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The Pannonian plain as a source of Ambrosia pollen in the Balkans

机译:潘诺尼亚平原是巴尔干地区Ambrosia花粉的来源

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This study aims to find likely sources of Ambrosia pollen recorded during 2007 at five pollen-monitoring sites in central Europe: Novi Sad, Ruma, Negotin and Nis (Serbia) and Skopje (Macedonia). Ambrosia plants start flowering early in the morning and so Ambrosia pollen grains recorded during the day are likely to be from a local source. Conversely, Ambrosia pollen grains recorded at night or very early in the morning may have arrived via long-range transport. Ambrosia pollen counts were analysed in an attempt to find possible sources of the pollen and to identify Ambrosia pollen episodes suitable for further investigation using back-trajectory analysis. Diurnal variations and the magnitude of Ambrosia pollen counts during the 2007 Ambrosia pollen season showed that Novi Sad and Ruma (Pannonian Plain) and to a lesser degree Negotin (Balkans) were located near to sources of Ambrosia pollen. Mean bi-hourly Ambrosia pollen concentrations peaked during the middle of the day, and concentrations at these sites were notably higher than at Nis and Skopje. Three episodes were selected for further analysis using back-trajectory analysis. Back-trajectories showed that air masses brought Ambrosia pollen from the north to Nis and, on one occasion, to Skopje (Balkans) during the night and early morning after passing to the east of Novi Sad and Ruma during the previous day. The results of this study identified the southern part of the Pannonian Plain around Novi Sad and Ruma as being a potential source region for Ambrosia pollen recorded at Nis and Skopje in the Balkans.
机译:这项研究旨在寻找2007年在中欧五个花粉监测点记录的可能的花粉症花粉来源:诺维萨德,鲁马,涅戈廷和尼斯(塞尔维亚)和斯科普里(马其顿)。沙棘植物从清晨开始开花,因此白天记录的沙棘花粉粒可能来自当地。相反,夜间或清晨记录的Ambrosia花粉粒可能是通过远程运输到达的。分析了Ambrosia花粉计数,以试图找到花粉的可能来源,并确定适合于使用反向轨迹分析进行进一步研究的Ambrosia花粉发作。 2007年Ambrosia花粉季节的昼夜变化和Ambrosia花粉计数的数量级显示,Novi Sad和Ruma(Pannonian平原)以及较小的Negotin(Balkans)都位于Ambrosia花粉的来源附近。平均两小时的Ambrosia花粉浓度在一天当中达到峰值,这些位置的浓度明显高于Nis和斯科普里。选择了三集,以使用后向轨迹分析进行进一步分析。逆向轨迹显示,空气团在前一天到达诺维萨德和鲁马的东部后,在夜晚和清晨将北方的花粉从北面带到了尼斯,有时又带到了斯科普里(巴尔干)。这项研究的结果确定了在诺维萨德和鲁马附近的潘诺尼亚平原的南部,是巴尔干尼斯和斯科普里记录到的潜在佳肴花粉的来源地区。

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