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首页> 外文期刊>The New Phytologist >Fragmented environment affects birch leaf endophytes
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Fragmented environment affects birch leaf endophytes

机译:零散的环境影响桦木叶片内生菌

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摘要

The effect of environmental fragmentation on the species distribution and frequency of horizontally transmitted endophytic fungi in Betula pubescens and Betula pendula leaves was studied in an archipelago in southwestern Finland. The study system consisted of 14 islands, ranging in size and distance to the mainland, and five mainland sites. Endophytic fungi were grown out from surface-sterilized leaves. The frequency of endophytic fungi mainly depended on the size of the island, explaining 32-35% of the variation, and the distance to the mainland explaining 29-35% of the variation. The birch trees on the largest islands near the mainland had the highest endophyte frequencies. Fusicladium betulae, Gnomonia setacea and Melanconium betulinum were the most commonly isolated fungi. Foliar endophytes of birch trees are able to disperse to fairly fragmented areas, but their frequencies seem to depend on environmental isolation and size of the island.
机译:在芬兰西南部的一个群岛,研究了环境破碎化对毛白桦(Betula pubescens)和白桦(Betula pendula)叶片中水平传播的内生真菌的种类分布和频率的影响。该研究系统由14个岛屿组成,五个岛屿的规模和与大陆之间的距离不等,并且分布在五个大陆地点。内生真菌是从表面灭菌的叶子中长出来的。内生真菌的发生频率主要取决于岛的大小,解释了32-35%的变化,而到大陆的距离解释了29-35%的变化。大陆附近最大的岛屿上的桦树内生菌频率最高。镰刀镰刀菌,狗尾草和白桦兰是最常见的分离真菌。桦树的叶内生植物能够分散到相当零散的区域,但是它们的发生频率似乎取决于环境隔离度和岛屿的大小。

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