Crawley / Gijón / New York / Santiago / L. A. / Cambridge / Esporles / /
Company
C. D. Jones S. A. / Coastal / Thomson / V. Hill A. E. / Cox / C. Robinson S. P. / X. Blight S. P. / /
Continent
Antarctica / /
Country
United States / Australia / Spain / / /
Event
Environmental Issue / /
Facility
station ALOHA / University of Western Australia / British Oceanographic Data Centre / /
IndustryTerm
higher activation energy / resource availability shift food web structure / oligotrophic ocean site / food availability / potential energy dissipation / average activation energy / lowest activation energy / activation energy / microbial food web / /
NaturalFeature
Arabian Sea / Open Ocean / Warm ocean / Atlantic Ocean / Southern Ocean / Bransfield strait / Weddell Sea / Greenland Sea / Chukchi Sea / Different Oceans / Ross Sea / Gerlache strait / Eastern Atlantic Ocean / Pacific Ocean / Mediterranean Sea / Indian Ocean / Arctic Ocean / Estuaries Coasts / Bay of Blanes / /
Organization
Instituto Español de Oceanografia / Cambridge Univ. / Instituto Mediterráneo de Estudios Avanzados / Univ. of Wales / British Oceanographic Data Centre / Department of Global Change Research / UWA Oceans Institute / Spanish Ministry of Science and Innovation / University of Western Australia / American Geophysical Union / Oxford Univ. / European Union / /
Person
P. A. Steudler / Z. Chase / A. P. Allen / V / K. Zwirglmaier / R. R. Malmstrom / V / W. M. Sheldon Jr. / W. Nixon / Robinson / G. B. West / V / T. R. Weingartner / E. P. Jones / S. Sathyendranath / W. K. Li / Williams / Nature / F. Peters / W. G. Harrison / D. J. Scanlan / R. Barlow / T. Platt / L. R. Pomeroy / / /
Position
coupled climate model / /
Product
Exp / /
ProgrammingLanguage
C / /
ProvinceOrState
Western Australia / New York / /
Region
South Pacific / Antarctic / Indian Ocean / northwestern Mediterranean / East Antarctica / Western Australia / /
Temperature dependence of planktonic metabolism in the ocean