatment with chloropyriphose


Seed treatment with chloropyriphose with 20 EC

@ 5 ml /kg seed and need based use of


irrigation water.

Gram

Farmer’s practice** No seed treatment with fungiside


Resistant variety JG-130+ Seed treatment with

trichoderma virdae @ 4 gram/kg +Vitavax @ 1

gram/kg and Summer deep ploughing.

3.2 Achievements of Frontline Demonstrations

a. Follow-up for results of FLDs implemented during previous years List of technologies demonstrated during previous year and popularized during 2008-09 and

recommended for large scale adoption in the district

S. No Thematic Area* Technology

demonstrated

Details of popularization

methods suggested

to the Extension system

Horizontal spread of

technology

No. of

villages

No. of

farmers

Area in

ha

1. Soybean ICM

Variety VR- JS-93-05+

20 :80: 20. + 40

kg(S)/ha

Training , Group

Disscusetoin,

Sangosti, field day

and result

33 561 8123

41

demonstration.

2. Soybean IPM

Trizophos 40 EC 800

ml /ha

Training , Group

Disscusetoin,

Sangosti, field day

and result

demonstration.

18 420 3480

3. Soybean Weed

Management

Use of imazethopyre @

100 ml /ha post

emergence at 16 to 18

DAS + one hand

weeding at 30 to 35 day

after sowing.

Training , Group

Disscusetoin,

Sangosti, field day

and result

demonstration.

10 129 1228

4. Arhar

ICM

Variety JA-4 +

25:50:20 NPK per ha+

20 kg S/ha + FYM +

bio-inculants

Training , Group

Disscusetoin,

Sangosti, field day

and result

demonstration.

05 40 81

5. Gram

ICM

Variety JG-322 +

20:60:20 NPK/ha+ 20

kg S/ha + bio-inculants

Training , Group

Disscusetoin,

Sangosti, field day

and result

demonstration.

15 171 795

6. Gram IPM

Deep summer

ploughing + bird

purchur 50 /ha + Bt. K

1 kg /ha + spray of

indoxacarb 500ml /ha

Training , Group

Disscusetoin,

Sangosti, field day

and result

demonstration.

12 140 645

7. Wheat ICM

Variety GW-322+

RDF 120:60:40 NPK

kg/ha + bio fertilizer

Training , Group

Discussion, Sangosti,

field day and result

demonstration.

12 134 5314

8. Cotton IPM Full IPM technology .

Training , Group


Kisan mela,.

06 205 542

9. Cotton ICM Variety RCH-2 Bt. +

Bio fertilizer

Training , Group

Discussion, Sangosti

and result

demonstration.

04 80 170

42

10. Okra Varietals

Evaluation

YMV resistant variety

VRO-6.

Training , Group


field day and result

demonstration.

05 25 115

* Thematic areas as given in Table 3.1 (A1 and A2)

b. Details of FLDs implemented Kharif 2009 (Information is to be furnished in the following three tables for each category i.e. cereals, horticultural crops, oilseeds, pulses, cotton and commercial crops.)

Sl.

No. Crop Thematic area Technology Demonstrated

Season

and

year

Area (ha) No. of farmers/

demonstration

Reasons for

shortfall in

achievement

Proposed Actual SC/ST Others Total

Cereals

1

Wheat Soil Fertility Management

Target yield – 50 q/ha

FN= 4.4 T- 0.40 SN

FP= 4.0T – 5.73 SP

FK = 2.53 T- 0.16 SK

+ 5 kg Zn /ha+200kg FYM/ha

Rabi

2009-10 02 02 02 03 05 -

Pulses

1. Arhar Integrated Nutrient

Management

RDF (20:50:20) NPK/ha + 20

Kg S/ha + FYM + bio-

fertilizer.

Kharif

2009 02 02 02 03 05 -

2 Gram

Soil Fertility Management Target yield 20 q/ha

FN 3.73 T- 0.18 SN

SP2 O5 5.0 T 2.5 SP

FK2O 3.80 – 0.17 SK

Rabi

2009-10 02 02 03 02 05 -

3 Gram Varietial Evaluation Use of improved variety of

gram JG-11. Rabi

2009-10 02 02 03 02 05 -

4 Gram

Integrated crop

management

Variety JG-130 Rabi

2009-10 10 05 02 10 12 -

Oilseeds

1. Soybean Resource Conservation

Techniques

Sowing of soybean seeds by

Ridge and Furrow method.

Kharif

2009 02 02 02 03 05 -

2.

Soybean Integrated Pest

Management

Deep summer ploughing

Pheromone traps @

5/ha(Spodoptera). Hand

collection and destruction of egg

Kharif

2009 02 02 03 02 05 -

44

masses/young larvae of

Spodoptera. Foliar spray of

Trizophos 40 EC@ 800 ml/ha

3 Soybean Integrated crop

management Variety JS-97-52

Kharif

2009 05 05 02 10 12 -

4. Soybean

Soil Fertility Management

FN=5.19T-0.48, FP= 5.2T-

4.1SP, FK=3.9T-0.22 SK + 40

kg Sulphur + bio-fertilizer.

Kharif

2009 02 02 01 04 05 -

Horticultural Crops

1. Mari-

gold Varietial Evaluation

Variety PUSA NARANGI

GAINDA

Kharif

2009 0.5 0.5 04 03 07 -

2. Garden-

Pea

Production of Low

volume and High

volume crop

Use of improved variety of

garden pea [PSM-3] Rabi

2009-10 02 02 02 03 05

3 Tomato Integrated Nutrient

Management

Vermicompost @ 2.5 ton /ha +

150 :60:60 NPK /ha + bio-

fertilizer.

Rabi

2009-10 0.5 0.5 01 04 05

Cotton

1. Cotton Integrated Pest

Management

Use of sticky traps One spray of

Polo 500 SC @ 80 ml/ha. One

stem application of Dimethoate

@ 750 ml/ha.

Kharif

2009 02 02 03 02 05 -

2 Cotton

Integrated Crop Management Variety –RCH-2 Bt. Bio-fertilizer

Chemical fertilizer and

insecticides.

Kharif

2009 10 10 25 -

3 Cotton Integrated Pest Management

Full IPM technology Kharif

2009 25 25 63 -

45

Details of farming situation

Crop Season Farming situation

(RF/Irrigated)

Soil type

Status of soil Previous

crop

Sowing

date Harvest date

Seasonal rainfall

(mm)

No. of

rainy days

N P K

Arhar Kharif

2009 Rainfed

Medium

black soil Low Low Medium Wheat

1st Week of

July

2nd

week of

January 870 32

Soybean Kharif

2009 Rainfed

Medium

black soil Low Medium Medium Wheat

Last week of

June

1st Week of

October 870 32

Soybean Kharif

2009 Rainfed

Medium


Last week of

June

1st Week of

October 870 32

Soybean Kharif

2009 Rainfed

Medium


Last week of

June

1st Week of

October 870 32

Soybean Kharif

2009 Rainfed

Medium


Last week of

June

1st Week of

October 870 32

Mari-

gold

Kharif

2009 Irrigated

Sandy Loam

Soil Low Medium High Wheat

1st Week of

july

Last week of

December 870 32

Cotton Kharif

2009

Partially

Irrigated

Black

Cotton Soil Low Medium High Gram

2nd

week of

may

2nd

week of

December 870 32

Cotton Kharif

2009

Partially

Irrigated

Black


Last week of

June & 1st

week of july

2nd

week of

November 870 32

Cotton Kharif

2009

Partially

Irrigated

Black


Last week of

June & 1st

week of july

2nd

week of

November 870 32

Wheat Rabi

2009-10 Irrigated Medium

black soil Low Medium Medium Soybean

2nd

week of

November

2nd

week of

March 123.7 06

Gram Rabi

2009-10 Partially

Irrigated

Medium

black soil Low Medium High Soybean

2nd

week of

October

1st week of

march 123.7 06

46

Gram Rabi

2009-10 Partially

Irrigated

Medium


3rd

week of

October

1st week of

march 123.7 06

Gram Rabi

2009-10 Partially

Irrigated

Medium


3rd

week of

October

1st week of

march 123.7 06

Garden-

Pea

Rabi

2009-10 Irrigated Medium

black soil Low Medium Medium Soybean

2nd

week of

October 2

nd week of Feb. 123.7 06

Tomato Rabi

2009-10 Irrigated Loamy Soils Low Medium High Soybean 2

nd week of

October

Last week of

march 123.7 06

Performance of FLD (2009-10)

Sl.

No Crop Technology Demonstrated Variety

No. of

Farmers

Area

(ha.)

Demo. Yield Qtl/ha

Yield of

local

Check

Qtl./ha

Increase

in yield

(%)

Data on parameter in

relation to technology

demonstrated

H L A Demo Local

1 2 3 4 5 6 7 8 9 10 11 12 13

1 Wheat

Target yield – 50 q/ha

FN= 4.4 T- 0.40 SN

FP= 4.0T – 5.73 SP

FK = 2.53 T- 0.16 SK

+ 5 kg Zn /ha+200kg FYM/ha

------ 05 02 49.15 47.40 48.71 41.30 17.91 Yield Yield

2 Arhar

RDF (20:50:20) NPK/ha + 20

Kg S/ha + FYM + bio-

fertilizer.

------ 05 02 15.75 14.21 15.23 11.8 28.06 Yield Yield

3 Gram


FN 3.73 T- 0.18 SN

SP2 O5 5.0 T 2.5 SP

FK2O 3.80 – 0.17 SK

------ 05 02 19.57 18.85 19.36 15.94 21.45 Yield Yield

4 Gram Use of improved variety of

gram JG-11. JG-11. 05 02 18.86 17.50 18.10 15.34 18.04 Yield Yield

47

5 Gram Use of improved variety JG-

130 JG-130 12 05 20.60 18.15 19.42 15.15 28.18

Yield Yield

6 Soybean Sowing of soybean seeds by

Ridge and Furrow method. ------ 05 02 19.26 17.61 18.34 16.48 11.28 Yield Yield

7

Soybean Deep summer ploughing

Pheromone traps @

5/ha(Spodoptera). Hand

collection and destruction of

egg masses/young larvae of

Spodoptera. Foliar spray of

Trizophos 40 EC@ 800 ml/ha

------ 05 02 18.60 17.25 18.02 15.10 19.34 Yield Yield

8 Soybean Improved variety of soybean

JS-97-52. JS-97-52 12 05

18.50 16.30 17.30 13.80 25.36 Yield Yield

9 Soybean FN=5.19T-0.48, FP= 5.2T-

4.1SP, FK=3.9T-0.22 SK +

40 kg Sulphur + bio-fertilizer.

------ 05 02 19.85 18.90 19.85 16.18 22.68 Yield Yield

10 Mari-

gold

Variety PUSA NARANGI

GAINDA

PUSA

NARANGI

GAINDA

07 0.5 165.30 148.80 157.48 122.44 28.61 Yield Yield

11 Garden-

Pea

Use of improved variety of

garden pea [PSM-3] PSM-3 05 02 68.30 63.45 65.25 55.75 17.04 Yield Yield

12 Tomato

Vermicompost @ 2.5 ton /ha

+ 150 :60:60 NPK /ha + bio-

fertilizer. ------ 05 0.5 504.24 492.96 498.6 450.8 10.60 Yield Yield

13 Cotton

Use of sticky traps One spray of

Polo 500 SC @ 80 ml/ha. One

stem application of Dimethoate

@ 750 ml/ha.

