Hypsometry (frequency distribution of elevations) is often used to characterize landscape morphology, traditionally in the context of the degree of fluvial dissection. Recently, the hypsometry of glaciated regions has been used to infer how rates of glacial erosion compare with tectonic uplift rates. However, many factors other than tectonics can also exert a major influence on the hypsometry of a glaciated landscape, resulting in a wide variety of hypsometries. Using examples from th
In order to extend our knowledge of glacial relief production in mountainous areas new methods are r...
At middle to high latitudes, many alpine valleys have been shaped by glaciers associated with period...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
Mountain glaciation involves the erosion of cirques and troughs, which increase steep slopes but als...
©2020. American Geophysical Union. All Rights Reserved. The effective characterization of topographi...
Supplementary Information Files for: Hölder-conditioned hypsometry: A refinement to a classical appr...
Hypsometric curves and integrals are effective tools for rapid quantitative assessments of topograph...
The groundwater-sapping process generates peculiar landform features, including amphitheater channel...
Hypsometry has historically been used as an indicator of geomorphic form of catchments and landforms...
The interaction between tectonism and erosion produces rugged landscapes in actively deforming regio...
Glaciers and rivers are the main agents of mountain erosion. While in the fluvial realm empirical re...
In recent years, remote sensing, morphometric analysis, and other computational concepts and tools h...
One of the most fundamental insights for understanding how landscapes evolve is based on determining...
Hypsometric Integral (HI) displays the effect of active tectonics and sensitivity on geomorphic stru...
The extent of glaciation in alpine valleys often gives clues to past climates, plate movement, mount...
In order to extend our knowledge of glacial relief production in mountainous areas new methods are r...
At middle to high latitudes, many alpine valleys have been shaped by glaciers associated with period...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
Mountain glaciation involves the erosion of cirques and troughs, which increase steep slopes but als...
©2020. American Geophysical Union. All Rights Reserved. The effective characterization of topographi...
Supplementary Information Files for: Hölder-conditioned hypsometry: A refinement to a classical appr...
Hypsometric curves and integrals are effective tools for rapid quantitative assessments of topograph...
The groundwater-sapping process generates peculiar landform features, including amphitheater channel...
Hypsometry has historically been used as an indicator of geomorphic form of catchments and landforms...
The interaction between tectonism and erosion produces rugged landscapes in actively deforming regio...
Glaciers and rivers are the main agents of mountain erosion. While in the fluvial realm empirical re...
In recent years, remote sensing, morphometric analysis, and other computational concepts and tools h...
One of the most fundamental insights for understanding how landscapes evolve is based on determining...
Hypsometric Integral (HI) displays the effect of active tectonics and sensitivity on geomorphic stru...
The extent of glaciation in alpine valleys often gives clues to past climates, plate movement, mount...
In order to extend our knowledge of glacial relief production in mountainous areas new methods are r...
At middle to high latitudes, many alpine valleys have been shaped by glaciers associated with period...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...