Field ID |
Name of the scientist |
Project Title |
Activity Name |
PI & Co-PI |
Variety |
Major Traits |
Experimantal Layout |
Method of crop establishment |
B1a |
J. MEHER |
Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Evaluation of AVT 1-IM and AVT 2-IM entries of AICRIP and evaluation of F2 breeding materials |
J.Meher, Reshmi Raj |
16 entries of AVT 2-IM and 24 entries of AVT 1- IM , 24 F2 population |
Grain yield, Duration, major abiotic stress natural incidence |
R.B.D |
Manual Transplanting |
B2a |
JL KATARA |
EAP-245-National Innovations in Climate Resilient Agriculture (NICRA)-Drought |
Advanced backcross breeding Lines derived from Lalat MAS/CR Dhan 801, CR Dhan 310/CR Dhan 801 and Advanced breeding Lines CRMS31B x CRL-23R |
PI & Co-PI: Dr. P. Bhattacharyya & Dr. J.L. Katara |
Advance breeding lines |
Yield and Drought |
Augmented Designs |
Direct Seeded Rice (Manual) |
B3a |
SUTAPA SARKAR |
AICRP |
Evaluation of entries under IVT-Coloured rice TrialA & AVT2-MS Trial |
PI: S. Samantaray; Co-PI: Sutapa Sarkar |
IVT-Coloured rice Trial Entries: 35, Replications: 02 Local Check: Chakhao, AVT2-MS Trial entries : 14 |
Grain Pigmentation & Medium slender grain type |
R.B.D |
Manual Transplanting |
B4a |
JL KATARA |
1. EAP-357, Identification of genomic region(s) for 21 days submergence tolerance in rice (Oryza sativa L) using Sequence based trait mapping approach. 2. EAP-364, Improving vegetative stage drought tolerance by integrating Genomic selection, GWAS and QTL mapping in rice (Oryza sativa L) |
1. Advanced backcross breeding lines of Pratikshya/ Swarna Sub1, Pooja/ Swarna Sub1. 2. Multiplication of Mapping populations RILs (for 21 days submergence), DHs and a set of 3K rice panel (for vegetative stage drought) |
PI : Dr. J.L. Katara |
Advance breeding lines, Mapping populations |
Submergence, drought and yield |
Augmented Designs |
Transplanted rice |
B5a |
P SANGHAMITRA |
Project no. 1.6 Gene mapping and precision breeding for enhancing climate resilience in low land rice |
Seed multiplication of variety |
PI-Dr.S.K.Dash,Co-PI: P Sanghamitra |
CR Dhan 601, CR Dhan 603, CR Dhan 100, CR Dhan 102 |
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|
Manual Transplanting |
B6a |
P SANGHAMITRA |
Project no. 1.6 Gene mapping and precision breeding for enhancing climate resilience in low land rice |
Seed multiplication of variety |
PI-Dr.S.K.Dash,Co-PI: P Sanghamitra |
CR Dhan 601, CR Dhan 603, CR Dhan 100, CR Dhan 102 |
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|
Manual Transplanting |
B7a |
K. CHATTOPADHAYA |
Project code-1.7. Genetic Enhancement for Multiple Stress Tolerance in Rice for Coastal Ecosystem |
a. Advancenment of elite breeding lines for wet season for coastal saline areas
b. Advancement of mapping population for salt and waterlogging tolerance and identification of QTLs |
K. Chattopadhyay (PI), BC Marndi, K. Chakraborty, LK Bose, A. Poonam, KA Molla |
|
|
Observational strip- 540 genotypes
Rank-1- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-2- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-3- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-4- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-5- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-6- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines) |
Manual Transplanting |
B8a |
J. MEHER |
1.4 Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Evaluation cum multiplication of promising (fixed) breeding lines of NUE |
J.Meher, Reshmi Raj, C. Parameswaran, RP Sah |
17 |
Grain yield, Duration and major biotic stress as natural incidence |
Strip plot |
Direct Seeded Rice (Manual) |
B9a |
J. MEHER |
1.4 Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Evaluation of advance breeding lines of NUE at moderate dose of N (40 kg N /ha) |
J.Meher, Reshmi Raj, C. Parameswaran, RP Sah |
120 |
Grain yield under moderate N level, Duration |
Strip plot |
Direct Seeded Rice (Manual) |
B10a |
BC MARNDI |
AProject code- GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Demonstration of Salinity tolerant varieties |
K Chattopadhyay, BC Marndi, Annie Poonam |
Luna Barial, Luna Suvarna, Luna Sampad, Luna Sankhi |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B11a |
SD MOHAPATRA |
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|
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|
B12a |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Development of breeding lines with superior grain quaality |
PI: S. Sarkar, Co- PI: M.Chakraborti, J.Meher, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar |
Breeding lines |
Aroma. grain type, antioxidant |
No specific design |
Manual Transplanting |
B13a |
P. BHATTACHARYA |
|
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B14a |
P. BHATTACHARYA |
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|
B15a |
L BEHERA |
a) Incentivizing-Rice yield under low light (EAP-198 B); b) Development of novel genomic resources for rice improvement (1.11) |
Generation Advancement of mapping populations for fine mapping of QTLs/ genes associated with BPH resistance, Generation advancement of mapping populations tolerance to lodging and low light and Seed increase of GWAS panel genotypes for heat and low light tolerance.
