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| 1 | 假球壳科Comoclathris属一新种(英文)显示文摘为了建立具砖格状子囊孢子的座囊菌进化关系并解决其多系群的问题,我们通过多基因系统发育分析的方法探讨了其自然的分类系统。本文描述了具有砖格状子囊孢子的一个新种Comoclathris lini。采用LSU、SSU和ITS序列进行的多基因联合分析表明,所有的Comoclathris属菌株聚在同一单系进化支上,其中包括了由C.lini新种菌株组成的单独分支。文中为新种提供了图示,并与Comoclathris属其他种及多孢子菌属各种进行了比较。 | Dhanushka N.Wanasinghe Jones E.B.Gareth Erio Camporesi Kevin D.Hyde | 2015 | 菌物研究2015，13，4： | 0 |
| 2 | Distribution Pattern and Geographical Division of Terrestrial Living Things in the World显示文摘After summary of the distribution data of 180,661 genera of terrestrial animals,plants,fungi,bacteria and viruses in the world,according to the ecological conditions such as topography and climate,the world land is divided into 67 BGUs(Basic Geographic Units),which are analyzed by four quantitative methods:Single linkage method,Average group linkage method,Sum of squares method and MSCA(Multivariate Similarity Clustering Analysis)method.The MSCA has stronger data mining ability than the first three traditional clustering methods,and can obtain more,more detailed,more accurate and more stable clustering results.According to the clustering results,the first world biogeographical regionalization system was established.This system not only affirms and supports the reasonable scientific core of the mammalian and flowering plant geographical division plan formulated by the predecessors of scholars in the 19th century,but also revises some imbalances in the division criteria and boundary determination caused by their qualitative methods,unifying various global geographical division plans emerging since the 21st century. | Shen Xiaocheng Lu Jiqi Ren Yingdang Shen Qi You Zhixing Liu Xintao Zhang Shujie Wang Guanghua Yang Linlin | 2022 | Journal of Environmental Science and Engineering(B)2022，11，5： | 0 |
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