Many active compressional belts contain examples of transverse rivers intersecting
anticlines at their highest structural and topographic position. This unusual association …

Rivers are extremely sensitive to subtle changes in their grade caused by tectonic tilting. As
such, recognition of tectonic tilting effects on rivers, and their resultant sediments, can be a …

The major goal of this book is to bring together evidence of active deformation on alluvial
rivers, with emphasis on geomorphological adjustment. The authors have grouped their …

We present new field data from rivers draining across active normal faults that incise across
the same lithology at the fault, have been subjected to similar climatic regimes and tectonic …

A series of analogue models have been performed to get insights into the relationships
between the reactivation of pre-existing normal faults and the orientation of a successive …

The role of channel width and slope adjustments to differential uplift in rivers within actively
deforming terrains remains contentious. Here high‐resolution topographic surveying of …

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

We use analogue modelling to investigate the response of compressional deformation
superimposed on an extensional basin with along-strike changes in width. Parameters …

An exploratory study of the morphologic, hydraulic, and sedimentologic response of five
rivers to active tectonic deformation suggests that increased or decreased sediment …

We present detailed data of channel morphology for a river undergoing a transient response
to active normal faulting where excellent constraints exist on spatial and temporal variations …