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Calibration of backward-in-time model using drifting buoys in the East China Sea

100%

Yu F., Li J., Zhao Y., Li Q., Chen G.

Oceanologia

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2017

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tom 59

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nr 3

In the process of oil exploitation and transportation, large amounts of crude oil are often spilled, resulting in serious pollution of the marine environment. Forecasting oil spill reverse trajectories to determine the exact oil spill sources is crucial for taking proactive and effective emergency measures. In this study, the backward-in-time model (BTM) is proposed for identifying sources of oil spills in the East China Sea. The wind, current and random walk are three major factors in the simulation of oil spill sources. The wind drag coefficient varies along with the uncertainty of the wind field, and the random walk is sensitive to various traits of different regions, these factors are taken as constants in most of the state-of-the-art studies. In this paper, a self-adaptive modification mechanism for drift factors is proposed, which depends on a data set derived from the drifter buoys deployed over the East China Sea shelf. It can be well adapted to the regional characteristics of different sea areas. The correlation factor between predicted positions and actual locations of the drifters is used to estimate optimal coefficients of the BTM. A comparison between the BTM and the traditional method is also made in this study. The results presented in this paper indicate that our method can be used to predict the actual specific spillage locations.

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Influence of the wind field on the radiance of a marine shallow: evidence from the Caspian Sea

100%

Karabashev G. S., Evdoshenko M. A.

Oceanologia

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2012

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tom 54

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nr 4

3

Effect of drag coefficient formula choice on wind stress climatology in the North Atlantic and the European Arctic

100%

Wrobel-Niedzwiecka I., Drozdowska V., Piskozub J.

Oceanologia

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2019

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tom 61

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nr 3

4

The effect of the atmospheric pressure field on seasonal Baltic Sea level oscillations

100%

Wroblewski A.

Oceanologia

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1992

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tom 32

5

A comparison of ASCAT wind measurements and the HIRLAM model over the Baltic Sea

80%

Sluzenikina J., Mannik A.

Oceanologia

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2011

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tom 53

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nr (1-TI)

This paper presents a comparison of the wind data measured by the ASCAT polar-orbiting satellite scatterometer and winds forecast by the numerical weather prediction model HIRLAM in the Baltic Sea region during the stormy season in 2009. Two different resolution models were used in the comparison. Mutual quality and uncertainty characteristics of the measurements and predictions are determined. The results of the study show that the ASCAT wind data are well correlated with the HIRLAM predicted winds, which raises the credibility of both data sources in operational and hindcasting applications over the Baltic Sea. A case of phase error in a HIRLAM forecast of cyclonic activity over the Baltic Sea is discussed.

Ograniczanie wyników

5 Oceanologia

1 Chen G.

1 Drozdowska V.

1 Evdoshenko M. A.

1 Karabashev G. S.

1 Li J.

1 Li Q.

1 Mannik A.

1 Piskozub J.

1 Sluzenikina J.

1 Wrobel-Niedzwiecka I.

1 Wroblewski A.

1 Yu F.

1 Zhao Y.

1 2019

1 2017

1 2012

1 2011

1 1992

Calibration of backward-in-time model using drifting buoys in the East China Sea

Influence of the wind field on the radiance of a marine shallow: evidence from the Caspian Sea

Effect of drag coefficient formula choice on wind stress climatology in the North Atlantic and the European Arctic

The effect of the atmospheric pressure field on seasonal Baltic Sea level oscillations

A comparison of ASCAT wind measurements and the HIRLAM model over the Baltic Sea