Add to ORKGA tephrochronology has been established for a peat bog in the Lofoten Islands that provides a dating framework for future lake and bog studies of climate variation in this climatically sensitive area. Twenty-three tephra layers were identified, all apparently of Icelandic origin. These included the historically dated tephras of AD 187
The north Icelandic shelf is partly distinguished by the Tjörnes Fracture Zone featuring numerous ac...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Here we present the results of a detailed cryptotephra investigation through the Lateglacial to earl...
The generation of reliable age models for palaeoenvironmental and archaeological records in the Eura...
The north Icelandic shelf is partly distinguished by the Tjörnes Fracture Zone featuring numerous ac...
Several tephra layers from the last millennium have been identified in distal peat and lake sediment...
This paper presents one of the most extensive Holocene tephra records found to date in Scandinavia. ...
Lakes sediments from the Lofoten Islands, Norway, can be used to generate well resolved records of p...
Abstract: Phases of activity of four solifluction lobes at an altitude of 750-800 m are dated by tep...
This paper demonstrates the use of tephrochronology in dating the earliest archaeological evidence f...
A new and improved Holocene tephra stratigraphy and tephrochronological framework for eastern and no...
Tephrochronology, or the dating and correlation of stratigraphic sediment sequences by the use of te...
Radiocarbon dating of lake sediment records can be challenging the Faroe Islands due to remobilizati...
Tephrochronology is a powerful method for correlating geological and archeological sequences by util...
The chronology of marine sediment cores from high resolution basins on the North Icelandic shelf is ...
The north Icelandic shelf is partly distinguished by the Tjörnes Fracture Zone featuring numerous ac...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Here we present the results of a detailed cryptotephra investigation through the Lateglacial to earl...
The generation of reliable age models for palaeoenvironmental and archaeological records in the Eura...
The north Icelandic shelf is partly distinguished by the Tjörnes Fracture Zone featuring numerous ac...
Several tephra layers from the last millennium have been identified in distal peat and lake sediment...
This paper presents one of the most extensive Holocene tephra records found to date in Scandinavia. ...
Lakes sediments from the Lofoten Islands, Norway, can be used to generate well resolved records of p...
Abstract: Phases of activity of four solifluction lobes at an altitude of 750-800 m are dated by tep...
This paper demonstrates the use of tephrochronology in dating the earliest archaeological evidence f...
A new and improved Holocene tephra stratigraphy and tephrochronological framework for eastern and no...
Tephrochronology, or the dating and correlation of stratigraphic sediment sequences by the use of te...
Radiocarbon dating of lake sediment records can be challenging the Faroe Islands due to remobilizati...
Tephrochronology is a powerful method for correlating geological and archeological sequences by util...
The chronology of marine sediment cores from high resolution basins on the North Icelandic shelf is ...
The north Icelandic shelf is partly distinguished by the Tjörnes Fracture Zone featuring numerous ac...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Here we present the results of a detailed cryptotephra investigation through the Lateglacial to earl...