author_facet Li, Yunshi
Wu, Xiukun
Wang, Wanfu
Wang, Minghao
Zhao, Changming
Chen, Tuo
Liu, Guangxiu
Zhang, Wei
Li, Shiweng
Zhou, Huaizhe
Wu, Minghui
Yang, Ruiqi
Zhang, Gaosen
Li, Yunshi
Wu, Xiukun
Wang, Wanfu
Wang, Minghao
Zhao, Changming
Chen, Tuo
Liu, Guangxiu
Zhang, Wei
Li, Shiweng
Zhou, Huaizhe
Wu, Minghui
Yang, Ruiqi
Zhang, Gaosen
author Li, Yunshi
Wu, Xiukun
Wang, Wanfu
Wang, Minghao
Zhao, Changming
Chen, Tuo
Liu, Guangxiu
Zhang, Wei
Li, Shiweng
Zhou, Huaizhe
Wu, Minghui
Yang, Ruiqi
Zhang, Gaosen
spellingShingle Li, Yunshi
Wu, Xiukun
Wang, Wanfu
Wang, Minghao
Zhao, Changming
Chen, Tuo
Liu, Guangxiu
Zhang, Wei
Li, Shiweng
Zhou, Huaizhe
Wu, Minghui
Yang, Ruiqi
Zhang, Gaosen
PeerJ
Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
General Agricultural and Biological Sciences
General Biochemistry, Genetics and Molecular Biology
General Medicine
General Neuroscience
author_sort li, yunshi
spelling Li, Yunshi Wu, Xiukun Wang, Wanfu Wang, Minghao Zhao, Changming Chen, Tuo Liu, Guangxiu Zhang, Wei Li, Shiweng Zhou, Huaizhe Wu, Minghui Yang, Ruiqi Zhang, Gaosen 2167-8359 PeerJ General Agricultural and Biological Sciences General Biochemistry, Genetics and Molecular Biology General Medicine General Neuroscience http://dx.doi.org/10.7717/peerj.7376 <jats:p>Previous studies indicate that the plant phenotypic traits eventually shape its microbiota due to the community assembly based on the functional types. If so, the distance-related variations of microbial communities are mostly only in taxonomical composition due to the different seeds pool, and there is no difference in microbial community functional structure if the location associated factors would not cause phenotypical variations in plants. We test this hypothesis by investigating the phyllospheric microbial community from five species of spruce (<jats:italic>Picea</jats:italic>spp.) trees that planted similarly but at three different locations. Results indicated that the geographical location affected microbial taxonomical compositions and had no effect on the community functional structure. In fact, this actually leads to a spurious difference in the microbial community. Our findings suggest that, within similar host plants, the phyllosphere microbial communities with differing taxonomical compositions might be functionally similar.</jats:p> Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location PeerJ
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title Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_unstemmed Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_full Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_fullStr Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_full_unstemmed Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_short Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_sort microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
topic General Agricultural and Biological Sciences
General Biochemistry, Genetics and Molecular Biology
General Medicine
General Neuroscience
url http://dx.doi.org/10.7717/peerj.7376
publishDate 2019
physical e7376
description <jats:p>Previous studies indicate that the plant phenotypic traits eventually shape its microbiota due to the community assembly based on the functional types. If so, the distance-related variations of microbial communities are mostly only in taxonomical composition due to the different seeds pool, and there is no difference in microbial community functional structure if the location associated factors would not cause phenotypical variations in plants. We test this hypothesis by investigating the phyllospheric microbial community from five species of spruce (<jats:italic>Picea</jats:italic>spp.) trees that planted similarly but at three different locations. Results indicated that the geographical location affected microbial taxonomical compositions and had no effect on the community functional structure. In fact, this actually leads to a spurious difference in the microbial community. Our findings suggest that, within similar host plants, the phyllosphere microbial communities with differing taxonomical compositions might be functionally similar.</jats:p>
