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A simple model of light transmission through the atmosphere over the Baltic Sea utilising satellite data

100%

Krezel A., Kozlowski L., Paszkuta M.

Oceanologia

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2008

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tom 50

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nr 2

125-146

A simple spectral model of solar energy input to the sea surface was extended to incorporate space-borne data. The extension involved finding a method of determining aerosol optical thickness (on the basis of AVHRR data) and the influence of cloudiness (on the basis of METEOSAT data) on the solar energy flux. The algorithm for satellite data assimilation involves the analysis of satellite images from the point of view of cloud identification and their classification with respect to light transmission. Solar energy input values measured at the Earth’s surface by traditional methods were used to calibrate and validate the model. Preliminary evaluation of the results indicates a substantial improvement in the accuracy of estimates of solar energy input to the sea surface in relation to models utilising only traditionally obtained data on the state of the atmosphere.

67%

Puchalski C., Gorzelany J., Zagula G., Brusewitz G.

Teka Komisji Motoryzacji i Energetyki Rolnictwa

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2007

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tom 07A

8

Variable light transmission through four polyethylene colours used for plantain [Musa sp.AAB] fruits storage as influencing its postharvest and culinary qualities

67%

Baiyeri K. P.

International Agrophysics

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2005

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tom 19

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nr 1

Ograniczanie wyników

6 Oceanologia

1 International Agrophysics

1 Teka Komisji Motoryzacji i Energetyki Rolnictwa

2 Otremba Z.

2 Wozniak S. B.

1 Baiyeri K. P.

1 Brusewitz G.

1 Gorzelany J.

1 Kozlowski L.

1 Krezel A.

1 Olszewski J.

1 Paszkuta M.

1 Puchalski C.

1 Zagula G.

1 2008

1 2007

1 2005

2 1997

1 1996

1 1994

1 1983

A simple model of light transmission through the atmosphere over the Baltic Sea utilising satellite data

The basis optical properties of the water in the Ezcurra Inlet

Mathematical spectral model of solar irradiance reflectance and transmittance by a wind-ruffled sea surface. Part 2. Modelling results and application

Mathematical spectral model of solar irradiance reflectance and transmittance by a wind-ruffled sea surface. Part 1. The physical problem and mathematical apparatus

The influence of an oil-film covered sea surface on the reflection and upward transmission of light

A thin oil film covering the sea surface as a modifier of the downward transmission of light

Firmness determination using computer machine vision system

Variable light transmission through four polyethylene colours used for plantain [Musa sp.AAB] fruits storage as influencing its postharvest and culinary qualities