Quantifying the fate of mercury in the Great Lakes Basin: toward an ecosystem approach

Environmental Research
Don MacKay, Liisa Toose

Abstract

We argue that the need to reduce human exposure to mercury in the Great Lakes Basin and thus reduce the risk of adverse effects can be accomplished only by reducing the quantity of all mercury species cycling in the ecosystem. It is pointed out that much can be learned from experiences with PCBs. PCB concentrations and exposures have been reduced, in part, because a clear picture has been established of relative sources and PCB' s environmental fate in the form of mass balance models, which document the "big picture" of PCB behavior at a range of scales. It is suggested that a similar strategy is needed for mercury as part of the effort to protect human health throughout the entire Great Lakes ecosystem.

References

Aug 17, 2001·Environmental Science and Pollution Research International·M MacLeodR Maddalena
Aug 17, 2001·Environmental Science and Pollution Research International·D G WoodfineJ R Brimacombe
Nov 1, 2001·Environmental Science & Technology·H HungD Mackay
Jan 1, 1996·Environmental Pollution·M D KosterJ Struger
Oct 6, 2004·Environmental Science & Technology·Liisa K Toose, Donald Mackay

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Citations

Jul 28, 2011·Ecotoxicology·Tiffany J ZananskiBernard S Crimmins
Feb 12, 2011·Environmental Toxicology and Chemistry·Dong-Hee Lim, Christian M Lastoskie
May 16, 2006·Journal of Environmental Management·Satya P MohapatraAnne Mitchell
Sep 17, 2013·Environmental Pollution·Yindong TongQiguang Wang
Jun 29, 2004·Environmental Research·Michael Gilbertson, David O Carpenter
Apr 1, 2013·Journal of Developmental Origins of Health and Disease·H A Hanson, K R Smith

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