ICAR-NRRI ICAR-NRRI

Rice for National Food Security and Prosperity

ICAR-National Rice Research Institute, Cuttack, Odisha


BlOCK-Y PROJECT INFORMATION

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Field ID Name of the scientist Project Title Activity Name PI & Co-PI Variety Major Traits Experimantal Layout Method of crop establishment
Y1a BB PANDA Institute Project 2.10 PI- Dr. Anjani Kumar CR Dhan 205 Split-Split Plot Dry DSR
Y2a PATNAIKIA TANK
Y2a RP SAH AICRIP (Rainfed) AVT 1 EDS/ IVT-EDS Dr. S Samantaray, Dr. RP Sah 30 / 53 entries Morphological Traits- Grain Yield, No. of Panicle, Days to 50% flowering, plant height, Spicklet fertility RBD Direct Seeded Rice (Manual)
Y3a PATNAIKIA TANK
Y3a RP SAH AICRIP (Rainfed) IVT AEROB Dr. S Samantaray, Dr. RP Sah 64 entries Morphological Traits- Grain Yield, No. of Panicle, Days to 50% flowering, plant height, Spicklet fertility Simple Latic Degign Direct Seeded Rice (Manual)
Y4a PATNAIKIA TANK
Y4a RP SAH AICRIP (Rainfed) & AGGRI- ALLIANCE- IRRIGATED RAINFED (DROUGHT, SALINITY & SUBMERGENCE) AND DSR ECOLOGIES AGGRI Alliacne / AICRIP (Rainfed) DR. S Samantaray/ Dr. SK Dash, Dr. RP Sah 54 / 28 entries Morphological Traits- Grain Yield, No. of Panicle, Days to 50% flowering, plant height, Spicklet fertility Alpha latic/ RBD Direct Seeded Rice (Manual)
Y1b Eľ ANJANI KUMAR Developing agronomy for new generation rice and rice based cropping system Developing integrated nutrient management for nutrient dense rice Anjani Kumar and B B Panda DRR Dhan 45, DRR Dhan 48, DRR Dhan 49, Zincose, CR Dhan 311, Naveen Yield and Yield attributes Manual Transplanting
Y1b W- RAHUL TRIPATHI Project code-EAP-353. Network Programme on Precision Agriculture (NePPA) Recommendation of N fertilizer for rice using optical sensors Rahul Tripathi (Co-PI),Amaresh Kumar Nayak(Co-PI),Sangita Mohanty(Co-PI),S.D.Mohapatra(Co-PI),Raghu S (Co-PI),B.R.Goud(Co-PI) V1-Pooja,V2-Swarna,V3-Gayatri,V4-CR Dhan 409, V5-CR Dhan 410, V6-CR Dhan 413 Manual Transplanting
Y2b AEROBIC FLOOR
Y3b POND
Y4b POND
Y1c S MUNDA Evaluating efficacy of Nano- DAP with respect to P and N nutrition and yield of rice(EAP-394 To investigate the impact of Nano-DAP application on P and N uptake and assimilation in rice PI: Meera Kar, Co-PI: S Munda HT cultivars (13 nos) Herbicide tolerance RBD Transplanting
Y2c SANGITA MOHANTY Evaluating efficacy of Nano- DAP with respect to P and N nutrition and yield of rice(EAP-394) To investigate the impact of Nano-DAP application on P and N uptake and assimilation in rice Dr. Sangita Mohanty and Dr. A.K. Nayak Naveen Plant parameters: Above ground biomass, N and P accumulation in different plant parts (root, leaf, shoot, panicle), SPAD reading, Leaf Area Index, Chlorophyll content, no of tillers at important growth stages (Maximum tillering, Panicle initiation, flowering), Root architecture, Root volume, root length density. Yield and yield components (no of panicles/ hill, no of grains per panicle, 1000 grain weight,), N content of shoot and grain. Soil parameters: Inorganic P Fractions Available P, Inorganic N (NH4-N and NO3-N) content of soil at critical growth stage. RBD Transplanting
Y3c POND
Y4c POND
Y1d BB PANDA Institute Project 2.04 Evaluation of different grain spice crops in rice fallows under rainfed ecosystem PI- Dr. B.R. Goud CR Dhan 314, Swarna Split-Split Plot Dry DSR
Y2d POND
Y3d POND
Y4d POND