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Air Pollutant Transport Policy and the Application of NASA Earth Science

机译:空气污染物运输政策及美国宇航局地球科学的应用

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In recent decades, environmental treaties have grown in number, scope, and complexity. Likewise, the geophysical parameters being measured by NASA Earth observation sources, and the associated models and analysis systems, are increasing and maturing rapidly. Scientists and policymakers have started to apply and consider the potential of NASA Earth science research to national and international environmental policy instruments, including transport of air pollution. This paper presents a brief overview of selected international air quality agreements, treaties, conventions, protocols, and guidelines (collectively termed policy instruments) with the greatest potential for application of NASA Earth science research. Based on the current state of remote sensing technology and the specifics of each policy instrument and its implementing mechanism, policy instruments covering the following topics are addressed: transboundary pollution (global and binational), land use desertification, and marine ship air pollution.
机译:近几十年来,环境条约数量增长,范围和复杂性。同样地,通过NASA地球观察来源测量的地球物理参数以及相关的模型和分析系统正在增加和迅速成熟。科学家和政策制定者已经开始申请并考虑美国宇航局地球科学研究对国家和国际环境政策仪器的潜力,包括空气污染的运输。本文介绍了选定的国际空气质量协定,条约,公约,议定书和准则(集体称为政策文书)的简要概述,具有最大的应用美国宇航局地球科学研究的潜力。基于当前遥感技术的现状和每个策略文书的具体情况及其实施机制,涵盖以下主题的政策工具是解决:跨界污染(全球和竞技),土地利用荒漠化和海运空气污染。

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