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The role of discharge variability in determining alluvial stratigraphy
A.P. Nicholas
, G.H. Sambrook-Smith
, M.L. Amsler
, Philip Ashworth
, J.L. Best
, R.J. Hardy
, S.N. Lane
, O. Orfeo
, D.R. Parsons
, A.J.H. Reesink
, S.D. Sandbach
, C.J. Simpson
, R.N. Szupiany
University of Brighton
Vice-Chancellor's Office
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Keyphrases
Discharge Variability
100%
Alluvial Stratigraphy
100%
Model Simulation
66%
Hydrological Regime
66%
Stratigraphy
33%
Radar Data
33%
Ground Penetrating Radar
33%
Large Rivers
33%
River Bars
33%
First-order
33%
ARGENTINA
33%
Morphodynamics
33%
Alluvial Deposits
33%
River Dynamics
33%
River Pattern
33%
River Morphology
33%
Channel Depth
33%
Paleocurrent
33%
Paleoenvironmental Reconstruction
33%
Physics-based Modeling
33%
Flood Duration
33%
Planform Morphology
33%
River Topography
33%
Earth and Planetary Sciences
Stratigraphy
100%
Ground Penetrating Radar
33%
Radar Data
33%
Planforms
33%
Argentina
33%
Morphodynamics
33%
Paleoenvironmental Reconstruction
33%
Paleocurrent
33%