Fluvial sediment transport and depositional systems encompass the processes by which rivers erode, entrain, convey and deposit sediments of varying sizes across diverse environments. Flow variability, ...

Sediment provenance and river system evolution encompasses the reconstruction of where riverborne sediments originate and how fluvial networks develop, reorganise and interact with Earth’s surface ...

Land-cover change from forest to agriculture is widely recognized as a primary cause of accelerated soil erosion. Floodplains in agricultural watersheds represent fluvial archives for understanding ...

The Torridon sandstone in northwestern Scotland preserves six kilometers of river sediment from Precambrian times. But what sort of geological events were able to leave their mark for researchers to ...

High Mountain Asia (HMA), which refers to the Tibetan Plateau and the surrounding high Asian mountains, is home to the world’s third-largest ice reservoir and the origin of many of Asia’s large rivers ...

“The specific sediment yield in catchments with high glacial cover is on average an order of magnitude higher than glacier-free basins, and appears overall higher in Asia’s glacierized catchments than ...

Insects, crustaceans and other water macroinvertebrates are more affected by the effect of sediment accumulation in river courses than the excess of nitrate in water environments, according to a study ...

Rivers integrate the landscape, carrying and depositing water, sediment, large wood, carbon, and nutrients. Our research is focused on river and floodplain dynamics and the interactions between ...