|
a) EAP198B:L Behera, MJ Baig, Awadhesh Kumar, S Samantaray, Devanna, RP Sah, Anil Kumar C, Resmi Raj KK; b) 1.11: LBehera, Devanna, C Parameswaran, RP Sah, Md Azharudheen TP, M Chakraborti, J Meher, GP Pandi, S. Raghu, P Hanjagi, A Kumar, SK Dash,MK Kar, HN Subudhi, Anilkumar C |
Mapping populations, Association panel genotypes |
Yield and related traits, strong culm traits and BPH resistance |
Generation advancement through Single-seed-descent method |
Single plant transplanting |
B16a |
L BEHERA |
a) Incentivizing-Rice yield under low light (EAP-198 B); b) Development of novel genomic resources for rice improvement (1.11) |
Generation Advancement of mapping populations for fine mapping of QTLs/ genes associated with BPH resistance, Generation advancement of mapping populations tolerance to lodging and low light and Seed increase of GWAS panel genotypes for heat and low light tolerance.
|
a) EAP198B:L Behera, MJ Baig, Awadhesh Kumar, S Samantaray, Devanna, RP Sah, Anil Kumar C, Resmi Raj KK; b) 1.11: LBehera, Devanna, C Parameswaran, RP Sah, Md Azharudheen TP, M Chakraborti, J Meher, GP Pandi, S. Raghu, P Hanjagi, A Kumar, SK Dash,MK Kar, HN Subudhi, Anilkumar C |
Mapping populations, Association panel genotypes |
Yield and related traits, strong culm traits and BPH resistance |
Generation advancement through Single-seed-descent method |
Single plant transplanting |
B1b |
K. CHATTOPADHAYA |
Project code-EAP-197. CRP in Biofortification in selected crops for nutritional security |
Maintenance and multiplication of biofortified and high yielding rice varieties |
PI: K Chattopadhyay, Co-Pis: S. Samantaray, TB Bagchi, LK Bose, A. Kumar, M. Chakraborty, N. Basak, A. Poonam, BC Marndi, S. Sarkar, D. Bhaduri |
SWARNA, IR-64, NAVEEN, CR DHAN-331, CR DHAN-311, CR DHAN-310, CR DHAN-315, CR DHAN-411 |
Grain protein, zinc, yield in irrigared condition |
Rank-1- SWARNA, IR-64, NAVEEN (66 LINES)
Rank-2- CR DHAN- 331 (196 LINES)
Rank-3- CR DHAN- 311 (196 LINES)
Rank-4- CR DHAN- 310 (196 LINES)
Rank-5- CR DHAN- 315 (196 LINES)
Rank-6- CR DHAN- 411 (196 LINES) |
Direct Seeded Rice |
B2b |
L BEHERA |
Project code- 1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Generation advancement of wide cross derivative lines (BC2F4) |
L. K. Bose and SK Dash, MK Kar, J Meher, HN Subudhi, S Sarkar, L Behera, JL Katara, Parameswaran C, Devanna, Anilkumar C, RL Verma, LK Bose, S Roy, SD Mohapatra, P Swain, A Banerjee |
BC2F4 lines of wide cross |
Yield and yield related traits |
Segregating populations-un-replicated |
Manual Transplanting |
B3b |
SUTAPA SARKAR |
AICRIP |
Evaluation of entries in IVT-MS trial |
PI: S.Samantaray, Co-PI: S.Sarkar |
No. of entries: 64
Replications: 02
Local Check: CR Dhan 910 |
Medium slender grain type |
Lattice |
Manual Transplanting |
B4b |
ANIL C |
AICRIP (Rainfed) |
AVT1 and AVT2 ETP trials |
Anilkumar C (Co-PI) |
46 new entries |
Yield performance |
RCBD with three replications |
Manual Transplanting |
B5b |
LK BOSE |
Project code- EAP-326.Accelerated genetic gain in rice (AGGRI- Alliance) |
Yield trial of TMeLS-I EST007 S1 |
S K Dash, LK Bose, N P Mandal, K Chattopadhyay, S Roy, R P Sah |
Mid early trial 189 entries |
Yield and yield atributes |
Alpha lattice with two replications |
Manual Transplanting |
B6b |
LK BOSE |
Project code- EAP-326.Accelerated genetic gain in rice (AGGRI- Alliance) |
Yield trial of TMeLS-I EST007 S1 |
S K Dash, LK Bose, N P Mandal, K Chattopadhyay, S Roy, R P Sah |
Mid early trial 189 entries |
Yield and yield atributes |
Alpha lattice with two replications |
Manual Transplanting |
B7b |
K. CHATTOPADHAYA |
IP-1.7. Genetic Enhancement for Multiple Stress Tolerance in Rice for Coastal Ecosystem
EAP 245: NICRA |
a. Advancenment of elite breeding lines for wet season for coastal saline areas
b. Advancement of mapping population for salt and waterlogging tolerance and identification of QTLs |
IP 1.7. K. Chattopadhyay (PI), BC Marndi, K. Chakraborty, LK Bose, A. Poonam, KA Molla
NICRA: K Chattopadhyay, K Chakraborty |
|
Salinity, submergence, osmotic stress, anaerobic germination |
Rank-1- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-2- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-3- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-4- Coastal salinity breeding lines (F6-F9)(90 genotypes X 2 lines)
Rank-5- RIL- MP-11 (Savitri/ AC39416a) (180 X 1 lines)
Rank-6- RIL- MP-11 (Savitri/ AC39416a) (45 X 1 lines) and
SUBMERGENCE tolerant SINGLE LINES (F3-F6)- 60 x 2 lines |
TRANSPLANTING, D/S-04.07.23, D/P-01.08.23 |
B8b |
J MEHER |
1.4 Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Evaluation of F2 populations for selection at moderate N level (40 kg N/ha) of various NUE, irrigated and aromatic crosses. |
J.Meher, Reshmi Raj, C. Parameswaran, RP Sah |
60 |
Grain yield, NUE, better grain type and aromatic traits |
Strp plot |
Manual Transplanting |
B9b |
J MEHER |
1.4 Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Evaluation of F2 populations for selection at moderate N level (40 kg N/ha) of various NUE, irrigated and aromatic crosses. |
J.Meher, Reshmi Raj, C. Parameswaran, RP Sah |
40 |
Grain yield, NUE, better grain type and aromatic traits |
