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Ocean-atmosphere covariability in the western Arabian Sea
Gabriel Andres Vecchi
, Shang Ping Xie
, Albert S. Fischer
Geosciences
High Meadows Environmental Institute
Princeton Institute for Computational Science and Engineering
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Article
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peer-review
107
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Dive into the research topics of 'Ocean-atmosphere covariability in the western Arabian Sea'. Together they form a unique fingerprint.
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Keyphrases
Sea Surface Temperature
100%
Western Arabian Sea
100%
Atmosphere-ocean
100%
Co-variability
100%
Temperature Feature
57%
Latent Heat Flux
42%
Strong Wind
28%
Relative Humidity
28%
Temperature Variation
14%
Spatial Variability
14%
Spatial Structure
14%
Equatorial Pacific
14%
Three-parameter
14%
Averaged Parameters
14%
In Situ Data
14%
Wind Speed
14%
Southwest Monsoon
14%
Process Control
14%
Nonlinear Dependence
14%
Satellite-based
14%
Planetary Boundary Layer
14%
Atmospheric Boundary Layer
14%
Surface Heat Flux
14%
Ekman Pumping
14%
Wind Stress Curl
14%
Moisture Flux
14%
Specific Humidity
14%
Tropical Instability Waves
14%
Wind Velocity
14%
Atmospheric Response
14%
Mesoscale Wind
14%
Wind Variability
14%
Air-sea Temperature Difference
14%
Boundary Layer Stability
14%
Cold Filament
14%
Ocean Eddies
14%
Atmospheric Boundary Layer Structure
14%
Mesoscale Features
14%
Surface Meteorological Parameters
14%
Structured Surface
14%
Eddy Current Field
14%
Net Enhancement
14%
Temperature Dependence
14%
Ocean Response
14%
Strong Connection
14%
Heat Flux Variability
14%
Earth and Planetary Sciences
Sea Surface Temperature
100%
Arabian Sea
100%
Protective Atmosphere
100%
Latent Heat Flux
42%
Relative Humidity
28%
Boundary Layer
28%
Heat Flux
28%
Atmospherics
14%
Near-Surface Geology
14%
Wind Velocity
14%
Planetary Boundary Layer
14%
Ekman Pumping
14%
Moisture Flux
14%
Meteorological Parameter
14%
Boundary Layer Stability
14%
Pacific
14%