Field studies on the glaciers of Mount Baker over the last 30 years have revealed substantial changes in the aerial extent of ice. The very low snow accumulation, reduced snow melt, and early melt-out in 2015 provides a hint at glacier behavior with continued climate change. This snapshot will provide a photo documentation of glacier behavior from the past through the summer of 2015 and implications on streamflow, stream temperature, and sedimentation
International audienceThe response of very-high-elevation glaciated areas on Mont Blanc to climate c...
Graduation date: 2008An integrative method for monitoring glacier geometry change and mass balance i...
ABSTRACT. An analysis of the local topographic setting of very small (<0.4 km 2) glaciers within ...
With rising temperatures glaciers around the globe are beginning to melt. Melting of large glaciers ...
Measurements made from a 2009 NAIP (National Agriculture Imagery Program) orthoimage covering the Mo...
We summarize our ongoing research to reconstruct the Holocene record of glacier fluctuations on Mt....
In 2015, the Olympic Mountains contain 255 glaciers and perennial snowfields totaling 25.34 ± 0.27 k...
This study evaluates recent ice area changes of the small, remote glaciers in Grand Teton National P...
In 1983, the North Cascade Glacier Climate Project (NCGCP) began the annual monitoring of the mass b...
Graduation date: 2011Mountain glaciers are receding worldwide with numerous consequences including c...
ABSTRACT. Eliot Glacier is a small (1.6 km2) glacier on Mount Hood, Oregon, USA, and its ablation zo...
Glacier area and volume changes were quantified through the use of historical aerial photographs in ...
Glacier and ice sheet geometry depend on climatic and ice dynamic processes that are coupled and oft...
The response of very-high-elevation glaciated areas on Mont Blanc to climate change has been analyse...
ABSTRACT. Eliot Glacier is a small (1.6 km2) glacier on Mount Hood, Oregon, USA, and its ablation zo...
International audienceThe response of very-high-elevation glaciated areas on Mont Blanc to climate c...
Graduation date: 2008An integrative method for monitoring glacier geometry change and mass balance i...
ABSTRACT. An analysis of the local topographic setting of very small (<0.4 km 2) glaciers within ...
With rising temperatures glaciers around the globe are beginning to melt. Melting of large glaciers ...
Measurements made from a 2009 NAIP (National Agriculture Imagery Program) orthoimage covering the Mo...
We summarize our ongoing research to reconstruct the Holocene record of glacier fluctuations on Mt....
In 2015, the Olympic Mountains contain 255 glaciers and perennial snowfields totaling 25.34 ± 0.27 k...
This study evaluates recent ice area changes of the small, remote glaciers in Grand Teton National P...
In 1983, the North Cascade Glacier Climate Project (NCGCP) began the annual monitoring of the mass b...
Graduation date: 2011Mountain glaciers are receding worldwide with numerous consequences including c...
ABSTRACT. Eliot Glacier is a small (1.6 km2) glacier on Mount Hood, Oregon, USA, and its ablation zo...
Glacier area and volume changes were quantified through the use of historical aerial photographs in ...
Glacier and ice sheet geometry depend on climatic and ice dynamic processes that are coupled and oft...
The response of very-high-elevation glaciated areas on Mont Blanc to climate change has been analyse...
ABSTRACT. Eliot Glacier is a small (1.6 km2) glacier on Mount Hood, Oregon, USA, and its ablation zo...
International audienceThe response of very-high-elevation glaciated areas on Mont Blanc to climate c...
Graduation date: 2008An integrative method for monitoring glacier geometry change and mass balance i...
ABSTRACT. An analysis of the local topographic setting of very small (<0.4 km 2) glaciers within ...