Strp plot |
Manual Transplanting |
B10b |
MK KAR |
Project code-1.3 Pre-breeding for broadening the genetic base of rice by utilizing wild species of Oryza. |
Seed multiplication of fixed breeding lines for nominating to AICRIP trials |
PI: M.K. Kar, Co PI: M. Chakraborti |
Elite breeding lines nominated in AICRIP |
Higher yield, Brown Plant Hopper resistance, Bacterial Blight Resistance, Submergence tolerance |
No specific design |
Direct Seeded Rice |
B11b |
SD MOHAPATRA |
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|
B12b |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Development of breeding lines with superior grain quaality |
PI: S. Sarkar, Co- PI: M.Chakraborti, J.Meher, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar |
Breeding lines |
Aroma. grain type, grain pigmentation, antioxidants |
No specific design |
Transplanted |
B13b |
P. BHATTACHARYA |
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B14b |
P. BHATTACHARYA |
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B15b |
L BEHERA |
Project code- EAP-198 B.Incentivizing-Rice yield under low light |
Phenotyping RIL population under low light and normal light conditions, Generation advancement of BC2F2 mapping population of the cross between CR Dhan 310 and TRB468 for identification of QTLs for strong culm traits, and Deciphering the mechanisms behind the high-yielding ability of low light-tolerant rice genotypes. |
EAP198B:L Behera, MJ Baig, Awadhesh Kumar, S Samantaray, Devanna, RP Sah, Anil Kumar C, Resmi Raj KK |
Mapping populations, and advance breeding lines |
Yield and related traits under low and normal light conditions, and strong culm traits |
Alpha Latice Design with two replications and Generation advancement through Single-seed-descent method |
Single plant transplanting |
B16b |
L BEHERA |
Project code- EAP-198 B.Incentivizing-Rice yield under low light |
Phenotyping RIL population under low light and normal light conditions, Generation advancement of BC2F2 mapping population of the cross between CR Dhan 310 and TRB468 for identification of QTLs for strong culm traits, and Deciphering the mechanisms behind the high-yielding ability of low light-tolerant rice genotypes. |
EAP198B:L Behera, MJ Baig, Awadhesh Kumar, S Samantaray, Devanna, RP Sah, Anil Kumar C, Resmi Raj KK |
Mapping populations, and advance breeding lines |
Yield and related traits under low and normal light conditions, and strong culm traits |
Alpha Latice Design with two replications and Generation advancement through Single-seed-descent method |
Single plant transplanting |
B1c |
S K DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Evaluation of Advance generation fixed lines in medium duration for DSR condition |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
48 Fixed NGR lines |
Yield, plant type, Quality and disease resistance |
Complete Randomised Block Design, 48 genotypes, 2 replications |
Direct Seeded rice |
B2c |
S K DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Evaluation of Advance generation fixed lines in medium duration for DSR condition |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
42 Fixed lines |
Yield, plant type, Quality and disease resistance |
Complete Randomised Block Design, 42 genotypes, 2 replications |
Transplanted |
B3c |
L BEHERA |
Mainstreaming rice landraces diversity in varietal development through genome-wide association studies: A model for large-scale utilization of gene bank collections of rice. |
Genetic characterization of rice landraces and development of core set. |
PI: Dr. L. Behera, Co PI: K Chakraborty, MK Bag, PKS Hanjagi,
AK Mukherjee, JL Katara, BC Marndi, Devanna,
A Banerjee, Somnath Roy, Gaurav Kumar and Annamalai M |
Landraces |
Yield and related traits |
Augmented Block Design |
Manual single plant transplanting |
B4c |
ANIL C |
AICRIP (Rainfed) |
IVT ETP trial |
Anilkumar C (Co-PI) |
64 new entries |
Yield performance |
RCBD with three replications |
Manual transplanting |
B5c |
S K DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
162 segregating lines |
Yield, plant type, Quality and disease resistance |
|
Manual Transplanting |
B6c |
S K DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Evaluation of Tropical japonica lines with WC genes |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
103 lines |
Yield, plant type, Quality and disease resistance |
Augmented design |
Manual Transplanting |
B7c |
K. CHATTOPADHAYA |
Project code-EAP-245. NICRA |
a. Advancenment of elite breeding lines for wet season for coastal saline areas |
K Chattopadhyay, K Chakraborty |
|
Salinity, submergence, stagnant flooding |
Observational strip - 438 genotypes
Rank-1- F3-F4 BREEDING LINES (73 X 3 lines)
Rank-2- F3-F4 BREEDING LINES (73 X 3 lines)
Rank-3- F3-F4 BREEDING LINES (73 X 3 lines)
Rank-4- F3 -F4 BREEDING LINES (73 X 3 lines)
Rank-5- F3-F4 BREEDING LINES (73 X 3 lines)
Rank-6- F3-F4 BREEDING LINES (73 X 3 lines) |
Manual Transplanting |
B8c |
L BEHERA |
Development of superior haplotype based near isogenic lines (Haplo-NILs) for enhanced genetic gain in rice. |