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author Li, Yunshi, Wu, Xiukun, Wang, Wanfu, Wang, Minghao, Zhao, Changming, Chen, Tuo, Liu, Guangxiu, Zhang, Wei, Li, Shiweng, Zhou, Huaizhe, Wu, Minghui, Yang, Ruiqi, Zhang, Gaosen
author_facet Li, Yunshi, Wu, Xiukun, Wang, Wanfu, Wang, Minghao, Zhao, Changming, Chen, Tuo, Liu, Guangxiu, Zhang, Wei, Li, Shiweng, Zhou, Huaizhe, Wu, Minghui, Yang, Ruiqi, Zhang, Gaosen, Li, Yunshi, Wu, Xiukun, Wang, Wanfu, Wang, Minghao, Zhao, Changming, Chen, Tuo, Liu, Guangxiu, Zhang, Wei, Li, Shiweng, Zhou, Huaizhe, Wu, Minghui, Yang, Ruiqi, Zhang, Gaosen
author_sort li, yunshi
container_start_page 0
container_title PeerJ
container_volume 7
description <jats:p>Previous studies indicate that the plant phenotypic traits eventually shape its microbiota due to the community assembly based on the functional types. If so, the distance-related variations of microbial communities are mostly only in taxonomical composition due to the different seeds pool, and there is no difference in microbial community functional structure if the location associated factors would not cause phenotypical variations in plants. We test this hypothesis by investigating the phyllospheric microbial community from five species of spruce (<jats:italic>Picea</jats:italic>spp.) trees that planted similarly but at three different locations. Results indicated that the geographical location affected microbial taxonomical compositions and had no effect on the community functional structure. In fact, this actually leads to a spurious difference in the microbial community. Our findings suggest that, within similar host plants, the phyllosphere microbial communities with differing taxonomical compositions might be functionally similar.</jats:p>
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spelling Li, Yunshi Wu, Xiukun Wang, Wanfu Wang, Minghao Zhao, Changming Chen, Tuo Liu, Guangxiu Zhang, Wei Li, Shiweng Zhou, Huaizhe Wu, Minghui Yang, Ruiqi Zhang, Gaosen 2167-8359 PeerJ General Agricultural and Biological Sciences General Biochemistry, Genetics and Molecular Biology General Medicine General Neuroscience http://dx.doi.org/10.7717/peerj.7376 <jats:p>Previous studies indicate that the plant phenotypic traits eventually shape its microbiota due to the community assembly based on the functional types. If so, the distance-related variations of microbial communities are mostly only in taxonomical composition due to the different seeds pool, and there is no difference in microbial community functional structure if the location associated factors would not cause phenotypical variations in plants. We test this hypothesis by investigating the phyllospheric microbial community from five species of spruce (<jats:italic>Picea</jats:italic>spp.) trees that planted similarly but at three different locations. Results indicated that the geographical location affected microbial taxonomical compositions and had no effect on the community functional structure. In fact, this actually leads to a spurious difference in the microbial community. Our findings suggest that, within similar host plants, the phyllosphere microbial communities with differing taxonomical compositions might be functionally similar.</jats:p> Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location PeerJ
spellingShingle Li, Yunshi, Wu, Xiukun, Wang, Wanfu, Wang, Minghao, Zhao, Changming, Chen, Tuo, Liu, Guangxiu, Zhang, Wei, Li, Shiweng, Zhou, Huaizhe, Wu, Minghui, Yang, Ruiqi, Zhang, Gaosen, PeerJ, Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location, General Agricultural and Biological Sciences, General Biochemistry, Genetics and Molecular Biology, General Medicine, General Neuroscience
title Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_full Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_fullStr Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_full_unstemmed Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_short Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_sort microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
title_unstemmed Microbial taxonomical composition in spruce phyllosphere, but not community functional structure, varies by geographical location
topic General Agricultural and Biological Sciences, General Biochemistry, Genetics and Molecular Biology, General Medicine, General Neuroscience
url http://dx.doi.org/10.7717/peerj.7376