INIS
floods
100%
modeling
100%
additives
100%
distance
50%
curves
50%
altitude
33%
randomness
33%
rivers
33%
forests
33%
watersheds
16%
power
16%
drainage
16%
risks
16%
management
16%
iran
16%
information
16%
comparative evaluations
16%
surveys
16%
streams
16%
density
16%
accuracy
16%
performance
16%
data
16%
lithology
16%
roads
16%
land use
16%
validation
16%
Agricultural and Biological Sciences
Trees
100%
Methodology
100%
Mathematical Model
100%
Flood
100%
Model
100%
Area
37%
Altitude
25%
River
25%
Forests
25%
Watersheds
12%
Fields
12%
Land Use
12%
Case Study
12%
Stream
12%
Literature
12%
Accuracy
12%
Risk Management
12%
Drainage
12%
Information
12%
Earth and Planetary Sciences
Flood
100%
Model
100%
Flood
37%
Distance
37%
Position (Location)
25%
Investigation
25%
River
25%
Forest
25%
Input
25%
Altitude
25%
Slope
12%
Literature
12%
Field Survey
12%
Identifying
12%
Proving
12%
Rainfall
12%
Stream
12%
Land Use
12%
Iran
12%
Accuracy
12%
Lithology
12%
Risk Management
12%
Watershed
12%
Moisture Content
12%
Highway
12%
Runoff
12%
Comparison
12%
Information
12%
Training
12%
Receiver
12%
Petrography
12%
Keyphrases
Flood Susceptibility
100%
Bayesian Additive Regression Trees
100%
Susceptibility Model
66%
Curve number
33%
Stream Power Index
33%
Geo-environmental Variables
33%
Topographic Position Index
33%
Distance from Road
33%
Kan Watershed
33%
Engineering
Models
100%
River
28%
Random Forest
28%
Environmental Variable
14%
Land Use
14%
Receiver Operating Characteristic
14%
Performance
14%
Density
14%
Fields
14%
Road
14%
Prone Area
14%
Operating-Characteristic Curve
14%
Existing Model
14%
Accuracy
14%
Drainage
14%