Cores from 14 peaty lakes in the central Waikato region, northern North Island, contain a sequence of 41 well-preserved, mainly macroscopic, occasionally bedded, ash and lapilli layers ranging in thickness from c. 2 to 110 mm and interbedded with fine-grained organic lake sediment. The layers, whose field and compositional properties are described in detail, are distal airfall tephras that were erupted between c. 17000 and c. 1800 ¹⁴C years ago from six rhyolitic and andesitic volcanic centres located c. 70-200 km from the Waikato sites: Taupo (5 tephras), Okataina (7), Maroa (1) (rhyolitic); Mayor Island (2) (peralkaline); Tongariro (11), and Egmont (15) (andesitic)
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
The stratigraphic and chronologic relationships of Hinemaiaia Tephra and Whakatane Ash are examined ...
Coastal sections in the Auckland region reveal highly carbonaceous and/or highly weathered clay-domi...
Cores from 14 peaty lakes in the central Waikato region, northern North Island, contain a sequence o...
Cores from 14 peaty lakes in the central Waikato region, northern North Island, contain a sequence o...
Studies on distal airfall tephra layers preserved in lake sediments and peats in northern New Zealan...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
We document the stratigraphy, composition, and chronology of a succession of 16 distal, silicic teph...
Abstract We document the stratigraphy, composition, and chronology of a succession of 16 distal, sil...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
The stratigraphic and chronologic relationships of Hinemaiaia Tephra and Whakatane Ash are examined ...
Coastal sections in the Auckland region reveal highly carbonaceous and/or highly weathered clay-domi...
Cores from 14 peaty lakes in the central Waikato region, northern North Island, contain a sequence o...
Cores from 14 peaty lakes in the central Waikato region, northern North Island, contain a sequence o...
Studies on distal airfall tephra layers preserved in lake sediments and peats in northern New Zealan...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
We document the stratigraphy, composition, and chronology of a succession of 16 distal, silicic teph...
Abstract We document the stratigraphy, composition, and chronology of a succession of 16 distal, sil...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
A 3 m piston core from Lake Maratoto (37°53’S 175°18’E) near Hamilton shows at least 12 thin, well-p...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
Tephras provide one of the most reliable methods of time control and synchronisation within Quaterna...
The stratigraphic and chronologic relationships of Hinemaiaia Tephra and Whakatane Ash are examined ...
Coastal sections in the Auckland region reveal highly carbonaceous and/or highly weathered clay-domi...