laboratory PLOS ONE / Dartmouth College / Dartmouth College Trace Element Core Facility / National University of Singapore / Humboldt State University / Hall BD / Fish Element Analysis Core Facility / /
IndustryTerm
local food / brackishmarsh food webs / chemical inputs / metal concentrations / marine food webs / stream food / estuarine food web / metal clean procedures / metal pollution / Marine and estuarine systems / estuarine food webs / aquatic systems / food / sediment metal-binding capacity / energy source / food source / food web / food webs / freshwater food webs / freshwater systems / food web structure / gas-chromatographic cold-vapor atomic fluorescence spectroscopy / metal bioavailability / heavy metal burdens / greater heavy metal bioaccumulation / trace-metal clean containers / toxic chemicals / atmospheric metal deposition / marine organic-enriched systems / natural food sources / trace-metal clean vials / /
NaturalFeature
Narragansett Bay / Gulf of Mexico Region / North Pacific Ocean / New England estuary / Little River estuary / Gulf of Mexico / Guadalquivir river / Gulf of Maine / Instant Ocean / /
Organization
Humboldt State University / Department of Biological Sciences / Dartmouth College / Center for Coastal Fisheries and Habitat Research / New York Academy of Sciences / Fisheries Biology Department / US Federal Reserve / Eleanor Ford Foundation / American Fisheries Society / National Institute of Health / National University of Singapore / Marine Biological Association of the UK / National Academy of Sciences / Maine Department of Resources / Canadian National Research Council / Environmental Protection Agency / /
Author / Weinstein MP / Outridge PM / Editor / model for this study / Fisher / HOBO temperature data logger / /
Product
Atlantic / Citation / BP / fish / floodplain soils / SL2010-60 / vitamins / potato starch / /
ProvinceOrState
Maine / Louisiana / New York / Rhode Island / South Carolina / California / New Jersey / North Carolina / Massachusetts / New Hampshire / /
PublishedMedium
Geophysical Research Letters / Climate Dynamics / Proceedings of the National Academy of Sciences / Environmental Health Perspectives / Environmental Science & Technology / Environmental Research / Journal of Zoology / Applied and Environmental Microbiology / Analytical Chemistry / PLoS ONE / /
RadioStation
Scheuhammer AM / Al-Raei AM / /
Region
Gulf of Mexico / New England / Western North Atlantic / eastern North America / southeastern United States / Northeast US / southern Louisiana / southern New England / mid-Atlantic / northeastern USA / North Atlantic / South West Spain / west coast / Central Ontario / /
Experimental and Natural Warming Elevates Mercury Concentrations in Estuarine Fish Jennifer A. Dijkstra1*, Kate L. Buckman2, Darren Ward3, David W. Evans4, Michele Dionne1, Celia Y. Chen2 1 Wells National Estuarine Resea