------ 05 02 20.80 17.60 18.30 14.70 24.49 Yield Yield

14 Cotton

Variety –RCH-2 Bt. Bio-

fertilizer Chemical fertilizer and

insecticides.

RCH- 2 Bt.

25 10 28.70 15.45 19.87 15.70 26.35 Yield Yield

15 Cotton Full IPM technology ------ 63 25 27.50 17.80 19.35 15.70 23.25 Yield Yield

Economic Impact (continuation of previous table)

S.No.

Average Cost of

cultivation

(Rs./ha)

Average Gross Return

(Rs./ha)

Average Net Return

(Profit) (Rs./ha) Benefit-Cost

Ratio (Gross

Return / Gross

Cost) Demonstration

Local

Check

Demonstration

Local

Check

Demonstration

Local

Check

14 15 16 17 18 19 20

1 14370 12890 58488 51000 44118 38110 3.93/4.10

2 10764 9480 54690 35400 34930 25920 4.24/3.73

3 11475 10133 35028 28728 23553 18595 3.05/2.80

4 11110 9890 32580 27720 21470 17830 2.94/2.78

5 14438 12550 34956 27270 20518 14720 2.42/2.17

6 14520 14520 31178 28016 16658 13496 2.14/1.93

7 14920 13610 36040 30200 21130 16598 2.41/2.22

8. 14425 13238 34600 27600 20175 14362 2.40/2.08

9 14370 12145 33745 27506 19375 14361 1.34/2.08

10 46570 35610 141732 85708 95162 50098 3.04/2.40

11 54900 48500 143550 117075 88650 68575 2.61/2.41

12 126500 117200 274230 247940 147730 130740 2.16/2.11

13 20683 19410 53070 42630 32387 23160 2.57/2.18

14 23410 21520 57623 45530 34213 24010 2.58/2.07

15 22985 24070 56115 45530 33130 21460 2.44/1.89

Analytical Review of component demonstrations (details of each component for rainfed / irrigated

situations to be given separately for each season).

Crop Season Component Farming

situation

Average yield

(q/ha)

Local check

(q/ha)

Percentage

increase in productivity

over local

check

Wheat

Rabi

2009-10

STCR based

fertilizer Irrigated 48.71 41.30 17.91

Arhar Kharif

2009

Integrated Nutrient

Management based

fertilizer

Rainfed 15.23 11.8 28.06

49

Gram Rabi

2009-10

STCR based

fertilizer

Partially

Irrigated 19.36 15.94 21.45

Gram Rabi

2009-10

Certified Seeds and

bio fertilizers

Partially

Irrigated 18.10 15.34 18.04

Gram Rabi

2009-10

Certified Seeds, bio

fertilizers,Insecticide

Partially

Irrigated 19.42

15.15 28.18

Soybean Kharif

2009

Resource

conservation- Ridge

and Furrow system

Rainfed 18.34 16.48 11.28

Soybean Kharif

2009

Deep summer

ploughing Pheromone

traps @

5/ha(Spodoptera).

Hand collection and

destruction of egg

masses/young larvae

of Spodoptera. Foliar

spray of Trizophos 40

EC@ 800 ml/ha

Rainfed 18.02 15.10 19.34

Soybean Kharif

2009

Improved variety of

soybean JS-97-52. Rainfed

17.30 13.80 25.36

Soybean Kharif

2009 STCR based fertilizer Rainfed 19.85 16.18 22.68

Mari-

gold

Kharif

2009 Variety Irrigated 157.48 122.44 28.61

Garden-

Pea

Rabi

2009-10 Variety Irrigated 65.25 55.75 17.04

Tomato Rabi

2009-10

Integrated Nutrient

Management based

fertilizer

Irrigated 498.6 450.8 10.60

Cotton

Kharif

2009

Use of sticky traps

One spray of Polo

500 SC @ 80 ml/ha.

One stem application

of Dimethoate @ 750

ml/ha.

Partially

Irrigated 18.30 14.70 24.49

Cotton

Kharif

2009

Variety –RCH-2 Bt.

Bio-fertilizer

Chemical fertilizer

and insecticides.

Partially

Irrigated 19.87 15.70 26.35

Cotton

Kharif

2009 Full IPM technology

Partially

Irrigated 19.35 15.70 23.25

50

Technical Feedback on the demonstrated technologies

Technology Feed Back

Improved variety Farmers were agreed with the importance of improved variety and fully convinced

for the adoption of this technology by seeing the result of higher yield.

Balanced Fertilizers Farmers were agreed with the importance of use of recommended dose of fertilizers

based on soil test value, which improves soil health as well as crop yield.

Seed treatment with

fungicide with culture

Farmers were agreed about the importance of seed treatments with fungicide and bio

fertilizers..

Integrated Weed

management

Farmers shown their keen interest for adoption of the recommended weedicides by

seeing its results .

Integrated Pest

Management

Farmers’ reactions on specific technologies

Technologies Feed Back

Use of Soil test based fertilizers doses FN=

4.4T-0.4SN FP= 4T-5.73SP

FK=2.53T-0.16FK + 5 kg Zn /ha + Bio-fertilizer.

Agreed with the importance o f targeted yield based on soil test

value and fully convinced for the adoption of technology by

seeing the result of higher yield.

Use of Soil test based fertilizers doses

FN=3.73T-0.18 FP=5T-2.5SP FK=3.8T-

0.17SK + 40 kg S+ 2.5 kg Zn + Bio-fertilizer

Agreed with application of balance fertilizer based on STCR

and fully convinced to adoption of INM based on soil test value

.

Resistance to wilt bold seeded early maturity

semispreading .

Agreed with importance of improved variety of gram and fully

convinced for the adoption of improved variety by seeing by

the result of high yield .

Vermicompost @ 2.5T /ha + RDF (150:60:60) NPK /ha

+ bio-fertilizers.

Agreed with importance of use of recommended dose of

fertilizers based on soil test value which improves soil health as

well as crop yield.

Use of high yielding variety PSM-3 Agreed with importance of improved variety of garden pea and

fully convinced for the adoption of this variety .

YMV resistance variety HUM-16 Awaited

Extension activities(FLD on Oilseed and Pulses)

S. No. Activities No. of

programmes

No. of participants

Male Female SC/ST Total

1 Field days 02 85 - 25 110

2 Training programme For

farmers

05 147 - 47 194

3 Media Coverage 08 - - - Mass

4 Training programme For

Extension Personals

02 24 - 07 31

5 Literature 06 - - - Mass

51

c. Details of FLD on Enterprises

(i) Farm Implements

Name of

the implement

crop No. of

farmers Area (ha)

Performance

parameters / indicators

* Data on

parameter in relation to

technology demonstrated

% change in

the parameter

Remarks

Demon. Local check

- - - - - - - - -

* Field efficiency, labour saving etc.

(ii) Livestock Enterprises

Enterprise Breed No. of

farmers

No. of

animals,

poultry

birds

etc.

Performance

parameters /

indicators

* Data on

parameter in

relation to

technology

demonstrated

% change in

the parameter Remarks

Demon. Local

check

- - - - - - - - -

* Milk production, meat production, egg production, reduction in disease incidence etc.

(iii) Other Enterprises

Enterprise Variety/

breed/Species/others

No. of farmers

No. of Units

Performance parameters /

indicators

Data on parameter in relation to technology

demonstrated

% change in the

parameter Remarks

Demon. Local

check

Mushroom - - - - - - - -

Apiary - - - - - - - -

Sericulture - - - - - - - -

Vermi compost - - - - - - - -

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

OFF Campus

Thematic Area

No. of

Courses Duration

(days)

No. of Participants

Others SC/ST Grand Total Male Female Total Male Female Total

(A) Farmers & Farm Women

I Crop Production

Weed Management 4 6 93 - 93 33 - 33 126

Resource Conservation

Technologies 3 5 67 - 67 24 - 24 91

Cropping Systems - - - - - - - - -

Crop Diversification 2 3 52 - 52 13 - 13 65

Integrated Farming - - - - - - - - -

Water management 1 1 22 - 22 8 - 8 30

Seed production - - - - - - - - -

Nursery management - - - - - - - - -

Integrated Crop 9 12 288 - 288 65 - 65 353

52

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


Management

Fodder production 2 2 49 - 49 18 - 18 67

Production of organic inputs - - - - - - - - -

II Horticulture

a) Vegetable Crops - - - - - - - - -

Production of low volume

and high value crops 4 6 126 - 126 42 1 43 169

Off-season vegetables - - - - - - - - -

Nursery raising - - - - - - - - -

Exotic vegetables like

Broccoli - - - - - - - - -

Export potential vegetables - - - - - - - - -

Grading and standardization - - - - - - - - -

Protective cultivation

(Green Houses, Shade Net

etc.)