Haplotype-based backcross breeding to transfer the superior haplotypes from landraces into elite backgrounds (Fe, BPH, and submergence). |
PI: Dr. L. Behera , Co-PI: K Chakraborty, GP Pandi, N Basak and Devanna |
Haplo-NILs, Mapping populations |
Zn, Fe and Submergence |
Augmented Block Design, Single-seed-descent |
Manual single plant transplanting |
B9c |
K. CHATTOPADHAYA |
Project code-EAP-197. CRP in Biofortification in selected crops for nutritional security |
Mapping for grain quality traits |
PI: K Chattopadhyay, Co-Pis: S. Samantaray, TB Bagchi, LK Bose, A. Kumar, M. Chakraborty, N. Basak, A. Poonam, BC Marndi, S. Sarkar, D. Bhaduri |
|
Salinity, grain protein, zinc, stagnant flooding |
Mapping population- 14
Rank-1- MP BULK - 5 (40 lines each)
Rank-2- MP BULK- 5 (40 lines each)
Rank-3- MP BULK - 4 (40 lines each) Advanced breeding lines (Bulk)-1 (40 lines)
Rank-4-Advanced breeding lines (Bulk)- 3 |
Direct Seeded Rice |
B10c |
MK KAR |
Project code-1.3 Pre-breeding for broadening the genetic base of rice by utilizing wild species of Oryza. |
Evaluation of pre-breeding lines and advanced breeding materials under DSR condition |
PI: M.K. Kar, Co PI: M. Chakraborti, L.K. Bose, A.K. Mukherjee, G.P. Pandi |
Elite breeding lines and segregating populations |
Brown Plant Hopper resistance, Bacterial Blight Resistance, Lodging resistance and Submergence tolerance |
Contgious control design |
Direct Seeded Rice |
B11c |
MK KAR |
Project code-1.3 Pre-breeding for broadening the genetic base of rice by utilizing wild species of Oryza. |
Evaluation of pre-breeding lines and advanced breeding materials under DSR condition |
PI: M.K. Kar, Co PI: M. Chakraborti, L.K. Bose, A.K. Mukherjee, G.P. Pandi |
Elite breeding lines and segregating populations |
Brown Plant Hopper resistance, Bacterial Blight Resistance, Lodging resistance and Submergence tolerance |
Contgious control design |
Direct Seeded Rice |
B12c |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Development of breeding lines with superior grain quaality |
PI: S. Sarkar, Co- PI: M.Chakraborti, J.Meher, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar |
Breeding lines |
Aroma. grain type |
No specific design |
Manual Transplanting |
B13c |
S LENKA |
3.1 Identification and characterization of donors against biotic stresses |
Screening of germplasm (NRRI Released varieties/Breeding lines/NGR lines/ARCs/AICRIP entries (NHSN)/for Rainfed uplands) for resistance to sheath blight disease in rice (Rhizoctonia solani Kuhn) |
Dr.M.K.Bag and Drs.P.C.Rath, A.K.Mukherjee, S.D.Mohapatra, S.Mondal, S.Lenka, G Pirasana Pandi G, N.K.B Patil, Basana Gowda G, A.Banerjee, Annamalai M, Raghu S, Prabhukarthikeyan SR, MS Baite, Keerthana U, Prasanthi G, Rupak Jena, Jeevan B |
NRRI Released varieties/Breeding lines/NGR lines/ARCs/AICRIP entries (NHSN)/for Rainfed uplands with taking of susceptible check Tapaswini |
Sheath blight disease |
|
Manual Transplanting |
B14c |
S LENKA |
3.1 Identification and characterization of donors against biotic stresses |
Screening of germplasm (Newly released NRRI Varieties/NGR lines/AICRIP entries (NSN-1/NHSN/NSN-H) for resistance to sheath blight disease in rice (Rhizoctonia solani Kuhn) |
Dr.M.K.Bag and Drs.P.C.Rath, A.K.Mukherjee, S.D.Mohapatra, S.Mondal, S.Lenka, G Pirasana Pandi G, N.K.B Patil, Basana Gowda G, A.Banerjee, Annamalai M, Raghu S, Prabhukarthikeyan SR, MS Baite, Keerthana U, Prasanthi G, Rupak Jena, Jeevan B |
Newly released NRRI Varieties/NGR lines/AICRIP entries (NSN-1/NHSN/NSN-H along with taking Tapaswini as susceptible check |
Sheath blight disease |
|
Manual Transplanting |
B15c |
S SAMANTARAY |
Project code-1.10.Doubled Haploid Rice Project |
Utilization of genome editing, in vitro mutagenesis, transgenics and doubled haploid technologies for rice improvement |
Dr. Sanghamitra Samantaray,
Dr. Baijayanti Nayak |
26 DH lines |
High yield and sustainability traits |
Observational trial for seed multiplication |
Direct Seeded Rice |
B16c |
S SAMANTARAY |
Project code-1.10.Doubled Haploid Rice Project |
Utilization of genome editing, in vitro mutagenesis, transgenics and doubled haploid technologies for rice improvement |
Dr. Sanghamitra Samantaray,
Dr. Baijayanti Nayak |
28 DH lines |
High yield and sustainability traits |
Observational trial for seed multiplication |
Direct Seeded Rice |
B1d |
J. MEHER |
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B2d |
L BEHERA |
Development of superior haplotype based near isogenic lines (Haplo-NILs) for enhanced genetic gain in rice. |
Haplotype-based backcross breeding to transfer the superior haplotypes from landraces into elite backgrounds (Fe, BPH, and submergence). |
PI: Dr. L. Behera , Co-PI: K Chakraborty, GP Pandi, N Basak and Devanna |
Haplo-NILs, Mapping populations |
Zn, Fe and BPH |
Augmented Block Design, Single-seed-descent |
Manual single plant transplanting |
B3d |
RUPAK JENA |
EAP 376 To evaluate the bioefficacy and phytotoxicity of Fluopyram 400g/L SC (Velum Prime) against major nematode pests of rice. |
To evaluate the bioefficacy and phytotoxicity of Fluopyram 400g/L SC (Velum Prime) against major nematode pests of rice. |
Dr. Rupak Jena (PI)
Dr. Raghu S (Co-P.I.)
