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Multi-year, high resolution data on coarse bedload transport: implications for river science
Peter William Downs
*
,
Philip Soar
*
Corresponding author for this work
University of Plymouth
Research output
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Abstract
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INIS
rivers
100%
data
100%
sediments
100%
resolution
100%
transport
100%
control
66%
monitoring
66%
supply
50%
time dependence
33%
capacity
33%
hydrology
33%
plates
16%
cost
16%
variations
16%
assessments
16%
range
16%
dynamics
16%
limbs
16%
particles
16%
optimization
16%
curves
16%
sensitivity
16%
probabilistic estimation
16%
fluctuations
16%
availability
16%
particle size
16%
hysteresis
16%
entrainment
16%
watersheds
16%
Earth and Planetary Sciences
Bedload
100%
River Science
100%
Earth Surface Sediment Transport
27%
Time Dependent Behavior
18%
Sedimentology
9%
Inflow
9%
Rating Curve
9%
Hydrograph
9%