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Effect of Aerosol on UV Radiation: An Overview

机译:气溶胶对紫外线辐射的影响:概述

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One of the key components in understanding how global climate change effects the biological environment on Earth is determining how the amount of UV radiation reaching the surface has changed in response. In order to accurately quantify such changes, the role of tropospheric aerosols in both changing the amount of UV surface radiation and affecting the measurement of such radiation must be better understood. In this paper we will provide an overview on our current understanding of troposheric aerosols and their effect on UV radiation. We will also describe how such aerosols are taken into account when trying to measure the UV surface radiation, and we will show how the diurnal variability of tropospheric aerosols lead to significant errors in determining UV surface radiation from space measurements. Finally, we will describe how measurement from future sensors launched into orbit other than those low to the Earth can reduce such errors.
机译:了解全球气候变化如何影响地球生物环境的关键组件之一是确定达到表面的UV辐射量如何改变响应。为了准确地量化这些变化,必须更好地理解对流层气溶胶在改变UV表面辐射和影响这种辐射的测量中的作用。在本文中,我们将概述我们目前对对微孔气溶胶的理解及其对紫外线辐射的影响。我们还将描述在试图测量紫外线表面辐射时如何考虑这种气溶胶,并且我们将展示对流层气溶胶的昼夜变异性如何导致确定紫外线表面辐射的显着误差。最后,我们将描述如何从未来传感器的测量到轨道以外的轨道,而不是地球的轨道,可以减少此类错误。

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