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Incorporating river morphodynamics in the characterization of key ecological system units for conservation in the western Amazon. [PDF]
Sci RepDominguez-Ruben L +6 more
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2022
Sediment transport is the mechanism that translates the work of hydrodynamic processes into morphological change. Without a transport of sediment, there would be no beaches. Significant progress has been made on the topic of non-cohesive sediment transport in wave-dominated settings since the first publication of this chapter.
Aagaard, Troels, Hughes, Michael
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Sediment transport is the mechanism that translates the work of hydrodynamic processes into morphological change. Without a transport of sediment, there would be no beaches. Significant progress has been made on the topic of non-cohesive sediment transport in wave-dominated settings since the first publication of this chapter.
Aagaard, Troels, Hughes, Michael
openaire +4 more sources
Hydrobiologia, 1992
In shallow, wind exposed lakes, the light conditions, the cycling of nutrients, heavy metals and organic micro-pollutants and changes in the local composition of the sediment top layer can be dominated by resuspension/erosion of bottom sediment and sedimentation of suspended solids.
Blom, G. +4 more
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In shallow, wind exposed lakes, the light conditions, the cycling of nutrients, heavy metals and organic micro-pollutants and changes in the local composition of the sediment top layer can be dominated by resuspension/erosion of bottom sediment and sedimentation of suspended solids.
Blom, G. +4 more
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Calculation of longshore sediment transport
Oceanology, 2014Calculation approaches to longshore transport of sandy sediments are discussed. The estimation of the total sediment transport rate is shown to be possibly based on the so-called CERC formula, where the proportionality factor K should be calculated from relationships of Bayram et al. [8] or Leont’yev [4].
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1.13 Sediments and Sediment Transport
2013D.J. Sherman, L. Davis, S.L. Namikas
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1999
Flow and sediment transport are important in relation to several engineering topics, e.g. erosion around structures, backfilling of dredged channels and nearshore morphological change. The purpose of the present book is to describe both the basic hydrodynamics and the basic sediment transport mechanics.
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Flow and sediment transport are important in relation to several engineering topics, e.g. erosion around structures, backfilling of dredged channels and nearshore morphological change. The purpose of the present book is to describe both the basic hydrodynamics and the basic sediment transport mechanics.
openaire +1 more source