Biondi Maurizio, Iannella Mattia, D'Alessandro Paola
Department of Life, Health & Environmental Sciences, University of L'Aquila, Via Vetoio-Coppito, 67100 L'Aquila, Italy.
Insects. 2024 Dec 15;15(12):994. doi: 10.3390/insects15120994.
In this work, the 25 species of the flea beetle genus Heyden recorded for South Africa are considered. Starting from the updated species distribution and the topographic, temperature, and precipitation variables, as well as the vegetation types in the occurrence sites, through an analysis of ecological niche modelling, a possible ecological profile is provided, both for each species and the entire genus, highlighting some of the factors that drive their occurrence and distribution patterns. Along with the vegetation type, some climatic variables were found to be particularly influential, such as the mean temperature of both the wettest and driest quarters and also the mean precipitation of the wettest period. Finally, comparing the distribution of the areas of highest suitability returned by the model obtained for , they largely overlap with the highest-density areas of , genus of Anacardiaceae, including the main host plants for these flea beetles.
在这项研究中,我们考虑了记录在南非的跳蚤甲虫属海登(Heyden)的25个物种。从更新后的物种分布、地形、温度和降水变量,以及出现地点的植被类型出发,通过生态位建模分析,为每个物种和整个属提供了一个可能的生态概况,突出了一些驱动它们出现和分布模式的因素。除了植被类型外,还发现一些气候变量具有特别大的影响,例如最湿润和最干燥季节的平均温度以及最湿润时期的平均降水量。最后,比较通过为……获得的模型返回的最高适宜性区域的分布,它们与漆树科……属的最高密度区域在很大程度上重叠,漆树科包括这些跳蚤甲虫的主要寄主植物。