INIS
cities
72%
watersheds
38%
land use
36%
levels
35%
indonesia
33%
distribution
28%
surfaces
28%
data
26%
hazards
26%
rice
23%
tsunamis
22%
vegetation
22%
java
21%
erosion
20%
distance
19%
remote sensing
19%
landslides
19%
caves
19%
rivers
18%
soils
18%
markov process
17%
water
17%
prediction
16%
mining
16%
forests
15%
applications
15%
coastal regions
15%
mangroves
14%
mapping
14%
disasters
14%
fuzzy logic
13%
populations
13%
gis
12%
images
12%
monitoring
12%
values
12%
floods
12%
vulnerability
12%
communities
12%
elevation
11%
evacuation
11%
tin
11%
shelters
11%
production
11%
geographic information systems
11%
density
10%
water quality
10%
modeling
10%
abrasion
10%
environmental quality
9%
Keyphrases
Regency
100%
Sukabumi
34%
Indonesia
29%
Gunungkidul
28%
East Kalimantan
27%
Banten
23%
Land Cover Change
23%
Bali
22%
Spatial Analysis
21%
Land Surface Temperature
21%
Karst
20%
Land Use Change
20%
Land Use
19%
Sub-watershed
19%
Cave Entrance
19%
Coastal Area
18%
Gunung Sewu
18%
Karst Landscape
16%
Remote Sensing
16%
PASER
16%
Rice Field
16%
Jawa
15%
Samarinda City
15%
Bali Province
15%
Landslide
14%
Sentinel-2
13%
Mangrove Forest
12%
Land Cover
12%
Land Conservation
12%
Erosion Hazard
11%
Post-tin Mining
11%
Mining Land
11%
Tsunami Disaster
11%
South Sulawesi Province
11%
Fuzzy Logic Application
11%
Evacuation Shelter
11%
Distribution Pattern
11%
West Java Indonesia
11%
Landsat 8 OLI
11%
Paddy Field
10%
Hazard Level
9%
Vegetation Index
9%
Tsunami
9%
Physical Characteristics
9%
Environmental Quality
9%
Settlement Area
9%
Abrasion
8%
Geographic Information System
8%
Normalized Difference Vegetation Index
8%
Satellite Imagery
8%
Earth and Planetary Sciences
Indonesia
28%
Land Use
24%
Spatial Analysis
23%
Geographic Information System
22%
Geographic Information System
20%
Land Cover Change
20%
Land Use Change
19%
Land Cover
18%
Remote Sensing
17%
Land Surface Temperature
17%
Coastal Region
16%
Landsat 8
16%
Vegetation
12%
Vegetation Index
12%
Cellular Automata
12%
Soil
11%
Universal Soil Loss Equation
11%
Environmental Quality
11%
Subsidence
11%
Landsat
10%
Landform
10%
Population Density
9%
Satellite Imagery
9%
Farmland
9%
Salinity
8%
Paddy Field
8%
Land Conservation
7%
Carrying Capacity
7%
Geomorphological Response
7%
Environmental Impact Assessment
7%
Markov Model
6%
Digital Elevation Model
6%
Landsat 5
5%
Indian Ocean
5%
Systems Analysis
5%
Surface Water
5%
Landsat 7
5%
Dry Season
5%
Geology
5%
Development Area
5%
Fuzzy Mathematics
5%
Environmental Degradation
5%
Water Utilisation
5%
