Numerical simulation of the form and characteristics of Earth's surface provides insight into
its evolution. Landlab is an open-source Python package that contains modularized …

Bedrock incision by rivers is commonly driven by the impacts of moving bedload particles.
The speed of incision is modulated by rock properties, which is quantified within a parameter …

Landscape evolution models that invert topography for rock uplift can improve our
understanding of both tectonic and geomorphic processes when properly constrained with …

Despite considerable community effort, there is no general set of equations to model long‐
term landscape evolution. In order to determine a suitable set of landscape evolution …

Constraining landslide occurrence rates can help to generate landslide hazard models that
predict the spatial and temporal occurrence of landslides. However, most landslide …

Incision as a result of fluvial erosion is an important process to model when simulating
landform evolution. For gullies, it is apparent that coupled with the processes that cause …

This chapter reviews quantitative modeling of landscape evolution–which means that not
just model studies but also modeling concepts are discussed. Quantitative modeling is …

The hydrologic dynamics and geomorphic evolution of watersheds are intimately coupled—
runoff generation and water storage are controlled by topography and properties of the …

Erosional perturbations from changes in climate or tectonics are recorded in the profiles of
bedrock rivers, but these signals can be challenging to unravel in settings with non‐uniform …

Fluvial bedrock incision is driven by the impact of moving bedload particles. Mechanistic,
sediment‐flux‐dependent incision models have been proposed, but the stream power …