Atmospheric chemistry research has been growing rapidly in China in the last 25 years
since the concept of the “air pollution complex” was first proposed by Professor Xiaoyan …

Long-term fertilization is considered as the most effective practice in organic C accrual in
intensively managed paddy soils. However, the contribution and mechanism of microbial …

The formation process of in‐cloud aqueous‐phase secondary organic matter (aqSOM) and
its characteristics are unclear. Herein, water‐soluble inorganic ions, oxalate, and water …

Secondary organic aerosols (SOAs) account for a large fraction of atmospheric fine particles,
but the mechanisms of their formation and evolution processes remain unclear. In this study …

Many aromatic compounds, including 16 types of US EPA priority PAHs, exist in substituted
or unsubstituted forms and have high toxicities. Aromatic compounds in aerosols collected in …

Nitrogenous organic (CHON), crucial for secondary organic aerosol (SOA), forms through
poorly studied mechanisms in clouds. Our study explores CHON transformation during cloud …

Clouds and fogs, consisting of tiny water droplets formed by the condensation of water in
supersaturated air, are vital in atmospheric chemistry, as they facilitate multiphase reactions …

Humic-like substances (HULIS) are organic macromolecular compounds (water-soluble
brown carbon) that have an important effect on climate change due to their strong light …

Dissolved organic carbon (DOC) in rainwater affects climate change and global carbon
cycles. Relatively little work has focused on DOC and the remaining water‐insoluble …

In recent decades, global aquaculture has expanded rapidly, raising concerns about coastal
environmental degradation due to unregulated or poorly regulated discharge of aquaculture …