The Catholic University of America / Louisiana State University / Golden Gate Bridge / San Francisco State University / John Muir Institute / Catholic University of America Loge / University of California / /
IndustryTerm
energy density / energy budget approach / striped bass energy densities / striped bass energy density / prey energy density values / food / energy / energy costs / zero energy density / Energy densities / bass prey energy density parameters / food web effects / high-energy source / /
MarketIndex
FMWT / /
NaturalFeature
Lake Powell / San Francisco Estuary / San Joaquin River / San Francisco Bay / Bay Study Otter Trawl / Sacramento River / Pacific Ocean / San Joaquin River Delta / /
OperatingSystem
L3 / Fork / /
Organization
California Department of Fish and Game / University of California / California Department of Water Resources Sommer / Department of Oceanography and Coastal Sciences / Catholic University of America / U.S. Bureau / DWR’s Division of Environmental Services Real Time Monitoring / Department of Civil & Environmental Engineering / California Department of Water Resources / U.S. Fish and Wildlife Service / San Francisco State University / University of California / Davis / Louisiana State University / Department of Civil Engineering / Division of Environmental Services / John Muir Institute of the Environment / /
Person
Matt Nobriga / Randy Baxter / Jason DuBois / Fred Feyrer / Davis Permalink / Don Thompson / Kai Elder / Nina Kogut / Mike Dempsey / Marty Gingras / / /
Peer Reviewed Title: Individual-level and Population-level Historical Prey Demand of San Francisco Estuary Striped Bass Using a Bioenergetics Model Journal Issue: San Francisco Estuary and Watershed Science, 10(1)