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印度对流层臭氧污染:对作物产量和产品质量的影响。

Tropospheric ozone pollution in India: effects on crop yield and product quality.

机构信息

Laboratory of Air Pollution and Global Climate Change, Department of Botany, Institute of Science, Banaras Hindu University, Varanasi, 221005, India.

出版信息

Environ Sci Pollut Res Int. 2017 Feb;24(5):4367-4382. doi: 10.1007/s11356-016-8178-8. Epub 2016 Dec 9.

Abstract

Ozone (O) in troposphere is the most critical secondary air pollutant, and being phytotoxic causes substantial losses to agricultural productivity. Its increasing concentration in India particularly in Indo-Gangetic plains is an issue of major concern as it is posing a threat to agriculture. In view of the issue of rising surface level of O in India, the aim of this compilation is to present the past and the prevailing concentrations of O and its important precursor (oxides of nitrogen) over the Indian region. The resulting magnitude of reductions in crop productivity as well as alteration in the quality of the product attributable to tropospheric O has also been taken up. Studies in relation to yield measurements have been conducted predominantly in open top chambers (OTCs) and also assessed by using antiozonant ethylene diurea (EDU). There is a substantial spatial difference in O distribution at different places displaying variable O concentrations due to seasonal and geographical variations. This review further recognizes the major information lacuna and also highlights future perspectives to get the grips with rising trend of ground level O pollution and also to formulate the policies to check the emissions of O precursors in India.

摘要

对流层中的臭氧 (O) 是最重要的二次空气污染物,具有植物毒性,对农业生产力造成了巨大损失。印度特别是印度-恒河平原地区臭氧浓度的不断增加令人严重关切,因为这对农业构成了威胁。鉴于印度地表臭氧水平上升的问题,本汇编的目的是介绍过去和目前印度地区臭氧及其重要前体(氮氧化物)的浓度。臭氧对作物生产力的降低程度以及对产品质量的影响也已被纳入考虑。与产量测量有关的研究主要在开顶箱 (OTC) 中进行,也使用抗臭氧剂乙二脲 (EDU) 进行了评估。由于季节性和地理变化,不同地点的臭氧分布存在很大的空间差异,显示出不同的臭氧浓度。本综述进一步认识到主要的信息差距,并强调了未来的展望,以掌握地面臭氧污染上升的趋势,并制定政策来控制印度臭氧前体的排放。

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