We compare and contrast the ecological impacts of atmospheric and oceanic circulation
patterns on polar and sub-polar marine ecosystems. Circulation patterns differ strikingly …

A dominant Antarctic ecological paradigm suggests that winter sea ice is generally the main
feeding ground for krill larvae. Observations from our winter cruise to the southwest Atlantic …

The Southern Ocean supports diverse and unique ecosystems that have been impacted by
more than two centuries of exploitation and are now experiencing rapid changes in ocean …

Descriptions of seasonal occurrence and behaviour of Antarctic blue and fin whales in the
Southern Ocean are of pivotal importance for the effective conservation and management of …

During January and February 2000 four research vessels, from Russia, the UK, Japan, and
the United States, conducted an oceanographic survey with 137 hydrographic stations …

The main aim of our long-term study on the at-sea distribution of the upper trophic levels in
polar marine ecosystems is to deepen the understanding of the basic mechanisms affecting …

A time-dependent, size-structured, physiologically based krill growth model was used in
conjunction with a circulation model to test the hypothesis that Antarctic krill (Euphausia …

Antarctic krill form some of the highest concentrations of animal biomass observed in the
world's oceans potentially due to their prolific ability to swarm. Determining the movement of …

We investigate the influence of krill (principally Euphausia superba) patchiness on the
foraging distributions of seabirds to understand how variation in krill influences patch …

In January and February 2000, four ships conducted an extensive hydrographic survey of
the Scotia Sea as part of the CCAMLR 2000 Survey. There were 169 CTD stations to at least …