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Technical Program 2018-19: Energy Management

Centres



S. No

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No Program Proposed for 2018-19
 

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No Program proposed for 2018-19

 

S.No

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

     1.

                  ANAN/EM/

2017/OS

 

PI & Co-PIs

NK

RVR

MVSB

RK

 

Development and evaluation of  suitable farm implements to low hp (15 HP) tractor

Objectives

  • Design and development of suitable farm Implements and machinery for mini tractor for dry land crops
  • Evaluation of farm implements

Development of

1.   Groundnut Planter

2.   Groundnut Inter cultivation implement

3.   Groundnut PT operated sprayer for groundnut

     4.   Harvesting blade for groundnut

 

S. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.      

ARJIA/EM/

2016/OS

 

PI & Co- PIs

AKK

JKB

 

Feasibility of mechanization and its impact on yield and economics of maize

Objectives:

  • To mechanize various agricultural operations in maize
  • To study resource and energy use efficiency 

Treatments:

A. Farmer practice

B. Mechanization

a. Sowing :

(i) Two row bullock drawn seed cum ferti drill

     (ii)Tractor drawn seed cum ferti drill  

b. Intercultural operation:

(i) Weeding twice by bullock drawn kulfa

(ii) Weeding twice by power weeder

(iii) PE application of atrazine @ 0.5 kg a.i./ha followed by bullock  drawn kulpa

(iv) PE application of atrazine @ 0.5 kg a.i./ha followed by power weeder

(v) PE application of atrazine @ 0.5 kg a.i./ha followed by tractor drawn cultivator

c. Spray of chemical /insecticide/ herbicide:

     (i) Battery operated Knapsack sprayer

     (ii) Tractor operated sprayer

d. Harvesting :

(i) Manually with sickle followed by removing cob

(ii) Single row reaper followed by removing cob

Design: RBD;    Replications-3;  

Plot size:  4.8 m x 30.0 m

 

S. No

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

 

 

No Program proposed for 2018-19

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

VIJA/EM/TN/ CROP/ 2010 -LT/ OS

 

PI & Co-PIs

STH

MSS

VSS

STH

VAG

Low till farming strategies for resource conservation and improving soil quality for sorghum-sunflower yearly rotational system

Objectives

  • To workout the appropriate practices for the success of minimum till systems.
  • To assess the impact of low till systems on crop yields.
  • To study the long term impact of low till systems on soil quality
  • To quantify the energy savings with low till systems

Crop: Sorghum-sunflower

Tillage practices:

T1 : Conventional tillage – CT

T2 : Low till – LT1, 2  harrowing (15 days before   sowing)  + 1 hoeing (45 DAS) + 1 hand weeding       (45 DAS)

T3 : Low till – LT2, 1 harrowing  (15 days before sowing)  + 1  hoeing (45 DAS) + 1  weedicide

Nutrient supply

T: Sunhemp incorporation @ 5 t/ha

T2:  Sunhemp incorporation @ 2.5 t/ha +  50% RDN through fertilizer + RD of  P/K 

T3:100% RDN through fertilizer + RD of  P/K

T4: Farmers’ practice

T5: Farmers’ practice + sunhemp  green manuring

Design: Split plot, Replications- 3 

2.

VIJA/EM/

CROP/2016/

OS

 

PI & Co-PIs

UMM

MSS

RB

Performance and economic evaluation of farm machinery used for production of pigeonpea

Objectives: 

  • To evaluate the timeliness and precision of farm implement used for mechanized cultivation of pigeonpea
  • To determine the energy use efficiency
  • To workout the economic under mechanized cultivation of pigeonpea

Crop : Pigeonpea

Treatments:

T1 : Farmers’ practice

T2:Total mechanization

 

 

S. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No Program proposed for 2018-19

 

Sl. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No Program proposed for 2018-19

 

S. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

 

 

No |Program Proposed for 2018-19

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

INDO/EM/

TN/1999/OS

 

PI & Co-PIs

BS

DHR

DVB

AU

Tillage and nutrient management for rainfed soybean in Malwa region

Objectives :

  • To work out appropriate practices for the success of minimum till system
  • To assess the impact of low till system on crop yields
  • To study long term impacts of low till systems on soil quality
  • To quantify the energy savings with low till system

Crop :  Soybean

Treatments :

T1: CT + RF (- OT) + HW

T2: CT + RF (+ OT) + HW

T3: LT + 4 t/ha straw + HW

T4: LT + 4 t/ha straw + Hb

T5: LT + 4 t/ha compost + HW

T6: LT + 4 t/ha compost + Hb

T7: LT + 2 t/ha Glyricidia green leaf  + Hb

T8: LT + 2 t/ha Glyricidia green leaf + HW

Design: RBD    ;    Replications-3

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

 

JPUR/EM/

2016/OS

 

PI & Co-PIs

AP

TC

AKS

 

Evaluation of  bullock drawn implements for interculture/weed management in rainfed  kharif    crops under midland/lowland situation

Objectives: 

  • To evaluate different implements in rice
  • To assess effect of different treatments on EUE, RWUE and economics

Crop: Rice

Treatments :