Dr. Basana Gowda (Co-P.I.)
Dr. PC Rath (Co-P.I.) |
TN1 |
Variety Susceptible to M. graminicola |
|
Manual Transplanting |
B3d |
RUPAK JENA |
3.6 EVALUATION OF NEEMASTRA, BRAHMASTRA AND AGNIASTRA FOR THE MANAGEMENT RICE ROOT KNOT NEMATODE (M. graminicola) |
EVALUATION OF NEEMASTRA, BRAHMASTRA AND AGNIASTRA FOR THE MANAGEMENT RICE ROOT KNOT NEMATODE (M. graminicola) |
Dr. G.P. Pandi (P.I.), Dr. Rupak Jena (Co-P.I.) |
TN1 |
Susceptible to M. graminicola |
|
Direct Seeded Rice (Manual) |
B4d |
K MOLLA |
AICRIP TRIAL: AVT-II MS |
Conducting trial |
Sanghamitra Samantaray, KA Molla |
Nominated Entries |
Yield |
RBD |
Manual Transplanting |
B5d |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
154 segregating lines (F5 and F6) |
Yield, plant type, Quality and disease resistance |
|
Manual Transplanting |
B6d |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
Advancement of early segregating materials(F3) |
Yield, plant type, Quality and disease resistance |
|
Manual Transplanting |
B7d |
K. CHATTOPADHAYA |
Project code-1.5. Breeding for Aroma and Grain Quality in Rice |
AVT-1- Biofortification trial |
K Chattopadhyay |
|
Protein and Zinc |
Entries- 52
Replication: 2
Rank-1 R1 (26 entries x 7 lines)
Rank-2- R1 (26 entries x 7 lines)
Rank-3- R2 (26 entries x 7 lines)
Rank-4- R2 (26 entries x 7 lines) |
Manual Transplanting |
B8d |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Multiplication for AICRIP Nomination |
K Chattopadhyay, BC Marndi, Annie Poonam |
No. of Genotype - 40 |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B9d |
K. CHATTOPADHAYA |
Project code-EAP-197. CRP in Biofortification in selected crops for nutritional security |
a. Selection fo breeding lines for grain yield and nutritional traits
b. Mapping for nutritional traits |
PI: K Chattopadhyay, Co-Pis: S. Samantaray, TB Bagchi, LK Bose, A. Kumar, M. Chakraborty, N. Basak, A. Poonam, BC Marndi, S. Sarkar, D. Bhaduri |
|
Salinity, stagnant flooding, protein, zinc, antioxidant, |
Mapping population- 20
Rank-1-5 bulk population ((40 lines each)
Rank-2-5 bulk population ((40 lines each)
Rank-3-5 bulk population ((40 lines each)
Rank-4-5 bulk population ((40 lines each) |
Direct Seeded Rice |
B10d |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Multiplication for AICRIP Nomination |
K Chattopadhyay, BC Marndi, Annie Poonam |
No. of Genotype - 40 |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B11d |
MK KAR |
Project code-1.3 Pre-breeding for broadening the genetic base of rice by utilizing wild species of Oryza. |
Evaluation of pre-breeding lines and advanced breeding materials under DSR condition |
PI: M.K. Kar, Co PI: M. Chakraborti, L.K. Bose, A.K. Mukherjee, G.P. Pandi |
Elite breeding lines and segregating populations |
Brown Plant Hopper resistance, Bacterial Blight Resistance, Lodging resistance and Submergence tolerance |
Contgious control design |
Direct Seeded Rice |
B12d |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Development of breeding lines with superior grain quaality |
PI: S. Sarkar, Co- PI: M.Chakraborti, J.Meher, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar |
Breeding lines |
Aroma. grain type |
No specific design |
Transplanted |
B13d |
A POONAM |
AGRONOMIC EVALUATION TRIALS – AVT-2 |
AICRIP Agronomy |
S. Samataray, Annie Poonam, Raghvendra Goud |
IET30409
IET30410
IET30367
Swarna Sub-1
CR Dhan 409 |
Rainfed shallow lowland varieties/cultures |
|
|
B14d |
A POONAM |
AGRONOMIC EVALUATION TRIALS – AVT-2 |
AICRIP Agronomy |
S. Samataray, Annie Poonam, Raghvendra Goud |
IET30409
IET30410
IET30367
Swarna Sub-1
CR Dhan 409 |
Rainfed shallow lowland varieties/cultures |
|
|
B15d |
E – S.SAMANTARAY, W - D. CHATTERJE |
Organic nutrient management in aromatic rice |
Organic nutrient management in aromatic rice |
PI: S Mohanty, Co PI: D. Chatterjee and others |
Nua Dhusara |
|
T1: Control
T2: FYM (Farm yard Manure)
T3 : Dhaincha
T4 : FYM + Dhaincha
T5 : Azolla + FYM
T6 : Rice Straw (5t/ha) + Dhaincha
T7 : Azolla + Dhaincha
T8 : Rice straw (2.5t/ha) + Dhaincha |
|
B16d |
E – S.SAMANTARAY, W - D. CHATTERJE |
