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空气污染物对植物的伤害:湿度对气孔孔径的影响及植物对臭氧的反应

Plant injury by air pollutants: influence of humidity on stomatal apertures and plant response to ozone.

作者信息

Otto H W, Daines R H

出版信息

Science. 1969 Mar 14;163(3872):1209-10. doi: 10.1126/science.163.3872.1209.

Abstract

Ozone injury to Bel W3 tobacco and pinto bean plants increases with increasing humidity. The degree of plant injury sustained correlates well with porometer measurements; this indicates that the size of stomatal apertures increases with increasing humidity. Humidity may therefore influence plant response to all pollutants and may account in part for the greater sensitivity of plants to ozone-type injury in the eastern United States compared with the same species of plants grown in the Southwest. with those grown in the Southwest.

摘要

臭氧对贝尔W3烟草和菜豆植株的伤害随湿度增加而增大。植株遭受的伤害程度与气孔计测量结果密切相关;这表明气孔孔径大小随湿度增加而增大。因此,湿度可能会影响植物对所有污染物的反应,这可能部分解释了与生长在美国西南部的同种植株相比,美国东部的植物对臭氧类伤害更为敏感的原因。 与生长在西南部的那些植株相比。

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