Caraco / Bourne / Houston / New York / L. A. / Washington / Lansing / Laramie / /
Company
New Zealand Journal / Pullman / Hess / /
Continent
North America / Europe / /
Country
New Zealand / United States / Australia / / /
Event
Reorganization / /
Facility
R. O. Hall / University of Wyoming/National Park Service Research Station / Fountain Freight Bridge / Washington State University / America EXTREMELY HIGH SECONDARY PRODUCTION OF INTRODUCED SNAILS IN RIVERS ROBERT O. HALL / ROBERT O. HALL / University of Wyoming / Hall et al. / D. M. Lodge / /
IndustryTerm
low-velocity bank zones / food resources / food web structure / basal food resources / physico-chemical conditions / warmer systems / food web function / stainless steel mesh round cages / ecosystem processing / food / energy / eld site / bank / food web / riffle site / food webs / /
Movie
A. D. / /
NaturalFeature
Yellowstone / Australian streams / Australian stream / Madison River / Hudson River / California bay / New Zealand streams / Firehole River / Piedmont river / Yellowstone rivers / Polecat Creek / Gibbon River / New Zealand lowland / /
Organization
National Science Foundation / Washington State University / USA School of Biological Sciences / North American Benthological Society / National Park Service / Federal Government / University of Wyoming / Ecological Society of America EXTREMELY HIGH SECONDARY PRODUCTION OF INTRODUCED SNAILS IN RIVERS ROBERT O. HALL / Department of Zoology and Physiology / /
Person
Jack Downs / Stephanie Fahrney / Leslie Riley / Lauren Harvey / Brad Taylor / Williamson / Ben Koch / Robin Anderson / Monique Lai / Billie Kerans / /
Position
Corresponding Editor / Hunter / /
Product
Potamopyrgus / /
ProvinceOrState
Kansas / Alabama / Wyoming / New York / Washington / N. F. / Michigan / South Dakota / Piedmont / California / Massachusetts / Idaho / New Hampshire / /
Region
western United States / southeastern United States / /
Ecological Applications, 16(3), 2006, pp. 1121–1131 Ó 2006 by the Ecological Society of America EXTREMELY HIGH SECONDARY PRODUCTION OF INTRODUCED SNAILS IN RIVERS ROBERT O. HALL, JR.,1,3 MARK F. DYBDAHL,2