Bridgeport / Chichester / Grande / New York / Washington / D.C. / Stillwater / Sunnyvale / Lubbock / Amherst / Bethesda / London / Amityville / Stalnaker / /
Company
S. Platania and associates / Bain / Technology Flavors and Fragrances Inc. / Trimble Navigation Limited / SAGE Publication Ltd. / Pacific Northwest National Laboratory / Pearson / ESRI / Altered River Systems / Cushman SA / Creative Commons / SPSS / IBM Corp / John Wiley & Sons / completed using SPSS (SPSS / /
Wildlife Management Institute / Texas Tech University / University of Massachusetts / Oklahoma State University / /
IndustryTerm
survey site / river systems / replacement site / energy / study site / /
MusicGroup
Flow / /
NaturalFeature
Yellowstone / Swiss rivers / Arkansas River / Large Rivers / Atlantic coast / Canadian river / Savannah River / Pecos River / Great Plains river / Mississippi River / Canadian Rivers / North river / Oklahoma stream / Missouri river / American rivers / Great Plains rivers / Lower Yellowstone river / Rio Grande / /
Organization
University of Massachusetts / Department of Parks and Wildlife / Wildlife Management Institute / U.S. Government / Oklahoma Cooperative Fish and Wildlife Research Unit / Texas Tech University / U.S. Fish and Wildlife Service / North American Benthological Society / Wildlife Research Unit / Oklahoma State University / American Fisheries Society / Oklahoma Department of Wildlife Conservation / /
Person
Tom Kwak / Thomas El Reno / Laverne Camargo / /
Position
Editor / http /
Product
ArcGIS / /
ProgrammingLanguage
Ada / /
ProvinceOrState
Texas / New Brunswick / Maryland / New York / Missouri / New Mexico / Manitoba / Oklahoma / Mississippi / California / Massachusetts / /
PublishedMedium
PLoS ONE / Samson / Earth Surface Processes and Landforms / /
Interacting Effects of Discharge and Channel Morphology on Transport of Semibuoyant Fish Eggs in Large, Altered River Systems Thomas A. Worthington1, Shannon K. Brewer2*, Nicole Farless1, Timothy B. Grabowski3, Mark S. G