光合作用
生物
土壤盐分
盐度
产量(工程)
光合效率
机制(生物学)
作物
土壤水分
农学
盐(化学)
粮食产量
植物
生态学
化学
材料科学
物理化学
冶金
哲学
认识论
作者
Luyao Huang,Zhuangzhuang Li,Qian Liu,Gaobin Pu,Yongqing Zhang,Jia Li
摘要
Abstract Photosynthesis is the largest organic synthesis on Earth, salinity limits crop yield and quality worldwide directly or indirectly related to the decrease in photosynthetic efficiency. The mechanism by which photosynthetic apparatus responds to salt stress is extremely complex and varies with plant genotype, developmental stage, the history of the plant cell and duration of stress imposed. Recent studies have partially revealed the mechanisms from different levels: molecular, physiological and biochemical, morphological; but there is currently no unified mechanism to explain the effect of stress on photosynthesis. This study comprehensively reviews the adaptive mechanism of photosynthetic apparatus under salt stress, summarises methods for increasing the resistance and provides a practical way to increase grain yield in saline soils.
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