Numerical morphological modelling of braided rivers is increasingly used to explore controls
on river pattern and for applied environmental management. This article reviews and …

There has been an increasing practice of creating Earth-like, realistic synthetic landscapes
by Earth scientists and computer scientists for a variety of applications. While together these …

Bedload, the transport of sediment remaining in contact with the stream bed, has mainly
been studied from the perspective of the correlation between fluid driving forces and the …

Riffle–pool sequences are maintained through the preferential entrainment of sediment
grains from pools rather than riffles. This preferential entrainment has been attributed to a …

Improved understanding of the connection between riparian vegetation and channel change
requires evaluating how fine‐scale interactions among stems, water, and sediment affect …

Due to the predicted impacts of future climate on hydrology, morphological changes to river
channels are expected. Quantifying the magnitudes and rates of future channel change is …

Field measurements and morphodynamic simulations were carried out along a 5‐km reach
of the sandy, braided, lower Tana River in order to detect temporal and spatial variations in …

Several important fluvial bedrock erosion processes are driven by the impact of bed load
particles. Bed load transport rates fluctuate strongly in both nature and experiment, and …

Sustainable water resource management requires integrated assessment of the physical,
biological and hydraulic functions of rivers and their catchments. This holistic philosophy …

This paper has been stimulated by a debate triggered by the then British Geomorphological
Research Group (now the British Society for Geomorphology) about the connections …