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Sikoparija, B.; Skjøth, C. A.; Celenk, S.; Testoni, C.; Abramidze, T.; Alm Kübler, K.; Belmonte, J.; Berger, U.; Bonini, M.; Charalampopoulos, A.; Damialis, A.; Clot, B.; Dahl, Å.; de Weger, L. A.; Gehrig, R.; Hendrickx, M.; Hoebeke, L.; Ianovici, N.; Kofol Seliger, A.; Magyar, D.; Mányoki, G.; Milkovska, S.; Myszkowska, D.; Páldy, A.; Pashley, C. H.; Rasmussen, K.; Ritenberga, O.; Rodinkova, V.; Rybníček, O.; Shalaboda, V. ... view all 38 authors View less authors (2016)
Publisher: Springer Netherlands
Journal: Aerobiologia
Languages: English
Types: Article
Subjects: Q1, Allergen, Invasive alien species, Exposure, Aerobiology, Plant Science, Immunology and Allergy, Ragweed, Ragweed Invasive alien species, Original Paper, Immunology
Unidad de excelencia María de Maeztu MdM-2015-0552 We acknowledge support from EU COST Action FA1203 “Sustainable management of Ambrosia artemisiifolia in Europe (SMARTER)”. This work was partly financed by the following COST Short Term Scientific Missions: COST-STSM-FA1203-020215-053027 to CT, COST-STSM-FA1203-20573, ECOST-STSM-FA1203-250415-058150. Skjøth is supported by European Commission through a Marie Curie Career Integration Grant (Project ID CIG631745) The European Commission Cooperation in Science and Technology (COST) Action FA1203 “SMARTER” aims to make recommendations for the sustainable management of Ambrosia across Europe and for monitoring its efficiency and cost-effectiveness. The goal of the present study is to provide a baseline for spatial and temporal variations in airborne Ambrosia pollen in Europe that can be used for the management and evaluation of this noxious plant. The study covers the full range of Ambrosia artemisiifolia L. distribution over Europe (39°N–60°N; 2°W–45°E). Airborne Ambrosia pollen data for the principal flowering period of Ambrosia (August–September) recorded during a 10-year period (2004–2013) were obtained from 242 monitoring sites. The mean sum of daily average airborne Ambrosia pollen and the number of days that Ambrosia pollen was recorded in the air were analysed. The mean and standard deviation (SD) were calculated regardless of the number of years included in the study period, while trends are based on those time series with 8 or more years of data. Trends were considered significant at p < 0.05. There were few significant trends in the magnitude and frequency of atmospheric Ambrosia pollen (only 8% for the mean sum of daily average Ambrosia pollen concentrations and 14% for the mean number of days Ambrosia pollen were recorded in the air). The direction of any trends varied locally and reflected changes in sources of the pollen, either in size or in distance from the monitoring station. Pollen monitoring is important for providing an early warning of the expansion of this invasive and noxious plant.

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