Erosional processes influence topographic relief in mountain landscapes, but the spatial variation between differential processes and influence on tectonic uplift is poorly understood. Deep canyons and adjacent high peaks distinguish the Teton Mountains from nearby ranges, making it an ideal location to study how glacial, fluvial, and hillslope erosion interact to maintain high topographic relief. The purpose of this study is to quantify erosion rates of individual geomorphic processes in this complex system using a variety of techniques to see how each process contributes to landscape evolution in this mountain range
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...
Landscape morphology reflects the spatial and temporal history of erosion. Erosion in turn embodies ...
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...
Short-term geomorphic processes (fluvial, glacial, and hillslope erosion) and long-term exhumation c...
Understanding how mountain landscapes respond to variations in tectonic forcing over a range of temp...
Evolution of mountain landscapes is controlled by dynamic interactions between erosional processes t...
Evolution of mountain landscapes is controlled by dynamic interactions between erosional processes t...
The Teton Range is the result of active crustal extension (normal faulting) and is the youngest rang...
This project described and explained the pattern of slope failures (falls, slides, flows, snow avala...
This site presents an overview of the general geology, the structure, and the glaciation of the Teto...
Master of ArtsDepartment of GeographyRichard MarstonSlope failures play a significant role as a mass...
Characterizing stream erosion in any steep mountain landscape is arduous, but the challenge level in...
The crystalline rocks that form the core of the Teton Range are part of the Wyoming Province, which ...
Erosive landscapes are formed from the amalgamation of individual sediment transport over space and ...
This thesis includes two different studies in an attempt to investigate and better understand the ke...
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...
Landscape morphology reflects the spatial and temporal history of erosion. Erosion in turn embodies ...
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...
Short-term geomorphic processes (fluvial, glacial, and hillslope erosion) and long-term exhumation c...
Understanding how mountain landscapes respond to variations in tectonic forcing over a range of temp...
Evolution of mountain landscapes is controlled by dynamic interactions between erosional processes t...
Evolution of mountain landscapes is controlled by dynamic interactions between erosional processes t...
The Teton Range is the result of active crustal extension (normal faulting) and is the youngest rang...
This project described and explained the pattern of slope failures (falls, slides, flows, snow avala...
This site presents an overview of the general geology, the structure, and the glaciation of the Teto...
Master of ArtsDepartment of GeographyRichard MarstonSlope failures play a significant role as a mass...
Characterizing stream erosion in any steep mountain landscape is arduous, but the challenge level in...
The crystalline rocks that form the core of the Teton Range are part of the Wyoming Province, which ...
Erosive landscapes are formed from the amalgamation of individual sediment transport over space and ...
This thesis includes two different studies in an attempt to investigate and better understand the ke...
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...
Landscape morphology reflects the spatial and temporal history of erosion. Erosion in turn embodies ...
International audienceExtensive tracts of low-gradient topography in steep mountain ranges, either f...