- - - - - - - - -

b) Fruits - - - - - - - - -

Training and Pruning - - - - - - - - -

Layout and Management of

Orchards 3 6 71 - 71 11 - 11 82

Cultivation of Fruit - - - - - - - - -

Management of young

plants/orchards 2 3 56 - 56 18 - 18 74

Rejuvenation of old

orchards 1 2 38 - 38 10 - 10 48

Export potential fruits - - - - - - - - -

Micro irrigation systems of

orchards 2 2 51 - 51 14 - 14 65

Plant propagation

techniques 2 2 43 - 43 12 - 12 55

c) Ornamental Plants - - - - - - - - -

Nursery Management 1 2 24 - 24 15 - 15 39

Management of potted

plants - - - - - - - - -

Export potential of

ornamental plants - - - - - - - - -

Propagation techniques of

Ornamental Plants - - - - - - - - -

d) Plantation crops - - - - - - - - -

Production and

Management technology - - - - - - - - -

Processing and value

addition 1 2 21 - 21 7 - 7 28

e) Tuber crops - - - - - - - - -

Production and



addition - - - - - - - - -

f) Spices - - - - - - - - -

53

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


Production and



addition - - - - - - - - -

g) Medicinal and Aromatic Plants

- - - - - - - - -


Production and management

technology - - - - - - - - -

Post harvest technology and

value addition - - - - - - - - -

III Soil Health and

Fertility Management

Soil fertility management - - - - - - - - -

Soil and Water

Conservation - - - - - - - - -

Integrated Nutrient

Management 5 7 120 - 120 27 - 27 147

Production and use of

organic inputs 5 8 105 - 105 29 7 36 141

Management of Problematic

soils - - - - - - - - -

Micro nutrient deficiency in

crops 5 5 134 - 134 22 - 22 156

Nutrient Use Efficiency - - - - - - - - -

Soil and Water Testing 1 2 30 - 30 3 - 3 33

IV Livestock Production

and Management

Dairy Management 1 2 30 - 30 6 - 6 36

Poultry Management - - - - - - - - -

Piggery Management - - - - - - - - -

Rabbit Management - - - - - - - - -

Disease Management 1 1 32 - 32 3 - 3 35

Feed management 1 2 22 - 22 14 - 14 36

Production of quality animal

products - - - - - - - - -

V Home Science/Women

empowerment

Household food security by

kitchen gardening and

nutrition gardening

- - - - - - - - -

Design and development of

low/minimum cost diet - - - - - - - - -

Designing and development

for high nutrient efficiency

diet

- - - - - - - - -

Minimization of nutrient - - - - - - - - -

54

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


loss in processing

Gender mainstreaming

through SHGs - - - - - - - - -

Storage loss minimization

techniques - - - - - - - - -

Value addition - - - - - - - - -

Income generation activities

for empowerment of rural

Women

- - - - - - - - -

Location specific drudgery

reduction technologies - - - - - - - - -

Rural Crafts - - - - - - - - -

Women and child care - - - - - - - - -

VI Agril. Engineering

Installation and maintenance

of micro irrigation systems - - - - - - - - -

Use of Plastics in farming

practices - - - - - - - - -

Production of small tools

and implements - - - - - - - - -

Repair and maintenance of

farm machinery and

implements

- - - - - - - - -

Small scale processing and

value addition - - - - - - - - -

Post Harvest Technology - - - - - - - - -

VII Plant Protection

Integrated Pest Management 10 15 272 - 272 86 - 86 358

Integrated Disease

Management 6 7 168 - 168 52 - 52 220

Bio-control of pests and

diseases 1 1 25 - 25 3 - 3 28

Production of bio control

agents and bio pesticides - - - - - - - - -

VIII Fisheries

Integrated fish farming - - - - - - - - -

Carp breeding and hatchery

management - - - - - - - - -

Carp fry and fingerling

rearing - - - - - - - - -

Composite fish culture - - - - - - - - -

Hatchery management and

culture of freshwater prawn - - - - - - - - -

Breeding and culture of

ornamental fishes - - - - - - - - -

Portable plastic carp

hatchery - - - - - - - - -

Pen culture of fish and - - - - - - - - -

55

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


prawn

Shrimp farming - - - - - - - - -

Edible oyster farming - - - - - - - - -

Pearl culture - - - - - - - - -

Fish processing and value

addition - - - - - - - - -

IX Production of Inputs at

site

Seed Production - - - - - - - - -

Planting material production - - - - - - - - -

Bio-agents production - - - - - - - - -

Bio-pesticides production - - - - - - - - -

Bio-fertilizer production - - - - - - - - -

Vermi-compost production - - - - - - - - -

Organic manures production - - - - - - - - -

Production of fry and

fingerlings - - - - - - - - -

Production of Bee-colonies

and wax sheets - - - - - - - - -

Small tools and implements - - - - - - - - -

Production of livestock feed

and fodder - - - - - - - - -

Production of Fish feed - - - - - - - - -

X Capacity Building and

Group Dynamics

Leadership development - - - - - - - - -

Group dynamics - - - - - - - - -

Formation and Management

of SHGs - - - - - - - - -

Mobilization of social

capital - - - - - - - - -

Entrepreneurial

development of

farmers/youths

- - - - - - - - -

WTO and IPR issues - - - - - - - - -

XI Agro-forestry

Production technologies - - - - - - - - -


Integrated Farming Systems - - - - - - - - -

XII Others (Pl. Specify) - - - - - - - - -

TOTAL 73 104 1939 - 1939 535 8 543 2482

(B) RURAL YOUTH

Mushroom Production - - - - - - - - -

Bee-keeping - - - - - - - - -

Integrated farming - - - - - - - - -

Seed production 1 3 49 - 49 5 - 5 54

56

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


Production of organic inputs - - - - - - - - -

Integrated Farming - - - - - - - - -

Planting material production - - - - - - - - -

Vermi-culture - - - - - - - - -

Sericulture 1 3 23 - 23 7 - 7 30

Protected cultivation of

vegetable crops - - - - - - - - -

Commercial fruit production - - - - - - - - -

Repair and maintenance of

farm machinery and

implements

- - - - - - - - -

Nursery Management of

Horticulture crops 1 3 30 - 30 7 - 7 37

Training and pruning of

orchards - - - - - - - - -

Value addition - - - - - - - - -

Production of quality animal

products - - - - - - - - -

Dairying - - - - - - - - -

Sheep and goat rearing - - - - - - - - -

Quail farming - - - - - - - - -

Piggery - - - - - - - - -

Rabbit farming - - - - - - - - -

Poultry production - - - - - - - - -

Ornamental fisheries - - - - - - - - -

Para vets - - - - - - - - -

Para extension workers - - - - - - - - -

Composite fish culture - - - - - - - - -

Freshwater prawn culture - - - - - - - - -

Shrimp farming - - - - - - - - -

Pearl culture - - - - - - - - -

Cold water fisheries - - - - - - - - -

Fish harvest and processing

technology - - - - - - - - -

Fry and fingerling rearing - - - - - - - - -

Small scale processing - - - - - - - - -

Post Harvest Technology - - - - - - - - -

Tailoring and Stitching - - - - - - - - -

Rural Crafts - - - - - - - - -

TOTAL 3 9 102 - 102 19 - 19 121

(C) Extension Personnel

Productivity enhancement in

field crops - - - - - - - - -

Integrated Pest Management 3 3 44 - 44 12 - 12 56

Integrated Nutrient

management 4 4 126 - 126 27 - 27 153

Rejuvenation of old

orchards 1 1 5 - 5 4 - 4 9

57

Thematic Area

No. of

Courses Duration

(days)

No. of Participants


Protected cultivation

technology - - - - - - - - -

Formation and Management

of SHGs - - - - - - - - -

Group Dynamics and

farmers organization - - - - - - - - -

Information networking

among farmers - - - - - - - - -

Capacity building for ICT

application - - - - - - - - -

Care and maintenance of

farm machinery and

implements

- - - - - - - - -

WTO and IPR issues - - - - - - - - -

Management in farm

animals - - - - - - - - -

Livestock feed and fodder

production - - - - - - - - -

Household food security - - - - - - - - -

Women and Child care - - - - - - - - -

Low cost and nutrient

efficient diet designing - - - - - - - - -

Production and use of

organic inputs - - - - - - - - -

Gender mainstreaming

through SHGs - - - - - - - - -

Any other (Pl. Specify) - - - - - - - - -

TOTAL 8 8 175 - 175 43 - 43 218

Note: Please furnish the details of training programmes as Annexure in the proforma given below

Date Clientele Title of the training programme Duration in days

Venue

(Off Campus)

