Cosmogenic nuclide techniques have advanced the geosciences by providing tools for
exposure age dating, burial dating, quantification of denudation rates and more. Advances …

The reconstruction of glacier fluctuations during the latest Holocene (< 1000 years) is
necessary for understanding the climate context preceding the warmer conditions of the 20th …

Cosmogenic nuclide dating of glacial landforms on the Kerguelen Archipelago (49° S, 69°
E) gives the opportunity to study multi-millennial glacier fluctuations within the sub-Antarctic …

Glacial landscapes preserve records of past climate change. Investigating the glacier–
climate system over the Late Quaternary provides information about past climate change …

Geological climate archives from the Holocene Epoch provide baseline information
concerning natural climate variability. Temperate mountain glacier extent is sensitive to …

Mountain glaciers are useful climatic indicators in alpine regions where instrumental climate
observations are sparse. Here we review the state of understanding of past and present …

One of the fundamental questions that underpins studies of the interactions between the
cryosphere and volcanism is: do causal relationships exist between the ice volume on a …

Hydrofracture systems have been described in glacial sediments for almost a century and
accelerating research since the 2000s, boosted by the advent of micromorphological …

Accurate volcanic hazard assessments rely on a detailed understanding of the timing of past
eruptions. While radiometric methods like 40 Ar/39 Ar or K/Ar are by far the most …

The formation of Quaternary glaciers represented a pivotal event in the climatic and
geological history of the Tibetan Plateau. However, due to the scarcity of direct evidence for …