Charlottenlund Castle / Hydrological Institute / University of Copenhagen / National Institute / Technical University of Denmark / /
IndustryTerm
overall energy flows / food web structure / online version / food web model parameterisations / greenhouse gas emissions scenarios / food web / greenhouse gas emission scenario / /
NaturalFeature
Central Baltic Sea / Gulf of Finland / Baltic Sea / North Atlantic Ocean / Black Sea / Belt Sea / Gulf of Bothnia / /
Organization
Stockholm University / Technical University of Denmark / Danish National Research Foundation / Swedish Meteorological and Hydrological Institute / Center for Macroecology / Oceanographic Research Unit / National Academy of Sciences / Center for Macroecology / Evolution and Climate / International Council for the Exploration of the Sea / Royal Meteorological Society / Sea Fisheries Institute / Danish National Science Foundation / Hadley Centre / National Institute for Aquatic Resources / Royal Swedish Academy of Sciences / University of Copenhagen / /
Person
Anders Nielsen / Andy Visser / R.A. Wood / Maciej T. Tomczak / J.F.B. Mitchell / J.M. Gregory / Ivan Kuznetsov / Margit Eero / Markus Meier / M. Meier / H. Banks / Kari Eilola / Stefan Neuenfeldt / Martin Lindegren / T.C. Johns / U. Andrae / V / Thorsten Blenckner / Thomas Neumann / M. Cardinale / V / /
Position
BACC Author / editor / professor of marine fish population ecology / head / adjunct professor / AUTHOR / /
Product
A-2413 / /
PublishedMedium
Geophysical Research Letters / Climate Dynamics / Proceedings of the National Academy of Sciences / Plos One / Journal of Climate / /
Region
North Atlantic / southern Black Sea / Black Sea / Mediterranean / /
AMBIO 2012, 41:626–636 DOIs13280y Impact of Climate Change on Fish Population Dynamics in the Baltic Sea: A Dynamical Downscaling Investigation Brian R. MacKenzie, H. E. Markus Meier, Martin Lindegre