首页> 外文期刊>Scandinavian Journal of Forest Research >Mites of the genus Carabodes (Acari, Oribatida) in Norwegian coniferous forests: occurrence in different soils, vegetation types and polypore hosts
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Mites of the genus Carabodes (Acari, Oribatida) in Norwegian coniferous forests: occurrence in different soils, vegetation types and polypore hosts

机译:挪威针叶林Carabodes属螨(Acari,Oribatida):在不同的土壤,植被类型和多孔宿主中发生

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摘要

Oribatid mites (Acari) represent a considerable part of the biodiversity in Fennoscandian forests, but our knowledge about their habitat requirements is limited. We studied 10 Carabodes species in the forest floor of seven coniferous forest types, and in dead fruiting bodies (sporocarps) of 6 species of wood-living polypore fungi in southern Norway. The most common Carabodes species in soil were rare in sporocarps, and vice versa. The density of several ground-living species was significantly influenced by vegetation type and soil type. Carabodes willmanni and C. subarcticus were considered as lichen feeders on the ground, and occurred abundantly in Cladonia-rich pine forests. Three species, C. femoralis, C. areolatus and C. reticulatus, seem to be sporocarp specialists. Their relative numbers were rather similar in dead sporocarps of five different fungal species, including annual and perennial sporocarps, soft and hard. This was in contrast to beetles from the same sporocarps, which in a previous study proved to be strongly host-specific. Although being tolerant to different fungal species, the association of certain Carabodes species to dead sporocarps could make them vulnerable in forests with little dead wood and few sporocarps.
机译:i螨(Acari)代表芬诺斯堪的亚森林中生物多样性的相当一部分,但我们对其栖息地要求的了解有限。在挪威南部,我们研究了7种针叶林类型的林地中的10种Carabodes物种,以及6种木质生活的多孔真菌的死果体(子果壳)。土壤中最常见的Carabodes物种在子果皮中很少见,反之亦然。几种地面生活物种的密度受到植被类型和土壤类型的显着影响。 Carabodes willmanni和C. subarcticus被认为是地面上的地衣饲养者,并且在富含克拉多尼亚的松树林中大量繁殖。股孢梭菌,乳缘梭菌和网纹梭菌这三个物种似乎是孢子皮的专家。在五个不同真菌物种的死果皮中,它们的相对数量相当相似,包括一年生和多年生的软果和硬生子果。这与同一孢子果的甲虫相反,后者在先前的研究中被证明具有强烈的宿主特异性。尽管能耐受不同的真菌物种,但某些Carabodes物种与死孢子果的结合可能使它们在缺少死木和孢子果的森林中变得脆弱。

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