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The adaptation of dunes to changes in river flow
Arjan Reesink
, Dan Parsons
, Philip Ashworth
, Jim Best
, Rich Hardy
, Brendan Murphy
, Stuart McLelland
, Chris Unsworth
Vice-Chancellor's Office
Research output
:
Contribution to journal
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Article
›
peer-review
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Earth and Planetary Sciences
Bedform
66%
Cross Correlation
33%
Dune Field
33%
Dynamic Response
33%
Earth Surface Sediment Transport
66%
Flattening
33%
Flood Wave
33%
Flow Velocity
100%
Hydraulic Control
33%
Inflow
100%
Morphology
33%
River Flow
100%
Thalweg
33%
Trough
66%
Water Depth
66%
Water Flow
33%
Keyphrases
Adaptation
100%
Adaptive Change
3%
Alluvial Channel
3%
Bed Elevation
3%
Bedform Kinematics
3%
Bespoke
3%
Change in Size
3%
Channel Change
3%
Differential Migration
3%
Dune Dynamics
11%
Dune Fields
3%
Dune Height
7%
Dune Morphology
3%
Dunes
100%
Dynamic Response
3%
Elevational Distribution
3%
Flood Wave
3%
Flow Condition
3%
Flow Depth
14%
Flow Transport
3%
Flow Velocity
18%
Geometric Parameters
3%
Hydraulic Control
3%
Hydraulic Parameters
3%
Kinematics
7%
Local Flow
3%
Mobile Dunes
3%
Mobile Sand
3%
Morphological Response
3%
Planetary Bodies
3%
Response Change
3%
River Flow
100%
River Profile
3%
Sediment Mobility
3%
Sediment Redistribution
3%
Sediment Transport
7%
Separation Effect
3%
Size-and-shape
3%
Superelevation
3%
Thalweg
3%
Transport Dynamics
3%
Water Depth
7%
Water Flow
3%
Weak Relations
3%