Number of participants Number of SC/ST

Male Female Total Male Female Total

04 April

2009

Farmer’s

and Farm

women

Advantage of Deep Summer ploughing 1 - 35 - 35 07 - 07

06 April

2009

Farmer’s

and Farm

women

Popularization and Importance of ridge and

furrow method in soyabean cultivation. 1 - 33 - 33 08 - 08

10 April

2009

Farmer’s

and Farm

women

Management of storage Grain pests. 1 - 34 - 34 04 - 04

27 April

2009

Farmer’s

and Farm

women

Rejuvenation of old orchards. 1 - 48 - 48 10 - 10

02 May

2009

Farmer’s

and Farm

women

Importance of Bio-Pesticides. 1 - 28 - 28 03 - 03

19 & 20

May 2009

Farmer’s

and Farm

women

Improved Production Technology of Soybean. 2 - 42 - 42 03 - 03

02 May

2009

Farmer’s

and Farm

women

Method of Soil Sampling and Importance of

soil testing. 1 - 33 - 33 03 - 03

22 May

2009

Farmer’s

and Farm

women

Layout planting method and maintenance of

mango and guava orchards. 1 - 29 - 29 04 - 04

28 May

2009

Farmer’s

and Farm

women

Planting method and management of orchards

of Anola and Pomogranate. 1 - 30 - 30 05 - 05

30 & 31

May 2009

Farmer’s

and Farm

women

Popularization of cotton production

technology. 2 - 36 - 36 06 - 06

01 & 02

June 2009

Farmer’s

and Farm

women

Importance of Drip Irrigation method in

orchards. 2 - 30 - 30 03 - 03

09 & 10

June 2009

Farmer’s

and Farm

women

Production technique for Arhar (Pigeon Pea) 2 - 43 - 43 10 - 10

59

11 June

2009

Farmer’s

and Farm

women

Integrated Nutrient Management in Soybean

and Arhar crops. 1 - 35 - 35 04 - 04

13 June

2009

Farmer’s

and Farm

women

Method of Germination test in soybean seed. 1 - 38 - 38 06 - 06

18 June

2009

Farmer’s

and Farm

women

Importance of vaccination in cattle and

buffalo 1 - 35 - 35 03 - 03

19 June

2009

Farmer’s

and Farm

women

Importance of seed treatment in Kharif Crops. 1 - 45 - 45 07 - 07

02 July

2009

Farmer’s

and Farm

women

Cleaning of Hygiene of Dairy Farm. 1 - 36 - 36 06 - 06

14 July

2009

Farmer’s

and Farm

women

Management of disease in Soybean. 1 - 44 - 44 10 - 10

17 July

2009

Farmer’s

and Farm

women

Management of Tobacco caterpillar in

soybean. 1 - 46 - 46 12 - 12

20 and 21

July 2009

Farmer’s

and Farm

women

Planting method and management of

Mandarin orange. 2 - 44 - 44 13 - 13

27 July

2009

Farmer’s

and Farm

women

Integrated Weed Management in Soybean. 1 - 35 - 35 11 - 11

29 July

2009

Farmer’s

and Farm

women

Integrated Crop management in Cotton. 1 - 39 - 39 04 - 04

30 July

2009

Farmer’s

and Farm

women

Importance of INM in vegetable crops. 1 - 39 - 39 08 - 08

03 and 04

Aug 09

Farmer’s

and Farm

women

Integrated Pest management in Cotton. 2 - 40 - 40 12 - 12

13 Aug

2009

Farmer’s

and Farm

women

Importance of Micro Nutrients in Soybean. 1 - 27 - 27 08 - 08

60

17 Aug

2009

Farmer’s

and Farm

women

Precaution of Weedicide application in Kharif

crops. 1 - 28 - 28 09 - 09

26 Aug

2009

Farmer’s

and Farm

women

Importance of micronutrients in vegetable

crops. 1 - 33 - 33 03 - 03

29 Aug

2009

Farmer’s

and Farm

women

Method of Propagation by budding in Fruit

Plants. 1 - 27 - 27 05 - 05

31 Aug

2009

Farmer’s

and Farm

women

Importance of Micro nutrients in Cotton. 1 - 27 - 27 03 - 03

05 Sept.

2009

Farmer’s

and Farm

women

Integrated Pest Management in Arhar. 1 - 33 04 37 05 - 05

08 Sept.

2009

Farmer’s

and Farm

women

Importance of Sulphur in oilseed and pulses

crops. 1 - 29 - 29 03 - 03

10 Sept.

2009

Farmer’s

and Farm

women

Production technology of Tomato,

Cauliflower and Chilli. 1 - 36 - 36 10 - 10

12 Sept.

2009

Farmer’s

and Farm

women

Integrated Pest Management in Sugarcane. 1 - 33 - 33 10 - 10

17 Sept.

2009

Farmer’s

and Farm

women

Integrated Pest Management in Paddy. 1 - 39 - 39 12 - 12

19 Sept.

2009

Farmer’s

and Farm

women

Importance of vermicompost in horticultural

crops. 1 - 41 - 41 13 - 13

27 Sept.

2009

Farmer’s

and Farm

women

Production technology of Berseem. 1 - 48 - 48 20 - 20

29 Sept.

2009

Farmer’s

and Farm

women

Integrated Disease Management in Sugarcane. 1 - 28 - 28 04 - 04

30 Sept.

2009

Farmer’s

and Farm

women

Precaution of post harvest technology in

soyabean. 1 - 31 - 31 05 - 05

61

06 Oct.

2009

Farmer’s

and Farm

women

Techniques of Potato Production. 1 - 45 - 45 15 - 15

12 Oct.

2009

Farmer’s

and Farm

women Importance of Improved varieties in wheat. 1 - 36 - 36 08 - 08

27 Oct.

2009

Farmer’s

and Farm

women Importance of seed treatment in Rabi Crops. 1 - 42 - 42 10 - 10

28 Oct.

2009

Farmer’s

and Farm

women Management of wilt in Pigeon Pea. 1 - 25 - 25 07 - 07

29 Oct.

2009

Farmer’s

and Farm

women Improved Production technology of gram. 1 - 44 - 44 14 - 14

31 Oct.

2009

Farmer’s

and Farm

women Integrated Nutrient management in gram. 1 - 25 - 25 05 - 05

01 Nov

2009

Farmer’s

and Farm

women Weed management in Potato and cauliflower. 1 - 27 - 27 02 - 02

12 Nov

2009

Farmer’s

and Farm

women

Importance of improved varieties of

Sugarcane. 1 - 29 - 29 05 - 05

15 Nov

2009

Farmer’s

and Farm

women Seed Production of garlic and onion. 1 - 28 - 28 07 - 07

16 Nov

2009

Farmer’s

and Farm

women

Integrated Nutrient Management in wheat

crop. 1 - 21 - 21 04 - 04

30 Nov.

2009

Farmer’s

and Farm

women

Importance of Biofertilizer and NADEP

Compost in sugarcane. 1 - 25 04 29 09 04 13

10 Dec.

2009

Farmer’s

and Farm

women Management of Pod borer in Gram. 1 - 27 - 27 04 - 04

12 Dec.

2009

Farmer’s

and Farm

women

Importance of Proper water management in

wheat. 1 - 30 - 30 08 - 08

62

15 Dec.

2009

Farmer’s

and Farm

women

Management of termite and root aphid in

wheat. 1 - 36 - 36 11 - 11

16 Dec.

2009

Farmer’s

and Farm

women Integrated Pest Management in vegetables. 1 - 40 - 40 07 - 07

19 Dec.

2009

Farmer’s

and Farm

women

Weed Management in Potato, Cauliflower,

Onion and Garlic. 1 - 26 - 26 05 - 05

29 Dec.

2009

Farmer’s

and Farm

women

Importance of weed management in Rabi

crops. 1 - 29 - 29 03 - 03

30 Dec.

2009

Farmer’s

and Farm

women

Micronutrient Deficiency and their Control

measures in wheat crop. 1 - 40 - 40 05 - 05

04 Jan

2010

Farmer’s

and Farm

women Integrated Nutrient management in sugarcane. 1 - 27 - 27 06 - 06

12 Jan

2010

Farmer’s

and Farm

women

Production technology for bottle guard, water

melon, musk melon and pumpkin. 1 - 33 01 34 09 01 10

27 Jan

2010

Farmer’s

and Farm

women Management of wilt in Gram. 1 - 25 - 25 04 - 04

28 Jan

2010

Farmer’s

and Farm

women Management of Rat Control in Wheat. 1 - 30 - 30 09 - 09

30 Jan

2010

Farmer’s

and Farm

women

Methods of Preparation and use of NADEP

compost. 1 - 23 02 25 06 02 08

05 Feb

2010

Farmer’s

and Farm

women

Method of preparation and use of organic

manure md vermi compost. 1 - 29 01 30 07 01 08

08 Feb

2010

Farmer’s

and Farm

women

Production technology of fodder crops for

summer season. 1 - 30 - 30 09 - 09

13 Feb

2010

Farmer’s

and Farm

women

Importance weed management practices in

sugarcane. 1 - 34 - 34 10 - 10

63

27 Feb

2010

Farmer’s

and Farm

women

Production technology for important cucurbits

vegetable. 1 - 08 34 42 08 - 08

03 Mar

2010

Farmer’s

and Farm

women

Importance of improved varieties and their

production technology in summer moong. 1 - 45 - 45 10 - 10

10 Mar.

2010

Farmer’s

and Farm

women Post harvest techniques in vegetable crops. 1 - 28 - 28 07 - 07

11 Mar.

2010

Farmer’s

and Farm

women

Precaution of harvesting and threshing in Rabi

crops. 1 - 30 - 30 7 - 7

16 Mar.

2010

Farmer’s

and Farm

women

Importance of drip irrigation method in

orchards. 1 - 35 - 35 11 - 11

21 Mar.

2010

Farmer’s

and Farm

women

Method and preparation of Phospho Sulpho

compost and its uses in crops. 1 - 29 - 29 7 - 7

22 Mar.

2010

Farmer’s

and Farm

women

Principle and methods of compotation of

ration for milch animals. 1 - 36 - 36 14 - 14

23 Mar.

2010

Farmer’s

and Farm

women

Importance of deep ploughing in summer

season. 1 - 28 - 28 9 - 9

27 Mar.

2010

Farmer’s

and Farm

women

Techniques for nursery management and

produes healthy seedlings in vegetable crops. 1 - 39 - 39 15 - 15

15 to 17

June 2009 Rural Youth

Seed Production technology of soybean. 03 - 54 - 54 05 - 05

21 to 23

Sept 2009

Rural

Youth

Plant Propagation technique and nursery

management of fruit crops. 03 - 24 - 24 03 - 03

24 to 26

Sept.2009

Rural

Youth

Method and Preparation of vermicompost and

its importance in crop production. 03 - 26 - 26 05 - 05

25 May

2009 Extension

Personnel

Importance of Integrated Nutrients management in Kharif crops.

1 - 50 - 50 05 - 05

28 July

2009 Extension

Personnel

Integrated Pest management in major kharif

crops 1 - 21 - 21 03 - 03

18 Aug

2009 Extension

Personnel Integrated Pest management in soybean 1 - 16 - 16 03 - 03

64

20 Aug

2009 Extension

Personnel

Use of balanced fertilizers in major kharif

crops in Harda district. 1 - 60 - 60 09 - 09

22 Dec

2009 Extension

Personnel Integrated pest management in Rabi crops. 1 - 19 - 19 06 - 06

24 Dec

2009 Extension

Personnel

Importance of nutrient deficiency and their

control in major Rabi crops. 1 - 14 - 14 05 - 05

04 Mar

2010 Extension

Personnel Techniques for Rejuvenation of old orchards. 1 - 9 - 9 4 - 4

28 Mar

2010 Extension

Personnel INM in jaid moong crop. 1 - 24 - 24 8 - 8

(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 where

Male Female Total

Type of

units

Number of

units

Number of

persons employed

- - - - - - - - - - -

* training title should specify the major technology /skill transferre

(E) Sponsored Training Programmes

Sl.No

Title Thematic area Month Durati

on

(days)

Client No. of

cou

rses

No. of Participants

Sponsoring Agency

PF/RY

/EF

Male Female Total

Oth

ers

SC/

ST

Oth

ers

SC/

ST

Oth

ers

SC/

ST Total

1 Importance of IPM technology

in soybean. IPM 25/8/09 1 PF 30 20 0 05 30 25 55

Agril.

Department

2 Production technology of wheat. ICM 31/10/09 1 PF 30 06 0 0 30 06 36 Agril.

Department

3 Production technology of

vegetables.

Low and High

volume crops 05/1/10 1 EF 05 01 0 0 05 01 06

Department

of

Horticulture

4 Production technology of

Summer Moong.. ICM 13/3/10 1 EF 23 15 0 0 23 15 38

Agril.

Department

5

Importance of organic farming,

in respect to vermicompost,

NADEP etc.

Production and

use of organic

inputs

31/3/10 1 EF 20 08 0 0 20 08 28 Agril.

Department

Total 05 - 108 50 00 05 108 55 163 -

65

3.4. Extension Activities (including activities of FLD programmes)

Nature of Extension Activity

No. of activities

Farmers Extension Officials Total

Male Female Total Male Female Total Male Female Total

Field Day 05 157 - 157 21 - 21 178 - 178 Kisan Mela 01 154 - 154 19 - 19 173 - 173 Kisan Ghosthi 14 416 - 416 31 - 31 447 - 447 Exhibition 06 147 - 147 23 - 23 170 - 170 Film Show 04 117 31 148 20 - 20 137 31 168 Method Demonstrations - - - - - - - - - - Farmers Seminar - - - - - - - - - - Workshop - - - - - - - - - - Group meetings 06 121 - 121 15 - 15 136 - 136 Lectures delivered as

resource persons - - - - - - - - - -

Newspaper coverage 73 - - - - - - - - Mass Radio talks - - - - - - - - - - TV talks - - - - - - - - - - Popular articles - - - - - - - - - - Extension Literature - - - - - - - - - - Advisory Services 21 98 - 98 22 - 22 120 - 120 Scientific visit to farmers

field 80 627 - 627 19 - 19 646 - 646

Farmers visit to KVK 124 682 - 682 18 - 18 700 - 700 Diagnostic visits 49 239 - 239 14 - 14 253 - 253 Exposure visits - - - - - - - - - - Ex-trainees Sammelan - - - - - - - - - - Soil health Camp 1 30 - 30 6 - 6 36 - 36 Animal Health Camp 2 56 - 56 3 - 3 59 - 59 Agri mobile clinic - - - - - - - - - - Soil test campaigns - - - - - - - - - - Farm Science Club

Conveners meet - - - - - - - - - -

Self Help Group

Conveners meetings - - - - - - - - - -

Mahila Mandals

Conveners meetings - - - - - - - - - -

Celebration of important

days 1 49 - 49 - - - 49 - 49

Any Other (Specify) - - - - - - - - - -

Total 387 2893 31 2924 211 211 3104 31 3135 3.5 Production and supply of Technological products SEED MATERIALS

Category Crop Variety Quantity (qtl.) Value (Rs.) Provided to No. of Farmers

CEREALS Wheat GW-322 415 1000000 To be provided OILSEEDS Soybean JS-97-05 132 600000 To be provided PULSES - - - - -

VEGETABLES - - - - -

FLOWER CROPS - - - - -

66

SUMMARY

Sl. No.

Crop Quantity (qtl.) Value (Rs.) Provided to No. of

Farmers

1 CEREALS - - -

2 OILSEEDS - - -

3 PULSES - - -

4 VEGETABLES - - -

5 FLOWER CROPS - - -

6 OTHERS - - -

TOTAL - - -

PLANTING MATERIALS

Sl. No. Crop Variety Quantity (Nos.) Value (Rs.) Provided to No. of Farmers

FRUITS - - - - -

SPICES - - - - -

VEGETABLES - - - - -

FOREST SPECIES - - - - -

ORNAMENTAL CROPS - - - - -

PLANTATION CROPS - - - - -

Others (specify) - - - - -

SUMMARY

Sl. No.

Crop Quantity (Nos.)

Value (Rs.) Provided to No. of Farmers

1 FRUITS - - -

2 VEGETABLES - - -

3 SPICES - - -

4 FOREST SPECIES - - -

5 ORNAMENTAL CROPS - - -

6 PLANTATION CROPS - - -

7 OTHERS - - -

TOTAL - - -

BIO PRODUCTS

Sl. No. Product Name

Species Quantity Value (Rs.)

Provided to No. of

Farmers No (kg)

BIOAGENTS - - - - - -

BIOFERTILIZERS - - - - - -

BIO PESTICIDES - - - - - -

67

SUMMARY

Sl.

