High frequency wind recored from sonic anemometers: Impact of swell waves on atmospheric surface turbulence

Wind-wave interaction affects the fluxes of exchange processes across the air-sea wavy interface. For example, several measurements  and modelling experiments have suggested that during the swell waves the wind shear and veer may significantly vary (depending on thermal stratification among other environmental factors). This dataset shows interesting wave energy penetration observed from sonic anemometer mounted at an offshore met-mast at 15m height above the mean sea level. More codes will be provided in Github

https://github.com/MostafaBakhoda/JGRL\_2022\_WindWaveDecomposition.git

The data are used in following submitted research:

"Impact of swell waves on atmospheric surface turbulence: A wave-turbulence decomposition method"