Precise relative sea level (RSL) data are important for inferring regional ice sheet histories,
as well as helping to validate numerical models of ice sheet evolution and glacial isostatic …

Proxy records from across the Southern Hemisphere show significant local to regional scale
variability in climatic and environmental conditions during late Marine Isotope Stage 3 and …

We reconstruct the palaeogeographical evolution of the continental shelf in Patagonia for
the period spanning the Last Glacial Maximum (approximately 24 000 calibrated years BP) …

The timing of the most recent Neoglacial advance in the Antarctic Peninsula is important for
establishing global climate teleconnections and providing important post-glacial rebound …

We review the post-glacial climate variability along the East Antarctic coastline using
terrestrial and shallow marine geological records and compare these reconstructions with …

The polar regions, both Arctic and Antarctic, show strong evidence of climate change
affecting freshwater species, communities, and ecosystems, and are expected to undergo …

Most current methods of reconstructing past sea levels within Antarctica rely on radiocarbon
dating. However, radiocarbon dating is limited by the availability of material for dating and …

We present new isobases constraining the Holocene isostatic uplift of the South Shetland
Islands, northern Antarctic Peninsula, based on evidence from raised shorelines. Holocene …

The recent disintegration of Antarctic Peninsula ice shelves, and the associated accelerated
discharge and retreat of continental glaciers, has highlighted the necessity of quantifying the …

The Argentine continental shelf is one of the largest and smoothest siliciclastic shelves in the
world. Although it is largely emplaced in a passive continental margin, the southernmost …