This study investigates whether the three‐dimensionality of erosion and deposition can
influence three‐dimensional folding, even when compression is purely convergent. This …

This paper presents a mathematical model developed to investigate fully coupled
interactions between erosion, deposition, and dynamic three‐dimensional deformation …

Erosion, deposition, and tectonic processes interact to define the style of deformation in
compressional belts. This paper introduces a method of integrating a numerical model for …

Two fundamental geomorphic questions are:(1) Do growing folds propagate laterally? and
(2) how does transverse drainage develop across an active fold belt? Research during the …

In order to understand the interactions between surface processes and multilayer folding
systems, we here present fully coupled three‐dimensional numerical simulations. The …

The three-dimensional growth of fault-related folds is known to be an important process
during the development of compressive mountain belts. However, comparatively little is …

A simple, area-balanced, geometric model of progressive limb rotation in detachment folds
allows the quantification of displacement, uplift, and rotation and the assessment of their …

Erosional escarpments are common features of high‐elevation rifted continents. Fission
track data suggest that these escarpments form by base level lowering and/or marginal uplift …

As soon as a fold begins to grow above base level, it becomes subject to erosion. A
numerical model of simultaneous fold growth and river erosion captures the early stages of …

This paper investigates whether surface processes such as erosion and deposition have
any influence on folding of the upper crust at small to intermediate spatial scales (ie,< 200 …