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Dispersal of allergenic pollen from Cryptomeria japonica and Chamaecyparis obtusa: characteristic annual fluctuation patterns caused by intermittent phase synchronisations

机译:来自Cryptomeria japonica和chamaecyparis obtusa的过敏性花粉分散:由间歇相位同步引起的特征年波动模式

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Trees produce pollen during specific times of the year. Pollen can induce pollinosis, a type of allergic rhinitis, in humans. In Japan, allergenic pollen is mainly dispersed from February to May. Using data collected at 120 observation sites managed by the Japanese Ministry of the Environment, we studied the annual patterns of airborne allergenic pollen. The allergenic pollen showed an alternating ON-OFF cycle, but the length of the cycle differed among regions. We used an in-phase/out-of-phase analysis to quantify two characteristic features of the synchronisation. The degrees of phase synchronisation were strong in eastern and weak in western Japan. The pattern of allergenic pollen dispersal throughout Japan is typical intermittent synchronisation. This is the first study to evaluate allergenic pollen's distribution from a phase synchronisation viewpoint.
机译:树木在一年中的特定时间产生花粉。花粉可以诱导人体鼻炎,一种在人类中的过敏性鼻炎。在日本,过敏性花粉主要从2月份分散到5月。我们使用日本环境管理部门的120个观测网站收集的数据,我们研究了空气传播的过敏花粉的年度模式。过敏性花粉显示交流接通循环,但周期的长度在区域之间不同。我们使用了同阶段/跨相分析来量化同步的两个特征。在日本西部的东部和弱势中相位同步的程度强。在日本整个过敏性花粉分散模式是典型的间歇性同步。这是第一次评估过敏性花粉从相同步观点分布的研究。

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