материалы конференции

En

Physical and Mathematical Modeling of Earth and Environment Processes. PMMEEP 2017. Springer Geology

ISSN:2197-9545

2018

10.1007/978-3-319-77788-7_15

Hydrophysical fields, continuous in time and space, were reconstructed in the coastal region of the Black Sea (a western coast of the Crimea and a north-western shelf of the Black sea) on the basis of the three-dimensional nonlinear hydrodynamic model and the observational data of temperature and salinity on the research vessel "Experiment" from 16 to 22 of September, 2007. A sequential optimal interpolation of observational data of temperature and salinity was used as an assimilation procedure. A real atmospheric forcing and a high resolution (horizontal grid similar to 1.6 x 1.6 km and 30 vertical layers from 1 m to 1300 m) were used in the calculation. Mesoscale features of currents and thermohaline fields in the coastal zone of the Black Sea were investigated, the coastal upwelling in the Kalamitsky Bay was reconstructed, registered in satellite observations. The influence of the assimilation of observational data on the accuracy of the calculated fields of temperature and salinity was estimated.

NUMERAL MODELING, SPATIAL HIGH RESOLUTION, COASTAL AREA, BLACK SEA, ASSIMILATION OF DATA OBSERVATION, HYDROPHYSICAL FIELDS, MEZOSCALE FEATURES OF CIRCULATION

2018-12-12 15:49:00