Evidence for the proposed Anthropocene epoch in fluvial geomorphology hinges on the
influence of human activities relative to natural forcing. However, research on cause-effect …

In an era of big‐data acquisition and semiautomation of geomorphic river surveys, it is timely
to consider how to better integrate this into existing and widely used conceptual frameworks …

Sediment budgets are widely used to measure reach‐scale sediment accumulation and
evacuation. Such measurements, however, cannot determine when the disturbance is major …

The loss of organic carbon (OC) from soils because of agriculture is well established. Where
that carbon goes, far less so. Accelerated oxidation could lead to a net source of CO2 to the …

River sediment budgets are prepared globally, under different conditions and requirements.
This paper proposes a general methodology for sediment budgeting–the River Sediment …

Unregulated metal mining mobilises high volumes of waste sediments to river systems
within impacted catchments, increasing sediment yields, contaminating floodplain stores …

Engineering geomorphology is concerned with the assessment of surface processes,
sediment dynamics, landform changes and geomorphological hazards, which are related to …

We propose a long-run stochastic control model of a sand augmentation problem. This is an
ergodic control problem corresponding to major environmental problems that many rivers …

Habitat heterogeneity, defined by spatial variation in local environmental conditions, fosters
variation in organism traits and life history strategies, which in turn can stabilize populations …

Side channel restoration projects can increase the extent of complex habitats across a river
landscape. We measured habitat complexity in the main channel and a recently constructed …