No. Product Name Species

Quantity Value (Rs.)

Provided to No. of

Farmers No (kg)

1 BIOAGENTS - - - - -

2 BIO

FERTILIZERS - - - - -

3 BIO PESTICIDE - - - - -

TOTAL

LIVESTOCK

Sl. No. Type Breed Quantity Value (Rs.) Provided to No. of

Farmers (Nos Kgs

Cattle - - - - - -

Sheep and Goat - - - - - -

Poultry - - - - - -

Fisheries - - - - - -

Others (Specify) - - - - - -

SUMMARY

Sl. No.

Type Breed Quantity

Value (Rs.) Provided to No. of Farmers Nos Kgs

1 CATTLE - - - - -

2 SHEEP &

GOAT - - - - -

3 POULTRY - - - - -

4 FISHERIES - - - - -

5 OTHERS - - - - -

TOTAL

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

(A) KVK News Letter (Date of start, Periodicity, number of copies distributed etc.)

(B) Literature developed/published

Item Title Authors name No.

Research

papers

Evaluation of IPM module against soybean defoliators in

Central Narmada Valley of Madhya Pradesh. Bharti Vigyan

Sammelan 2009

Yadav A.S., Tripathi P.N..,

and Sharma R.C. 06 IRM module – An effective component of IPM for management

of sucking pest in Bt. cotton. Bharti Vigyan Sammelan 2009 Yadav A.S., Tripathi P.N..,

and Sharma R.C.

68

Characterization and taxonomy of soils of kukrawad village

district harda Madhya Pradesh Bharti Vigyan Sammelan 2009

pg-8.

Tripathi P.N.., Yadav A.S.,

and Sharma R.C.

Effect of rainfall pattern in productivity of Kharif crops in

Vindhyan Plateau Zone of Madhya Pradesh. Bharti Vigyan

Sammelan 2009 pg-12.

Tripathi P.N.., Yadav A.S.,

and Sharma R.C.

Characterization of soils of Kymore Plateau and Satpura hills

Madhya Pradesh 2009 (Agropedology 19(1) pg- 1-5)

NBSSLUP Nagpur

Tripathi P.N..Sawarkar and

D.P.dubey

Management of yellow mosaic disease in mung bean Vigna

radiate (L.) Wilczek in Central Narmada Valley of Madhya

Pradesh. Proc. 5th

International conference on Plant Pathology in

the Globalized Era, Nov. 10-13, 2009, New Delhi p.p. 236.

A.S.Yadav, P.N. Tripathi,

R.C. Sharma, S.

Yadav(2009)

Technical

reports

1. Agro –Ecological Situations, Central Narmada Valley

(District: Harda)

Sharma R.C. Yadav A.S.,

and Tripathi P.N.., 01

News letters - -

Popular

articles

vke es ,dhd`r uk’kh tho izca/ku] ebZ&twu 2009 ] Hkwfe fuekZ.k


Sharma R.C. and Rajni

Prabha Kori

14

fryguh ,oa nyguh Qlyksa es xa/kd dh mi;ksfxrk ] vDVwcj&uoEcj 2009 Hkwfe fuekZ.k

Tripathi P.N..,Yadav A.S.

Sharma R.C. and

Rajni Prabha Kori

pus esa lefUor iks"kd rRo izca/ku ds mik; ] 26 tuojh ls 2 Qjojh] 2010 d`"kd nwr

Tripathi P.N..,Yadav A.S.,

Sharma R.C. and

Rajni Prabha Kori

fHk.Mh esa yxus okys izeq[k jksx ,oa mudk lefUor izca/ku] 2&8 Qjojh 2010 d`"kd nwr



Prabha Kori

cksMksZ feJ.k% cxhpksa dh mi;qDr vkS"kf/k d`"kd nwr 20&26 vizSy 2010



Prabha Kori

vHkh ls gh viuk;sa lks;kchu esa ,dhd``r uk’khtho

izca/ku¼vkbZ-ih-,e-½ d`"kd nwr 13&19 vizSy]2010


Sharma R.C.

xUus ds fy, vfr mi;ksxh tSo moZjd& ,lhVks oSDVj A

e/;Hkkjr d`"kd Hkkjrh Tripathi P.N.., Yadav A.S.,


Prabha Kori

vjgj dss izeq[k dhV] jksx ,oa mudk izca/kuA e/;Hkkjr

d`"kd Hkkjrh ¼jch fo’ks"kkad½ flracj&uoacj 2009 Yadav A.S., Tripathi P.N..,


Prabha Kori

jch nyguh Qlyksa esa lefUor mdBk jksx izca/ku d`"kd

nwr 1&7 fnlEcj] 2009

Yadav A.S. and Tripathi

P.N.

lks;kchu essa ,dhd`r uk’khtho izca/ku ¼vkbZ-ih-,e-½ Hkwfe

fuekZ.k] 16 flrEcj&15 vDVwcj] 2009 Yadav A.S., Tripathi P.N..,


Prabha Kori

lks;kchu dks iguk,sa ,dhd`r izca/ku dk dopA d`"kd Yadav A.S., Tripathi P.N..,

Sharma R.C.

69

txr ¼ikS/k laj{k.k fo’ks"kkad½ 14&20 flrEcj 2009 feyh cx dikl dk izeq[k 'k=q dhVA d`"kd nwr ¼ikS/k

laj{k.k fo’ks"kkad&09½ 1&7 flrEcj 2009 Yadav A.S., Tripathi P.N..,


Prabha Kori

lks;kchu essa ,dhd`r uk’khtho izca/kuA d`"kd nwr ¼ikS/k laj{k.k fo’ks"kkad&09½ 1&7 flrEcj 2009



Prabha Kori

vke essa ,dhd`r uk’khtho izca/kuA Hkwfe fuekZ.k] 16 ebZ&15 twu 2009


Sharma R.C.

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

in English

(C) Details of Electronic Media Produced

S. No. Type of media (CD / VCD /

DVD / Audio-Cassette)

Title of the programme Number

- - - -

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

SUCCESS STORY OF SHRI MATHURA DAS GAINDAR

Shri Mathura Das, Son of Shri Ganga Bisan Gaindar is a native of village Charkheda block

Timarni of district Harda. He has 40 Acres of Landed property. The Gaindar family has two sons and

one daughter, all are married. Shri Mathura Das with his children has tried to diversify his agricultural

enterprise. He came in contact with Krishi Vigyan Kendra through his RAEO’s who was on official

meeting. He appraised Shri Gaindar about seeking facilities of training, technical expertise and input

assistance from Krishi Vigyan Kendra, Since the farm of Shri Mathura Das is situated on way to Harda-

Timarni. He could establish liaison with Krishi Vigyan Kendra scientists for proper advise.

Mulberry cultivation

70

The cropping plan of Shri Mathura Das prevalent before his contact with Krishi Vigyan

Kendra and the present cropping plan is given here under.

It is evident from the comparision of previous and new cropping plan that the Area under

Kharif and Rabi seed production (soybean and wheat), Rabi cash crop and kharif vegetable has

increased. Introduction of sericulture has also been added in the cropping plan. These changes have led

to increase cropping intensity from 187.5 to 207.5 percent.

Wheat [Seed production]

This has increased the family income, and also net profit. It is further clear that seed production

of soybean and wheat with sericulture has proved to be more remunerative than its cultivation during

kharif and Rabi season. A change in variety of soybean and wheat has also added good returns.

Introduction of sugarcane cash crop has also added better returns.

Sericulture Unit

Better management of insect pests through IPM technology and balance dose of fertilizer helped

the farmers to increase the productivity and reduced cost of cultivation.

It is evident from the analysis of animal wealth of the farmers that number and productivity of

the milch animals increased to the extent of 650 percent over the period. This has also added production

of Farm yard manure which was used in vegetable, sericulture and sugarcane cultivation.

71

The increase in family net income is 220.41 percent due to Seed Production of soybean &

wheat, cultivation of sugarcane & vegetable, change in crop rotation and introduction of Sericulture.

Mathura Das now purchase one Tractor, three motorcycle and new House .

Sugarcane Production

Plan 1 . Previous cropping Plan (Before April 2006) in 40 Acres. Season Cereals Pulses Oilseed Veget

able

Dairy Sericultu

re

Cash

Crop

Seed

Production

Total

Kharif - Arhar

(5 Acre)

Soybean

(30 Acre)

- - - - - 35 Acre

Rabi Wheat

(30 Acre)

Gram

(5 Acre)

- - - - - - 35 Acre

Zaid - - - - - - - - -

Area 30 Acre 10 Acre 30 Acre - - - - - 70 Acre

Cropping Intensity = 175%

Net income/Annum = Rs. 557250/-

Plan 2 . Present cropping Plan in 40 Acres (2008-09) Season Cereals Pulse Oilseed Vegetable Sericulture Cash Crop Seed

Production

Total

Kharif - - Soybean

(11 Acre)

Brinjal

(1 Acre)

3 Acre - Soybean

(25 Acre)

40 Acre

Rabi Wheat

(2 Acre)

- - - 3 Acre Sugarcane

(15 Acre)

Wheat

(20 Acre)

40 Acre

Zaid - - - - 3 Acre - - 3 Acre

Total 2 Acre - 11 Acre 1 Acre 9 Acre 15 Acre 45 Acre 83 Acre

Cropping Intensity =

207.5%

Net income/Annum = Rs. 1785500/-

Economics of Previous and Present Cropping Plan :- S. Crop Avg. Yield per Acre Expenditure per Annum Net income per Annum

72

No

. Previous

crop

Present crop Previous

crop

Present

crop

Previous

crop

Present

crop

1 Soybean 5 qt. 7.5 qt.

Rs.370500 Rs.707000 Rs. 557250 Rs. 1785500

2 Arhar 4 qt. -

3 Wheat 14 qt. 17.5 qt.

4 Gram 5.5 qt. -

5 Brinjal - 110 qt.

6 Sugarcane - 400 qt.

7 Sericulture - Rs.35000-40000

Give details of innovative methodology or innovative technology of Transfer of Technology developed and used during the year

TISSUE CULTURE BANANA PLANTATION - A BOON

Harda district in central M.P. has aquired the tag of “mini punjab” due to bumper wheat

production in the last few years coupled with “Soybean” as cash crop during monsoon season. The

economy of the area has grown rapidly, but there is a dark side to this new prosperity. “Monocropping”

is slowly but surely making the farmer of this area overly dependent on these two crops.

Alert and educated Farmers here are slowly realizing this and are opting for alternative cropping

patterns.

I have been cultivating banana as a cash crop for last five year and my experience has been very

satisfactory.

I started planting tissue culture banana plants since year 2005 using drip system for irrigation

and the result have been fantastic as you can see by the attached photographs.

73

I decided to use tissue culture plants instead of the traditional root shoot plants as they are more

uniform in size, quality and genetics. Though they cost a bit more than traditional shoot but in the long

run are more viable economically.

Though ground water is ample in my area. I am still using drip irrigation instead of floud

irrigation as I save a lot of money & manpower by using drip Irrigation System.

Benefit to the soil :- Banana Plantation makes soil porus and fluffy and the water soaking

quality also improves. After 4 years of banana cultivation I decided to grow wheat & soybean in one of

any banana fields last year and the result were extra ordinary. The traditional centres of banana

74

plantation like Maharashtra & Kerela are witnessing a steep downfall in banana production/ha due to

monocropping new areas like my district could use this opportunity for economic prosperity.

