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意大利森林与人类健康的当前及未来风险评估:建模与绘图

Assessment of present and future risk to Italian forests and human health: modelling and mapping.

作者信息

De Marco Alessandra

机构信息

C.R. Casaccia ENEA, ACS-PROTATM, Via Anguillarese 301, 00123 Rome, Italy.

出版信息

Environ Pollut. 2009 May;157(5):1407-12. doi: 10.1016/j.envpol.2008.09.047. Epub 2008 Nov 20.

Abstract

A review of ozone pollution in Italy shows levels largely above the thresholds established by EU regulation for vegetation and human health protection. The Italian air quality monitoring network appears quantitatively inadequate to cover all the territorial surface, because of scarcity and unequal distribution of monitoring sites. By applying the integrated assessment model RAINS-Italy to the year 2000, the whole of Italy exceeds the AOT40 critical level for forest, while Northern and central areas show strong potential of O(3) impact on human health with approximately 11% of territory >10 O(3)-induced premature deaths. Two scenarios for the year 2020, the Current Legislation and the Maximum Technical Feasible Reduction, show a reduction of AOT40Forest by 29% and 44%, SOMO35 by 31% and 47%, and O(3)-induced premature deaths by 32% and 48%, compared to 2000. RAINS-Italy can be used to improve the map quality and cover areas not reached by the national monitoring network.

摘要

对意大利臭氧污染的一项评估显示,其污染水平在很大程度上高于欧盟为保护植被和人类健康所设定的阈值。由于监测站点稀少且分布不均,意大利的空气质量监测网络在数量上似乎不足以覆盖整个国土面积。通过将综合评估模型RAINS-意大利应用于2000年的数据,整个意大利超过了森林的AOT40临界水平,而北部和中部地区显示出臭氧对人类健康的强大潜在影响,约11%的地区因臭氧导致的过早死亡人数超过10人。2020年的两种情景,即现行立法情景和最大技术可行减排情景,与2000年相比,森林的AOT40分别降低了29%和44%,SOMO35分别降低了31%和47%,臭氧导致的过早死亡人数分别降低了32%和48%。RAINS-意大利模型可用于提高地图质量,并覆盖国家监测网络未涉及的地区。

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