International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes remains controversial. Although in situ or bedrock low-temperature thermochronology offers insights on past rock exhumation and landscape erosion, the method also suffers from potential biases due to the difficulty of sampling bedrock buried under glaciers. Detrital thermochronology attempts to overcome this issue by sampling sediments at e.g. the catchment outlet, a component of which may originate from beneath the ice. However, detrital age distributions not only reflect the catchment exhumation, but also spatially variable patterns and rates of surface erosion and sediment transport. In this study, we use a new version of a glacial landscap...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
Glaciers shape high altitude and latitude landscapes in numerous ways. Erosion associated with glaci...
International audienceCosmogenic nuclide dating of glacial landforms may lead to ambiguous results f...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
Understanding the spatial distribution of glacial catchment erosion during glaciation has previously...
International audienceThis study tests the application of combined detrital apatite fission track (A...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
Glaciers shape high altitude and latitude landscapes in numerous ways. Erosion associated with glaci...
International audienceCosmogenic nuclide dating of glacial landforms may lead to ambiguous results f...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceThe impact of glaciers on the Quaternary evolution of mountainous landscapes r...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
International audienceLandscapes in Greenland have been deeply impacted by glacial erosion since the...
Understanding the spatial distribution of glacial catchment erosion during glaciation has previously...
International audienceThis study tests the application of combined detrital apatite fission track (A...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
The Cenozoic is marked by a global climatic cooling and glacial/interglacial periods which intensifi...
Glaciers shape high altitude and latitude landscapes in numerous ways. Erosion associated with glaci...
International audienceCosmogenic nuclide dating of glacial landforms may lead to ambiguous results f...