The benthic community around Antarctica is diverse and highly endemic. These cold-
adapted species are under threat from local and global drivers, including warming …

Sea ice, including icebergs, has a complex relationship with the carbon held within animals
(blue carbon) in the polar regions. Sea-ice losses around West Antarctica's continental shelf …

Climate‐forced ice losses are increasing potential for iceberg‐seabed collisions, termed ice
scour. At Ryder Bay, West Antarctic Peninsula (WAP) sea ice, oceanography, phytoplankton …

Abstract In the Ross Sea, biodiversity organisation is strongly influenced by sea-ice cover,
which is characterised by marked spatio-temporal variations. Expected changes in seasonal …

Although carrion ecology has received a great deal of scientific attention in recent years,
carrion supply is still poorly described in most ecosystems. Animals die from many causes …

Determining food web architecture and its seasonal cycles is a precondition for making
predictions about Antarctic marine biodiversity under varying climate change scenarios …

Understanding the mechanisms which determine the capacity of any species to adapt to
changing environmental conditions is one of the foremost requirements in accurately …

High latitude benthos are globally important in terms of accumulation and storage of ocean
carbon, and the feedback this is likely to have on regional warming. Understanding this …

All coastal systems experience disturbances and many across the planet are under
unprecedented threat from an intensification of a variety of stressors. The West Antarctic …

Antarctic biodiversity is affected by seasonal sea-ice dynamics driving basal resource
availability. To (1) determine the role of intraspecific dietary variability in structuring benthic …