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Technical Program 2019-20: Cropping System

Centres



Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

ARJIA/CS/

CROPS/KH/

2015

 

PI & Co- PIs

JKB

AKK

RPM

Evaluation of maize based strip cropping system under dryland conditions

Objectives:

  • To find out suitable strip cropping system under dryland conditions
  • To find out economically viable cropping system

 

Crops: Maize, blackgram, fodder sorghum and maize (Pusa Chari)

Treatments:

T1:  Maize (2/3 area) + fodder sorghum (1/3 area)

T2:  Maize (2/3 area) + fodder maize (1/3 area)

T3:  Black gram (2/3 area) + fodder sorghum (1/3 area)

T4:  Black gram (2/3 area) + fodder maize (1/3 area)

T5:  Blackgram + fodder maize (2:2) intercropping

T6:  Blackgram  + fodder sorghum (2:2) intercropping

T7:  Farmer's practice (Higher seed rate of maize with spacing at 45 cm)

Design: RBD;  Replications: 3

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1

BS/CS/ICS/

2019/OS

 

PI & Co-PIs

AK

PSS

AY

MJS

 

Studies on strip intercropping in maize and blackgram under dryland conditions

Objectives:

  • To determine the optimum width for strip intercropping  maize and blackgram
  • To study the competition indices between crops
  • To measure the growth, yield attributes and yield of intercrops and sole crops
  • To arrive at economically viable strip cropping system

Crops: Maize and blackgram

Treatments:

T1: Maize 3 m strip and blackgram 2.4 m strip

T2: Maize 6 m strip and blackgram 2.4 m strip

T3: Maize 3 m strip and blackgram 4.8 m strip

T4: Maize 6 m strip and blackgram 4.8 m strip

T5: Sole maize at 60 cm x 20 cm

T6: Sole blackgram at 30 cm x 10 cm

Design: RBD; Replications: 4

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

VIJA/CS/2018/OS

 

PI & Co-PIs

VSS

SBP

GRR

MSS

UMM

Identification of suitable land management units and nutrient management for optimizing chickpea yield in Koulagi watershed

Objectives:

  • To assess the productivity of chickpea in different land management units (LMU’s)
  • To determine the nutrient requirement of chickpea under different LMU’s
  • To work out the nutrient balance under different LMU’s

Crop: Chickpea

Treatments:

Main plot: Land management units (LMU’s)

T1:LMU 1

T2:LMU 3

T3:LMU 5

T4:LMU 7

Sub plots: Nutrient management

T1:Farmers practice (25:35:0 NPK kg/ha)

T2:25:50:0 NPK kg/ha (RDF)

T3: 37.5:75: 0 NPK kg/ha (150% RDF)

Design : Split plot; Replications: 3

2.

VIJA/CS/2019/OS

 

PI & Co-PIs

VSS

UMM

SBP

MSS

GRR

Response of  pigeonpea genotypes to land configuration

Objectives:

  • To find out the land configuration for moisture conservation to pigeonpea
  • To find out the genotype suitable for late sown condition

Crop: Pigeonpea

Treatments:

Main plot : Land configuration

 T1: BBF

 T2: Conservation furrow

 T3: Flat bed

Sub plot : Genotypes

 G1: TS 3R

 G2: GRG 152

Design: Split plot; Replications: 4

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

BNCA/CS/IC/

2016/OS

 

PI & Co-PIs

NB

PKS

PB

AS

PN

RK

 

Rajmah  based intercropping system with rabi  crops under rainfed upland condition

Objectives:

  • To study feasibility of growing  different rabi  crops as intercrops  with rajmah
  • To study yield and income under intercropping systems
  • To calculate the efficiency of intercropping systems

 

Crops: Rrajmah, toria, linseed, lentil, buckwheat

Treatments:

T1:  Sole rajmah

T2:  Sole toria

T3:  Sole linseed

T4:  Sole lentil

T5:  Sole buckwheat

T6:  Rajmah + toria (1:1)

T7:  Rajmah + linseed (1:1)

T8:  Rajmah + lentil (1:1)

T9:  Rajmah + buckwheat (1:1)

T10: Rajmah + toria (2:1)

T11: Rajmah + linseed (2:1)

T12: Rajmah + lentil (2:1)

T13: Rajmah + buckwheat (2:1)

Design: RBD;  Replications :3

2.

BNCA/CS/IC/

2016/OS

 

PI & Co-PIs

NB

PKS

PB

AS

PN

RK

 

To study the maize based triple cropping systems under rainfed upland situations

Objectives:

  • To study feasibility of maize based in suitable cropping systems
  • To study productivity and income of each system
  • To work out soil nutrient status before and after each cropping

Crops: Maize, blackgram, greengram,  toria, linseed,

Rajmah, niger, buckwheat

Treatments:

T1: Maize+ blackgram-toria-greengram

T2: Maize+ blackgram-linseed-greengram

T3: Maize+ blackgram-buckwheat-greengram

T4: Maize+ blackgram-niger-greengram

T5: Maize+ blackgram-rajmah-greengram

T6: Maize+ blackgram-potato-greengram

T7: Maize+ greengram-toria-blackgram

T8: Maize+ greengram-linseed-blackgram

T9: Maize+ greengram-buckwheat-blackgram

T10: Maize+ greengram-niger-blackgram

T11: Maize+ greengram-rajmah-blackgram

T12: Maize+ greengram-potato-blackgram

Design: RBD;   Replications :3

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

FAIZ/ CS/ Crops/2016/OS

 

PI & Co-PIs

RK

NK

HCS

Production potential of rice-based cropping sequences under rainfed condition

Objectives:

  • To study the production potential of various rice-based cropping systems
  • To assess the economics of different cropping systems

