Fisher / Baltimore / New York / Sobczak / Sacramento / /
Company
Steinberg N. A. / Zn Cd Se Zn Ag / Cd Co Se Zn Ag / Water Resources / Academic Press / Knight / P. G. C. In Metal / Cu Ag / Aquatic Systems / SETAC Press / Cd Co Se / /
Country
United States / Canada / / /
Facility
Stable Metal Isotopes Reveal Copper Accumulation / If stable / Corbicula’s Cu stable / Metal Dynamics Studies stable / stable Cd / / /
IndustryTerm
integrator software / low metal efflux rates / trace metal dynamics / metal / energy peaks / metal specific constants / exposure media / stable metal methodologies / metal dynamics / waterborne metal / food availability / algal solution / e-k1t / e-ket / dissolved metal / metal-specific and species-specific physiological parameters / test media / experimental solution / ingested food / food webs / e-k2t / metal elimination rates / food / /
NaturalFeature
Sacramento-San Joaquin River Delta / /
Organization
US Federal Reserve / National Research Council of Canada / /
Person
SAMUEL N. LUOMA / CARY B. LOPEZ / BRENT R. TOPPING / / /
Position
author / D. J. / Governor / representative / Analyst / /
Product
L-1 / /
ProvinceOrState
W. V. / North Dakota / Nova Scotia / California / A. B. / /
PublishedMedium
ENVIRONMENTAL SCIENCE & TECHNOLOGY / la Nature / /
Environ. Sci. Technol. 2004, 38, Stable Metal Isotopes Reveal Copper Accumulation and Loss Dynamics in the Freshwater Bivalve Corbicula