We describe the potential for high-resolution detection, observation and chemical analysis of tephras and cryptotephras in freeze-dried and resin-impregnated peat sections. Special attention is drawn to tephra grain alteration products, sensitive to standard lab treatment, but preserved using an impregnation technique developed here. Resulting blocks and thin sections provide a continuous archive of tephras that can be investigated through a wide range of non-destructive techniques encompassing polarising and fluorescence microscopy, scanning electron microscopy with/without elemental analysis, and XRF-based core scanning
This research was undertaken while Elizabeth Watson was in possession of a NERC funded Doctoral Trai...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
We describe the potential for high-resolution detection, observation and chemical analysis of tephra...
Peat bogs are highly effective archives for the preservation and detection of cryptotephra but the c...
In this article we provide a brief overview of the protocols for dating peat profiles using tephroch...
Peat cores collected from two ombrogenous bogs in the Waikato region of the North Island of New Zeal...
Tephra layers can form useful age-equivalent stratigraphic markers for correlating palaeoenvironment...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Tephrochronology provides a valuable method of dating peat deposits but results may be compromised i...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Abstract: Rapid, automatic scanning of reflectance variations along peat profiles from Corlea, centr...
Despite the discovery of cryptotephra layers in over 100 peatlands across northern Europe, Holocene ...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Here, we evaluate the ability of micro X-ray fluorescence (µXRF) core scanning to identify non-visib...
This research was undertaken while Elizabeth Watson was in possession of a NERC funded Doctoral Trai...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...
We describe the potential for high-resolution detection, observation and chemical analysis of tephra...
Peat bogs are highly effective archives for the preservation and detection of cryptotephra but the c...
In this article we provide a brief overview of the protocols for dating peat profiles using tephroch...
Peat cores collected from two ombrogenous bogs in the Waikato region of the North Island of New Zeal...
Tephra layers can form useful age-equivalent stratigraphic markers for correlating palaeoenvironment...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Tephrochronology provides a valuable method of dating peat deposits but results may be compromised i...
Despite the widespread application of tephra studies for dating and correlation of stratigraphic seq...
Abstract: Rapid, automatic scanning of reflectance variations along peat profiles from Corlea, centr...
Despite the discovery of cryptotephra layers in over 100 peatlands across northern Europe, Holocene ...
Cryptotephrochronology, the use of hidden, diminutive volcanic ash layers to date sediments, has rar...
Here, we evaluate the ability of micro X-ray fluorescence (µXRF) core scanning to identify non-visib...
This research was undertaken while Elizabeth Watson was in possession of a NERC funded Doctoral Trai...
Understanding the taphonomy of tephra (volcanic ash) is crucial to the use of tephrochronology in pe...
AbstractMicroscopic tephra layers (‘cryptotephras’) represent important age-equivalent stratigraphic...