首页> 外文期刊>Journal of Plant Protection Research >The influence of the North Atlantic Oscillation on the potential distribution areas of Bursaphelencusxylophilus in Europe based on climatological reanalysis data
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The influence of the North Atlantic Oscillation on the potential distribution areas of Bursaphelencusxylophilus in Europe based on climatological reanalysis data

机译:基于气候性重新分析数据的欧洲博士后杂志潜在分布地区的影响

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摘要

Pine wood nematode (Bursaphelenchus xylophilus) (Aphelenchida: Parasitaphelencidae) is one of the most harmful agents in coniferous forests. The most important vectors of pine wood nematode are considered to be some Monochamus species (Col.: Cerambycidae), which had been forest insects with secondary importance before the appearance of B. xylophilus. However, the continuous spreading of the nematode has changed this status and necessitated detailed biological and climatological investigation of the main European vector, Monochamus galloprovincialis. The potential distribution area of M. galloprovincialis involves those areas where the risk of the appearance of pine wood nematode B. xylophilus is significant. The main objective of our analysis was toobtain information about the influencing effects of North Atlantic Oscillation (NAO) on the potential European range of B. xylophilus and its vector species M. galloprovincialis based on the connection between the mean temperature of July in Europe, thedistribution of day-degrees of the vector and the NAO index. Our assessment was based on fundamental biological constants of the nematode and the cerambycid pest as well as the ECMWF ERA5 Global Atmospheric Reanalysis dataset. Our hypothesis was built on the fact that the monthly mean temperature had to exceed 20°C in the interest of an efficient expansion of the nematode. In addition, the threshold temperature of the vector involved in the calculations was 12.17°C, while the accumulated day-degree (DD) had to exceed the annual and biennial 370.57°DD for univoltine and semivoltine development, respectively. Our finding that a connection could be found between a mean temperature in July above 20°C and NAO as well as between the accumulated day-degrees and NAO can be the basis for further investigations for a reliable method to forecast the expansion of pine wood nematode and its vector species in a given year.
机译:松木线虫(Bursaphelenchus Xylophilus)(Aphelenchida:Parasitaphelencidae)是针叶林中最有害的药剂之一。松木线虫最重要的载体被认为是一些Monochamus物种(Col.: cerambycidae),它是森林昆虫,其在B.木霉素的外观之前具有次要的。然而,线虫的持续扩散已经改变了这种状态,并需要对主要欧洲载体,Monochamus Galloprovincial的详细生物学和气候研究。 M. GalloProvincialis的潜在分布区域涉及那些松木线虫外观B.木霉素的风险的区域。我们分析的主要目的是有关北大西洋振荡(NAO)对欧洲潜在欧洲B.木霉素和其载体物种M. GalloProvincialis基于欧洲的平均温度的联系的影响的信息日间矢量和Nao指数。我们的评估是基于线虫的基本生物常数和Cenambycid害虫以及EcmWF Era5全球大气再分析数据集。我们的假设建立在令人兴趣的情况下,每月平均温度超过20°C的兴趣。此外,计算中涉及的载体的阈值温度为12.17℃,而分别累积的日程度(DD)分别超过年度和两年期370.57°DD,分别用于Univoline和Semiventine开发。我们发现可以在7月20°C和NaO之上的平均温度之间以及累积的日度和Nao之间找到连接可以是进一步调查预测松木线虫扩张的可靠方法的基础及其在给定年份的载体物种。

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