第一作者：

Gao, Chao

英文第一作者：

Gao, Chao

联系作者：

Xiu, AJ，Zhang, XL

英文联系作者：

Xiu, AJ，Zhang, XL

发表年度：

2022

卷：

22

摘要：

Atmospheric aerosols can exert an influence on meteorology and air quality through aerosol-radiation interaction (ARI) and aerosol-cloud interaction (ACI), and this two-way feedback has been studied by applying two-way coupled meteorology and air quality models. As one of the regions with the highest aerosol loading in the world, Asia has attracted many researchers to investigate the aerosol effects with several two-way coupled models (WRF-Chem, WRF-CMAQ, GRAPES-CUACE, WRF-NAQPMS, and GATOR-GCMOM) over the last decade. This paper attempts to offer a bibliographic analysis regarding the current status of applications of two-way coupled models in Asia, related research focuses, model performances, and the effects of ARI and/or ACI on meteorology and air quality. There were a total of 160 peer-reviewed articles published between 2010 and 2019 in Asia meeting the inclusion criteria, with more than 79 % of papers involving the WRF-Chem model. The number of relevant publications has an upward trend annually, and East Asia, India, and China, as well as the North China Plain are the most studied areas. The effects of ARI and both ARI and ACI induced by natural aerosols (particularly mineral dust) and anthropogenic aerosols (bulk aerosols, different chemical compositions, and aerosols from different sources) are widely investigated in Asia. Through the meta-analysis of surface meteorological and air quality variables simulated by two-way coupled models, the model performance affected by aerosol feedbacks depends on different variables, simulation time lengths, selection of two-way coupled models, and study areas. Future research perspectives with respect to the development, improvement, application, and evaluation of two-way coupled meteorology and air quality models are proposed. 

刊物名称：

Atmospheric Chemistry and Physics

参与作者：

C. Gao, A. J. Xiu, X. L. Zhang, Q. Q. Tong, H. M. Zhao, S. C. Zhang, G. Y. Yang and M. D. Zhang