Economics of Tissue culture Banana cultivation in Two years : –

Ist Year : No. of Plants (/ha) - 4000

Spacing – 1.5 X 1.5 meter

Cost of Plants – Rs. 15 per plant X 4000 = 60000 /-

Cost of Fertilizers + weedicide+ Other = 60000/-

Drip Irrigation System = 60000/-

Ist Year total cost 180000/-

IInd Year – Plantation Cost = 00

Drip irrigation System = 00

Fertilizer +Labour = 60000/-

Total cost of two years = 240000/- (180000 + 60000)

Production per hectare : First year –

16.25 kg/ plant X 4000 plants = 650 qt./ha

Second year -

600 qt./ha

Total Production (Two years ) 1250 qt.

Market Price per qt. = Rs. 500

Gross Income = 1250 X 500 = 625000/- Cash

Net Income = 385000

Net Income per Annum = 192500 /-

Communication Address of innovative farmer -

Name :- Upendra Gadre

Age :- 46 years Education :- Post Graduate Science

75

Address :- “Ashirwad Banglow”, Station Road, Ward No.-5, Timarni (M.P.)

Distt : - HARDA , PIN : 461228

Contact No. :- 07573-230182 (M) 9826872828 , 9425476397

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

- - - -

3.10 Indicate the specific training need analysis tools/methodology followed for

- Identification of courses for farmers/farm women : Survey and group discussion.

- Rural Youth : PRA and focused group discussion.

- In service personnel : Group discussion.

3.11 Field activities i. Number of villages adopted : 12

ii. No. of farm families selected : 284

iii. No. of survey/PRA conducted : 5

3.12. Activities of Soil and Water Testing Laboratory

Status of establishment of Lab : NA

1. Year of establishment : NA

2. List of equipments purchased with amount : NA

Sl. No Name of the Equipment Qty. Cost

1 NA NA NA

Total

3. Details of samples analyzed so far :

Details No. of Samples No. of Farmers No. of Villages Amount realized

Soil Samples NA NA NA NA

Water Samples NA NA NA NA

Total

4.0 IMPACT

4.1. Impact of KVK activities (Not to be restricted for reporting period).

Name of specific technology/skill

transferred

No. of

participants

% of

adoption

Change in income (Rs.)

Before (Rs./Unit) After (Rs./Unit)

Deep summer ploughing 45 65 13225 14855

Improved varieties of soybean. 200 80 15120 20410

76

Improved varieties of wheat. 200 75 15672 22110

Popularization of Bt. cotton hybrid. 200 68 18290 22480

Seed treatment practice. 82 50 14220 15240

Seed treatment with culture. 78 50 17426 18672

Application of recommended weedicide

in soybean

65 77 12670 16890

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

4.2. Cases of large scale adoption

(Please furnish detailed information for each case)

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

5.0 LINKAGES 5.1 Functional linkage with different organizations

Name of organization Nature of linkage

1. Kisan Kalyan aur Krishi Vikas Vhibhag Training of farmers, Extension officials and diagnostic of

agricultural problem and solution.

2. Deptt. Of Horticulture. Training of farmers, Departmental officials and diagnostic of

horticultural problem and solution.

3. Deptt. Of Veterinary. Technical guidance .

4. Deptt. Of Fishery. Technical guidance.

5. Deptt. Of land record. Information sharing.

6. Deptt. Of Central water commission. Provided meteorological data.

7. IFFCO Technical guidance and farmers training.

8. Sericulture Technical guidance

NB The nature of linkage should be indicated in terms of joint diagnostic survey, joint implementation, participation in meeting, contribution received for infrastructural development, conducting training programmes and demonstration or any other

5.2 List special programmes undertaken by the KVK, which have been financed by State Govt./Other

Agencies

Name of the scheme Date/ Month of

initiation Funding agency Amount (Rs.)

- - - -

5.3 Details of linkage with ATMA a) Is ATMA implemented in your district Yes

77

S. No. Programme Nature of linkage Remarks

1 Training Technical guidance -

2. Farmers Sangosthi Technical guidance -

5.4 Give details of programmes implemented under National Horticultural Mission

S. No. Programme Nature of linkage Constraints if any

- - - -

- - - -

5.5 Nature of linkage with National Fisheries Development Board

S. No. Programme Nature of linkage Remarks

1 Nil Nil Nil

6. PERFORMANCE OF INFRASTRUCTURE IN KVK

6.1 Performance of demonstration units (other than instructional farm)

Sl. No.

Demo Unit

Year of estt.

Area

Details of production Amount (Rs.)

Remarks Variety Produce Qty.

Cost of inputs

Gross income

- - - - - - - - -

- - - - - - - - -

6.2 Performance of instructional farm (Crops) including seed production (2009-10)

Name of the crop

Date of sowing

Date of harvest A

rea

(ha

) Details of production Amount (Rs.)

Remarks Variety

Type of

Produce Qty.

Cost of

inputs

Gross

income

Cereals - - - - - - - - -

Wheat IIIrd week of

Nov. 09

Last week

of March 09 12.0

GW-

322 Breeder 415 375000 1000000 -.

Pulses - - - - - - - - -

Oilseeds - - - - - - - - -

Soybean Ist week of

july 2009

3rd

week of

oct.08 12.0

JS-93-

05 Breeder 132 345000 600000 -

Fibers - - - - - - - - -

Spices & Plantation crops

Floriculture - - - - - - - - -

Fruits - - - - - - - - -

78

Vegetables - - - - - - - - -

Others (specify)

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

Sl.

No.

Name of the

Product Qty

Amount (Rs.) Remarks

Cost of inputs Gross income

- - - - - -

- - - - - -

6.4 Performance of instructional farm (livestock and fisheries production)

Sl. No

Name of the animal /

bird / aquatics

Details of production Amount (Rs.)

Remarks Breed

Type of

Produce Qty.

Cost of

inputs Gross income

- - - - - - - -

- - - - - - - -

- - - - - - - -

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)

October 2006 - - -

November 2006 - - -

December 2006 - - -

January 2007 - - -

February 2007 - - -

March 2007 - - -

April 2007 - - -

May 2007 - - -

June 2007 - - -

July 2007 - - -

August 2007 - - -

September 2007 - - -

(for whole of the year)

. FINANCIAL PERFORMANCE

7.1 Details of KVK Bank accounts

Bank account Name of the bank Location Account Number

With Host Institute - - -

With KVK SBI Harda Harda 10787424747

7.2 Utilization of funds under FLD on Oilseed (Rs )

Item Released by ICAR Expenditure Unspent balance as on 1st

79

Kharif

2009

Rabi

2009 –10

Kharif

2009

Rabi

2009-10

April 2010

Inputs - - - - -

Extension activities - - - - -

TA/DA/POL etc. - - - - -

TOTAL - - - - -

7.3 Utilization of funds under FLD on Pulses (Rs)

Item

Released by ICAR Expenditure Unspent balance as on

1st April 2010 Kharif

2009

Rabi

2009 –10

Kharif

2009

Rabi

2009-10

Inputs - - - - -


TA/DA/POL etc. - - - - -

TOTAL - - - - -

7.4 Utilization of funds under FLD on Cotton (Rs)

Item

Released by ICAR Expenditure Unspent

balance as on

1st April 2010 Kharif

2009

Rabi

2009 –10

Kharif

2009

Rabi

2009-10

Production technology : IPM 1,41,983 - 1,90,212 - (-)34,212


Farm Impl.. - - - - -

TOTAL 1,41,983 - 1,90,212 - (-)34,212

7.5 Utilization of KVK funds during the year 2009-10 (upto 31st March, 2010) (year-wise separately) (current year)

S. No.

Particulars 2009-10 Upto March 2010

Sanctioned Released Expenditure Sanctioned Released Expenditure

A. Recurring Contingencies

1 Pay & Allowances 2000000 2000000 1859327 - - -

2 Traveling allowances 80,000 80,000 74065 - - -

3 Contingencies 600000 600000 599284 - - -

1

Stationery, telephone, postage and

other expenditure on office

running, publication of Newsletter

and library maintenance (Purchase

of News Paper & Magazines)

- - - - - -

2 POL, repair of vehicles, tractor

and equipments - - - - - -

3 Meals/refreshment for trainees

(ceiling upto Rs.40/day/trainee be

maintained)

- - - - - -

80

4

Training material (posters, charts,

demonstration material including

chemicals etc. required for

conducting the training)

- - - - - -

5 Frontline demonstration except

oilseeds and pulses (minimum of

30 demonstration in a year)

- - - - - -

6

On farm testing (on need based,

location specific and newly

generated information in the

major production systems of the

area)

- - - - - -

7 Training of extension

functionaries - - - - - -

8 Maintenance of buildings - - - - - -

9 Establishment of Soil, Plant &

Water Testing Laboratory - - - - - -

10 Library - - - - - -

TOTAL (A) 2680000 2680000 2532676 - - -

B. Non-Recurring Contingencies

1 Works - - - - - -

2 Equipments including SWTL &

Furniture 50000 50000 49777 - - -

3 Vehicle (Four wheeler/Two

wheeler, please specify) - - - - - -

4 Library (Purchase of assets like

books & journals) - - - - - -

TOTAL (B) 50000 50000 49777 - - -

C. REVOLVING FUND - - - - - -

GRAND TOTAL (A+B+C) 2730000 2730000 2582453 - - -

7.5 Status of revolving fund (Rs. in lakhs) for the 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

April 2004 to March 2005 - - - -

April 2005 to March 2006 - - - -

April 2006 to March 2007 - - - -

April 2008 to March 2009 100000/- - - 100000/-

8.0 Please include information which has not been reflected above (write in detail).

8.1 Constraints

a) Administrative :

81

1. No definite Period of annual report/action plan (Only one period of annual report/action

plan should be fixed April to March ).

