Keyphrases
Mizoram
61%
India
50%
Aizawl
44%
Landslide
41%
Dyke
26%
Landslide Hazard
22%
Mafic Dykes
22%
Road Section
20%
Road Cut
16%
Shale
15%
Failure Type
14%
Geochemical Characteristics
14%
Slope Stability Analysis
13%
Bastar
13%
Slope Mass Rating
13%
Petrological Characteristics
13%
Slope Failure
13%
Drainage System
12%
Antarctica
11%
Joint Roughness Coefficient
11%
Airport
11%
Drinking Water
11%
Landslide Hazard Zonation
11%
Slurry
11%
Climatic Conditions
11%
Diamond Mines
11%
North-eastern Region
11%
Finite Difference Method
11%
Rock Slope Stability
11%
Road Cut Slopes
11%
Perimeter Blasting
11%
Perimeter Control
11%
Vulnerability
11%
Quality Analysis
11%
Geological Setting
11%
Limit Equilibrium Method
11%
Zonation
11%
Finite Element Method
11%
Cone Penetration Method
11%
Discrete Element Method
11%
Numerical Methods
11%
Crustal Contamination
11%
Copper Mine
11%
Secondary Blast
11%
Bastar Craton
11%
Natural Hazards
9%
Northeast India
8%
Unnatural
7%
Continuous Slope Mass Rating
7%
Rock Fragments
7%
Earth and Planetary Sciences
India
100%
Petrography
35%
Myanmar
26%
Sedimentary Rock
26%
Precambrian
22%
Geochemistry
22%
Diabase
20%
Amphibolite
19%
Tholeiite
17%
Granitoid
16%
Locale
14%
Field Strength
14%
Magma
14%
Miocene
11%
Shear Strength
11%
Destabilization
11%
Active Fault
11%
Sewerage System
11%
Geoinformatics
11%
Rare Earth Element
11%
Geographic Information System
11%
Antarctic Region
11%
Slope Stability
11%
Urban Planning
11%
Rock Slope Stability
11%
Numerical Modeling
11%
Craton
11%
Failure Mechanism
11%
Equilibrium Method
11%
Zonation
11%
Crustal Contamination
11%
Geology
9%
Octahedron
5%
Republic of South Africa
5%
Stability Analysis
5%
Himalayas
5%
Eurasian Plate
5%
Oligocene
5%
Gneiss
5%
Sedimentary Structure
5%
Olivine
5%
Mudstone
5%
Dip-Slip Fault
5%
Dike Swarm
5%
Indian Plate
5%
Siltstone
5%
Overpopulation
5%
Runoff
5%
Natural Hazard
5%
Tectonics
5%
Engineering
Factor of Safety
39%
Slope Stability
22%
Finite Element Method
22%
Equilibrium Method
16%
Processing Plant
14%
Sublevels
11%
Joints (Structural Components)
11%
Shear Strength
11%
Road
11%
Diamond Mines
11%
Dilution
11%
Drilling Line
11%
Simplified Method
11%
Failure Mechanism
11%
Chart Method
11%
Copper Mines
11%
Diamond
8%
Friction Angle
7%
Stability Analysis
7%
Ore Treatment
7%
Feasibility Study
5%
Negative Effect
5%
Side Wall
5%
Design Requirement
5%
Borehole
5%
Input Parameter
5%
Soil Formation
5%
Optimum Design
5%
Drilling Cost
5%
Acceptable Limit
5%
Seismicity
5%
Intelligent Reflecting Surface
5%
Summer Season
5%
Slope Mass Rating
5%
Test Result
5%
Rock Mass Rating
5%
Engineering Property
5%
Material Characteristic
5%
Optimum Safety
5%