1.

Technical activities proposed

A.

Details of proposed On Farm Trials

No

Title of
OFTs

Problem
diagnosis

Technology
Selected

Assessment (and/or)refinement (write A or R)

Source of
Technology

Production
system

Thematic
area

Performance indicators

1

Performance of new  green gram lines under normal sown time during kharif season

HYV with synchronized maturity needed

T1 = S G  63 – 14
T2 = S G  58  - 23
T3 = S G 69 - 99
T4 = Pratap (Check)

A

AAU, Jorhat

Crop production

Varietal testing

Yield

2

Performance of  new black  gram lines under normal sown condition

Low yield

T1 =  SB 32-13
T2 =  SB 23-5
T3 =  T 9  (Check)

A

AAU, Jorhat

Crop production

Varietal testing

Yield

3

Performance of  black  gram lines under delayed  planting condition

Low yield

T1 =  SB 27-3
T2 = SB 23-5
T3 = SB 25-19
T4 =  PU - 19  (Check)

A

AAU, Jorhat

Crop production

Varietal testing

Yield

4

Performance of transplanted ahu rice

Low yield of local variety

T1 = TTB 103-20
T2 = TTB 103-21
T3 = Luit (Check)

A

AAU, Jorhat

Crop production

Varietal testing

Yield

5

Performance of hybrid rice variety

Low yield of local variety

T1 = PA 6444
T2 = NK 5251
T3 = HRI 158
T4 = NK 3325

A

AAU, Jorhat

Crop production

Varietal testing

Yield

6

Performance of Sali rice variety under monocrop

Low yield of local variety

T1 = TTB – HR - 6
T2 = Ranjit (check)

A

AAU, Jorhat

Crop production

Varietal testing

Yield

7

Performance of scented rice variety

Low yield of local variety

T1 = Keteki joha
T2 = Local joha

A

AAU, Jorhat

Crop production

Varietal testing

Yield

8

Management of rhizome rot of ginger using biofor-PF

Severe rhizome rot

T1 = Application of Biofor – PF

A

AAU, Jorhat

Disease management

Bio control

% reduction in infection

9

Management of water hycinth by using Neochetina eicorrnae

Weed problem

T1 = Release of Neochetina eicorrnae

A

AAU, Jorhat

Weed management

Bio control

%  weed control

10

High density banana cultivation (Var Dwarf cavendish)

Improper spacing

T1= 1m x 1.2 m x 2 m
T2 = 1.8 m x 1.8 m

A

AAU, Jorhat

Crop production

Plant geometry

Yield

11

Cultivation of short duration tapioca (Var Sree Vijaya)

Low yield of local variety

T1 = Sree Vijaya
T2 = Local

A

AAU, Jorhat

Crop production

Varietal testing

Yield

12

Integrated Nutrient Management

Imbalanced nutrition

T1 = Organic manure @ 1 t/ ha + 3.5 kg each of Azospirillum and PSB + RP @ 10kg P2O5 / ha + MOP @ 40 kg K2O / ha
T2 = farmers practice

A

AAU, Jorhat

Crop production

Nutrient management and soil health

Yield

13

Chick mortality due to cold stress

Stress

T1 = Heat, nutrient , jubilee will be provided.
T2 = Farmers practice

A

AAU, Jorhat

Meat production

Management

Yield

14

Feeding of jubilee supplement to the pigs (Raw fermented Carbohydrate)

Malnutrition

T1 = Heat, nutrient, jubilee will be provided.
T2 = Farmers practice

A

AAU, Jorhat

Meat production

Management

Yield

15

Strategic management and control programme of mastitis in dairy cows.

Control infection

T1 = Heat, nutrient, jubilee will be provided.
T2 = Farmers practice

A

AAU, Jorhat

Milk
production

Management

Yield

No

Title of
FLDs

Problem
diagnosis

Technology
selected

Assessed (and/ or) Refined earlier (write A or R)

Year of assessment/ refinement

Source of
technology

Year of
release

Production
system

Thematic
area

1

Kharif pulse

Unaware about improved  variety, tech., land prepn.  during kharif

HYV & Prodn. Tech. of kharif green gram

A

2008-09

AAU, Jorhat

Crop Production

Production technology of kharif pulses

2

Kharif  Oilseeds

Unaware about improved variety, tech., land prepn.  during kharif

HYV & Prodn. Tech. of kharif sesamum

A

2008-09

AAU, Jorhat

Crop Production

Production technology of kharif oil seeds

3

Rabi oil seed

Unware about improved var. & tech.

HYV & Prodn. Tech. of rapeseed

A

2008-09

AAU, Jorhat

Crop Production

Production technology of rabi oil seeds

4

Rabi pulses

Unaware about improved var. & tech.

HYV & Prodn. Tech.  pea

A

2008-09

AAU, Jorhat

Crop Production

Production technology of rabi pulses

5

Nutritious food for infants

Improper weaning food

Assam mix

A

2008-09

Home Sc College, AAU, Jorhat

At home level

Developing high nutrient efficiency diet

6

Improved spreading tool

To reduce stress & increase efficiency

Lakhimi

A

2008-09

Home Sc College, AAU, Jorhat

Drudgery reduction technology

No.

Activity

No. of activities proposed

Date/month

Number of participants expected

1

Field days

4

November, February

300

2

Farmers Training

4

September & October

100

3

Media coverage

4

November, February,

General farmers

No

Title of
OFTs

Problem
diagnosis

Technology
Selected

Assessment (and/ or) refinement (write A or R)

Source of
Technology

Production
system

Thematic
area

Performance indicators

1

Irrign. Management in Rapeseed & Mustard

Low yield due to rainfed practice

T1 = 1 Irrign. Of 6 cm depth at flowering stage
T2 = Farmers practice- Rainfed

A

AAU, Jorhat

Crop production

Application of Irrigation water

Yield

2

Irrign. Management in Rapeseed & Mustard

Low yield due to rainfed practice

T1 = 1 Irrign. Of 6 cm depth at flowering stage
T2 = Farmers practice- Rainfed

A

AAU, Jorhat

Crop production

Application of Irrigation water

Yield

3

Irrign. Management in Rapeseed & Mustard

Low yield due to rainfed practice

T1 = 1 Irrign. Of 6 cm depth at flowering stage
T2 = Farmers practice- Rainfed

A

AAU, Jorhat

Crop production

Application of Irrigation water

Yield

4

Irrign. Management in potato

Low yield due to rainfed practice

T1 = 3 irrigations of 4 cm depth each at 25-30, 50-60 & 80-85 days arter emergence
T2 = Farmers practice

A

AAU Jorhat

Crop production

Application of Irrigation water

Yield

5

Irrign. Management in tomato

Low yield due to rainfed practice

T1 = 4 cm  Irrign. At 15-20 days interval
T2 = Farmers practice

A

AAU, Jorhat

Crop production

Application of Irrigation water

Yield

6

Irrign. Management in autumn  rice

Continuous shallow submergence 

T1 = 5 cm irrgn. 3 days after disappearance of ponded water
T2 = Farmers practice continuous shallow submergence

A

AAU, Jorhat

Crop production

Optimization of irrigation water

Yield

7

Irrign. Management in summer rice

Continuous shallow submergence 

T1 = 5 cm irrgn. 3 days after disappearance of ponded water
T2 = Farmers practice continuous shallow submergence

A

AAU, Jorhat

Crop production

Optimization of irrigation water

Yield