The evidence for the Little Ice Age, the most important fluctuation in global climate in
historical times, is most dramatically represented by the advance of mountain glaciers in the …

Dating methodologies for Quaternary marine sediments play increasingly important roles in
the reconstruction of paleoenvironments and paleoclimate in (paleo) oceanography …

Radiocarbon age estimates on marine-derined materials from the Antarctic appear old in
comparison with the terrestrial radiocarbon timescale as a result of significantly depleted 14 …

We present a glacial isostatic adjustment (GIA) model for Antarctica. This is driven by a new
deglaciation history that has been developed using a numerical ice-sheet model, and is …

Down-core paleolimnological investigations of lake-sediment sequences require sufficient
age control to enable comparisons and correlations on local, regional and global scales …

Four Antarctic marine mollusc shells, which were collected alive between 1917 and 1940,
were analyzed by accelerator mass spectrometry to provide the first pre‐bomb radiocarbon …

Sediment profiles from several lakes/ponds in the northern, ice-free area of James Ross
Island, Antarctica, were the subject of a multi-disciplinary palaeoenvironmental investigation …

Abstract The McMurdo Dry Valleys presently contain more than 20 permanent lakes and
ponds, which vary markedly in character. All, with the exception of a hypersaline pond, have …

Due to regional glacio-isostatic uplift of land during the Holocene period, a large number of
penguin populations from several rookeries began to nest on the newly formed beaches and …

More than 250 radiocarbon dates of lacustrine algae and marine shells afford a chronology
for Ross Sea drift in eastern Taylor Valley. Dates of algae that lived in ice‐dammed Glacial …