Washington / D.C. / Blacksburg / Dallas / Cambridge / Kingfisher / London / Austin / New York / Ithaca / /
Company
Ames / /
Event
Natural Disaster / /
Facility
Fernow Hall / Kelly Barbour Harvard University / Cornell University / University of Oklahoma Biological Station / Denison Dam / Lake Texoma R. Scott Cone Cornell University / Okla. Biological Station / University of Oklahoma / University of Texas / /
IndustryTerm
tropical river systems / food abundance / food supply / river systems / tropical systems / food availabilities / /
MarketIndex
Russell 215 / /
NaturalFeature
Washita river / Lake Texoma / Red river / /
Organization
University of Oklahoma / University of Oklahoma Biological Station / Harvard University / Univ. of Okla. Biological Station / Iowa State Univ. / Cornell University / University of Texas / /
Person
Mark Fisher / W.L. Shelton / W.D. Davies / Bill Beckenhauer / Nat / T.A. King / T.J. Timmons / Krueger / A. Jearld / Jr. / Arlene Stapleton / Gloss / Clark Hubbs / /
ProvinceOrState
Texas / Virginia / Alabama / Oklahoma / New York / Iowa / Massachusetts / /
The Effects of Flooding on the Growth Rates of Fishes in Lake Texoma