Spatial Distribution of the Subterranean Mycelia and Ectomycorrhizae of Suillus grevillei Genets
Spatial Distribution of the Subterranean Mycelia and Ectomycorrhizae of Suillus grevillei Genets
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DOI：
10.1007/pl00013981
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发表时间：
2001-06
影响因子：
2.8
通讯作者：
Zhihua Zhou;M. Miwa;Y. Matsuda;T. Hogetsu
中科院分区：
文献类型：
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作者：
Zhihua Zhou;M. Miwa;Y. Matsuda;T. Hogetsu
并发现其中一株SG-5是种属特有的ToS。绿色和多态。利用SG-5标记物，首次分析了几种植物地下部分的水平和垂直分布。大黄蜂。植被指数的空间分布。土壤中的灰霉菌证明了OFS的发育。灰孢子果与同一属的外胚根菌丝和外生菌根相关，它们分布在一个狭窄的区域内。然而，孢子果并不总是集中在地下部分，地下菌丝体和菌根的数量并不总是与其上形成的孢子果的数量相关。不是。各部位下方均可检出菌丝体和菌根。灰孢子果出现在前一年。观察表明，地下部分的变化很快。Grevilleigenets，并提出这一点。灰熊年复一年地改变栖息地，而不仅仅是扩大它们的栖息地。
Suillus grevillei, and found that one, SG-5, is species-specific toS. grevilleiand polymorphic. Using the SG-5 marker, we analyzed for the first time the horizontal and vertical distribution of the subterranean parts of severalS. grevilleigenets. The spatial distribution ofS. grevilleigenets in the soil demonstrated that the development ofS. grevilleisporocarps is correlated with that of extra-radical mycelia and ectomycorrhizae of the same genet, which are distributed in a narrow area. However, sporocarps are not always centered over the subterranean parts and the amount of subterranean mycelia and mycorrhizae is not always correlated to the number of sporocarps formed on them. NoS. grevilleimycelia and mycorrhizae were detected beneath the positions whereS. grevilleisporocarps emerged in the previous year. The observation indicates the rapid alteration of the subterranean parts ofS. grevilleigenets, and suggests thatS. grevilleigenets change location rather than merely extend their habitat year after year.