Fluvial systems, integral to shaping terrestrial landscapes, encompass the dynamic processes by which rivers transport, sort, and deposit sediment. These processes are central to the formation of ...

Geomorphology – the study of landforms and the processes that shape the Earth’s surface – integrates observations of tectonic, fluvial, glacial, aeolian, and coastal dynamics to explain landscape ...

The process and impact of rejuvenation is explored through the use of specific examples along with detailed graphics to explain the fluvial processes of erosion, transportation and deposition. ABC ...

The evolutionary history of fluvial geomorphology is the consequences of combined effects of tectonic, climate, lithology and base level. Previous researches had emphasized tectonic impacts on the ...

THE EVOLVING LANDSCAPE: The changing scene -- Geomorphology and the field problem -- PROCESS AND FORM: Climate and denudational processes -- Weathering -- The drainage basin as a geomorphic unit -- ...

I am a field-trained fluvial geomorphologist, meaning I study river processes and landforms. As an interdisciplinary scientist, I am interested in the interactions between streams and adjacent ...

The Western Carpathian Mtns of intermediate height are in the temperate zone. They belong to the Alpine mountain system; erodible flysch rocks are dominant. Pleistocone slope processes and the ...

This paper examines the commonly accepted assumption in the riparian literature that areas adjacent to streams do not burn. Using time-since-fire distributions, derived from stand-origin maps for a ...

Wind causes waves to be produced in the water. These can cause erosion of the coast. Wind can also cause material to be transported, for example by longshore drift, which is where sediment moves along ...