Phytochemical Aspects of Osmotic Adaptation
Phytochemical Aspects of Osmotic Adaptation
复制标题
渗透适应的植物化学方面
DOI：
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发表时间：
1984
期刊：
影响因子：
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通讯作者：
R. Jones
中科院分区：
文献类型：
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作者：
R. Jones
高等植物与其生长环境中过量盐分的相互作用是复杂的。离子组成和溶解盐的总浓度都很重要，这些盐影响植物组织的方式也很重要。例如，海水喷淋或架空灌溉在叶子上喷洒的盐的效果与根部环境中的盐的效果有些不同盐的破坏程度也受相对湿度和臭氧浓度等因素的影响在植物本身的各种解剖发育、生理和生化特征中，已被挑选出来作为与在盐水环境中生长或生存的能力有关的品质
The interactions between higher plants and excess salts in their growth environment are complex. Both ionic composition and total concentration of dissolved salts are important, as is the way in which these salts impinge upon the plant tissue. For example, the effects of salts in sprays falling on leaves either from sea-spray or overhead irrigation are somewhat different to those of salts in the root environment.1,2 The degree of salt damage is also modified, factors such as relative humidity and ozone concentration.3,4 In plants themselves of a variety of anatomical developmental, physiological and biochemical characteristics have been singled out as qualities to be associated with an ability to grow or survive in saline habitats.5–8