The effects of climate change and variability on river flows have been widely studied.
However the impacts of such changes on sediment transport have received comparatively …

Fine sediment is one of the major sources of stream physical and ecological impairment
worldwide. We assessed the ecological effects of fine sediment in an otherwise undisturbed …

The relation between rainfall, runoff, erosion and sediment transport is highly variable in
Mediterranean catchments. Their relation can be modified by land use changes and climate …

Badlands are highly erodible landscapes with sparse vegetation and rapid runoff responses.
Badland surfaces experience high erosion rates that may have a direct and marked …

Elucidating the links between catchment and channel geomorphic processes helps the
understanding of landscape evolution and the geomorphic development of river basins, and …

The paper presents the sediment budget of the Isábena basin, a highly dynamic 445-km2
catchment located in the Central Pyrenees that is patched by highly erodible areas (ie …

With an area of 6,200 km2, the Gilbués badlands region in the Brazilian drylands is the
largest desertification site in the Country. It is located upstream the Boa Esperança …

Purpose To support scientifically sound water management in dryland environments a
modelling system has been developed for the quantitative assessment of water and …

Interactions between flow regime, sediment dynamics and benthic invertebrates have
seldom been studied in rivers experiencing naturally high suspended sediment loads. This …

The temporal and spatial variability of water and sediment loads of rivers is controlled by a
suite of factors whose individual effects are often difficult to disentangle. While land use …