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1

Semi-empirical modelling of backscatering anf light reflection coefficients in WC1 seas

100%
Wozniak B., Smekot-Wensierski W., Darecki M.
Oceanological Studies
|
1995
|
issue 68/8
61-90
EN
The paper reports on the semi-empirically modelled dependences of the backscattering coefficient and the irradiance and radiation reflection coefficients on the chlorophyl concetration Ca in WC1-type waters.
2

Mutlispectral satelite data assimilation in bio-optical models of plankton dynamics

100%
Semkovsky S., Wozniak B., Pelevin V.
Oceanological Studies
|
1995
|
issue 68/8
125-147
EN
Multispectral scanners on board satellite produce data available for estimating surface concentrations of chlorophyll pigments and other substances in sea watera.Assimilation of the information in models of plankton dynamics is necessary for understanding the vertical structure of primary production, calculation of integral characteristics, for as well as interpolation and forecasts.The algorithms for determining chlorophyll and other substances in seawater by multispectral observations are discussed.A number of assimilation procedures of such data are presented both as simple statistical models as models using a fundamental relationship between hydrophysics, plankton dynamics and hydrooptical processes.Models of the vertical distribution of chlorophyll pigment concentration and three-dimensionall models of population dynamics are discussed.
3

Algorithm for estimating primary production in the Baltic by remote sensing

76%
Wozniak B., Dera J., Semovski S., Hapter M., Ostrowska M., Kaczmarek S.
Oceanological Studies
|
1995
|
issue 68/8
91-123
EN
The possibilities of using remote optical sensing to investigate the photosynthetic characteristics of BAltic basins are analysed, and the general principles of modelling photosynthesis in the sea for remote sensing purposes presented.The algorithm developed by the autors for estimating primary production in oceanic Case 1 Waters (WC1) is discussed.
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