Forests mediate the biogeochemical cycling of mercury (Hg) between the atmosphere and
terrestrial ecosystems; however, there remain many gaps in our understanding of these …

It is increasingly becoming known that mercury transport and speciation in the terrestrial
environment play major roles in methyl-mercury bioaccumulation potential in surface water …

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 …

Despite 30 years of study, gaseous elemental mercury (Hg0) exchange magnitude and
controls between terrestrial surfaces and the atmosphere still remain uncertain. We …

Recent studies demonstrate a short 3–6-month atmospheric lifetime for mercury (Hg). This
implies Hg emissions are predominantly deposited within the same hemisphere in which …

Diffuse anthropogenic and naturally mercury‐enriched areas represent long‐lived sources
of elemental mercury to the atmosphere. The Nevada Study and Tests of the Release of …

Reliable quantification of air–surface fluxes of elemental Hg vapor (Hg 0) is crucial for
understanding mercury (Hg) global biogeochemical cycles. There have been extensive …

Naturally mercury-enriched substrate is a long-lived source of mercury to the global
atmospheric mercury cycle. Field flux chambers, laboratory gas exchange chambers and …

Geologic sources of atmospheric mercury include areas of fossil and current geothermal
activity, recent volcanic activity, precious and base metal deposits, and organic rich …

Air/surface exchange of mercury was investigated over background soils at five sites in the
Tahquamenon River watershed in the Michigan Upper Peninsula in the summer of 1998 …