Fisher / San Francisco / Seattle / Southampton / Survey / Ohlendorf / Washington / DC / Stroudsburg / Fresno / Sacramento / /
Company
Ross Inc. / Heinz / M. / Coastal / Energy (64) (65) (66) (67) Resources / Bullard / S. L. C. / Steinberg N. A. / Bass A. E. / Mo Co / When Co / Maest A. S. / /
Country
United States / /
Currency
USD / /
Event
Product Issues / FDA Phase / /
Facility
L. J. Arch / California Agricultural Technology Institute / State University of New York / St. Lawrence University / /
IndustryTerm
food web exposures / reactive chemical species / Treatment systems / food types / natural systems / food sources / food / chemical reactivity / sedimentary food / food source / e-ket / food webs / food web transfer / /
NaturalFeature
San Francisco Bay / Sea Res / Suisun Bay / /
Organization
St. Lawrence University / National Science Foundation / State University of New York / Stony Brook / New York / N.S.F. / International Atomic Energy Agency / Marine Sciences Research Center / State University of New York / California Agricultural Technology Institute / American Chemical Society / US Federal Reserve / /
Person
Burton / Van Puymbroeck / Se / Van Weers / Ronald S. Oremland / Nicholas S. Fisher / §Nlsan / Vanderborght / Carolyn Johns / Samuel N. Luorna / John R. Relnfelder / /
Environ. Sci. Technol. 1992, 26, [removed]Determination of Selenium Bioavailability to a Benthic Bivalve from Particulate and Solute Pathways Samuel N. Luorna,*xt Carolyn Johns,$ Nicholas S. Fisher,§Nlsan A. Steinberg,+