Impact of Water Deficit Condition on Osmoregulation of the Brassica Species

K. Chandra, Anil Kumar
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Abstract

Oilseed rape and mustard are mostly grown on conserved soil water in the Indian sub-continent. These crops generally suffer from water stress at reproductive period of development. Thus, to obtain higher stable yields of Brassica species under routine stress conditions, it is essential to identify and understand the interactions of different morpho-physiological traits responsible for drought resistance. To explicate interaction of traits related to biochemical, physio-morphological factors for sustaining drought resistance in Brassica species. Dry mass production and partition in a plant is important when increased yield are sought. A osmometer like plant cell which allows only selective solutes to pass through elastic membrane, cell wall and the thin layer of cytoplasm and a vacuole containing an aqueous solution. To express drought tolerance turgidity of cells maintained by osmotic adjustments.
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亏水条件对芸苔属植物渗透调节的影响
在印度次大陆,油菜和芥菜大多种植在水土保持的土壤上。这些作物在生殖发育时期普遍遭受水分胁迫。因此,为了在常规胁迫条件下获得更高的稳定产量,有必要识别和了解不同形态生理性状对抗旱性的相互作用。目的:探讨芸苔属植物维持抗旱性的生化、生理、形态相关性状的相互作用。在寻求增产时,植物的干批量生产和分区是很重要的。一种类似植物细胞的渗透计,只允许选择性溶质通过弹性膜、细胞壁、细胞质薄层和含有水溶液的液泡。表达通过渗透调节维持的细胞的耐旱性。
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