UK Research and Innovation Global Challenge Research
Fund for South Asian Nitrogen Hub (“GCRF-SANH Project”) |
Study on reactive nitrogen loss of applied nitrogen under various agronomic practices (WP2.1a) |
PI: D. Chatterjee, Co PI: S. Mohanty, J. Meher, B. Mondal, A.K. Nayak, Parameswaran C. |
Maudamani |
|
T1: Control
T2: RDF (Soil test based)
T3 : Ghana Jeevamruta + Jeevamruta + Azolla
T4 : FYM + Vermicompost (1:1)
T5 : NCU (75%) + Nano Urea (25%)
T6 : INM (NPK + FYM)
T7 : INM- 25% Fertilizer |
Manual Transplanting |
B1e |
M. CHAKRABORTY |
|
|
|
|
|
|
|
B2e |
J MEHER |
1.4 Developing genetic solutions for enhancing input use efficiency in rice for rainfed and irrigated rice ecologies |
Multiplication of released varieties as DSR crop |
J MEHER |
CR Dhan 308, CR Dhan 313, CR Dhan 319, CR Dahn 327 and CR Dhan 329 |
Maintenance of genetic purity |
Stripe plot |
Direct Seeded Rice |
B3e |
D CHATTERJEE |
Project code-EAP-245. NICRA |
Effect of Nano urea on rice yield and nitrogen use efficiency under different establishment method. |
PI: P. Bhattacharyya Co PI: D. Chatterjee and others |
Swarna |
|
M1 – Direct seeded rice
M2 – Puddled transplanted rice
S1 - Control (absolute)
S2 - Recommended dose of nitrogen (RDN) through urea in three splits (50% Basal + 25%
active tillering (AT) + 25 % Panicle initiation (PI)
S3 - S2 + Two foliar spray of Nano urea (4 ml/L of water) (AT and PI)
S4 – 4 sprays of Nano urea (4 ml/L of water)
S5 - 50% of RDN (Urea) + Two foliar spray Nano-Urea at AT and PI stages (4ml /L of
water)
S6 – 75 % of RDN (66% Basal + 17 % active tillering (AT) + 17 % at Panicle
initiation (PI))
S7 - 75% of RDN (66% Basal + 17 % active tillering (AT) + 17 % at Panicle
initiation (PI))) + Two foliar spray Nano-urea (4ml/lt of water) (AT and PI) |
|
B4e |
TOTAN ADAK |
Project No. 3.5: Plant protection molecules: efficacy, distribution, toxicity and remediation |
Herbicide mixtures in dry direct seeded rice: Efficacy, toxicity and residue |
Dr. Totan Adak |
CR DHAN 312 |
|
|
|
B5e |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
160 segregating lines (F5 and F6) |
Yield, plant type, Quality and disease resistance |
|
Manual Transplanting |
v
B6e |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
F3: 100, F4: 20 and F5: 20 early segregating materials |
Yield, plant type, Quality and disease resistance |
|
Manual Transplanting |
B7e |
K. CHATTOPADHAYA |
Project code- 1.5. Breeding for Aroma and Grain Quality in Rice
EAP 197 . CRP in Biofortification in selected crops for nutritional security |
AICRIP-Special -Bioforfication trial for benchmark study |
K Chattopadhyay |
|
Grain protein and zinc |
Entries- 50
Replication: 2
Rank-1 R1 (25 entries x 7 lines)
Rank-2- R1 (25 entries x 7 lines)
Rank-3- R2 (25 entries x 7 lines)
Rank-4- R2 (25 entries x 7 lines) |
Manual Transplanting |
B8e |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Multiplication for AICRIP Nomination |
K Chattopadhyay, BC Marndi, Annie Poonam |
No. of Genotype - 40 |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B9e |
K Chattopadhyay |
Project code-1.5. Breeding for Aroma and Grain Quality in Rice
Project code- 1.7. Genetic Enhancement for Multiple Stress Tolerance in Rice for Coastal Ecosystem |
Advancenment and multiplication of elite lines with nutritional traits
Advancement of elite lines suitable for coatal areas |
Activity Leader: K. Chattopadhyay, Co-Pis: T.B.Bagchi, P. Sanghamitra, M. Chakraborti, S. Sarkar
K. Chattopadhyay (PI), BC Marndi, K. Chakraborty, LK Bose, A. Poonam, KA Molla |
|
Salinity, stagnant flooding , nutritional traits |
Rank-1- AICRIP NOMINATED BULK -3 ( 65 lines each)
Rank-2- AICRIP NOMINATED BULK -3 ( 65 lines each)
Rank-3- AICRIP NOMINATED BULK -3 ( 65 lines each)
Rank-4- AICRIP NOMINATED BULK -3 ( 65 lines each) |
Direct Seeded Rice |
B10e |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Demonstration of Salinity tolerant varieties |
K Chattopadhyay, BC Marndi, Annie Poonam |
