SAS Institute Inc. / Pergamon Press / ACS / Smithsonian Institution Press / Fisher Scientific / /
Country
United States / / /
Facility
University of Louisiana / /
IndustryTerm
salinity site / metal toxicity / non-ferrous metal smelting / hypotonic solution / estuarine systems / lowsalinity collection site / chemical species present / treatment solution / chemical speciation / non-essential metal / hypertonic solutions / chemical manufacturing / chemical analyses / free-ion metal levels / metal-regulation / salinity collection site / food-grade plastic cups / energy / metal / low-salinity site / toxic metal ions / physicochemistry and metal uptake / test solutions / e-offprint / chemical equilibrium modeling software / chemical equilibrium software / metal sensitivity / metal tolerance / Similar software / exposure solutions / /
NaturalFeature
North Inlet Estuary / Atlantic Coast / Sabine Lake / South Carolina Estuar Coast / Estuar Coast / /
Organization
P. L. Klerks Department of Biology / Department of Land and Water Resources Engineering / University of Louisiana / US Federal Reserve / Smithsonian / /
Person
Paul Leberg / Paul L. Klerks Accepted / Cary Gustafsson / Emmanuel Blankson / Paul L. Klerks Ecotoxicology / Andrew Y. Oguma / Lawrence Rozas / /
Position
Stickle WB / author / fiddler / /
Product
sodium chloride / Cl / /
ProvinceOrState
Texas / Maine / Louisiana / South Carolina / Nova Scotia / Florida / /
The role of native salinity regime on grass shrimp (Palaemonetes pugio) sensitivity to cadmium Andrew Y. Oguma & Paul L. Klerks Ecotoxicology