Tephra layers are interstratified in the ice caps of the South Shetland Islands. Although previously poorly investigated, they are potential targets for the application of tephrochronology and, hence, may provide temporal constraints on glaciological models for the region. Several tephra layers crop out in the coastal ice-cliffs and ablation ramps of Livingston Island. Using stratigraphical position, granulometry and bulk sample geochemistry, the tephra layers can be divided into three groups (TPH1, TPH2 and TPH3, from top to base). The source for all of the tephras is unequivocally identified as Deception Island, a large active volcano in Bransfield Strait, situated about 35 km south of Livingston Island. TPH1 (a single layer) is strongly ...
The new Antarctic TALDICE ice core (72° 49' S, 159° 11' E, 1620 m depth), containing abundant primar...
Recent volcanic eruptions on Deception Island (1967 and 1969) raise the possibility of eruptions in ...
Deception Island (South Shetland Islands) is one of the most active volcanoes in Antarctica, with mo...
Abstract. Tephra layers in two Antarctic ice cores are correlated on the basis of their chemical com...
Abstract Methods for tephrochronology are evaluated, in the following way: Lake sediments <500 ye...
International audienceThirteen discrete air-fall tephra layers were identified in the last 200,000-y...
International audiencePolar ice sheets are remarkable repositories of tephra layers. The Talos Dome ...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
Three megascopic and disseminated tephra layers (which we refer to as layers A, B, and C) occur in l...
Three megascopic and disseminated tephra layers (which we refer to as layers A, B, and C) occur in l...
Tephra layers preserved in lake sedimentary sequences provide valuable isochrons with which to synch...
The new Antarctic TALDICE ice core (72° 49' S, 159° 11' E, 1620 m depth), containing abundant primar...
Recent volcanic eruptions on Deception Island (1967 and 1969) raise the possibility of eruptions in ...
Deception Island (South Shetland Islands) is one of the most active volcanoes in Antarctica, with mo...
Abstract. Tephra layers in two Antarctic ice cores are correlated on the basis of their chemical com...
Abstract Methods for tephrochronology are evaluated, in the following way: Lake sediments <500 ye...
International audienceThirteen discrete air-fall tephra layers were identified in the last 200,000-y...
International audiencePolar ice sheets are remarkable repositories of tephra layers. The Talos Dome ...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
Three megascopic and disseminated tephra layers (which we refer to as layers A, B, and C) occur in l...
Three megascopic and disseminated tephra layers (which we refer to as layers A, B, and C) occur in l...
Tephra layers preserved in lake sedimentary sequences provide valuable isochrons with which to synch...
The new Antarctic TALDICE ice core (72° 49' S, 159° 11' E, 1620 m depth), containing abundant primar...
Recent volcanic eruptions on Deception Island (1967 and 1969) raise the possibility of eruptions in ...
Deception Island (South Shetland Islands) is one of the most active volcanoes in Antarctica, with mo...