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Global operational remote sensing and modelling of ocean waves
Heimbach, P.; Bauer, E.; Hasselmann, S.; Hasselmann, K. (1998). Global operational remote sensing and modelling of ocean waves, in: Marine meteorology and related oceanographic activities: provision and engineering/operational application of ocean wave data Unesco, Paris, 21-25 September 1998. pp. 310-323
In: (1998). Marine meteorology and related oceanographic activities: provision and engineering/operational application of ocean wave data Unesco, Paris, 21-25 September 1998. Marine Meteorology and Related Oceanographic Activities Report, 42. World Meteorological Organization: Geneva. 347 pp., more
In: Marine Meteorology and Related Oceanographic Activities Report. World Meteorological Organisation: Genève, more
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Keyword
    Marine/Coastal
Authors  Top 
  • Heimbach, P.
  • Bauer, E.
  • Hasselmann, S.
  • Hasselmann, K.
Abstract
    An overview is given of current operational methods for retrieving two-dimensional ocean wave spectra from near real-time ERS-l SAR wave mode (SWM) imagette spectra. The SWM data quality and performance of the WASAR algorithm are assessed. Sensitivity analyses and validation studies are performed using two-dimensional NOAA buoy data as well as TOPEX and ERS-l altimeter-derived significant wave heights. An intercomparison between SWM-retrieved and WAM model spectral parameters shows a good overall agreement, however with a small but systematic overprediction of windseas and underprediction of swell by the WAM. While the former can be explained by to too strong forcing by the ECMWF wind fields, the latter is attributed to too strong damping of swell by the WAM. Some evidence is found of a misalignment between the wind speed vector and the wind stress in the presence of swell.
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