攀缘植物Berchemia floribunda叶片腐殖真菌的演替、自然发生及其与寄主白玉兰(Magnolia lilifera)的关系

IF 10 1区 生物学 Q1 MYCOLOGY Mycosphere Pub Date : 2019-01-01 DOI:10.5943/mycosphere/10/1/21
I. Promputtha
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引用次数: 0

摘要

来自世界不同地区的各种植物上的真菌演替已经得到了很好的研究,但是还没有关于攀援植物与辅助植物叶片上真菌的比较报道。对攀缘植物Berchemia floribunda叶片真菌的多样性和演替进行了研究。这些真菌与木兰叶子上的真菌进行了比较,木兰是一种辅助植物,使用了以前在同一地点研究的数据。将花桐叶片的上、下叶面放置在接近森林地面的位置,或悬挂在寄主树或其他树种下,或放置在寄主树或其他树种下的森林地面上,以确定这些处理的效果。这些叶饵试验对叶片上真菌的多样性没有影响。攀缘树叶子上的真菌和支撑树叶子上的真菌几乎没有重叠。在百合的叶片上也只发现了4个花芽孢体。我们推测,大多数降解花紫檀叶片的真菌最初都是内生真菌,在叶片开始腐烂后才成为活跃的腐殖菌。
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Succession and natural occurrence of saprobic fungi on leaves of Berchemia floribunda (climber) and their association with Magnolia liliifera (host)
Fungal succession on various plants from different regions of the world have been wellstudied, however there has been no report comparing the fungi on leaves of a climber with those of the supportive plant. Fungi on leaves of Berchemia floribunda, a climber, were studied to fungal diversity and succession over a period of leaf decomposition. These fungi were compared with those on leaves of Magnolia liliifera, the supportive plant, using data from previous studies at the same site. Leaves of B. floribunda were placed with the upper or lower leaf surface adjacent to the forest floor, hung above the ground either under the host tree or other tree species, or placed on the forest floor under the host tree or under other trees to establish the effects of these treatments. These leaf bait trials did not affect the fungal diversity on the leaves. There was very little overlap between fungi on the climber leaves and those on the support tree. Only four saprobes from B. floribunda were also found on leaves of M. liliifera. We suspect that most of the fungi degrading leaves of B. floribunda were initially endophytes and became active saprobes once leaves started to decay.
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来源期刊
Mycosphere
Mycosphere MYCOLOGY-
CiteScore
30.00
自引率
8.20%
发文量
9
审稿时长
4 weeks
期刊介绍: Mycosphere stands as an international, peer-reviewed journal committed to the rapid dissemination of high-quality papers on fungal biology. Embracing an open-access approach, Mycosphere serves as a dedicated platform for the mycology community, ensuring swift publication of their valuable contributions. All submitted manuscripts undergo a thorough peer-review process before acceptance, with authors retaining copyright. Key highlights of Mycosphere's publication include: - Peer-reviewed manuscripts and monographs - Open access, fostering accessibility and dissemination of knowledge - Swift turnaround, facilitating timely sharing of research findings - For information regarding open access charges, refer to the instructions for authors - Special volumes, offering a platform for thematic collections and focused contributions. Mycosphere is dedicated to promoting the accessibility and advancement of fungal biology through its inclusive and efficient publishing process.
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