Chemical pollution is one of the major threats to global freshwater biodiversity and will be
exacerbated through changes in temperature and rainfall patterns, acid–base chemistry …

Rainfall chemistry is a vital indicator for reflecting anthropogenic/natural input on
atmospheric quality, and the rainfall process is also the main sink of air contaminants, which …

Atmospheric pollution has become a global environmental issue, which caused a number of
human health threats. It is therefore vital to understand the source-sink processes of air …

The coastal urban region is generally considered an atmospheric receptor for terrestrial and
marine input materials, and rainfall chemistry can trace the wet scavenging process of these …

Terrestrial ecosystems in China receive the world's largest amount of reactive nitrogen (N)
deposition. Recent controls on nitrogen oxides (NOx= NO+ NO2) emissions in China to …

The vast heterogeneity in dietary practices across China has led to profound regional
disparities in health and environment. To address this issue, we developed a region-specific …

Anthropogenic emissions in China play an important role in altering the global radiation
budget. Over the past decade, the strong clean-air policies in China have resulted in …

Long‐term ecosystem studies are valuable for understanding integrated ecosystem
response to global changes in atmospheric deposition and climate. We examined trends for …

Policies such as the Air Pollution Prevention and Control Action Plan have been
implemented in Beijing to address acid rain pollution. In this study, we evaluate the effects of …

Soil degradation is an exceedance of the capacity and resiliency of soil for providing
functions and ecosystem services. It is a complex ongoing phenomenon threatening …