China presently contributes the largest amount of anthropogenic mercury (Hg) emission into
the atmosphere in the world. Over the past decade, numerous studies have been conducted …

Mercury is a global pollutant that can be transported over long distances and can
bioaccumulate. Currently, China is the country that contributes most to atmospheric Hg …

There is a large uncertainty in the estimate of global dry deposition of atmospheric mercury
(Hg). Hg deposition through litterfall represents an important input to terrestrial forest …

Mercury accumulation in montane forested areas plays an important role in global Hg
cycling. In this study, we measured stable Hg isotopes in soil and litter samples to …

China is regarded as the largest contributor of mercury (Hg) to the global atmospheric Hg
budget. However, concentration levels and depositions of atmospheric Hg in China are …

The current knowledge concerning mercury dry deposition is reviewed, including dry-
deposition algorithms used in chemical transport models (CTMs) and at monitoring sites and …

Mt. Gongga area in southwest China was impacted by Hg emissions from industrial activities
and coal combustion, and annual means of atmospheric TGM and PHg concentrations at a …

China is regarded as one of the largest anthropogenic mercury (Hg) emission source
regions over the world. However, wet and dry deposition of atmospheric Hg in China has not …

Forest ecosystems play an important role in the global cycling of mercury (Hg). In this study,
we characterized the Hg cycling at a remote evergreen broadleaf (EB) forest site in …

Environmental drivers of total mercury (TotHg) concentrations, methylmercury (MeHg)
concentrations, and MeHg fractions (a proxy for methylation potential, expressed as …