Action and Reaction of Plants to High Temperature: Improving Response of Wheat to Heat Stress
Current Journal of Applied Science and Technology · pp. 62–70 · Published 20 May 2021
10.9734/cjast/2021/v40i1031359Abstract
All estimates suggest that by 2050, upto 50% increase in food production will be required to feed the world population. Wheat is the second most important crop after rice and by 2050, wheat production needs to be increased by 60% for socio-economic stability. However, the climate change induced global warming will have adverse effect on crop plants including wheat. To deal with the crop yield decrease influenced by global warming, an indepth study of heat induced morpho-physiological and molecular changes in wheat will result in better understanding of the plant. This review focuses on the impact of high temperature on the morphological, physiological, reproductive development and signaling in plants.
Cited by 1
Marcin Różewicz, Jerzy Grabiński, Marta Wyzińska · International Agrophysics · 2024
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