启动(农业)
干旱胁迫
作物
生物
适应(眼睛)
粮食安全
耐旱性
农学
生物技术
农业
生态学
神经科学
发芽
作者
Debanjana Saha,Prince Choyal,Udit Nandan Mishra,Prajjal Dey,Bandana Bose,Prathibha MD,N. K. Gupta,Brijesh K. Mehta,Pawan Kumar,Saurabh Pandey,Jyoti Chauhan,Rajesh Kumar Singhal
出处
期刊:Plant Stress
[Elsevier]
日期:2022-02-08
卷期号:4: 100066-100066
被引量:52
标识
DOI:10.1016/j.stress.2022.100066
摘要
Field crops are subjected to drought at different growth stages and cause for substantial yield loss in major crops, thus threaten to global food security. The crop researcher have evaluated numerous physiological, biochemical and molecular strategies to combat drought stresses but these approaches are not enough in present scenario. Therefore, it is argued that plants can be primed by assorted organic and in-organic promoters for excelling fortitude under stress conditions. Hence, seed priming with different agents is an auspicious area of research in stress biology and crop stress management, for conferring tolerance when plants are subjected to drought stress. However, the adaptation and tolerance mechanisms of drought stress are complex and quantitative in nature, which have been explored at physiological, biochemical and molecular levels thoroughly in this review. The concept of stress memory and its implication in future generation has also been discussed. Finally, in this review the challenges and opportunities of seed priming with effective application in crop stress management along with expanding the knowledge on deep understanding of drought stress tolerance to reduce the future yield gap are discussed thoroughly.
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