干旱适应和品种创造:以萨赫勒地区花生为例第一部分:文献综述

D. Clavel, N. Drame, N. Diop, Y. Zuily-Fodil
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引用次数: 7

摘要

干旱是一种多形式的约束,表现在不同的植物组织水平上。它被认为是世界上限制农业生产的第一因素。萨赫勒亚热带地区最容易受到最近气候变化的破坏性影响。了解植物对干旱的反应是任何选择程序的基本初始步骤。本综述特别关注花生(Arachis hypogaea L.),这是萨赫勒地区非常常见的豆科植物。在干旱条件下,以提高产量和稳定产量为目标的育种计划中,对性状进行了关键性评价,作为相关的选择标准。第一部分揭示了该物种的遗传特性。然后详细介绍了与干旱适应有关的籽粒豆科植物性状。对其他植物对水分缺乏的分子反应进行了综述,认为这是更为普遍的。最后,最后一部分提供了花生生物技术最新进展的最新综合,特别侧重于耐旱性。
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Adaptation à la sécheresse et création variétale : le cas de l'arachide en zone sahélienne Première partie : revue bibliographique
Drought is a multiform constraint expressing at different plant organisation levels. It is recognised as the first factor limiting the agriculture production in the world. The Sahel subtropical regions were the most exposed to the devasting effects of the recent climate change. A state of knowledge referring to the plant responses to drought is a fundamental initial step to any program of selection. This review concerns more particularly groundnut (Arachis hypogaea L.), which is a very common legume in the Sahel areas. Critical evaluations of traits as relevant selection criteria for a breeding program aiming at improving yield and yield stability under drought constraint were made. The genetic specificities of the species are exposed in the first part. Then a detailed description of the grain-legume traits related to drought adaptation is presented. The review was widened to other plants for the molecular responses to water deficit, supposed to be more general. Finally, the last part supplied an updated synthesis of the recent advances in biotechnology on groundnut with special focus on drought tolerance.
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