To provide an increased breadth in the knowledge of tephra dispersal, this pilot study examines a peat core from Lakselv in Finnmark County in northern Norway. Peat samples are exposed to burning, HCl, density separation and polarized light microscopy. One sample from a depth of 37.5-40 cm was analysed using an electron microprobe analyser (EMPA). At least two tephra horizons were identified, one at a depth of 12.5-17.5 cm and one at 37.5-40 cm. The lower horizon shows a chemical composition similar to eruptives from Jan Mayen and São Miguel, Azores while the origin of the upper horizon is unknown as no geochemical analysis was performed for that depth
Microscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic markers...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
This thesis investigates direct and indirect volcanic impacts on peatlands using palaeoecological an...
To provide an increased breadth in the knowledge of tephra dispersal, this pilot study examines a pe...
Holocene peat bog deposits in Northem Germany have been studied by physical, chemical, and petrologi...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
This paper presents one of the most extensive Holocene tephra records found to date in Scandinavia. ...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Tephrochronology is an increasingly important tool for the dating of sediment and peat profiles for ...
Poster presentation at the conference Nordic Geological winter meeting, 11.05.22 - 13.05.22, Reykjav...
Two eruptions from Icelandic volcanoes have in the last years caused widespread dispersalof volcanic...
Peat cores collected from two ombrogenous bogs in the Waikato region of the North Island of New Zeal...
Tephrochronology provides a valuable method of dating peat deposits but results may be compromised i...
International audienceThis paper presents geochemical profiles of a tephra-bearing minerotrophic pea...
Microscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic markers...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
This thesis investigates direct and indirect volcanic impacts on peatlands using palaeoecological an...
To provide an increased breadth in the knowledge of tephra dispersal, this pilot study examines a pe...
Holocene peat bog deposits in Northem Germany have been studied by physical, chemical, and petrologi...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
This paper presents one of the most extensive Holocene tephra records found to date in Scandinavia. ...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Tephrochronology is an increasingly important tool for the dating of sediment and peat profiles for ...
Poster presentation at the conference Nordic Geological winter meeting, 11.05.22 - 13.05.22, Reykjav...
Two eruptions from Icelandic volcanoes have in the last years caused widespread dispersalof volcanic...
Peat cores collected from two ombrogenous bogs in the Waikato region of the North Island of New Zeal...
Tephrochronology provides a valuable method of dating peat deposits but results may be compromised i...
International audienceThis paper presents geochemical profiles of a tephra-bearing minerotrophic pea...
Microscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic markers...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
This thesis investigates direct and indirect volcanic impacts on peatlands using palaeoecological an...