Since the launch of CFOSAT on 29 October 2018, more than three years of observational
data of ocean wave spectra with a frequency range of 0.02–0.26 Hz and a horizontal …

Mesoscale eddies, including surface-intensified eddies (SEs) and subsurface-intensified
eddies (SSEs), significantly influence phytoplankton distribution in the ocean. Nevertheless …

The wave spectrometer operated by the China–France Oceanography Satellite (CFOSAT)
can provide global ocean wave observation data. Although a lot of work on calibration and …

Bottom-mounted acoustic profilers are widely applied for oceanic wave observation. For
long-term deployment of such instruments, biofouling or delayed maintenance can often …

The wave spectrum describes the distribution of wave energy across frequency and
direction. Obtaining wave spectrum information with high accuracy is of great value for …

We investigate the ocean wave field under Hurricane Sam (2021). Whilst measurements of
waves under Tropical Cyclones are rare, an unusually large number of quality in situ and …

The wind drag on the sea surface is characterized by the aerodynamic roughness of the sea
surface, z 0, which is regulated by surface wind waves. Many studies have related the …

Surface waves investigation and monitoring (SWIM) can provide global wave spectra, but
under small sea conditions, the presence of parasitic peaks at low wavenumbers, surfboard …

The Surface Wave Investigation and Monitoring (SWIM) aboard the China-France Oceanic
Satellite (CFOSAT) provides the ocean wave spectrum (70–50 m wavelength range) …

The Surface Waves Investigation and Monitoring instrument (SWIM) provides the directional
wave spectrum within the wavelength range of 23–500 m, corresponding to a frequency …