We develop a hydroclimatological approach to the modeling of regional shallow landslide
initiation that integrates spatial and temporal dimensions of parameter uncertainty to …

Isostasy is one of the oldest and most widely applied concepts in the geosciences, but the
geoscientific community lacks a coherent, easy-to-use tool to simulate flexure of a realistic …

Objectives: This article uses a cellular automaton model to simulate the thickness of the
saturated fluid layer and the roughness of the core mantle boundary, aiming to provide small …

The contribution of this thesis is twofold: 1) the development of a hydrodynamic landscape
evolution model for use on high-performance computing systems and 2) assessing the …

Isostasy is one of the oldest and most widely applied concepts in the geosciences, but the
geoscientific community lacks a coherent, easy-to-use tool to simulate flexure of a realistic …

Landscape evolution models (LEMs) present the geomorphologist with a means of
investigating how landscapes evolve in response to external forcings, such as climate and …