Results Of Cloud Water And Air Chemistry Measurements At Mt. Szrenica In Poland
Price
Free (open access)
Transaction
Volume
35
Pages
5
Published
1999
Size
384 kb
Paper DOI
10.2495/EURO990901
Copyright
WIT Press
Author(s)
K. Acker, W. Wieprecht, D. Moller R. Auel, D. Kalass J. Zwozdziak, A. Zwozdziak and G. Kmiec
Abstract
Results of Cloud Water and Air Chemistry Measurements at Mt. Szrenica in Poland Guest contribution K. Acker', W Wieprecht', D M6ller\ R. Auel\ D Kalass J Zwozdziak^, A. Zwozdziak^ and G. Kmiec^ ^Brandenburg Technical University Cottbus, Chair for Air Chemistry and Air Protection., PO Box 101344, 03013 Cottbus, Germany * Technical University Wroclaw, Inst. Environ. Protec. Engineering, 50-377 Wroclaw, PL Grunwaldzki, Poland Introduction There is an evidence that high elevation sites receive greater amounts of atmospheric pollutants than surrounding low-elevation areas due primarily to the additional input of chemicals from cloud water interception. Clouds are not only the source of additional wet deposition, but they are also important sites for oxidation of SO] The Black triangle at the junction of Poland, the Czech Republic and the former East Germany is still the region wi
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