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水文與海洋科學研究所
國立中央大學
地球科學學院
電話
886-3-4227151 ext.65686
電子郵件
[email protected]
網站
http://www.ihs.ncu.edu.tw/main.php
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人才檔案
(9)
研究計畫
(87)
研究成果
(495)
資料集
(3)
影響
(1)
指紋
查看啟用 水文與海洋科學研究所 的研究主題。這些主題標籤來自此機構會員的作品。共同形成了獨特的指紋。
排序方式
重量
按字母排序
Earth and Planetary Sciences
Altimetry
15%
Annual Variation
7%
Bathymeter
8%
Bay (Topographic Features)
7%
Breaking Wave
10%
Caribbean Sea
7%
China
35%
Chlorophyll
8%
Climate Change
22%
Coastal Current
9%
Coastal Environment
5%
Continental Shelf
7%
Correlation Coefficient
5%
Digital Elevation Model
8%
Drifter
7%
Dry Season
8%
Eddy Current
6%
Energy Dissipation
5%
Enthalpy
7%
Ethiopia
5%
Evapotranspiration
5%
Flow Distribution
6%
Fluid Flow
6%
General Circulation Model
5%
Gulf of Mexico
24%
Gulf Stream
6%
Heat Flux
5%
Hydrograph
5%
In Situ Measurement
5%
Japan
6%
Kinetic Energy
10%
Landsat
6%
Near-Surface Geology
8%
North Pacific
17%
North Pacific Ocean
7%
Numerical Model
23%
Numerical Modeling
7%
Ocean Models
13%
Ocean Surface
13%
Philippines
5%
Porosity
5%
Pressure Gradient
6%
Primitive Equation
5%
Radar Altimetry
8%
Reactive Transport
5%
Real Time
7%
Regional Geography
8%
Remote Sensing
10%
River Discharge
5%
Root-Mean-Square Error
5%
Rossby Wave
6%
Salinity
10%
Satellite Altimetry
12%
Satellite Data
7%
Satellite Observation
6%
Sea Level
13%
Sea Surface Height
9%
Sea Surface Temperature
18%
Shallow Water
6%
Shedding
12%
Shelf Break
5%
Significant Wave Height
5%
Storm
17%
Storm Surge
10%
Strait
17%
Streamflow
6%
Surf Zone
6%
Surface Water
9%
Surface Wave
12%
Taiwan
100%
Thermal Structure
8%
Tibetan Plateau
8%
Tidal Current
5%
Tide Gauge
7%
Time Series
8%
Timescale
5%
Trench
5%
Tropical Cyclone
21%
Tsunami Wave
6%
Upper Ocean
10%
Vietnam
5%
Water Demand
5%
Water Depth
7%
Water Supply
7%
Wave Breaking
5%
Wave Energy
5%
Wave Height
8%
Wet Season
5%
Wind Velocity
6%
Keyphrases
Altimetry
10%
Altimetry Data
5%
Breaking Waves
8%
Caribbean Sea
6%
Cesium
6%
Chlorophyll a (Chl a)
7%
Climate Change
17%
Climate Change Impacts
9%
Coastal Currents
5%
Coastal Ocean
8%
Continental Shelf
6%
Crushed Granite
7%
Cyclone
11%
Digital Elevation Model
7%
Drifters
5%
Dry Season
7%
East China Sea
5%
Eddies
26%
Eddy Shedding
7%
Estuary
10%
Ethiopia
5%
Evapotranspiration
6%
Forecasting System
5%
Free Surface
5%
Groundwater
5%
Gulf of Mexico
20%
Gulf Stream
5%
High-resolution
8%
Hindcasts
6%
Hurricanes
5%
In Situ
9%
In Situ Measurements
5%
International Workshop
7%
Inundation
5%
Irrigation Water
7%
Isotherm
6%
Kuroshio
11%
Landslide
5%
Large Eddy Simulation
7%
Loop Current
25%
Loop Current Eddies
7%
Luzon Strait
6%
Model Simulation
5%
Northern South China Sea
6%
Northern Taiwan
7%
Numerical Experiments
6%
Numerical Model
19%
Numerical Modeling
6%
Numerical Results
7%
Numerical Simulation
7%
Ocean Models
6%
Pressure Gradient
6%
Princeton Ocean Model
7%
Rainfall
17%
Rapid Intensification
5%
Reactive Transport
7%
River Discharge
5%
Santa Barbara Channel
5%
Satellite Altimetry
9%
Satellite Data
6%
Satellite Observations
5%
Satellite Radar Altimetry
5%
Sea Surface Height
5%
Sea Surface Temperature
7%
Solitary Waves
7%
South China Sea
17%
Southern Taiwan
5%
Storm Surge
9%
Streamflow
5%
Super Typhoon
6%
Surf Zone
7%
Surface Water
5%
Surface Waves
5%
Taiwan
73%
Taiwan Strait
9%
Taoyuan
5%
Three Dimensional Simulation
5%
Three-dimensional (3D)
17%
Tropical Cyclones
15%
Tsunami
21%
Tsunami Hazard
6%
Two Dimensional
5%
Typhoon
28%
Upwelling
8%
Volume of Fluid Method
6%
Vorticity
5%
Water Depth
9%
Water Level
7%
Water Management
6%
Water Resources
6%
Wave Height
6%
Western North Pacific
12%
Western Pacific Ocean
5%
Wind Stress Curl
6%
Winter Monsoon
5%
Yucatan Channel
6%