Crops: Rice, wheat, chickpea, fieldpea, lentil

Treatments:

Kharif- Rice

Rabi-Wheat, barley, chickpea, fieldpea, lentil, mustard, linseed, safflower

Design: RBD; Replications: 3

 

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

INDO/CS/

2018 /OS

 

PI & Co-PIs

DVB

DHR

MLJ

BS

Evaluation of double cropping systems in rainfed Vertisols

Objectives :

  • To study the most suitable cropping sequence under rainfed condition
  • To work out the economics of different cropping sequences

Crops: Soybean, maize, blackgram chickpea, mustard

Treatments:

  1. Rainfed condition : 
  2. T1: Soybean-chickpea-mustard/toria-safflower
  3. T2: Maize-chickpea-mustard/toria-safflower

T3: Blackgram-chickpea-mustard/toria-safflower

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

PARB/CS/SC/2018/OS

 

PI & Co-PIs

MSP

WN

BVA

GRH

Evaluation of soybean + pigeonpea strip cropping for mechanical harvesting

Objectives:

  • To study the various strip cropping  for soybean  and pigeonpea  crops
  • To find out suitable ratio for soybean and pigeonpea strip cropping
  • 3. To study the economic  feasibility of the treatments

Crops: Soybean, pigeonpea

Treatments:

T1: Soybean sole

T2: Pigeonpea sole

T3: Soybean + pigeonpea strip of 3.6 m each (8 & 4 rows/strip)

T4: Soybean + pigeonpea strip of 5.4 m each  (12 & 9 rows/strip)

T5: Soybean + pigeonpea strip of 7.2 m each  (16 & 8 rows/strip)

T6: Soybean + pigeonpea strip of 10.8 m each  (24 & 12 rows/strip)

T7: Soybean + pigeonpea strip of 14.4 m each  (32 & 16 rows/strip

Design: RBD;  Replications: 3

 

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1

RAKH/CS/

CROP/2016/ OS

 

PI & Co-PIs

APS

JK

APR

BS

 

Evaluation of maize based intercropping systems

Objectives:

  • To study maize based intercropping system in terms of productivity and resource utilization
  • To find out the relative economics of different intercropping systems

 

Crops: Maize, cowpea, okra, cucumber, blackgram

Treatments :

T1: Maize

T2: Cowpea

T3: Okra

T4: Cucumber

T5: Blackgram

T6: Maize + cowpea (1:1)

T7: Maize + okra (1:1)

T8: Maize + cucumber (1:1)

T9: Maize + blackgram (1:1)

Design: RBD; Replications: 3

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

REWA/CS/

2018/OS

 

PI & Co-PIs

NKK

SMK

DPD

Performance of pigeonpea based intercropping systems under rainfed condition

Objectives:

  • To optimize the productivity and economics of pigeonpea based intercropping systems
  • To assess the economics of different inter cropping systems

 

Crops: Pigeonpea, soybean, greengram,

           blackgram, sesame

Treatments:

T1: Pigeonpea + soybean (1:1)

T2: Pigeonpea + soybean (1:2)

T3: Pigeonpea + greengram (1:1)

T4: Pigeonpea + greengram (1:2)

T5: Pigeonpea + blackgram (1:1)

T6: Pigeonpea + blackgram (1:2)

T7: Pigeonpea + sesame (1:1)

T8: Pigeonpea + sesame (1:2)

T9: Pigeonpea sole

Design: RBD;    Replications:  3

 

Sl. No

Code/Year of start /

PI & Co-PI

Title/Objectives

Crops / Treatments

1.

SOLA/CS/

ICS/2017/OS

 

PI & Co-PIs

RMG

VMA

NBM

SKU

TSB

Evaluation of sorghum + cowpea (fodder) strip cropping systems

Objectives

  • To introduce sustainable cropping system including fodder in the sorghum mono-cropped area in the rabi sorghum base production system
  • To minimize the risk and increase the productivity per unit of land
  • To study the economics of cropping system

Crops: sorghum + fodder cowpea

Treatments:

T1: Sole sorghum (Phule vasudha)

T2: Sole cowpea (Sweta) -fodder

T3: Sorghum + cowpea (2:4) at 45 cm row spacing

T4: Sorghum + cowpea (2:6) at 30 cm row spacing

T5: Sorghum + cowpea (3:3) at 45 cm row spacing

T6: Sorghum + cowpea(4:4) at 30 cm row spacing

T7: Sorghum + cowpea  (6:6) at 45 cm row spacing

T8: Sorghum + cowpea  (2:1) at 45 cm row spacing

T9: Sorghum + cowpea  (2:1) at 30 cm row spacing

Design: RBD;    Replication: 3

2.

SOLA/CS/

ICS/2015/OS

 

PI & Co-PIs

RMG

VMA

NMB

SKU

TSB

Pigeonpea based fodder systems for kharif under dryland conditions

Objectives:

  • To identify suitable green fodder crops for intercropping in
  • To study the economics of  pigeonpea base intercropping  systems

 

 

Crops: Pigeonpea (Vipula), Sorghum: Phule/   Amruta /Godhan /Ruchira,

             Cowpea: Sweta; Bajra:Giantbajra,

Maize: African Tall

Treatments :

T1: Pigeonpea + sorghum fodder (1:3)

T2: Pigeonpea + cowpea fodder (1:3)

T3: Pigeonpea + bajra fodder (1:3)

T4: Pigeonpea + maize fodder (1:3)

T5: Sole pigeonpea 

T7: Sole sorghum fodder

T8: Sole cow pea fodder

T9: Sole bajra fodder

T10: Sole maize fodder

Design: RBD;   Replications: 3

 

 

 

 

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