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 …

Terrains are a crucial component of three‐dimensional scenes and are present in many
Computer Graphics applications. Terrain modeling methods focus on capturing landforms in …

This hands-on introduction to numerical geodynamic modelling provides a solid grounding
in the necessary mathematical theory and techniques, including continuum mechanics and …

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 …

Steep, soil‐mantled hillslopes evolve through the downslope movement of soil, driven
largely by slope‐dependent transport processes. Most landscape evolution models …

We present a two‐dimensional Glacier Drainage System model (GlaDS) that couples
distributed and channelized subglacial water flow. Distributed flow occurs through linked …

The dynamic system of tectonics and erosion contains important feedback mechanisms such
that orogenic systems tend toward a steady state. This concept is often invoked, but the …

We report an experimental investigation of the motion of bed load particles under steady and
spatially uniform turbulent flow above a flat sediment bed of uniform grain size. Using a high …

We present a new algorithm to solve the basic stream power equation, which governs
channel incision and landscape evolution in many geomorphic settings. The algorithm is …

The ability to model surface processes and to couple them to both subsurface and
atmospheric regimes has proven invaluable to research in the Earth and planetary sciences …