Earth-surface processes operate across erosionally dominated landscapes and deliver
sediment to depositional systems that can be preserved over a range of timescales. The …

Geomorphology is currently in a period of resurgence as we seek to explain the diversity,
origins and dynamics of terrain on the Earth and other planets in an era of increased …

This revised and updated edition continues to provide a comprehensive introduction to the
subject, exploring the world's landforms from a broad systems perspective. It covers the …

A numerical model of the coupled processes of tectonic deformation and surface erosion in
convergent orogens is developed to investigate the nature of the interaction between these …

The growth of quantitative analysis and prediction in Earth-surface science has been
accompanied by growth in experimental stratigraphy and geomorphology. Experimenters …

A strong coupling between hillslope and valley systems is often inferred for mountain
landscapes dominated by bedrock landsliding. We reveal the nature of this link using data …

Research in landscape evolution over millions to tens of millions of years slowed
considerably in the mid‐20th century, when Davisian and other approaches to …

In order to understand how orogens “work,” a quantitative approach demonstrating proof of
concept is essential. Our goal is to reconcile the diverse array of tectonic features observed …

We examine the tectonic geomorphology of La Sila, Calabria, southern Italy, a high-standing
(1500 m) plateau surrounded by crustal extension, with map, DEM, and field data. These …

This paper is an attempt to quantify the plausible time scales of clastic sediment supply
variations at the entrance of sedimentary basins. Our approach is based on the sedimentary …