Global climate change has led to profound alterations of the Arctic environment and
ecosystems, with potential secondary effects on mercury (Hg) within Arctic biota. This review …

Abstract Mercury (Hg), cadmium (Cd) and lead (Pb) are toxic metals that continue to attract
much attention because they are prone to be accumulated in fish tissues and can harm …

Temporal trend analysis of (total) mercury (THg) concentrations in Arctic biota were
assessed as part of the 2021 Arctic Monitoring and Assessment Programme (AMAP) …

Anthropogenic mercury (Hg) undergoes long-range transport to the Arctic where some of it is
transformed into methylmercury (MeHg), potentially leading to high exposure in some Arctic …

We assessed the risks of mercury (Hg) to Arctic marine and freshwater fish by compiling
published muscle Hg concentrations and information on tissue concentrations associated …

Subarctic lakes are getting warmer and more productive due to the joint effects of climate
change and intensive land-use practices (eg forest clear-cutting and peatland ditching) …

We paired mercury (Hg) concentrations in dragonfly larvae with water chemistry in 29 US
national parks to highlight how ecological and biogeochemical context (habitat, dissolved …

Lake Hazen, the largest lake north of the Arctic circle, is being impacted by mercury (Hg)
pollution and climate change. The lake is inhabited by two morphotypes of land-locked …

Mercury (Hg) transformations in sediments are key factors in the Hg exposure pathway for
wildlife and humans yet are poorly characterized in Arctic lakes. As the Arctic is rapidly …

Ultraviolet (UV) absorbents and industrial antioxidants are two groups of plastic-derived
contaminants of emerging environmental concern. However, their distribution and fate are …