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Mercury in the EnvironmentPattern and Process$
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Michael Bank

Print publication date: 2012

Print ISBN-13: 9780520271630

Published to California Scholarship Online: September 2012

DOI: 10.1525/california/9780520271630.001.0001

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Mercury in the Marine Environment

Mercury in the Marine Environment

Chapter:
(p.167) Chapter 10 Mercury in the Marine Environment
Source:
Mercury in the Environment
Author(s):

Frank J. Black

Christopher H. Conaway

A. Russell Flegal

Publisher:
University of California Press
DOI:10.1525/california/9780520271630.003.0010

The study of mercury in marine ecosystems is necessary to understand and minimize the chronic, sublethal toxicity due to exposure to organomercury in the marine environment and resources. The combination of the complex biogeochemical cycling of mercury with complex marine ecological processes make this study challenging, requiring a multitude of scientific approaches to answer questions about mercury in marine ecosystems. Some questions relate to fish consumption, most obviously: “which fish are the healthiest to eat?” and “is there a limit to how much is healthy?” Other questions relate to the source of mercury in the marine environment and the degree to which the mercury found in fish is from anthropogenic versus natural sources. These questions are related to our ability to mitigate mercury contamination in the marine environment and potential increases in mercury concentrations in fish. We also must understand how long-term and large-scale trends in marine ecosystems affect the biogeochemical cycling of mercury. We discuss some of these questions and summarize information on mercury in marine ecosystems, including the sources of mercury in marine environments, the transformation and methylation of mercury, its uptake into biological systems, and its biomagnification in marine food webs. The primary sources and sinks for methylmercury in the ocean are discussed, and a preliminary mass balance for monomethylmercury in the oceans is presented.

Keywords:   methylmercury, ocean, marine environment, coastal waters, biogeochemical cycling, bioaccumulation, biomagnification, mass balance, sources, sinks, methylation, sediment, organisms, fish

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