Journal of Glaciology · 1990 · 11 citations · 7 references
Natural SciencesEarth SciencesCryosphere StudiesGeochemistryGlaciologyCryosphere ClimatologyIce ChemistryIce Core PaleoclimateIce Core RecordsIce Core ScienceMountain CryosphereAntarctic Ice CoresIce Core GeochemistryIce Core Isotope AnalysisIce Core Isotope RecordsIce Core Isotopic CompositionIce-core StratigraphyOxygen Isotope CompositionOxygen Isotope Ratios
Abstract The Transantarctic Mountains of East Antarctica provide a new milieu for retrieval of ice-core records. We report here on the initial findings from the first of these records, the Dominion Range ice-core record. Sites such as the Dominion Range are valuable for the recovery of records detailing climate change, volcanic activity, and changes in the chemistry of the atmosphere. The unique geographic location of this site and a relatively low accumulation rate combine to provide a relatively long record of change for this potentially sensitive climatic region. As such, information concerning the site and general core characteristics are presented, including ice surface, ice thickness, bore-hole temperature, mean annual net accumulation, crystal size, crystal fabric, oxygen-isotope composition, and examples of ice chemistry and isotopic composition of trapped gases.
7
A 30,000-yr isotope climatic record from Antarctic ice
C. Lorius, Liliane Merlivat, J. Jouzel et al. · Nature · 1979 · 373 citations
Age difference between polar ice and the air trapped in its bubbles
Jakob Schwander, B. Stauffer · Nature · 1984 · 257 citations
Measurements of methanesulphonic acid in Antarctic ice
C. Saigne, Michel Legrand · Nature · 1987 · 113 citations