University of Vermont / Humboldt University / Pike R. Morpion Str. / Pike River / /
IndustryTerm
basin-wide management / chemical pesticides / lampricide applications / /
NaturalFeature
Lake Champlain / Great river / specific tributaries / Malletts Creek / Vermont tributary / Great Lakes / Winooski River / Chazy river / Great Chazy River / Missisquoi Bay / Poultney river / Ausable River / Putnam Creek / Pike River / Hubbardton river / Saranac River / Morpion Stream / Laurentian Great Lakes / Malletts Bay / New York tributaries / Québec tributary / b River / /
Organization
Fisheries Technical Committee / New York State Department / University of Vermont / Humboldt University / International Association for Great Lakes Research / Department of Mathematics / USA U.S. Geological Survey / Vermont Cooperative Fish and Wildlife Research Unit / USA Rubenstein School of Environment and Natural Resources / Rubenstein School of Environment and Natural Resources / U.S. Fish & Wildlife Service / Environmental Conservation / and Vermont Agency of Natural Resources / Mt. Hope / /
Person
Hope Br / Wayne Bouffard / Zerrenner / Eric A. Howe / R. Lewis Cr / Therese M. Donovan / Salmon R. Salmon / J. Ellen Marsden / Smith / Martin / Timothy B. Mihuc Keywords / Roland H. Lamberson / R. Salmon R. Little Ausable / Lewis Cr / / /
A life cycle approach to modeling sea lamprey population dynamics in the Lake Champlain basin to evaluate alternative control strategies