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一种用于确定英国和爱尔兰各地有多少紫外线辐射可用于健康风险和益处研究的建模方法。

A modeling approach to determine how much UV radiation is available across the UK and Ireland for health risk and benefit studies.

作者信息

Kazantzidis Andreas, Smedley Andrew, Kift Richard, Rimmer John, Berry Jacqueline L, Rhodes Lesley E, Webb Ann R

机构信息

School of Earth Atmospheric and Environmental Sciences, University of Manchester, UK.

出版信息

Photochem Photobiol Sci. 2015 Jun;14(6):1073-81. doi: 10.1039/c5pp00008d.

Abstract

A detailed map of the available UV across the UK from 2003 to 2012 is provided. A suite of data derived from climatologies and satellite observations are used to calculate spectral UV irradiance and related weighted doses (erythema, DNA damage, vitamin D). The result is a well-validated tool that has two advantages: (i) the output is simulated spectral UV irradiance that can be weighted with any action spectrum for use in any research studies that require ambient UV data, (ii) reliance on instruments with planned operational lives of at least several years that ensures data and method homogeneity for extension to future studies. The model-derived doses are satisfactory validated against spectral ground-based measurements at two sites. According to the calculated climatology, the southern part of the UK receives 1.5-2 times more UV than the north during spring, summer and autumn. During wintertime, the UV doses in the far north are an order of magnitude lower than southern values. Even for the same latitude, regional variations of cloudiness result in doses at coastal sites being up to 25% higher than inland areas.

摘要

提供了一张2003年至2012年英国各地可用紫外线的详细地图。使用了一系列来自气候学和卫星观测的数据来计算光谱紫外线辐照度和相关加权剂量(红斑、DNA损伤、维生素D)。结果是一个经过充分验证的工具,它有两个优点:(i)输出的是模拟光谱紫外线辐照度,可与任何作用光谱加权,用于任何需要环境紫外线数据的研究;(ii)依赖计划运行寿命至少数年的仪器,确保数据和方法的同质性,以便扩展到未来的研究。模型得出的剂量与两个地点的地面光谱测量结果进行了令人满意的验证。根据计算出的气候学数据,在春季、夏季和秋季,英国南部接收的紫外线比北部多1.5至2倍。在冬季,最北部的紫外线剂量比南部的值低一个数量级。即使在相同纬度,云量的区域差异也导致沿海地区的剂量比内陆地区高出25%。

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