This review documents recent advances in terrestrial mercury cycling. Terrestrial mercury
(Hg) research has matured in some areas, and is developing rapidly in others. We …

Anthropogenic activities are affecting marine ecosystems, notably coastal ones, in multiple
ways and at increasing rates, leading to habitat degradation, loss of biodiversity, and greater …

Heavy metal and metalloid contamination of topsoils from atmospheric deposition and
release from landfills, agriculture, and industries is a widespread problem that is estimated …

The boreal ecoregion supports about one-third of the world's forest. Over 90% of boreal
forest streams are found in headwaters, where terrestrial–aquatic interfaces are dominated …

Terrestrial ecosystems store large amounts of mercury (Hg), which may be subject to
methylation, mobilization and uptake into downstream aquatic ecosystems. Mercury …

Riparian soils are an important environment in the transport of mercury in rivers and
wetlands, but the biogeochemical factors controlling mercury dynamics under transient …

Large-scale studies are needed to identify the drivers of total mercury (THg) and
monomethyl-mercury (MeHg) concentrations in aquatic ecosystems. Studies attempting to …

Abstract Effects of Boreal forest harvest on mercury (Hg) and methyl mercury (MeHg) soil
pools and export by stream runoff were quantified by comparing 10 reference watersheds …

In low-sulfate and sulfate-limited freshwater sediments, sulfate loading increases the
production of methylmercury (MeHg), a potent and bioaccumulative neurotoxin. Sulfate …

Mercury (Hg) concentrations in aquatic environments have increased globally, exposing
consumers of aquatic organisms to high Hg levels. For both aquatic and terrestrial …