Keyphrases
Landslide
100%
Taiwan
83%
Discrete Element Method
70%
Slate Slope
45%
Foliation
42%
Numerical Simulation
39%
Deformation Characteristics
36%
Alluvial Fan
34%
Disaster Prevention
33%
Debris Flow
32%
Failure Characteristics
29%
Physical Model Test
26%
Failure Mechanism
25%
Landslide Hazard
22%
Landscape Evolution
21%
Hazard Zoning
21%
Physical Model
21%
Colluvium
20%
Rockfall
20%
Rainfall
20%
Gravitational Deformation
19%
Deep-seated Landslide
18%
Failure Process
18%
Rock Slope
18%
Numerical Model
17%
Typhoon Megi
17%
Cataclinal Slope
17%
Project Planning
17%
Large-scale Landslide
16%
Kinematic Process
16%
Surface Water
16%
Potential Landslide
15%
Remote Sensing Image
15%
Source Area
15%
Landslide Movement
15%
Physical Modeling
15%
Hazard Assessment
14%
Rainfall-induced Failure
14%
Simulation Performance
14%
Kinematic Model
14%
Rainfall-induced Landslide
14%
Progressive Development
14%
Talus Deposit
14%
Area-based
14%
Houyenshan
14%
Deformation Failure
14%
Debris
13%
Rainfall Effects
13%
Friction Coefficient
13%
Landslide Evolution
13%
Engineering
Discrete Element
75%
Physical Model
50%
Element Method
41%
Failure Mechanism
38%
Model Test
32%
Deformation Characteristic
30%
Surface Water
24%
Numerical Model
23%
Slope Failure
23%
Coefficient of Friction
21%
Slope Angle
20%
Failure Process
17%
Shear Failure
17%
Deformation Zone
17%
Slope Stability
17%
Physical Modeling
15%
Potential Failure
14%
Creep
14%
Rock Slope
14%
Induced Failure
14%
Kinematic Model
14%
Area Source
14%
Digital Elevation Model
14%
Groundwater Level
14%
Simulation Result
12%
Materials Degradation
10%
Road
10%
High Resolution
10%
Joints (Structural Components)
10%
Dip Angle
10%
Particle Flow Code
9%
Disaster Prevention
9%
Rock Mass
7%
Dimensional Discrete
7%
Influencing Factor
7%
Rainfall Infiltration
7%
Materials Mechanics
7%
Landslide Activity
7%
Rockbolts
7%
Echo Method
7%
Impact Force
7%
Failure Initiation
7%
Deformation Mechanism
7%
Deformation Model
7%
Side Slope
7%
Applicability
7%
Multiscale
7%
Deposition Behavior
7%
Finite Difference Method
7%
Shear Strength
7%
Earth and Planetary Sciences
Taiwan
98%
Debris Flow
38%
Alluvial Fan
34%
Cyclones
34%
Discrete Element Method
34%
Failure Mechanism
33%
Colluvial Deposit
32%
Disaster Prevention
30%
Regional Geography
27%
Remote Sensing
25%
Landscape Evolution
21%
Surface Water
20%
Gully Erosion
18%
Project Planning
16%
Debris Avalanche
16%
Digital Elevation Model
16%
Terrain Analysis
14%
Zonation
14%
Model Test
14%
Numerical Model
12%
Slope Failure
12%
Numerical Modeling
10%
Geological Survey
10%
Headwater
10%
Site Investigation
10%
Slope Stability
9%
Field Survey
9%
Geomorphological Response
9%
Coefficient of Friction
8%
Image Interpretation
7%
Engineering Geology
7%
Field Study
7%
Particle Image Velocimetry
7%
Runoff
7%
Hazard Area
7%
Finite Difference Method
7%
Lagrangian Analysis
7%
Toppling
7%
Geological Structure
7%
Water Flow
7%
Photogrammetry
7%
Wave Velocity
7%
Natural Hazard
7%
Regolith
6%
Relief Map
5%
Morphology
5%
Geological Hazard
5%
Wind Wave
5%
Aerial Photograph
5%
Mountainous Area
5%