T1:Running of country in between rows of rice at 25 DAS

T2:Running of Ambika paddy weeder in between rows of rice at 25 DAS

T3:Manual removal of weeds at 25 DAS 

T4:Biasi (Beushening) at 25 DAS

T5:Control (No method adopted)

Design : RBD ; Replications-4

Plot size : 10m x 5m; Spacing : 25 cm x 8 c m

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

PARB/EM/

TN/2011/OS

 

PI & Co-PIs

MSP

BVA

GRH

Tillage and nutrient management for cotton + soybean intercropping system

Objectives:

  • To assess the impact of low tillage system and nutrient management on crop yield   
  • To study long term effect of tillage and nutrients on crop yield and physical properties of soil 

Crops: Bt. cotton + soybean  (MAUS-71)

Treatments :

A  Tillage

T1 : Conventional tillage

T2 : Reduced tillage + interculture

T3 : Reduced tillage + herbicide + interculture

B    Nutrient management

N1: FYM @ 5 t/ha

N2: Vermicompost @ 3 t/ha

N3: FYM @ 2.5 t/ha

N4: 50% RDF+ vermicompost @ 1.5 t/ha

N5: 100% RDF (inorganic) 

Design:  Split plot;    Replications-3

2.

PARB/EM/

2016/OS

 

PI & Co-PIs

MSP

BVA

GRH

Effect of mechanization on productivity and economics of soybean-chickpea sequence

Objective:

To study the effect of mechanization on productivity and economics of soybean-chickpea sequence

Treatments:

Main plot

T1 : Fully mechanisation

T2 : Partial mechanisation

T3 : No mechanisation

Sub plot

S1 : BBF

S2 : Ridges and furrow

S3 : Flat

Design : Split plot;  Replications-3

 

S.No

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No program proposed for 2018-19

 

S. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

RAKH/EM

/TN/2000/OS

 

PI & Co-PIs

HKD

APS

 VA

Tillage and nutrient management for resource conservation and improving soil quality

Objectives:

To assess the impact of low till system and nutrient management on crop yield

To study the long term changes in soil chemical and physical parameters and their effect on crop productivity and sustainability

To quantify the energy saving with low till system 

Crops: Maize-wheat

Treatments :

A  Tillage

T1: Conventional tillage + interculture

T2: Low tillage + interculture

T3: Low tillage + herbicide + interculture

B Fertilizer

T1: 100% N (organic)

T2: 50% N (organic) + 50% N (inorganic)

T3: 100% N (inorganic)

Design: Split plot  ;  Replications-3

 

S.No.

  Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

    No program proposed for 2018-19

 

S. No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

 

 

No program proposed for 2018-19

 

S.No.

Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1.

SOLA/EM/

SORG/2013-LT/OS

 

PI & Co-PIs

NBM

VMA

Effect of tillage and residue retention for resource conservation in improving soil quality and productivity of black gram-rabi sorghum sequence on Inceptisol

Objectives:

To develop conservation agricultural practices for crop sequence under dryland condition.

To study the effect of conservation agricultural practices   on productivity of crop sequence.

To quantify the resource use and impact of conservation    agricultural practices on soil physical, chemical and   biological properties. 

Cropping system  : Blackgram – rabi sorghum (rotation)

Tillage management (main treatment)

T1: Conventional tillage (CT)

T2: Reduced tillage (RT) 

T3: Zero tillage (ZT)

Residue management (sub treatment)

S1: Kharif fallow (no crop residue) + RDF to rabi sorghum (50:25 N: P2O5/ ha)

S2: Harvest blackgram above ground level at flowering for surface application as a green lopping + (0:50 kg N: P2O5/ha + PSB + Rhizobium seed treatment in blackgram and 37.5 kg N + 0 kg P2O5/ha + Azetobcter + PSB seed treatment in rabi sorghum)

S3: Harvest of blackgram above ground level for grain (only root biomass retention) + (19:37.5 N:P2O5 +Kg/ha to black gram +PSB+ Rhizobium seed treatment and 37.5:19 kg N:P2O5/ ha  to rabi sorghum + PSB + Azetobacter seed treatment) 

Design : Split-plot  ;  Replication–3

 

S.

No.

  Code

Title/Objectives/ Crop/Treatments/ Observations/Analysis

1

VARA/EM/ 1999/OS

 

PI & Co-PIs

AKN

ND

JPS

Tillage and nutrient management for resource conservation and improving soil quality

Objectives:

  • To assess the effect of tillage and nutrients on crop yield
  • To assess the long term effect of tillage and nutrient on soil fertility

Crops:  Rice-lentil

Treatments:

Bunding

B1: Bunding       

B2: without bunding

Tillage

T1: Conventional tillage (2 disc  harrowings + 1 cultivator) +  weed control + interculture

T2:Minimum tillage (1 disc harrowing + one cultivator + weed  control + interculture)

T3: Low tillage  (criss - cross  cultivation) + weed  control +  interculture)

Fertilizer

F1: 100% N (organic)    

F2: 50% N (organic) + 50% N (inorganic)

F3: 100%  (inorganic)

Design: Split plot; Replications:3

 

         

 

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