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 …

The scientific subjects addressed in the research into badlands since the publication of
Bryan and Yair's book (Bryan, RB and Yair, A.(Editors), 1982 Badland geomorphology and …

Landscape evolution models (LEMs) simulate the geomorphic development of river basins
over long time periods and large space scales (100s–1000s of years, 100s of km2). Due to …

A geomorphic transport law is a mathematical statement derived from a physical principle or
mechanism, which expresses the mass flux or erosion caused by one or more processes in …

Many landscapes are composed of ridges and valleys that are uniformly spaced, even
where valley locations are not controlled by bedrock structure. Models of long‐term …

Past variations in climate and tectonics have led to spatially and temporally varying erosion
rates across many landscapes. In this contribution I examine methods for detecting and …

We present a stochastic modelling of erosion–sedimentation processes, based on cellular
automata, which mimics the natural variability of climatic events with deterministic transport …

This paper quantifies how the ratio of sediment transport on hillslopes to sediment transport
in channels influences surface and channel network morphologies and the dynamics of …

The apparent success of inverse modeling of continent‐wide drainage inventories is
perplexing. An ability to obtain reasonable fits between observed and calculated …

Landscapes share important similarities with turbulence: both systems exhibit scale
invariance (self‐similarity) over a wide range of scales, and their behavior can be described …