Fluid Dynamics of Water under Simulated Drought Condition in Rice - Chutia, Jnandabhiram
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Rice is the staple food crop for a large part of the World population. Rice is grown in a wide range of geographical conditions.About 42 biotic and abiotic stresses affect rice production. Several environmental factors adversely affect the rice plant growth and development and yield performance of the crop with drought stresses being the most widespread.The lack of a reliable method for identifying stress tolerant genotypes and the magnitude of factors involved in tolerance to water stress makes it difficult to choose traits conferring an advantage under such conditions. Simulation of drought…mehr

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Produktbeschreibung
Rice is the staple food crop for a large part of the World population. Rice is grown in a wide range of geographical conditions.About 42 biotic and abiotic stresses affect rice production. Several environmental factors adversely affect the rice plant growth and development and yield performance of the crop with drought stresses being the most widespread.The lack of a reliable method for identifying stress tolerant genotypes and the magnitude of factors involved in tolerance to water stress makes it difficult to choose traits conferring an advantage under such conditions. Simulation of drought stress by Polyethylene glycol (PEG-6000) is a reliable marker under laboratory conditions for testing the drought tolerant genotypes and its relative effects on synthesis of osmotin and dehydrin and the accumulation of proline as an omolyte .
Autorenporträt
Jnandabhiram Chutia is presently teaching Molecular Biology & Biochemistry to undergraduate Students, since November 2000. He obtained his M. Sc. in Plant Physiology & Biochemistry and subsequently attained his Ph. D. from the University of Gauhati, India on Drought Physiology of Rice. His field of interest is fluid dynamics in plants.