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Bioclimatic analyses of distributions of a parasitoid Peristenus digoneutis and its host species Lygus spp. in Europe and North America.

机译:副寄生Pergotenus digoneutis及其寄主种Lygus spp分布的生物气候分析。在欧洲和北美。

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Peristenus digoneutis Loan is a parasitoid of Lygus plant bugs, which was successfully introduced from Europe into North America in the 1980s for controlling native Lygus populations. Surveys confirmed that P. digoneutis populations have become established throughout eastern North America and that the spread of the parasitoid continues. For unknown reasons, previous releases of P. digoneutis in Western Canada were not successful. A bioclimate (CLIMEXReg.; Hearne Scientific Software Pty Ltd, Australia) model for P. digoneutis in North America was developed, based on climate and ecological parameters, and then validated with actual distribution records. The current distribution of P. digoneutis in eastern North America was consistent with the predicted distribution. The model suggests that P. digoneutis will probably continue its spread westwards throughout the U.S.A. along the Great Lakes. The southern distribution of P. digoneutis is expected to be limited by hot summer temperatures, whereas its northern range is limited by the number of Lygus host generations rather than cold stress. Peristenus digoneutis has the potential to occur in the southern parts of the prairie ecozone of western Canada; however, Ecoclimatic Index values in the prairies indicate mainly marginal or unfavourable conditions, which may explain why earlier releases of P. digoneutis in Western Canada failed.Digital Object Identifier http://dx.doi.org/10.1111/j.1461-9563.2012.00590.x
机译:Peristenus digoneutis贷款是Lygus植物虫的寄生虫,该虫于1980年代从欧洲成功引入北美,用于控制本地Lygus种群。调查证实,在整个北美东部地区已经建立了地古氏疟原虫种群,并且寄生虫的扩散仍在继续。由于不明原因,以前在加拿大西部发布的地古氏疟原虫未能成功。根据气候和生态参数,开发了北美地古氏疟原虫的生物气候(CLIMEXReg。; Hearne Scientific Software Pty Ltd,澳大利亚)模型,然后根据实际分布记录进行了验证。北美东部的地高神经假单胞菌的当前分布与预测的分布一致。该模型表明,地高辛假单胞菌可能会继续沿大湖向西扩展至整个美国。预计夏天炎热的温度会限制地高果小球菌的南部分布,而其北部范围则受吕古斯寄主代的数量而不是冷胁迫的限制。百日草可能在加拿大西部草原生态区的南部发生。然而,大草原地区的生态气候指数值主要表明处于边际或不利条件,这可能可以解释为什么加拿大西部地区的地古杜氏疟原虫早期释放失败了。数字对象标识符http://dx.doi.org/10.1111/j.1461-9563.2012 .00590.x

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