Mercury Hotspots in Freshwater Ecosystems: Drivers, Processes, and Patterns

Celia Y. Chen, Charles T. Driscoll and Neil C. Kamman

in Mercury in the Environment

Published by University of California Press

Published in print March 2012 | ISBN: 9780520271630
Published online September 2012 | e-ISBN: 9780520951396 | DOI:
Mercury Hotspots in Freshwater Ecosystems: Drivers, Processes, and Patterns

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Studies conducted in a wide range of freshwater ecosystems have revealed specific suites of attributes that predispose certain ecosystems to being sites of elevated MeHg bioaccumulation in fish and piscivorous birds and mammals. These hotspots result from a complex sequence of biotic and abiotic mechanisms that occur at critical points in the transfer of Hg in the environment from Hg supply, methylation, transport, bioaccumulation, and transfer in food webs. System-specific case studies are described in which Hg concentrations in biotic endpoints are known to be elevated. These studies highlight mercury sensitivity factors in natural lakes and ponds occupying sensitive landscapes, small and large managed reservoirs, the Florida Everglades, the Great Lakes, and in industrially impacted rivers.

Keywords: methylmercury; hotspots; reservoirs; methylation; bioaccumulation; aquatic ecosystems; Everglades; Great Lakes; Adirondacks

Chapter.  17933 words.  Illustrated.

Subjects: Animal Pathology and Diseases

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