Sources of particulate selenium in the Baltic Sea atmosphere

To determine the atmospheric concentrations and size distributions of particulate selenium (Se), aerosols were collected by air filtration and impactor sampling at the Kap Arkona coastal weather station on the Island of Rügen. Total reflection X-ray fluorescence analysis was used to determine Se...

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Bibliographic Details
Main Authors: Beata Dudziñska-Huczuk, Bernd Schneider, Jerzy Bola³ek
Format: Article
Language:English
Published: Elsevier 2000-09-01
Series:Oceanologia
Subjects:
Online Access:http://www.iopan.gda.pl/oceanologia/42_3.html#A2
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author Beata Dudziñska-Huczuk
Bernd Schneider
Jerzy Bola³ek
author_facet Beata Dudziñska-Huczuk
Bernd Schneider
Jerzy Bola³ek
author_sort Beata Dudziñska-Huczuk
collection DOAJ
description To determine the atmospheric concentrations and size distributions of particulate selenium (Se), aerosols were collected by air filtration and impactor sampling at the Kap Arkona coastal weather station on the Island of Rügen. Total reflection X-ray fluorescence analysis was used to determine Se and numerous other elements as well. The dependence of the Se concentration on the wind direction and the results of a regression analysis indicated that Se associated with sub-micron particles is mainly derived from anthropogenic sources. The pronounced relationship between Se and Cu indicated that copper smelting is a major source of atmospheric selenium. A marine Se contribution was identified for particles larger than 2 µm.
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spelling doaj.art-c90fd806f89b496c9273e36302cadfc32022-12-22T02:22:50ZengElsevierOceanologia0078-32342000-09-01423305313Sources of particulate selenium in the Baltic Sea atmosphereBeata Dudziñska-HuczukBernd SchneiderJerzy Bola³ekTo determine the atmospheric concentrations and size distributions of particulate selenium (Se), aerosols were collected by air filtration and impactor sampling at the Kap Arkona coastal weather station on the Island of Rügen. Total reflection X-ray fluorescence analysis was used to determine Se and numerous other elements as well. The dependence of the Se concentration on the wind direction and the results of a regression analysis indicated that Se associated with sub-micron particles is mainly derived from anthropogenic sources. The pronounced relationship between Se and Cu indicated that copper smelting is a major source of atmospheric selenium. A marine Se contribution was identified for particles larger than 2 µm.http://www.iopan.gda.pl/oceanologia/42_3.html#A2SeleniumAerosolBaltic Sea
spellingShingle Beata Dudziñska-Huczuk
Bernd Schneider
Jerzy Bola³ek
Sources of particulate selenium in the Baltic Sea atmosphere
Oceanologia
Selenium
Aerosol
Baltic Sea
title Sources of particulate selenium in the Baltic Sea atmosphere
title_full Sources of particulate selenium in the Baltic Sea atmosphere
title_fullStr Sources of particulate selenium in the Baltic Sea atmosphere
title_full_unstemmed Sources of particulate selenium in the Baltic Sea atmosphere
title_short Sources of particulate selenium in the Baltic Sea atmosphere
title_sort sources of particulate selenium in the baltic sea atmosphere
topic Selenium
Aerosol
Baltic Sea
url http://www.iopan.gda.pl/oceanologia/42_3.html#A2
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AT berndschneider sourcesofparticulateseleniuminthebalticseaatmosphere
AT jerzybola3ek sourcesofparticulateseleniuminthebalticseaatmosphere