His scientific interests lie mostly in Arctic, Ecology, Mercury, Climate change and Biogeochemical cycle. Peter M. Outridge has researched Arctic in several fields, including Varve, Geochemistry, Deposition and Trace metal. His research is interdisciplinary, bridging the disciplines of Environmental chemistry and Ecology.
His work deals with themes such as Aquatic animal, Water pollution, Food chain and Environmental protection, which intersect with Mercury. In his research on the topic of Water pollution, Sediment is strongly related with Mercury contamination. Many of his studies on Biogeochemical cycle apply to Oceanography as well.
Peter M. Outridge spends much of his time researching Mercury, Ecology, Arctic, Oceanography and Sediment. His work carried out in the field of Mercury brings together such families of science as Environmental chemistry, Volcano, Environmental protection and The arctic. Peter M. Outridge combines subjects such as Aquatic animal, Fishery, Beluga and Deposition with his study of Arctic.
Oceanography is often connected to Marine ecosystem in his work. His biological study spans a wide range of topics, including Hydrology, Surface water, Organic matter and Geochemistry. His Geochemistry research includes elements of Pyrolysis and Trace metal.
His primary areas of investigation include Mercury, Trace metal, Environmental chemistry, Geochemistry and Volcano. The study incorporates disciplines such as Ecology, Biogeochemical cycle, Oceanography and Environmental protection in addition to Mercury. The various areas that Peter M. Outridge examines in his Biogeochemical cycle study include Gold mining, Terrestrial ecosystem, Biota and Effluent.
His Trace metal research is multidisciplinary, relying on both Erosion, Subarctic climate, Snowmelt and Taiga. His research integrates issues of Methylmercury, Ecosystem and Arctic in his study of Environmental chemistry. His Geochemistry research includes themes of Organic matter, Sediment and Holocene.
Peter M. Outridge mainly focuses on Mercury, Late 19th century, Environmental protection, Biogeochemical cycle and Ecology. His Mercury research incorporates elements of Terrestrial ecosystem and Biomonitoring. His Terrestrial ecosystem study combines topics in areas such as Environmental chemistry, Aquatic ecosystem, Methylmercury and Effluent.
His Biomonitoring research integrates issues from Wildlife, Climate change, Ecological niche, Biota and Trophic level. His Ecosystem study frequently draws parallels with other fields, such as Gold mining.
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Persistent organic pollutants and mercury in marine biota of the Canadian Arctic: An overview of spatial and temporal trends
B.M. Braune;P.M. Outridge;A.T. Fisk;D.C.G. Muir.
Science of The Total Environment (2005)
Accumulation of toxic trace elements by freshwater vascular plants
P M Outridge;B N Noller.
Reviews of Environmental Contamination and Toxicology (1991)
Anthropogenic contributions to mercury levels in present-day Arctic animals—A review
Rune Dietz;Peter M. Outridge;Keith A. Hobson.
Science of The Total Environment (2009)
How does climate change influence Arctic mercury
Gary A. Stern;Gary A. Stern;Robie W. Macdonald;Robie W. Macdonald;Peter M. Outridge;Peter M. Outridge;Simon Wilson.
Science of The Total Environment (2012)
A mass balance inventory of mercury in the Arctic Ocean
P. M. Outridge;P. M. Outridge;R. W. Macdonald;F. Wang;G. A. Stern;G. A. Stern.
Environmental Chemistry (2008)
Increasing contaminant burdens in an arctic fish, Burbot ( Lota lota ), in a warming climate.
J. Carrie;F. Wang;H. Sanei;R. W. Macdonald.
Environmental Science & Technology (2010)
Tests of the fidelity of lake sediment core records of mercury deposition to known histories of mercury contamination
W.L Lockhart;R.W Macdonald;P.M Outridge;P Wilkinson.
Science of The Total Environment (2000)
Ablative and transport fractionation of trace elements during laser sampling of glass and copper
P.M. Outridge;W. Doherty;D.C. Gregoire.
Spectrochimica Acta Part B: Atomic Spectroscopy (1997)
Modern and historical fluxes of halogenated organic contaminants to a lake in the Canadian arctic, as determined from annually laminated sediment cores
G.A. Stern;E. Braekevelt;P.A. Helm;T.F. Bidleman.
Science of The Total Environment (2005)
Bioaccumulation and toxicology of chromium: implications for wildlife
P. M. Outridge;A. M. Scheuhammer.
Reviews of Environmental Contamination and Toxicology (1993)
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