The ocean interacts with the atmosphere via interfacial exchanges of momentum, heat (via
radiation and convection), and fresh water (via evaporation and precipitation). These fluxes …

We highlight improvements to the International Comprehensive Ocean-Atmosphere Data
Set (ICOADS) in the latest Release 3.0 (R3. 0; covering 1662–2014). ICOADS is the most …

Accurate observational estimation of the ocean surface heat, momentum, and freshwater
fluxes is crucial for studies of the global climate system. Estimating surface flux using …

Abstract By collocating 10 years (1999–2009) of remotely sensed surface turbulent heat
fluxes with satellite altimetry data, we investigate the impact of oceanic mesoscale eddies on …

For over a decade, several research groups have been developing air-sea heat flux
information over the global ocean, including latent (LHF) and sensible (SHF) heat fluxes …

Sixteen monthly air–sea heat flux products from global ocean/coupled reanalyses are
compared over 1993–2009 as part of the Ocean Reanalysis Intercomparison Project (ORA …

Air-sea turbulent heat flux is vital to the exchange of global water and energy between the
atmosphere and the Earth's surface and is essential for understanding Earth-climate mutual …

Tropical cyclones can pump heat into the ocean by producing a long‐lasting subsurface
warm anomaly while leaving a relatively short‐term surface cold anomaly via mixing the …

Mesoscale eddies are ubiquitous features of the global ocean circulation and play a key role
in transporting ocean properties and modulating air–sea exchanges. Anticyclonic and …

This study investigates the effect of mesoscale eddies on air–sea heat and fresh water
exchange in the tropical Atlantic Ocean (TAO) using 8 years of satellite altimetry data …