The annual formation and loss of some 15 million km2 of sea ice around the Antarctic
significantly affects global ocean circulation, particularly through the formation of dense …

The Antarctic Peninsula region is undergoing rapid change: a warming in winter of almost 6°
C since 1950, the loss of six ice shelves, the retreat of 87% of the marine glaciers, and …

This study focuses on 12 years of physical oceanography data, collected during the Palmer,
Antarctica, Long-Term Ecological Research program (PAL LTER) over the continental …

The Palmer Long-Term Ecological Research (LTER) program seeks to obtain a
comprehensive understanding of various components of the Antarctic marine ecosystem …

In September–October 2005, the juxtaposition of low‐and high‐pressure anomalies at 130°
W and 60° W, respectively, created strong and persistent northerly airflow across the West …

We report on results of a long-term (1993–2007) time series sediment trap moored at 170m
to the west of the Antarctic Peninsula in the mid-continental shelf region (350m depth; 64° …

The temporal and spatial variability of phytoplankton size structure of waters west of the
Antarctica Peninsula (WAP) was investigated between 1997 and 2006. Time series of …

14C measurements were made on surface plankton, particle-trap material, surface
sediment, benthic invertebrate gut contents, and body tissue samples to assess the …

Interdisciplinary global ocean science requires new ways of thinking about data and data
management. With new data policies and growing technological capabilities, datasets of …

Remote‐sensing models based on total (bb) and particle (b bp) backscattering are proposed
for estimating phytoplankton size‐structure characteristics over the Western Antarctic …