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New perspectives on the niche and holomorph of the myxotrichoid hyphomycete, Oidiodendron maius

机译:粘毛类拟双生菌拟南芥的生态位和全形的新观点

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Oidiodendron maius is accepted widely as an ericoid mycorrhizal endophyte because it is isolated primarily from the roots of ericaceous plants. Reports of the species from other materials are much fewer, suggesting a limited role as a free-living saprobe. We show that assumptions concerning the prevalence of O. maius in a common substrate (i.e. peat) are affected by isolation protocols. Oidiodendron maius was observed on 99.6% of peat samples incubated in moist chambers but only 0-9% of the peat fragments plated on different isolation media. These results, and previous studies showing ability to degrade Sphagnum, indicate that O. maius could inhabit a much broader niche than previously suspected. Sterile ascocarps with peridia morphologically similar to Myxotrichum arcticum were observed on moist incubated peat and in a series of controlled crosses. These observations provide evidence that the teleomorph of O. maius is a species of Myxotrichum.
机译:Oidiodendron maius被广泛接受为类固醇菌根内生菌,因为它主要是从菊科植物的根中分离出来的。关于来自其他材料的物种的报道要少得多,这表明作为自由生活的腐生植物的作用有限。我们表明,关于O.maius在常见底物(即泥炭)中盛行的假设受隔离协议的影响。在潮湿箱中温育的99.6%的泥炭样品中观察到了麦角杜鹃,但只有0-9%的泥炭碎片铺在不同的分离介质上。这些结果以及先前的研究显示了降解泥炭藓的能力,这些结果表明,毛O鱼比先前怀疑的栖息地具有更大的生态位。在潮湿的泥炭和一系列受控杂交中观察到了perdia的形态与北极粘液菌相似的无菌小果皮。这些观察结果提供了证据,证明了茂盛的麦冬变种是粘菌种。

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