Between 20 November and 14 December 1984, a remote tent camp was operated in the Dominion Range (center point, 85° 15\u27 S 166° 10 \u27E) on an ice-covered massif located at the confluence of the heads of the Beardmore and Mill Glaciers in the Transantarctic Mountains. The camp was occupied by four members of the Glacier Research Group (University of New Hampshire) and three members of the Polar lee Coring Office (PICO) (University of Nebraska). The main task at the site was to retrieve an ice core from which chemical and physical time series will be made available to help in assessing: (1) current stability of the east antarctic ice sheet, (2) current models concerning the recent glacial history of the Transantarctic Mountains, (3) the pr...
Ice core dating is the first step for a correct interpretation of climatic and environmental changes...
The complex atmospheric and glaciological dynamics of West Antarctica make this region of particular...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Localized-accumulation basins in the Transantarctic Mountains contain sites yielding ice-cores that ...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Several sites within the Transantarctic Mountains fit the requirements necessary for the retrieval o...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Ice core records (major anions and cations, MSA, oxygen isotopes and particles) developed from two s...
The production of environmental change records using time-series data retrieved from ice cores has s...
The production of environmental change records using time-series data retrieved from ice cores has s...
The production of environmental change records using time-series data retrieved from ice cores has s...
To date, the highest resolution ice cores have come from Greenland [the U.S. Greenland Ice Sheet Pro...
Ice sheets provide exceptional archives of past changes in polar climate, regional environment and g...
Ice core dating is the first step for a correct interpretation of climatic and environmental changes...
The complex atmospheric and glaciological dynamics of West Antarctica make this region of particular...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Localized-accumulation basins in the Transantarctic Mountains contain sites yielding ice-cores that ...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Several sites within the Transantarctic Mountains fit the requirements necessary for the retrieval o...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...
Ice core records (major anions and cations, MSA, oxygen isotopes and particles) developed from two s...
The production of environmental change records using time-series data retrieved from ice cores has s...
The production of environmental change records using time-series data retrieved from ice cores has s...
The production of environmental change records using time-series data retrieved from ice cores has s...
To date, the highest resolution ice cores have come from Greenland [the U.S. Greenland Ice Sheet Pro...
Ice sheets provide exceptional archives of past changes in polar climate, regional environment and g...
Ice core dating is the first step for a correct interpretation of climatic and environmental changes...
The complex atmospheric and glaciological dynamics of West Antarctica make this region of particular...
The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core recor...