Keyphrases
Baroclinic Instability
100%
Eddy Kinetic Energy
100%
Ocean Circulation Model
66%
Global Ocean
50%
High-resolution
33%
Local Analysis
33%
Gulf Stream
33%
Mid-latitude
33%
Flux Field
33%
Helmholtz Decomposition
33%
Energy Conversion Rate
33%
Net Heat Flux
33%
Kuroshio Extension
33%
Eddy Energy
33%
Western Boundary Current
33%
High-resolution Climate Model
33%
Ocean Eddies
33%
Kinetic Energy
33%
Ocean Transport
33%
Mesoscale Eddies
33%
Ocean Basins
33%
Pacific Decadal Oscillation
33%
Climate Modes
33%
Oceanic Turbulence
33%
Eddy Heat Flux
33%
Earth System Prediction
33%
Western Boundary
33%
Regional Coupled Model
33%
General Ocean Circulation
33%
Coarse Resolution
33%
Poisson Equation
33%
Parameter Development
33%
Rotational Flux
33%
Coupled Climate Model
33%
Surface Observations
33%
Turbulent Times
33%
Energy Access
33%
Evaluation Model
16%
Early Career
16%
High-resolution Simulation
16%
Review Criteria
16%
Strong Current
16%
Climate Processes
16%
High-resolution Model
16%
Ocean Currents
16%
Tropics
16%
Earth's Climate
16%
High Seas
16%
Temperature Variance
16%
Sea Surface Temperature
16%
North Atlantic Oscillation
16%
Scale Dependence
16%
Public Outreach
16%
Numerical Simulation
16%
Surface Temperature
16%
PhD Students
16%
Remote Sensing Data
16%
Community Earth System Model
16%
Global Analysis
16%
Climate Change
16%
Earth System Model
16%
Coupled Model Intercomparison Project
16%
Northern Hemisphere
16%
Earth's Climate System
16%
Ocean Circulation
16%
Sea Surface Height
16%
Principal Investigator
16%
Energy Loss
16%
Transport Energy
16%
Absolute Model
16%
Impact Review
16%
Earth and Planetary Sciences
Baroclinic Instability
100%
Kinetic Energy
80%
Global Ocean
50%
Planetary Atmosphere
50%
Ocean Circulation
30%
Gulf Stream
20%
Temperate Region
20%
Ocean Basin
20%
Multiple Use
20%
Northern Hemisphere
20%
Mesoscale Eddy
20%
Pacific Decadal Oscillation
20%
Climate Modeling
20%
Heat Flux
20%
Energy Conversion
20%
Western Boundary Current
20%
State of the Art
10%
Sea Surface Height
10%
Ocean Currents
10%
North Atlantic Oscillation
10%
Sea Surface Temperature
10%