Hanson / Dupont / Limnology and Oceanography Inc. / Microsoft / /
Continent
North America / /
Country
United States / /
Currency
pence / / /
Facility
National Center / University of North Carolina / /
IndustryTerm
steadystate solution / capillary gas chromatograph / chemical conditions / inverse solutions / modified steady-state solution / autotrophic systems / gas transfer estimate / net heterotrophic systems / gas chromatography / in-stream gas transfer / gas transfer data / Simultaneous gas transfer measurements / Mean gas transfer / http /
NaturalFeature
Sugar Creek / /
OperatingSystem
XP / /
Organization
National Research Council / U.S. Department of Agriculture Cooperative State Research / Education / and Extension Service / Department of Earth Sciences / American Society of Limnology and Oceanography / University of North Carolina / National Center / /
Person
Craig R. Tobias / Deborah Repert / Richard L. Smith / Joel Detty / Mary Voytek / Peggy Widman / Tyler Coplen / Jessica Newlin / Karen Casciotti / Judson W. Harvey / Jun Jun Jun Jun / Julie Kirshtein / Holly Weyers / Stanley Mroczkowski / / /
Position
Prime Minister / time-forward / Representative / /
Product
O2 / /
ProvinceOrState
Virginia / Indiana / North Carolina / /
PublishedMedium
the National Research Council post / /
Region
western Indiana / midwestern U.S. / midwestern U.S.A. / /
Technology
aeration / http / gas chromatography / simulation / /
Tobias, Craig R., John Karl Böhlke, and Judson W. Harvey. The oxygen-18 isotope approach for measuring aquatic metabolism in high productivity waters. Limnol. Oceanogr., 52(4), 2007, 1439–1453