<abstract xmlns="http://www.w3.org/1999/xhtml"><p> This work is focused on mapping the aeropalynologic situation in the Bratislavan atmosphere. Volumetric pollen and pollen abortivity analyses were used for this purpose. The research comprised comparison of two pollen stations in this city between 2007 and 2011. Twice the number of pollen grains was measured at the U.V.Z. station compared to the D.B. station. Results showed that (1) the highest pollen totals for the period were recorded in the Urticaceae family, (2) April was the month with the highest pollen yield, and (3) species of the Urticaceae family had the longest pollen season of all studied taxa. The detected differences may have been due to various factors including; the very different habitats in the vicinity of the stations, slightly different climatic conditions, different evaluation methods and human factors. The ecogenotoxicity and mutagenicity of air at these selected city locations was evaluated and compared, and the effectiveness of our methods were verified by Betula pendula Roth . and Pinus sylvestris L . indicator species.</p></abstract>

This work is focused on mapping the aeropalynologic situation in the Bratislavan atmosphere. Volumetric pollen and pollen abortivity analyses were used for this purpose. The research comprised comparison of two pollen stations in this city between 2007 and 2011. Twice the number of pollen grains was measured at the U.V.Z. station compared to the D.B. station. Results showed that (1) the highest pollen totals for the period were recorded in the Urticaceae family, (2) April was the month with the highest pollen yield, and (3) species of the Urticaceae family had the longest pollen season of all studied taxa. The detected differences may have been due to various factors including; the very different habitats in the vicinity of the stations, slightly different climatic conditions, different evaluation methods and human factors. The ecogenotoxicity and mutagenicity of air at these selected city locations was evaluated and compared, and the effectiveness of our methods were verified by Betula pendula Roth . and Pinus sylvestris L . indicator species.

Aeropalynological aspects in the detection of the quality of air in Bratislava

Faculty of Natural Sciences, Department of Botany, Comenius University, Bratislava, Slovak Republic

Public Health Authority, Bratislava, Slovak Republic

Ekológia (Bratislava)

{"article-title":"Aeropalynological aspects in the detection of the quality of air in Bratislava"}

This work is focused on mapping the aeropalynologic situation in the Bratislavan atmosphere. Volumetric pollen and pollen abortivity analyses were used for...

Aeropalynological aspects in the detection of the quality of air in Bratislava

Publié en ligne: 24 août 2013

Pages: 39 - 53

DOI: https://doi.org/10.2478/eko-2013-0004

This content is open access.