The oceans, serving as some of the most extensive reservoirs of mercury (Hg) on Earth, play
an essential role in the global Hg biogeochemical circulation, as a sink for atmospheric …

Gaseous elemental mercury [Hg (0)] emissions from soils constitute a large fraction of global
total Hg (0) emissions. Existing studies do not distinguish biotic-and abiotic-mediated …

The origin of methylmercury in pelagic fish remains unclear, with many unanswered
questions regarding the production and degradation of this neurotoxin in the water column …

The redox chemistry of mercury (Hg) in the atmosphere exerts a significant influence on its
global cycle. However, our understanding of this important process remains shrouded in …

The atmosphere is the primary medium for long-distance transport and transformation of
elemental mercury (Hg), a potent neurotoxin. The recent discovery of mass-independent …

Atmospheric Hg (0) dry deposition is a vital process that significantly affects the global
distribution and cycling of Hg. However, significant knowledge gaps and challenges persist …

In this study, exchange fluxes and Hg isotope fractionation during water–atmosphere Hg (0)
exchange were investigated at three lakes in China. Water–atmosphere exchange was …

Uptake of atmospheric elemental mercury via foliage is thought to be the dominant pathway
of mercury accumulation in terrestrial ecosystems, including those in the Arctic permafrost …

Haze with high loading of particles may result in significant enrichment of particle-bound Hg
(PBM), potentially impacting the atmospheric Hg transformation and transport. However, the …

Traditionally, nuclear spin is not considered to affect biological processes. Recently, this has
changed as isotopic fractionation that deviates from classical mass dependence was …