Luna Barial, Luna Suvarna, Luna Sampad, Luna Sankhi |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B11e |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Evaluation of Salt tolerant genotype on target site |
K Chattopadhyay, BC Marndi, Annie Poonam |
18 genotypes |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B12e |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Multiplication cum demonstration of released aromatic varieties of the Institute |
PI: S. Sarkar, Co- PI: J.Meher, M.Chakraborti, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar, T.Adak |
Released aromatic Varieties of ICAR-NRRI |
Aroma |
|
Direct Seeded Rice |
B13e |
AK MUKHERJE |
All India Co Ordinated Rice Improvement Project |
Screening of genotypes for Bacterial Blight Disease: Identification of Donors |
Dr. Arup K Mukherjee |
Different genotypes as provided by AICRIP |
Bacterial Blight |
|
Manual Transplanting |
B14e |
E - AK MUKHERJEE |
Dissemination of integrated pest management strategies for insect pest, diseases and nematodes in rice & All India Co Ordinated Rice Improvement Project(AICRIP), 3.6 |
Biocontrol for identification of effective BCA and Uniform Blast Nursery for screening against blast disease |
3.6:PI Dr. GP Pandi and PC Rath, AK Mukherjee, S Lenka, SD Mohapatra, Totan Adak, NB Patil, Basana Gowda G,Annamalai M, Raghu S, Prabhukarthikeyan SR, MK Bag, GAK Kumar; AICRIP: Dr. A.K. Mukherjee |
Naveen |
Biocontrol and Blast Resistance |
|
Direct Seeded Rice (Manual) |
B14e |
W – S MUNDA |
Environment-friendly management of rice straw and value addition for income generation to rice farmers |
Field evaluation of Rice Straw Biochar vis-à-vis Rice Husk Biochar on crop growth, yield and soil properties |
PI: P Bhattacharyya, Co-PI: Sushmita Munda |
CRDhan 310 |
|
RBD |
Direct Seeded Rice |
B15e |
BB PANDA |
Institute Project 2.04 |
Effect of crop intensification and nutrient management on productivity and profitability of conservation agriculture based rice-maize cropping system |
PI: Dr. B.R. Goud |
CR DHAN 314 |
|
SPLIT PLOT |
Dry Direct Seeded Rice |
B16e |
BB PANDA |
Institute Project 2.04 |
Effect of crop intensification and nutrient management on productivity and profitability of conservation agriculture based rice-maize cropping system |
PI: Dr. B.R. Goud |
CR DHAN 314 |
|
SPLIT PLOT |
Dry Direct Seeded Rice |
B1f |
P SANGHAMITRA |
Project no. 1.6 Gene mapping and precision breeding for enhancing climate resilience in low land rice |
Seed multiplication of variety |
CoPI:Dr.P Sanghamitra |
CR Dhan 413, Sarla Sub-1, Gayatri Sub-1, CR Dhan 806 |
|
|
Manual Transplanting |
B2f |
P SANGHAMITRA |
Project no. 1.6 Gene mapping and precision breeding for enhancing climate resilience in low land rice |
Seed multiplication of variety |
CoPI:Dr.P Sanghamitra |
CR Dhan510,CR Dhan 300,IET 30860,CR Dhan 512,CR Dhan 511, Gayatri Sub-1,CR Dhan 404 |
|
|
Manual Transplanting |
B3f |
D CHATTERJEE |
Project code-EAP-245. NICRA |
Effect of Nano urea on rice yield and nitrogen use efficiency under different establishment method. |
PI: P. Bhattacharyya Co PI: D. Chatterjee and others |
Swarna |
|
M1 – Direct seeded rice
M2 – Puddled transplanted rice
S1 - Control (absolute)
S2 - Recommended dose of nitrogen (RDN) through urea in three splits (50% Basal + 25%
active tillering (AT) + 25 % Panicle initiation (PI)
S3 - S2 + Two foliar spray of Nano urea (4 ml/L of water) (AT and PI)
S4 – 4 sprays of Nano urea (4 ml/L of water)
S5 - 50% of RDN (Urea) + Two foliar spray Nano-Urea at AT and PI stages (4ml /L of
water)
S6 – 75 % of RDN (66% Basal + 17 % active tillering (AT) + 17 % at Panicle
initiation (PI))
S7 - 75% of RDN (66% Basal + 17 % active tillering (AT) + 17 % at Panicle
initiation (PI))) + Two foliar spray Nano-urea (4ml/lt of water) (AT and PI) |
Direct seeded rice, Puddled transplanting |
B4f |
TOTAN ADAK |
|
|
|
|
|
|
|
v
B5f |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Advancement of advanced generation segregating materials and selection |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
No. of Advance generations linesF7: 32 |
Yield, plant type, Quality and disease resistance |
