Käfer (Coleoptera) in einem Höhengradient des Bayerischen Waldes – ein Vergleich von Naturwaldreservaten und Wirtschaftswäldern

M. Blaschke, Angela Siemonsmeier
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Abstract

With ongoing climate change, alterations in forest species communities are expected. Simultaneous investigations in different temperature ranges, as they are found in mountain ranges with their different altitudinal belts, offer the possibility to take a look at this future. In 2019, the species diversity of beetles was investigated in an altitudinal gradient in the Bavarian Forest and in the neighbouring Neuburger Forest using 144 flight interception traps distributed in eight strict forest reserves and in reference areas in surrounding managed forests. In total, 16,090 individuals were identified to the species level, resulting in 716 beetle species. Rare and exceptional findings are presented and discussed. The altitudinal difference of over 1,000 m led to a distinct variation of the species composition in the different altitudinal zones. For several species of the montane region the ongoing climate change will possibly influence their survival in this region. The differences between the species communities in strict forest reserves and managed stands, with the silvicultural methods practised in this region, were quite small.
一种巴伐利亚森林的高山吉祥物中的甲壳虫(Coleoptera)比较自然森林和经济森林
随着气候的持续变化,预计森林物种群落将发生变化。同时在不同温度范围内进行调查,因为它们是在不同海拔带的山脉中发现的,这为展望未来提供了可能性。2019年,研究人员在巴伐利亚森林和邻近的纽伯格森林的海拔梯度上调查了甲虫的物种多样性,使用了分布在8个严格的森林保护区和周围管理森林的参考区域的144个飞行拦截陷阱。共鉴定到种级16,090个个体,鉴定出716种甲虫。罕见和特殊的发现提出和讨论。1000 m以上的海拔高度差异导致不同海拔带的物种组成有明显差异。对于山地地区的一些物种来说,持续的气候变化可能会影响它们在该地区的生存。在严格的森林保留区和有管理的林分中,在该地区实行的造林方法下,物种群落的差异很小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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