2. More reporting work.

(b) Financial : --

(c) Technical : --

(Signature of Programme Coordinator)

News Paper Coverage

S. N. Title of the News Date Name of News Paper

1 dqdjkon esa bQdks dk e`nk ijh{k.k dk;Zdze 22-05-09 nSfud tkxj.k

2 d`f"k oSKkfudksa us nh fdlkuksa dks lykg 23-05-09 ubZ nqfu;k

3 e`nk ijh{k.k ds ykHk crk, 23-05-09 ubZ nqfu;k

4 e`nk ijh{k.k dh nh tkudkjh 23-05-09 jkt ,Dlizsl

5 lks;kchu mRiknu c<+kus dh vf/kd laHkkouk 23-05-09 nSfud tkxj.k

6 feV~Vh dk ijh{k.k djk,a fdlku 26-05-09 if=dk

7 fdlkuksa us tkuk feV~Vh ijh{k.k dk egRo 28-05-09 nSfud HkkLdj

8 izca/kdksa us crk, mUur [ksrh ds xqj 29-05-09 jkt ,Dlizsl

9 bQdks us fn;k lgdkjh izf’k{k.k 29-05-09 ubZ nqfu;k

82

10 Cksouh ls igys fdlkuksa dks mi;ksxh tkudkjh 03-06-09 ubZ nqfu;k

11 mUur [ksrh dh tkudkjh nh 22-06-09 ubZ nqfu;k

12 [ksrh ds lkFk m|kfudh viuk,Wa 22-06-09 ubZ nqfu;k

13 fdlkuksa us lh[ks csgrj [ksrh ds xqj 24-06-09 nSfud HkkLdj

14 rduhd ls c<+k ldrs gS mRiknu 27.06.09 if=dk

15 rduhd ls c<+k ldrs gSa mRiknu 27-06-09 if=dk

16 oSKkfud ijke’kZnk=h lfefr dh cSBd lEiUu 15 tqykbZ 14

vxLr 2009 d`"kd le;

17 oSKkfud ijke’kZnk=h lfefr dh cSBd lEiUu 14&20tqykbZ09 d`"kd nwr

18 [ksrh dks ykHk dk O;olk; cuk,Wa 22-07-09 jkt ,Dlizsl

19 gjnk esa 10 bap o"kkZ gkykr gq, csdkcw 23-07-09 jkt ,Dlizsl

20 vc rd ftys esa 784-3 feeh o"kkZ 24-07-09 jkt ,Dlizsl

21 vkbZih,e rduhd viukus dh lykg 24-07-09 if=dk

22 Qynkj o`{k yxk,Wa fdlku 28&07&09 ubZ nqfu;k

23 lks;kchu dh mUur tkfr;kWa viuk,Wa fdlku 28&07&09 jkt ,Dlizsl

24 d`"kd izf’k{k.k 30-07-09 if=dk

25 vPNh ckfj’k ls yckyc gq, unh] rkykc 01-08-09 nSfud HkkLdj

26 [kjhQ Qlyksa dh gksxh fuxjkuh 02-08-09 jkt ,Dlizsl

27 d`f"k foLrkj vf/kdkfj;ksa dks jklk;uksa ds nq"ifj.kke crk,

04-08-09 ubZ nqfu;k

28 izf’k{k.k fn;k 05-08-09 if=dk

29 vf/kdkfj;ksa dks fn;k izf’k{k.k 06-08-09 if=dk

30 fdlkuksa us lh[ks dikl [ksrh ds xqj 12-08-09 nSfud HkkLdj

31 d`"kd izf’k{k.k vk;ksftr 21-08-09 if=dk

32 lgdkjh dk;ZdrkZ izf’k{k.k dk;Zdze 24&08&09 ubZ nqfu;k

33 vk/kqfud [ksrh dj c<+k,a vk;% dysDVj 25&08&09 nSfud HkkLdj

34 lgdkjh dk;ZdrkZ izf’k{k.k dk;Zdze 25&08&09 nSfud tkxj.k

35 lgdkjh dk;ZdrkZ izf’k{k.k dk;Zdze vk;ksftr 25&08&09 jkt ,Dlizsl

36 lgdkjh dk;ZdrkZ izf’k{k.k 26-08-09 ubZ nqfu;k

37 f'kfoj esa 128 ejhtksa us djk;k LokLF; ijh{k.k 30&08&09 if=dk

38 bQdks us vaxhd`r xzke dqdjkon esa yxk;k fu’kqYd LokLF; ifj{k.k f’kfoj

31&08&09 nSfud tkxj.k

39 dqdjkon ds LokLF; f’kfoj esa 128 ejhtksa dk ijh{k.k

01&09&09 nSfud HkkLdj

40 ijh{k.k f’kfoj vk;ksftr 01&09&09 ubZ nqfu;k

41 lks;kchu ,oa vU; Qlyksa esa dhV O;kf/k dh 04.09.09 ubZ nqfu;k

83

tkudkjh yh 42 lks;kchu Qly ij eaMjk;k [krjk 05.10.09 jkt ,Dlizsl

43 fdlku esyk 'kq# 22.10.09 if=dk

44 gjnk ftys esa fdlku laxks"Bh dk vk;kstu 24&10&09 ubZ nqfu;k

45 csgrj mRiknu ds fy, fdlku vkxs vk,Wa 25&10&09 ubZ nqfu;k

46 lks;kchu [ksr fnol lEiUu 26 vDVw- ls 1 uoacj 09

d`"kd txr

47 fdlku vfrfjDr vk; ds fy, iz;kl djsa 27&10&09 ubZ nqfu;k

48 [kjhQ d`f"k rduhdh lIrkg laiUu 27 vDVw- ls 2 uoacj 09

d`"kd nwr

49 lks;kchu [ksr fnol laiUu 27 vDVw- ls

2 uoacj 09 d`"kd nwr

50 vf/kd mRiknu ds fy, feV~Vh ijh{k.k t#jh 30&10&09 ubZ nqfu;k

51 d`f"k rduhd lIrkg vk;ksftr 2-8 uoEcj 09 d`"kd txr

52 [ksrh dks ykHknk;d cukus ds fy, dk;Z’kkyk vk;ksftr

18.12.09 if=dk

53 cht rS;kj djus ds rjhds crk, 25.12.09 if=dk

54 mfpr <x ls [ksrh dj cht cuk, tk ldrs gSa 25.12.09 nSfud tkxj.k

55 MsMxkao esa yxk fdlku esyk d`"kdksa nh oSKkfud [ksrh dh tkudkjh

29.12.09 nSfud tkxj.k

56 tSfod [ksrh viuk,a fdlku 01.01.2010 if=dk

57 gjnk esa fdlku esyk laiUu 5&11 tuojh

2010 d`"kd nwr

58 Qlyksa esa larqfyr moZjd mi;ksx dh t#jr 4&10 tuojh

2010 d`"kd txr

59 fdlku mfpr rjhds viukdj cht vius [ksrksa ij rS;kj djsa

5&11 tuojh 2010

d`"kd nwr

60 Cht ij izf’k{k.k 4&10 tuojh

2010 d`"kd txr

61 ubZ dk;Z laLd`fr ls df̀"k {ks= esa cny jgh rLohj 14.01.2010 nSfud tkxj.k

62

fdlku esyk laiUu 16 tuojh ls 15 Qjojh 2010

Hkwfe fuekZ.k

63 larqfyr [kkn dk mi;ksx ls cuh jgsxh mRikndrk 07.03.2010 if=dk

64 gjnk d`f"k foKku dsUnz vxz.kh 15&21 ekpZ

2010 d`"kd txr

65 gjnk esa oSKkfud ijke’kZnk=h lfefr dh cSBd lEiUu

23&29 ekpZ 2010

d`"kd nwr

66 oSKkfud ijke’kZnk=h lfefr dh cSBd lEiUu 16 ekpZ ls 15

vizSy 2010 Hkwfe fuekZ.k

67 puk iz{ks= fnol vk;ksftr 5&11 vizSy

2010 d`"kd txr

68 puk [ksr fnol vk;ksftr 6&12 vizSy

2010 d`"kd nwr

69 tSfod [ksrh ij fo’ks"k izf’k{k.k 16 vizSy ls

15 ebZ 2010 Hkwfe fuekZ.k

84

70 tSfod [ksrh ij fo’ks"k izf’k{k.k 6&12 vizSy

2010 d`"kd nwr

71 tSfod ij izf’k{k.k 5&11 vizSy

2010 d`"kd txr

72 puk [ksr fnol vk;ksftr 16 vizSy ls

15 ebZ 2010 Hkwfe fuekZ.k

d`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk e----iziziziz---- oSKkfud ijke’kZnk=h lfefr dh cSBd lEiUu

fnukad 23fnukad 23fnukad 23fnukad 23----05050505----09090909

tokgjyky usg: d`f"k fo’ofo|ky; ds {ks=h; d`f"k foKku dsUnz] gjnk }kjk fnukad 23-05-09 dks

oSKkfud ijke’kZnk=h lfefr cSBd dk vk;kstu fd;k x;k A cSBd dh v?;{krk MkW- Mh- ds- igyoku ¼

ofj"B oSKkfud ½ lapkyd foLrkj lsok,as] tokgjyky usg: d`f"k fo’ofo|ky; tcyiqj us dh A cSBd

esa dsUnz ds ikni laj{k.k oSKkfud] MkW- ,- ,l- ;kno us d`f"k foKku dsUnz }kjk o"kZ 2008&09 esa

fd;s x;s dk;kZs foLr`r fo’ys"k.k ,oa okf"kZd izfrosnu izLrqr fd;k A mUgksus fiNyh cSBd esa fy;s x;s

fu.kZ;ksa rFkk vkxkeh dk;Zdzeksa dh foLr`r tkudkjh nh A cSBd esa eq[; vfrfFk milapkyd d`f"k Jh

,p- vksedkj us vUrjorhZ Qlyksa dks c<kok nsus] /kku dh ,l- vkj- vkbZ- i)fr ij izf’k{k.k rFkk

e’k#e mRiknu ij izf’k{k.k vk;ksftr djus ds ckjs esa lq>ko fn;s A cSBd nkSjku lgk;d lapkyd

¼m|kfudh½ Jh vkj-ih-flag us lCth ,oa elkysa okyh Qlyksa dks izn’kZu dk;Zdzeksa esa lfEefyr djus dh

ckr dgh A ftys ds fofHkUu xzkeksa ls vk;s izxfr’khy d"̀kdksa us vius fopkj j[ksa A cSBd esa fof’k"V

vfrfFk milapkyd i'kqfpfdRlk lsok;s MkW- ,e-ih- nqcs us i'kqikyu dh foHkkxh; ;kstukvksa dh tkudkjh

rFkk d`f"k foKku dsUnz ds dk;ksZ esa Hkkxhnkjh dh ckr dgh A

oSKkfud ijke’kZnk=h lfefr cSBd dh v?;{krk dj jgs MkW- Mh-ds- igyoku ¼ofj"B oSKkfud½

lapkyd foLrkj lsok,as] tokgjyky usg: df̀"k fo’ofo|ky; tcyiqj us cSBd esa yf{kr mit vk/kkfjr

d`"kd iz{ks= ijh{k.k ,oa vfxze iafDr izn’kZu esa yf{kr mit dks iznf’kZr djus] nq/kk# i'kqvksa ds mij

d`"kd iz{ks= ijh{k.k ,oa vfxze iafDr izn’kZu vk;ksftr djuk] d`"kd i)fr dks ifjHkkf"kr djuk]

lks;kchu& xsgWaw Qly i)fr esa ftad ds miHkksx ds Åij foLr`r dEisu djuk rFkk jch Qlyksa esa

ftad rFkk [kjhQ esa lYQj ds miHkksx ij tksj fn;k A

cSBd esa d`f"k foKku dsUnz ds dk;Zdze leUo;d MkW- vkj-lh- 'kekZ us gjnk ftys dh d`"kd i)fr ,ao

m|kfudh dh laHkkouksa ij foLr`r fopkj O;Dr fd;s A cSBd esa gh e`nk oSKkfud MkW- ih-,u- f=ikBh us

gjnk ftys dh e`nk lajpuk ds ckjs esa foLr`r tkudkjh nh A dk;Zdze dk lapkyu ,oa vkHkkj izn’kZu

MkW- ih-,u- f=ikBh us fd;k A

cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k

85

ØØØØ ---- uk e uk e uk e uk e i n i n i n i n LF k k uLF k k uLF k k uLF k k u

1 M k W- Mh -ds- i g yok u l a;q Dr l apk yd f o Lrk j t -us-d ` -f o -fo - t c yiq j 2 M k W- , u d s nq cs mi l apk yd i 'k q f pfd R lk lso k;sa g jnk 3 J h , p- vk sed j M h - Mh - , - d` f "k fo Hk k x g jnk 4 M k W- vk j- l h- 'k ekZ d k ;Z Ø e leUo ;d d` f "k fo Kk u d sUnz g jnk

