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Representativeness of pollen traps: a review of the national pollen network of Switzerland

机译:花粉陷阱的代表性:瑞士国家花粉网络回顾

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摘要

The national pollen network of Switzerland was developed historically. Its 14 pollen traps were placed without considering their representativeness and spatial coverage. The plan for automation of the network gives the motivation for reviewing the network design and to determine the importance and representativeness of each existing monitoring station. Similarities and dissimilarities of the 20-year-long pollen data series (1997-2016) were studied by cluster analysis. Focus was put on the daily course of the pollen season of the seven most important allergenic pollen taxa. The cluster analysis based on correlations of daily pollen concentrations revealed a group of seven similar stations on the Swiss Plateau which differ clearly from the seven stations outside this region. The stations on the Swiss Plateau can be clustered into two subregions, a western and an eastern one. Their correlation coefficients are linearly correlated with distance (from 50 to 300 km). The pattern of the clusters is in good agreement with the division of Switzerland in bioclimatic regions.
机译:瑞士的国家花粉网络是历史悠久的。放置其14个花粉陷阱时未考虑其代表性和空间覆盖范围。网络自动化计划为审查网络设计以及确定每个现有监控站的重要性和代表性提供了动力。通过聚类分析研究了长达20年的花粉数据系列(1997-2016)的异同。重点放在七个最重要的致敏花粉类群的花粉季节的日常过程中。基于每日花粉浓度的相关性进行的聚类分析显示,瑞士高原上有七个类似的站点,与该地区以外的七个站点明显不同。瑞士高原的气象站可以分为两个分区,一个是西部,另一个是东部。它们的相关系数与距离(从50到300 km)线性相关。集群的模式与瑞士在生物气候区域的划分非常吻合。

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