Abstract

A global high resolution (time, space and source) air pollutant emission inventory was constructed. On this basis, quantitative methods such as atmospheric transmission simulation were used to analyze the variation trend of atmospheric pollution in China, and the driving factors influencing the variation trend were analyzed through examples, such as the relationship between voluntary transformation of rural life energy and pollutant emissions, air quality, health hazards and climate compulsion, the role of coal law in reducing pollutant emission and health hazard, and dual substitution of environmental and health benefits.

Presenter Profile

Prof. Tao Shu, academician of the Chinese academy of sciences and deputy editor of Environmental Science & Technology, is mainly engaged in the study of regional Environmental processes such as pollutant discharge, behavior, regression and effect. His current research focuses on global atmospheric pollutant emission inventories, pollutant migration and exposure simulation, and indoor and outdoor air quality and health impacts. He has published more than 200 papers of first or corresponding authors in international academic journals, including three papers of PNAS, one paper of Nature Energy and one paper of Science Advance. Web of Science H index is 65.