Monitoring mercury (Hg) levels in biota is considered an important objective for the
effectiveness evaluation of the Minamata Convention. While many studies have …

Forest ecosystem accounts for 31% of global land areas and plays a key role in the global
biogeochemical cycling of mercury (Hg). In this critical review, datasets of Hg flux …

Mercury (Hg) in runoff water poses significant ecological risks to aquatic ecosystems that
can affect organisms. However, accurately identifying the sources and transformation …

Atmospheric mercury (Hg) emissions and subsequent transport and deposition are major
concerns within protected lands, including national parks, where Hg can bioaccumulate to …

Knowledge gaps of mercury (Hg) biogeochemical processes in the tropical rainforest limit
our understanding of the global Hg mass budget. In this study, we applied Hg stable isotope …

Abstract In Suriname, mercury (Hg) use has recently increased because of gold mining,
which has put fish-reliant communities (eg, Indigenous and Tribal) at risk of enhanced Hg …

Despite the advancements in analytical techniques, there are still great challenges and
difficulties in accurately and effectively quantifying and characterizing dissolved organic …

Marine sediments are the world's largest known reservoir of methane. In many coastal
regions, methane is trapped in sediments buried at depths ranging from centimeters to …

Anthropogenic activities and climate change have significantly increased mercury (Hg)
levels in seawater. However, the processes and sources of Hg in differing marine …

Industrial chemical contamination within coastal regions of the Great Lakes can pose
serious risks to wetland habitat and offshore fisheries, often resulting in fish consumption …