5 J h fo yk l i kf Vy v uq fo Hk k xh ; vf /k dk jh ] d` f "k g jnk 6 J h vk j- oh - f lag f t yk ;kst uk v f /k d k jh g jnk 7 J h izsejk t 'k ek Z {k s=h ; v f /k d k jh bQ dk s g jnk 8 c k yd` ".k i kf Vy t ui n lnL; g jnk 9 v k j ds xq I rk , e- ih - , xz ks g jnk 10 M k W- ,-, l- ;k no o S Kk f ud g jnk 11 M k W- ih -, u- f =ik Bh o S Kk f ud g jnk 12 d q - jt uh iz Hk k dksjh d k ;Z Ø e lg k ;d g jnk 13 , e-M h - i Vok js d ` f "k fo K k u d sUnz g jnk 14 J h f ’k o uk jk ;.k ik f Vy d ` "kd d kad f j;k 15 J h xkS jh ’kad j f o ’uksb Z d ` "kd d kad f j;k 16 J h jkt sUnz d q ek j xqt Z j d ` "kd g jnk

17 J h x.ks’k i z lk n Hk k ;js d ` "kd eluxk ao 18 J h euh "k f rok jh d ` "kd d syui q j 19 J h t xnh ’k th fo ’uk sb Z d ` "kd eluxk ao 20 f nus'k Vk ys d ` "kd c euxk ao 21 v k j ds pk S /k jh d ` "kd v k yei q j 22 xk so ?k Z u jk efl ag jkt iwr d ` "kd i ks[ k juh 23 g eh n [ kk u d ` "kd i ks[ k juh 24 pS rU; f l ag Bk d q j d ` "kd d M +ksyk jk /k ksa 25 v uwi f lag jk ti wr d ` "kd d M +ksyk jk /k ksa 26 i z oh .k f lag l[ k j d ` "kd d M +ksyk jk /k ksa 27 v 'k ksd f lag jk t iwr d ` "kd d M +ksyk jk /k ksa

28 jk eH k jksl jk Bk S j d ` "kd d M +ksyk jk /k ksa 29 uVo jf l ag Hk k Vh d ` "kd d M +ksyk jk /k ksa 30 g jsjk e jk t iwr d ` "kd d M +ksyk jk /k ksa 31 f d 'k u xq tZ j d ` "kd jUg k b Zd yka 32 c nz h i zl k n iq uk ls d ` "kd d kad f j;k 33 x;k i z lk n [ kk sjs d ` "kd nk ek snji q jk 34 f o t ; d jksM s d ` "kd nk ek snji q jk

35 l q jsUnz d q ek j xqt Z j d ` "kd nk ek snji q jk 36 eF k q jk nk l xsanj d ` "kd pk j[ k sM k 37 J h vt ; d q ek j xq t Z j d ` "kd M sM xk ao

d`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk ed`f"k foKku dsUnz] tokgjyky usg: d`f"k fo’ofo|ky;] gjnk e----iziziziz---- ßoSKkfud ijke’kZnk=h lfefr cSBd lEiUuÞßoSKkfud ijke’kZnk=h lfefr cSBd lEiUuÞßoSKkfud ijke’kZnk=h lfefr cSBd lEiUuÞßoSKkfud ijke’kZnk=h lfefr cSBd lEiUuÞ

fnukad fnukad fnukad fnukad & & & & 22229999---- 00001111---- 10101010

86

foxr fnuksa tokgjyky usg: d`f"k fo’ofo|ky; ds {ks=h;] d`f"k foKku dsUnz] gjnk }kjk oSKkfud

ijke’kZnk=h lfefr cSBd vk;ksftr dh xbZA cSBd dh v/;{krk MkW- Mh- ds- igyoku ofj"B oSKkfud lapkyd

foLrkj lsok,Wa] tokgjyky usg: d`f"k fo’ofo|ky;] tcyiqj us dh A mUgksus crk;k fd izns’k esa ftrus d`f"k

foKku dsUnz dk;Zjr gS muesa gjnk d`f"k foKku dsUnz lcls vxz.kh gS bldk Js; mUgksus {ks= ds d`"kdksa dks fn;k

rFkk d`f"k foKku dsUnz ds oSKkfudksa dks c/kkbZ nh A mUgksus crk;k fd xsgWaw mRiknu esa gjnk ftyk izns’k essa

vxz.kh gSA mUgksus dgk fd Hkwfe ij ncko vf/kd iM+ jgk gSa] vkt Hkwfe dh moZjk ’kfDr c<+kus ij dk;Z djus

dh vko’;drk gS A larqfyr moZjd dh mi;ksfxrk rFkk iksVk’k dk mi;ksx djus dh lykg nh A mUgksus [kjhQ

esa vjgj dh de vof/k fdLe yxkus dh lykg nh A rFkk feV~Vh ijh{k.k dk d`f"k esa egRo crk;k dh thoka’k

dh mifLFkfr esa gh jklk;fud moZjdksa dk lgh ykHk feyrk gSa A mUgksus ewax esa Fkk;ksesFkkDtke }kjk cht

mipkj ij izn’kZu rFkk ihr fljk jksx izfrjks/kh fdLe TM& 9937 dk izn’kZu Mkyus dh lykg nh A dk;Zdze

ds eq[; vfrfFk MkW- ,u-ds- nqcs milapkyd i’kqfpfdRlk u¢ Qly mRiknu ds lkFk i’kqikyu O;olk; dks c<kus

ij tksj fn;k A mUgksus dgk fd ujokbZ dk mi;ksx Hkwlk cukus ds fy;s fd;k tk;sA i’kq u’y lq/kkj dk;Zdze]

i’kqvksa esa Vhdkdj.k] lkbyst] gs rFkk ;wfj;k mipkfjr Hkwlk dh mi;ksfxrk crkbZ A mUgksus vxkeh dk;Zdzeksa esa

i’kqikyu foHkkx dks lEefyr djus dh lykg nh A

cSBd esa fdlku dY;k.k rFkk d`f"k fodkl foHkkx ds lgk;d Hkwfe laj{k.k vf/kdkjh ,oa izHkkjh

milapkyd Jh ,p- vksedkj us fofo/k [ksrh] i’kqikyu] e/kqeD[kh ikyu] e’k#e] iksYVh] js’keikyu vkfn ds

{ks= esa dk;Z djus dh vko’;drk crkbZ A mUgksus d`f"k okfudh] tSfod [ksrh rFkk vUrorhZ Qlyksa dks cM+kok

nsus ij tksj fn;k A cSBd esa d`f"k foKku dsUnz ds dk;Zdze leUo;d MkW- vkj- lh- ’kekZ us m|kfudh dk

egRo crk;k rFkk lHkh foHkkxksa ds lkFk rkyesy cukdj dk;Z djus dh ckr dgh A

dsUnz ds ikS/k laj{k.k oSKkfud MkW- v’kksd flag ;kno us d`f"k foKku dsUnz }kjk lapkfyr dk;Zdzeksa dk

okf"kZd izfrosnu izLrqr fd;k A mUgksus foxr o"kZ fdlkuksa ds [ksrksa ij Mkys d`"kd izz{ks= ijh{k.k ,oa vfxze

iafDr izn’kZu rFkk d`"kdksa ,oa efgyk d`"kdksa] csjkstxkj xzkeh.k ;qokvksa rFkk foHkkxh; foLrkj dk;ZdRrkvksa ds

fy;s vk;ksftr izf’k{k.kksa dh foLr`r fooj.k izLrqr fd;k A lkFk gh lkFk mUgksus vxkeh o"kZ fd;s tkus okys

dk;Zdzeksa dh #ijs[kk izLrqr dh A

cSBd esa e`nk oSKkfud MkW- ih-,u- f=ikBh us larqfyr moZjdksa dh mi;ksfxrk crkbZ A dk;Zdze esa

lgk;d lapkyd m|kfudh] lgk;d lapkyd eRL; ikyu] ftyk izHkkjh cht fuxe] lgk;d cht izek.khdj.k

vf/kdkjh] ftyk izHkkjh bQdks ,oa izxfr’khy d`"kdksa esa Hkh vius vius lq>ko fn;s A dk;Zdze dk lQy

lapkyu MkW- ih-,u- f=ikBh ,oa vkHkkj izn’kZu MkW- vkj- lh- ’kekZ th us fd;k A

cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k cS Bd e sa f uE u f yf[k r l n L;k sa u s H k kx fy;k

ØØØØ ---- uk e uk e uk e uk e i n i n i n i n LF k k uLF k k uLF k k uLF k k u

1 M k W- Mh -ds- i g yok u l a;q Dr l apk yd f o Lrk j t -us-d ` -f o -fo - t c yiq j 2 J h vk j- , u- 'k ekZ eq [; d k ;Z ik yu v f /k d k jh ft yk i apk ;r g jnk 3 M k W- , u d s nq cs mi l apk yd i 'k q f pfd R lk lso k;sa g jnk 4 J h , p- vk sed j , -, l- l h -v ks- d f̀ "k f oH kk x g jnk

87

5 J h Og h - l h J ho k Lro , -, l- l h -v ks- d f̀ "k f oH kk x g jnk 6 J h ih , u xq t js mi l apk yd d` f "k fo Hk k x g jnk 7 J h th - pansyd j lg k ;d lapk yd eR L; fo Hk k x g jnk 8 M k W- vk j- l h- 'k ekZ d k ;Z Ø e leUo ;d d` f "k fo Kk u d sUnz g jnk 9 J h fo yk l i kf Vy , l- Mh - vks- ] d ` f "k fo Hk k x g jnk 10 J h vk j- ch - f lag lg k ;d lapk yd m| kf ud h g jnk 11 J h izsejk t 'k ek Z {k s=h ; v f /k d k jh bQ dk s g jnk 12 M k W- ,-, l- ;k no o S Kk f ud d` f "k fo Kk u dsUnz g jnk 13 M k W- ih -, u- f =ik Bh o S Kk f ud d` f "k fo Kk u dsUnz g jnk 14 d q - jt uh iz Hk k dksjh d k ;Z Ø e lg k ;d d ` f"k f o Kk u d sUnz g jnk 15 J h ,l- ds- O;k l Vh - , - f t yk iapk ;r g jnk 16 J h ch ds 'k q Dyk Vh - , - f t yk iapk ;r g jnk 17 J h th ih ik .Ms; i z Hk k jh ch t f uxe g jnk 18 J h th pUnsyd j eR L; f o Hk k x g jnk 19 J h fo dk l j?k qoa’k h i h vks f t yk iapk ;r g jnk 20 J h 'k jn fo yksl s f t yk i apk ;r g jnk 21 J h jk ed` ".k pk S /k jh d ` "kd v k yei q j 22 J h x.ks’k i z lk n ck ;js d ` "kd eluxk ao 23 J h t xnh ’k th fo ’uk sb Z d ` "kd eluxk ao 24 J h f ’k o uk jk ;.k i k f Vy d ` "kd d kad f j;k 25 J h gf j ’kad j 'k ek Z d ` "kd d kad f j;k 26 J h jkt sUnz d q ek j xqt Z j d ` "kd d kad f j;k

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2009-10 annual progress report, kvk, harda annual progress... · 2019. 7. 16. · 2 proforma for...

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