Davies / Houston / Austin / Finney / Columbus / Amsterdam / Cary / Anchorage / Hobart / Seattle / Boston / New York / London / Homer / Fairbanks / /
Company
Burger A. E. / Wilson / SPSS / Philips / J. A. D. D. / Ohio State University Press / Pearson / Transboundary Ecologic LLC / biomass SA / Ardea / /
Country
Netherlands / Australia / United Kingdom / United States / /
Currency
GBP / / /
Facility
Institute of Arctic Biology / University of Washington / University of Alaska / Alaska Science Center / Alaska Pacific University / Sterling Highway / University Drive / SAS Institute / University of Alaska Fairbanks / /
IndustryTerm
food abundance / local food density / patchy and ephemeral food resources / food supply / food delivery / food shortage / patchy and ephemeral food availability / food availabilities / energy budget model / food / poor-to-moderate food densities / food density / marine food supplies / moderate-togood food availabilities / poor food years / local food availability / Nest site / food resources / lowest food density / variable food supplies / food densities / maximum likelihood algorithm / food availability / energy density / energy content / ecological systems / moderate-to-high food densities / food density decreases / variable food availability / high food densities / poor food supplies / food-searching techniques / energy budgets / moderate-to-high food abundance / food supplies / natural food web / /
Movie
A. I. / /
NaturalFeature
Norwegian sea / Tuxedni Channel / Farne Islands / North Sea / Barents sea / Gull Island / Alaska / Gulf of Alaska / Bering Sea / North Pacific Ocean / Barren Islands / Isle of May / Gannet Islands / Cook Inlet / Skomer Island / Chisik Island / Kasitsna Bay / /
Organization
University of Washington / Alaska Pacific University / U.S. Government / Ecological Society / U.S. Fish and Wildlife Service / Kasitsna Bay Marine Lab / Department of Biology and Wildlife / University of Alaska Fairbanks / Ohio State University / Institute of Arctic Biology / Department of Biology / SAS Institute / Federal Government / Alaska Science Center / Environmental Science Department / Exxon Valdez Oil Spill Trustee Council / /
Person
P. J. Wright / Alisa Abookire / Z. Klusek / J. G. Underhill / ANN M. A. HARDING ET AL / ANN M. A. HARDING / G. L. Hunt / Jr. / M. P. Harris / M. B. Decker / D. A. Elston / M. D. Burns / J. D. Uttley / S. Wanless / Harris / /
Position
D. J. / model for each predicted relationship / representative / editor / Corresponding Editor / F. L. Carpenter / and D. C. Paton / /
ProvinceOrState
Ohio / New Brunswick / Alaska / New York / Washington / S. K. / Tasmania / North Carolina / A. B. / Massachusetts / /
PublishedMedium
Advances in Ecological Research / American Naturalist / Canadian Entomologist / Journal of Zoology / /
Ecology, 88(8), 2007, pp. 2024–2033 Ó 2007 by the Ecological Society of America PREY DENSITY AND THE BEHAVIORAL FLEXIBILITY OF A MARINE PREDATOR: THE COMMON MURRE (URIA AALGE ) ANN M. A. HARDING,1,2,5 JOHN F. PIATT,2