India: Due to their high protein content and drought tolerance, legumes such as chickpeas are the food of the future

게시됨 2024년 10월 20일

Tridge 요약

A study led by Wolfram Weckwert of the University of Vienna has identified L-threonic acid, fructose, and sugar alcohols involved in chickpea's adaptive response to drought. The team evaluated 36 different chickpea genotypes for grain yield, photosynthetic activity, and molecular traits associated with drought stress under natural field conditions. The study used a differential Jacobian analysis to reveal the interplay between different metabolic pathways and identified candidate genes involved in glycolysis and the MEP pathway. The findings offer new perspectives for the genetic and metabolic understanding of diversity associated with drought tolerance in chickpeas and could potentially be applied to other legumes.
면책 조항: 위의 요약은 정보 제공 목적으로 Tridge 자체 학습 AI 모델에 의해 생성되었습니다.

원본 콘텐츠

Chickpea is the fourth most widely grown legume crop in the world and contributes significantly to food security by providing calories and dietary protein worldwide. However, increased frequency of drought stress has significantly reduced chickpea production in recent years. The researchers conducted a field experiment with 36 different chickpea genotypes to evaluate grain yield, photosynthetic activity and molecular traits associated with drought stress. The world's population is increasing exponentially, while the agricultural sector is not expanding at the same rate. There is an urgent need to increase the production of agricultural crops to meet the growing needs for food. Demand for water for agriculture could double by 2050, and the availability of fresh water will decrease by 50% due to intensifying climate fluctuations. To achieve food security, there is an urgent need to review investments in the development of high-yielding crops that are resilient to climate change and ...
출처: Agravery

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