A compilation of the 37‐year history of net accumulation at the South Pole [Mosley‐
Thompson et al., 1995] suggests an increase in net annual accumulation since 1965. This …

Two 900‐year records of annual accumulation at South Pole are compared to evaluate the
origin and significance of observed variations. Despite difficulties establishing absolute …

Spatial and temporal variability in snow accumulation can have a significant impact on
interpretation of ice cores, particularly for chemical species that show a strong seasonal …

The dramatic decline in Arctic sea ice cover is anticipated to influence atmospheric
temperatures and circulation patterns. These changes will affect the terrestrial climate …

This study uses a set of 37 firn core records over the West Antarctic Ice Sheet (WAIS) to test
the performance of the twentieth century from the European Centre for Medium‐Range …

Although there are needs for a better understanding of the atmosphere-snow and ice
connection and for improving deep ice dating polar ice cores are providing multiple proxy …

Variations in the length of the snow-cover season affect the albedo which in turn impacts the
energy balance; thus, it is important to have a data set concerned with the spatial and the …

Here we present Antarctic snow accumulation variability at the regional scale over the past
1000 years. A total of 79 ice core snow accumulation records were gathered and assigned …

During a 1‐year field experiment at a remote location on the Antarctic polar plateau (85.67°
S, 46.38° W) influenced by moderate magnitude katabatic winds, snow accumulation was …

An extensive investigation of the visible stratigraphy, microparticle concentration, liquid
conductivity, oxygen isotopes and beta-radioactivity was conducted in pits excavated at …