Exploration of stem endophytic communities revealed developmental stage as one of the drivers of fungal endophytic community assemblages in two Amazonian hardwood genera
Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host defence, and host geographical distance on community assembly and composition. Recent fungal endophyte research has focused on Hevea brasiliensis du...
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Published in | Scientific reports Vol. 9; no. 1; pp. 12685 - 14 |
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Main Authors | , , , , , , , , |
Format | Journal Article |
Language | English |
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London
Nature Publishing Group UK
03.09.2019
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Abstract | Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host defence, and host geographical distance on community assembly and composition. Recent fungal endophyte research has focused on
Hevea brasiliensis
due to its global importance as the main source of natural rubber. However, almost no data exist on the fungal community harboured within other
Hevea
species or its sister genus
Micrandra
. In this study, we expanded sampling to include four additional
Hevea
spp. and two
Micrandra
spp., as well as two host developmental stages. Through culture-dependent and -independent (metagenomic) approaches, a total of 381 seedlings and 144 adults distributed across three remote areas within the Peruvian Amazon were sampled. Results from both sampling methodologies indicate that host developmental stage had a greater influence in community assemblage than host taxonomy or locality. Based on FunGuild ecological guild assignments, saprotrophic and mycotrophic endophytes were more frequent in adults, while plant pathogens were dominant in seedlings.
Trichoderma
was the most abundant genus recovered from adult trees while
Diaporthe
prevailed in seedlings. Potential explanations for that disparity of abundance are discussed in relation to plant physiological traits and community ecology hypotheses. |
---|---|
AbstractList | Abstract
Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host defence, and host geographical distance on community assembly and composition. Recent fungal endophyte research has focused on
Hevea brasiliensis
due to its global importance as the main source of natural rubber. However, almost no data exist on the fungal community harboured within other
Hevea
species or its sister genus
Micrandra
. In this study, we expanded sampling to include four additional
Hevea
spp. and two
Micrandra
spp., as well as two host developmental stages. Through culture-dependent and -independent (metagenomic) approaches, a total of 381 seedlings and 144 adults distributed across three remote areas within the Peruvian Amazon were sampled. Results from both sampling methodologies indicate that host developmental stage had a greater influence in community assemblage than host taxonomy or locality. Based on FunGuild ecological guild assignments, saprotrophic and mycotrophic endophytes were more frequent in adults, while plant pathogens were dominant in seedlings.
Trichoderma
was the most abundant genus recovered from adult trees while
Diaporthe
prevailed in seedlings. Potential explanations for that disparity of abundance are discussed in relation to plant physiological traits and community ecology hypotheses. Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host defence, and host geographical distance on community assembly and composition. Recent fungal endophyte research has focused on Hevea brasiliensis due to its global importance as the main source of natural rubber. However, almost no data exist on the fungal community harboured within other Hevea species or its sister genus Micrandra . In this study, we expanded sampling to include four additional Hevea spp. and two Micrandra spp., as well as two host developmental stages. Through culture-dependent and -independent (metagenomic) approaches, a total of 381 seedlings and 144 adults distributed across three remote areas within the Peruvian Amazon were sampled. Results from both sampling methodologies indicate that host developmental stage had a greater influence in community assemblage than host taxonomy or locality. Based on FunGuild ecological guild assignments, saprotrophic and mycotrophic endophytes were more frequent in adults, while plant pathogens were dominant in seedlings. Trichoderma was the most abundant genus recovered from adult trees while Diaporthe prevailed in seedlings. Potential explanations for that disparity of abundance are discussed in relation to plant physiological traits and community ecology hypotheses. Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host defence, and host geographical distance on community assembly and composition. Recent fungal endophyte research has focused on Hevea brasiliensis due to its global importance as the main source of natural rubber. However, almost no data exist on the fungal community harboured within other Hevea species or its sister genus Micrandra. In this study, we expanded sampling to include four additional Hevea spp. and two Micrandra spp., as well as two host developmental stages. Through culture-dependent and -independent (metagenomic) approaches, a total of 381 seedlings and 144 adults distributed across three remote areas within the Peruvian Amazon were sampled. Results from both sampling methodologies indicate that host developmental stage had a greater influence in community assemblage than host taxonomy or locality. Based on FunGuild ecological guild assignments, saprotrophic and mycotrophic endophytes were more frequent in adults, while plant pathogens were dominant in seedlings. Trichoderma was the most abundant genus recovered from adult trees while Diaporthe prevailed in seedlings. Potential explanations for that disparity of abundance are discussed in relation to plant physiological traits and community ecology hypotheses. |
ArticleNumber | 12685 |
Author | Vaz, Aline Bruna Martins Gazis, Romina Silva, Felipe Ferreira da Wurdack, Kenneth Castlebury, Lisa Chaverri, Priscila Skaltsas, Demetra N. Badotti, Fernanda Góes-Neto, Aristóteles |
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BackLink | https://www.ncbi.nlm.nih.gov/pubmed/31481728$$D View this record in MEDLINE/PubMed |
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Snippet | Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage, host... Abstract Many aspects of the dynamics of tropical fungal endophyte communities are poorly known, including the influence of host taxonomy, host life stage,... |
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SubjectTerms | 631/158/2450 631/449/2676 Biodiversity Brazil Comparative Genomic Hybridization DNA, Fungal - chemistry DNA, Fungal - metabolism Endophytes Fungi - genetics Fungi - isolation & purification Genera Hevea Hevea - growth & development Hevea - microbiology Humanities and Social Sciences Micrandra multidisciplinary Mycobiome Rubber Sampling Science Science (multidisciplinary) Seedlings Seedlings - microbiology Sequence Analysis, DNA Taxonomy |
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Title | Exploration of stem endophytic communities revealed developmental stage as one of the drivers of fungal endophytic community assemblages in two Amazonian hardwood genera |
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