Modeling and Practice of Erosion and Sediment Transport under Change

Edited by
September 2019
212 pages
  • ISBN978-3-03921-431-0 (Paperback)
  • ISBN978-3-03921-432-7 (PDF)

This book is a reprint of the Special Issue Modeling and Practice of Erosion and Sediment Transport under Change that was published in

Biology & Life Sciences
Chemistry & Materials Science
Environmental & Earth Sciences
Public Health & Healthcare

Climate and anthropogenic changes impact the conditions of erosion and sediment transport in rivers. Rainfall variability and, in many places, the increase of rainfall intensity have a direct impact on rainfall erosivity. Increasing changes in demography have led to the acceleration of land cover changes in natural areas, as well as in cultivated areas, and, sometimes, in degraded areas and desertified landscapes. These anthropogenized landscapes are more sensitive to erosion. On the other hand, the increase in the number of dams in watersheds traps a great portion of sediment fluxes, which do not reach the sea in the same amount, nor at the same quality, with consequences on coastal geomorphodynamics. This book is dedicated to studies on sediment fluxes from continental areas to coastal areas, as well as observation, modeling, and impact analysis at different scales from watershed slopes to the outputs of large river basins. This book is concentrated on a number of keywords: “erosion” and “sediment transport”, “model” and “practice”, and “change”. The keywords are briefly discussed with respect to the relevant literature. The contributions in this book address observations and models based on laboratory and field data, allowing researchers to make use of such resources in practice under changing conditions.

  • Paperback
© 2019 by the authors; CC BY-NC-ND license
GSD; proglacial channels; bedload transport; field measurements; fluvial erosion; soil slurry; sedimentation; two-phase flow; transfer; deposition; limiting tractive force; Wadi Mina; Algeria; sediment; ruptures; SMBA Dam; specific degradation; Mediterranean Maghreb Basin; water fluxes; sediment fluxes; reservoirs; hillside reservoirs; sediment retention; soil erosion; rill development; erosion topography; sloping flume experiments; climate change; human activities; soil erosion; SWAT model; Xihe River Basin; runoff; suspended sediment; phosphorus; water quality modelling; mitigation measures; flooding; incipient deposition; sediment transport; self-cleansing; sewer systems; shear stress; urban drainage system; aggradation; CCHE1D; climate change; degradation; dynamical downscaling; flow discharge; migration; riverbed; sediment; bed load transport; shear Reynolds number; mixed-size bed material; complex morphodynamics; soil loss; sediment delivery; erosion modelling; environmental change; agriculture; Czech Republic; Anthropocene; climate change; deposition; erosion; modeling; practice; sedimentation; sediment transport; watershed