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This Special Issue aims to provide new insights into the issue of the mercury contamination of terrestrial and aquatic ecosystems. This ubiquitous contaminant has been used by humans for many years, resulting in global contamination. When this toxic contaminant is converted to methylmercury, it accumulates in trophic chains, which is a major issue for wildlife and human health. The nine articles contained within this Special Issue on ‘‘Mercury and Methylmercury Contamination of Terrestrial and Aquatic Ecosystems’’ endeavour to identify the historical evolution of Hg and MeHg levels in aquatic environments, and to evaluate the impact of current and historical human activities, such as mining, climate change, and soil erosion, on receptor ecosystems and food chains.

Research & information: general --- Chemistry --- Cytotoxicity --- erythrocytes --- methylmercury --- malondialdehyde --- in vitro --- superoxide dismutase --- mercury --- PQMI --- Palawan --- abandoned mines --- mine wastes --- sediments --- mussel --- mussel watch --- Mytilus --- St. Lawrence --- sediment --- water --- SPM --- gold mining --- French Guiana --- monomethylmercury --- water-sediment interface --- diel and seasonal cycles --- photodegradation --- particulate mercury --- suspended particulate matter --- particulate organic carbon --- Amazon rainforest --- mammoth fauna mammals --- hair --- environmental changes --- paleoclimate --- Pleistocene --- Yakutia --- lakes --- wet deposition --- ecological restoration --- mercury mobility --- microbial activities --- biogeochemistry --- gold mining activities --- Cytotoxicity --- erythrocytes --- methylmercury --- malondialdehyde --- in vitro --- superoxide dismutase --- mercury --- PQMI --- Palawan --- abandoned mines --- mine wastes --- sediments --- mussel --- mussel watch --- Mytilus --- St. Lawrence --- sediment --- water --- SPM --- gold mining --- French Guiana --- monomethylmercury --- water-sediment interface --- diel and seasonal cycles --- photodegradation --- particulate mercury --- suspended particulate matter --- particulate organic carbon --- Amazon rainforest --- mammoth fauna mammals --- hair --- environmental changes --- paleoclimate --- Pleistocene --- Yakutia --- lakes --- wet deposition --- ecological restoration --- mercury mobility --- microbial activities --- biogeochemistry --- gold mining activities

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This Special Issue aims to provide new insights into the issue of the mercury contamination of terrestrial and aquatic ecosystems. This ubiquitous contaminant has been used by humans for many years, resulting in global contamination. When this toxic contaminant is converted to methylmercury, it accumulates in trophic chains, which is a major issue for wildlife and human health. The nine articles contained within this Special Issue on ‘‘Mercury and Methylmercury Contamination of Terrestrial and Aquatic Ecosystems’’ endeavour to identify the historical evolution of Hg and MeHg levels in aquatic environments, and to evaluate the impact of current and historical human activities, such as mining, climate change, and soil erosion, on receptor ecosystems and food chains.

Cytotoxicity --- erythrocytes --- methylmercury --- malondialdehyde --- in vitro --- superoxide dismutase --- mercury --- PQMI --- Palawan --- abandoned mines --- mine wastes --- sediments --- mussel --- mussel watch --- Mytilus --- St. Lawrence --- sediment --- water --- SPM --- gold mining --- French Guiana --- monomethylmercury --- water–sediment interface --- diel and seasonal cycles --- photodegradation --- particulate mercury --- suspended particulate matter --- particulate organic carbon --- Amazon rainforest --- mammoth fauna mammals --- hair --- environmental changes --- paleoclimate --- Pleistocene --- Yakutia --- lakes --- wet deposition --- ecological restoration --- mercury mobility --- microbial activities --- biogeochemistry --- gold mining activities --- n/a --- water-sediment interface