Climate change threatens biodiversity through global alteration of habitats, but efficient
conservation responses are often hindered by imprecise downscaling of impacts. Besides …

Paired-catchment studies conducted on small (< 10 km2) rain-dominated catchments
revealed that forest harvesting resulted in a period of increased warm-season low flows …

Image-based grain sizing has been used to measure grain size more efficiently compared
with traditional methods (eg, sieving and Wolman pebble count). However, current methods …

Reach‐scale widening of channelized rivers can locally reactivate morphodynamic
processes and increase habitat heterogeneity. Following process‐based restoration …

Logjams, in‐channel accumulations of downed wood, play important roles governing
biophysical processes in river ecosystems. In this study conducted in the mountainous …

Forested, gravel-bed streams possess complex channel morphologies which are difficult to
objectively characterize. The spatial scale necessary to adequately capture variability in …

Habitats that mitigate the effects of a disturbance event (eg flood) are referred to as refugia.
Their occurrence in heavily impacted river systems is often limited, and their restoration …

The study investigated bank erosion and accretion of the lower section of the Pra River of
Ghana using a topographical map of 1974 and satellite imagery of 2007, 2015, and 2018 …

Variation in sediment yield may reflect a signal of disturbances in the upstream landscape,
modified by sediment routing. This study, conducted in a forested drainage basin in the …

Restoring degraded rivers requires initial assessment of the fluvial landscape to identify
stressors and riverine features that can be enhanced. We associated local-scale river habitat …