A volcanic event, represented by both coarse ash and a prominent sulphate peak, has been detected at a depth of 85.82 m in a 90 m ice core drilled at Talos Dome, northern Victoria Land. Accurate dating of the core, based on counting annual sulphate and nitrate fluctuations and on comparison with records of major known volcanic eruptions, indicates that the event occurred in 1254 ± 2 AD. The source volcano is most likely to be located within the Ross Sea region. In particular, the glass shards have a trachytic composition similar to rocks from The Pleiades and Mount Rittmann (Melbourne volcanic province), about 200 km from Talos Dome. Sulphate concentration is comparable with that of violent extra-Antarctic explosive events recorded in the s...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
International audiencePolar ice sheets are remarkable repositories of tephra layers. The Talos Dome ...
Polar ice sheets are remarkable repositories of tephra layers. The Talos Dome ice core (72°49'S, 159...
A volcanic event, represented by both coarse ash and a prominent sulphate peak, has been detected at...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
Major explosive volcanic eruptions may significantly alter the global atmosphere for about 2–3 year...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
The new Antarctic TALDICE ice core (72° 49' S, 159° 11' E, 1620 m depth), containing abundant primar...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
Eight pyroclastic fall deposits have been identified in cores of Late Pleistocene-Holocene marine se...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
International audiencePolar ice sheets are remarkable repositories of tephra layers. The Talos Dome ...
Polar ice sheets are remarkable repositories of tephra layers. The Talos Dome ice core (72°49'S, 159...
A volcanic event, represented by both coarse ash and a prominent sulphate peak, has been detected at...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
Major explosive volcanic eruptions may significantly alter the global atmosphere for about 2–3 year...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
A detailed tephra record for the last 16,000 years of the TALDICE ice core drilled at Talos Dome (Ea...
The new Antarctic TALDICE ice core (72° 49' S, 159° 11' E, 1620 m depth), containing abundant primar...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
Eight pyroclastic fall deposits have been identified in cores of Late Pleistocene-Holocene marine se...
International audienceThe new Antarctic TALDICE ice core (72° 49′ S, 159° 11′ E, 1620 m depth), cont...
International audiencePolar ice sheets are remarkable repositories of tephra layers. The Talos Dome ...
Polar ice sheets are remarkable repositories of tephra layers. The Talos Dome ice core (72°49'S, 159...