ABSTRACT. Peatlands are a particularly good medium for trapping and preserving tephra, as their surfaces are wet and well vegetated. The extent of tephra-depositing events can often be greatly expanded through the observation of ash in peatlands. This paper uses the presence of the White River tephra layer (1200 B.P.) in peatlands to extend the known distribution of this late Holocene tephra into the Mackenzie Valley, northwestern Canada. The ash has been noted almost to the western shore of Great Slave Lake, over 1300 km from the source in southeastern Alaska. This new distribution covers approximately 540000 km2 with a tephra volume of 27 km3. The short time span and constrained timing of volcanic ash deposition, combined with unique phys...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Peatlands are a particularly good medium for trapping and preserving tephra, as their surfaces are w...
The freshwater reservoir effect (FRE) in the Canadian Subarctic complicates development of high-reso...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
Microscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic markers...
Radiocarbon dates pertaining to a widespread layer of volcanic ash in the southwestern Yukon Territo...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
ABSTRACT. Tephrochronology, the reconstruction of past volcanic ash deposition, provides a valuable ...
This thesis investigates direct and indirect volcanic impacts on peatlands using palaeoecological an...
Tephrochronology, the reconstruction of past volcanic ash deposition, provides a valuable method for...
Lakes and bogs in northeastern North America preserve tephra deposits sourced from multiple volcanic...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Peatlands are a particularly good medium for trapping and preserving tephra, as their surfaces are w...
The freshwater reservoir effect (FRE) in the Canadian Subarctic complicates development of high-reso...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
Microscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic markers...
Radiocarbon dates pertaining to a widespread layer of volcanic ash in the southwestern Yukon Territo...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
ABSTRACT. Tephrochronology, the reconstruction of past volcanic ash deposition, provides a valuable ...
This thesis investigates direct and indirect volcanic impacts on peatlands using palaeoecological an...
Tephrochronology, the reconstruction of past volcanic ash deposition, provides a valuable method for...
Lakes and bogs in northeastern North America preserve tephra deposits sourced from multiple volcanic...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...