The atmosphere is a key component of the biogeochemical cycle of mercury, acting as a
reservoir, transport mechanism, and facilitator of chemical reactions. The chemical and …

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 …

Atmospheric deposition of Hg (II) represents a major input of mercury to surface
environments. The phase of Hg (II)(gas or particle) has important implications for deposition …

Forest biomass and soils represent some of the largest reservoirs of actively cycling mercury
(Hg) on Earth, but many uncertainties exist regarding the source and fate of Hg in forest …

A large number of activities have been carried out to characterise the levels of mercury (Hg)
species in ambient air and precipitation, in order to understand how they vary over time and …

Due to the fast developing economy, mercury (Hg) emissions to the atmosphere from
Chinese mainland have increased rapidly in recent years. Consequently, this issue has …

The influence of topography on the biogeochemical cycle of mercury (Hg) has received
relatively little attention. Here, we report the measurement of Hg species and their …

This study examined the spatial and temporal trends of mercury (Hg) in wet deposition and
air concentrations in the United States (US) and Canada between 1997 and 2013. Data …

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 …

This study is the most extensive study to date on the transport of mercury to the Arctic.
Moreover, it is the first such study to use a fully-coupled, online chemical transport model …