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Pine pollen grains in coastal waters of the Baltic Sea

Magdalena Pawlik

Magdalena Pawlik

Department of Environmental Physics, Institute of Physics, Pomeranian UniversitySłupsk, Poland
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Pawlik, Magdalena
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Dariusz Ficek

Dariusz Ficek

Department of Environmental Physics, Institute of Physics, Pomeranian UniversitySłupsk, Poland
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Ficek, Dariusz
  
Mar 10, 2016
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Article Category: Original research paper
Published Online: Mar 10, 2016
Page range: 35 - 41
Received: May 18, 2015
Accepted: Aug 04, 2015
DOI: https://doi.org/10.1515/ohs-2016-0004
Keywords
© Faculty of Oceanography and Geography, University of Gdañsk, Poland. All rights reserved.
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Figure 1

Locations of the stations where large concentrations of pollen grains were observed in the southern Baltic Sea in 2012-2014
Locations of the stations where large concentrations of pollen grains were observed in the southern Baltic Sea in 2012-2014

Figure 2

Pine pollen grains in coastal waters of the Baltic Sea (a), pine pollen grains floating on the water surface in a sedimentation chamber (b) and pine pollen grains obtained from the watersurface (c, d). Photos: a, b – D. Ficek, c, d – M. Pawlik
Pine pollen grains in coastal waters of the Baltic Sea (a), pine pollen grains floating on the water surface in a sedimentation chamber (b) and pine pollen grains obtained from the watersurface (c, d). Photos: a, b – D. Ficek, c, d – M. Pawlik

Figure 3

Equivalent spherical diameter (ESD) of pine pollen grains sampled from coastal waters of the Baltic Sea in specific LISST-100x size classes
Equivalent spherical diameter (ESD) of pine pollen grains sampled from coastal waters of the Baltic Sea in specific LISST-100x size classes

Figure 4

Concentrations of suspended particular matter measured in surface water at station UST 1. Concentrations of pollen grains in water measured using the method described in this paper are shown in red.
Concentrations of suspended particular matter measured in surface water at station UST 1. Concentrations of pollen grains in water measured using the method described in this paper are shown in red.

Figure 5

Concentration of pollen grains in surface water measured along the transect shown in Fig.1 on 20.05.2014: a) absolute concentration, b) relative concentration, i.e. the ratio of the number of pollen grains to the total number of suspended particles. The average value is shown in black
Concentration of pollen grains in surface water measured along the transect shown in Fig.1 on 20.05.2014: a) absolute concentration, b) relative concentration, i.e. the ratio of the number of pollen grains to the total number of suspended particles. The average value is shown in black
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Chemistry, Chemistry, other, Geosciences, Geosciences, other, Life Sciences, Life Sciences, other
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