Earth and Planetary Sciences
Investigation
100%
Flow Velocity
100%
Model
93%
Climate
90%
Change Detection
90%
Region
90%
Data Set
90%
Ice Cover
90%
Low Flow
90%
Sediment
90%
Earth Surface Sediment Transport
90%
Ice Thickness
90%
Condition
90%
Vehicle
90%
Finland
75%
Remote Sensing Method
60%
Numerical Modeling
60%
Variation
45%
Morphodynamics
39%
Open Water
36%
Integrated Approach
30%
Data Transmission
30%
Society
30%
Solid
30%
Cold Region
30%
Agreement
30%
Coefficient
30%
Meander
24%
Bedload
18%
Winter
18%
Water Level
15%
Flow Distribution
15%
Set
15%
Bathymeter
15%
Record
15%
Climate Change
9%
Autumn
9%
Spatial Variation
9%
Arctic Region
9%
Erosion
9%
Temporal Variation
9%
Increasing
9%
Inflow
9%
River Channel
9%
Engineering
Hydrodynamic Model
90%
Enhancement
90%
Velocity
90%
Models
90%
Two Dimensional
90%
Hydrodynamics
90%
Hydraulics
60%
Channel Condition
30%
Good Agreement
30%
Large Area
30%
Observables
30%
Flow Distribution
30%
Good Performance
30%
Shallower
30%