Earth and Planetary Sciences
Indonesia
100%
Wave Spectrum
30%
Significant Wave Height
28%
Wave Climate
26%
Coastal Environment
24%
Shallow Water
21%
Bathymeter
20%
Time Series
19%
Geographic Information Systems
19%
Environmental Impact Assessment
18%
Remote Sensing
17%
Climate Change
17%
Ecological Impact
16%
Wave Height
16%
Global Warming
16%
Chlorophyll
16%
Japan
16%
Earth Surface Sediment Transport
16%
Coastal Region
14%
Satellite Image
11%
Image Processing
10%
Surf Zone
9%
Port
8%
Climate Variation
8%
Wave Modeling
8%
Dynamic Models
8%
Real Time
8%
Dredging
8%
Wave Energy
8%
Spatial Analysis
8%
Surface Water
8%
Coastal Erosion
8%
Ecotourism
8%
Site Selection
8%
Temporal Analysis
8%
Ocean Surface
8%
Image Classification
8%
Coastal Sediment
8%
Water Wave
8%
Spectrum Analysis
8%
Water Environment
8%
Coral Reef
8%
Temporal Variation
7%
Weather Forecast
6%
National Parks
5%
Wind Velocity
5%
Atmospheric General Circulation Models
5%
Ocean Wave
5%
Landform
5%
Transport Process
5%
Engineering
Image Data
32%
Wave Height
25%
Directional
24%
Wave Spectra
24%
Japan
22%
Reanalysis
20%
Significant Wave Height
19%
Wave Energy
16%
Data Series
13%
Climate Change
12%
Climatic Change
12%
Collected Data
10%
Video Camera
10%
Image Processing
10%
Surf Zone
10%
Systems Dynamics
8%
Mooring Design
8%
Design Selection
8%
Term Variation
8%
Dynamic Models
8%
Surface Water
8%
Image Processing Method
8%
Monitoring Program
8%
Impact Loads
8%
Inverse Method
8%
Spectral Correlation
8%
Wave Number
8%
Environmental Parameter
8%
Current Velocity
8%
Levenberg-Marquardt Algorithm
8%
Temporal Variation
8%
Global Warming
8%
Linear Array
8%
Dredging
8%
Cross Section
8%
Coastal Area
6%
Processing Technique
6%
Wave Power
5%
Mean Value
5%