|
Transplanted |
B6f |
SK DAS |
1.9. Development of New Generation Rice for enhancing yield potential in favourable ecology |
Evaluation of advance generation segregating lines for Photosynthesis and grain yield |
Activity Leader S K Dash, PI: Lotan Bose, Co PI: SK Dash, J. Meher, M. Kar |
No. of Genotypes: 26 |
Yield, plant type, Quality and disease resistance |
|
Direct Seeded Rice |
B7f |
K. CHATTOPADHAYA |
Project code-EAP-197. CRP in Biofortification in selected crops for nutritional security
IP.1.5.Breeding for Aroma and Grain Quality in Rice |
Multiplication of pure seeds of biofortified rice varieties |
PI: K Chattopadhyay, Co-Pis: S. Samantaray, TB Bagchi, LK Bose, A. Kumar, M. Chakraborty, N. Basak, A. Poonam, BC Marndi, S. Sarkar, D. Bhaduri |
CR DHAN-315, CR DHAN-411 |
Grain protein, zinc |
Rank-1- CR DHAN 315 (1 X 66= 66 LINES)
Rank-2- CR DHAN 315 (1 X 66= 66 LINES)
Rank-3- CR DHAN 411 (1 X 66= 66 LINES)
Rank-4- CR DHAN 411 (1 X 66= 66 LINES) |
Manual Transplanting |
B8f |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Demonstration of Salinity tolerant varieties |
K Chattopadhyay, BC Marndi, Annie Poonam |
Luna Barial, Luna Suvarna, Luna Sampad, Luna Sankhi |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B9f |
K. CHATTOPADHAYA |
Project code- 1.7. Genetic Enhancement for Multiple Stress Tolerance in Rice for Coastal Ecosystem |
a. Advancenment and multiplication of elite breeding lines for wet season for coastal saline areas |
K. Chattopadhyay (PI), BC Marndi, K. Chakraborty, LK Bose, A. Poonam, KA Molla |
|
Salinity, submergence, stagnant flooding |
Observational strip
Entries: 17 (20 lines each)
Rank-1- Advanced breeding lines - 4 ( 20 lines each)
Rank-2- Advanced breeding lines - 4 ( 20 lines each)
Rank-3- Advanced breeding lines - 4 ( 20 lines each)
Rank-4- Advanced breeding lines- 5 ( 13 lines each) |
Direct Seeded Rice |
B10f |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Demonstration of Salinity tolerant varieties |
K Chattopadhyay, BC Marndi, Annie Poonam |
Luna Barial, Luna Suvarna, Luna Sampad, Luna Sankhi |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B11f |
BC MARNDI |
GENETIC ENHANCEMENT FOR MULTIPLE STRESS TOLERANCE IN RICE FOR COASTAL ECOSYSTEM |
Demonstration of Salinity tolerant varieties |
K Chattopadhyay, BC Marndi, Annie Poonam |
Luna Barial, Luna Suvarna, Luna Sampad, Luna Sankhi |
Coastal Salinity Tolerant |
|
Direct Seeded Rice (Manual) |
B12f |
SUTAPA SARKAR |
Project 1.5: Breeding for Aroma and grain quality in rice |
Multiplication cum demonstration of released aromatic varieties of the Institute |
PI: S. Sarkar, Co- PI: J.Meher, M.Chakraborti, M.K. Kar, K. Chattopadhyay, P.Sanghamitra, N. Basak, T.B. Bagchi, G.Kumar, T.Adak |
Released aromatic Varieties of ICAR-NRRI |
Aroma |
|
Direct Seeded Rice (Manual) |
B13f |
MK KAR |
Project code-EAP-211. CRP- Molecular Breeding |
Molecular breeding for multiple stress tolerance |
PI: M.K. Kar, Co PI: M. Chakraborti, A.K. Mukherjee, G.P. Pandi |
Elite breeding lines and segregating populations |
Brown Plant Hopper resistance, Bacterial Blight Resistance, Lodging resistance, Drought tolerance and Submergence tolerance |
Contgious control design |
Manual Transplanting |
B14f |
MK KAR |
Project code-EAP-211. CRP- Molecular Breeding |
Demonstration- of newly released varieties developed through molecular breeding techniques |
PI: M.K. Kar, Co PI: M. Chakraborti, L.K. Bose, A.K. Mukherjee, G.P. Pandi |
CR Dhan 312, CR Dhan 317, CR Dhan 326, CR Dhan 805 and CR Dhan 807 |
Higher yield, Brown Plant Hopper resistance, Bacterial Blight Resistance |
Demonstration without replication |
Manual Transplanting |
B15f |
BB PANDA |
Institute Project 2.04 |
Agroecological intensification of rice-based cropping system with NGR |
PI: Dr. B.R. Goud |
CR DHAN 314, Swarna |
|
SPLIT-SPLIT PLOT |
Dry Direct Seeded Rice |
B16f |
BB PANDA |
Institute Project 2.04 |
Agroecological intensification of rice-based cropping system with NGR |
PI: Dr. B.R. Goud |
CR DHAN 314, Swarna |
|
SPLIT-SPLIT PLOT |
Dry Direct Seeded Rice |