Cincinnati / Reinsch / Jobin Yvon / Waco / Apopka / Cary / Lexington / Newville / Lyon / Scully / Denslow / Durham / San Jose / St. Louis / /
Company
T. Ag / toxic Ag / SAS Institute Inc. / AgI Ag / Systat Software Inc. / Sigma-Aldrich / Argent Chemical Laboratories / Ekkwill Waterlife Resources / Total Ag / Wilson / Pearson / Blough N. V. / Green S. A. / INTRODUCTION Ag / Tyler / Ball Corporation / ASSOCIATED CONTENT / Sigma Aldrich Co. / /
Country
United States / Columbia / / /
Facility
Clemson University Institute of Environmental Toxicology / Institute of Environmental Toxicology / Duke University / University of Kentucky / University of North Carolina / Chapel Hill / plant DOM / Clemson University / Baylor University / / /
IndustryTerm
water chemical composition / chemical speciation / adsorption energy / simplified exposure media / food / energy / environmental media / /
NaturalFeature
Black Sea / /
OperatingSystem
L3 / /
Organization
Greek Scholarship Foundation / GA NPs / Center for the Environmental Implications of NanoTechnology / National Science Foundation / Nicholas School of the Environment / U.S. Environmental Protection Agency / Department of Biology / Center for Reservoir and Aquatic Systems Research / Department of Biological Sciences / EPA MHW / Baylor University / Duke University / Durham / Clemson University Institute of Environmental Toxicology / Institute of Environmental Toxicology / National Park Service / Center for Reservoir / US Federal Reserve / University of Kentucky / Gillings School of Global Public Health / University of North Carolina / Chapel Hill / Department of Environmental Science / Department of Plant and Soil Sciences / Clemson University / Stanford / /
Person
Stephen J. Klaine / Nat / Cole W. Matson / Rose M. Cory / Katherine H. Harrold / Kim M. Newton / Jason M. Unrine / Benjamin P. Colman / Brian C. Reinsch / Matthiew Latimer / Richard T. Di Giulio / Stella Marinakos / Erik Nelson / Andreas P. Gondikas / Judy / / /
Article pubs.acs.org/est Biotic and Abiotic Interactions in Aquatic Microcosms Determine Fate and Toxicity of Ag Nanoparticles: Part 2−Toxicity and Ag Speciation