Hidden tenants microbiota of the rhizosphere and phyllosphere of cordia dodecandra trees in mayan forests and homegardens

During domestication, the selection of cultivated plants often reduces microbiota diversity compared with their wild ancestors. Microbiota in compartments such as the phyllosphere or rhizosphere can promote fruit tree health, growth, and development. Cordia dodecandra is a deciduous tree used by Maya people for its fruit and wood, growing, to date, in remnant forest fragments and homegardens (traditional agroforestry systems) in Yucatán. In this work, we evaluated the microbiota’s alpha and beta diversity per compartment (phyllosphere and rhizosphere) and per population (forest and homegarden) in the Northeast and Southwest Yucatán regions. Eight composite DNA samples (per compartment/population/region combination) were amplified for 16S-RNA (bacteria) and ITS1-2 (fungi) and sequenced by Illumina MiSeq. Bioinformatic analyses were performed with QIIME and phyloseq. For bacteria and fungi, from 107,947 and 128,786 assembled sequences, 618 and 1092 operating taxonomic units (OTUs) were assigned, respectively. The alpha diversity of bacteria and fungi was highly variable among samples and was similar among compartments and populations. A significant species turnover among populations and regions was observed in the rhizosphere. The core microbiota from the phyllosphere was similar among populations and regions. Forests and homegarden populations are reservoirs of the C. dodecandra phyllosphere core microbiome and significant rhizosphere biodiversity.

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Bibliographic Details
Main Authors: May Mutul, Carla G. autora, López Garrido, Miguel A. autor, O'Connor Sánchez, Aileen autora 14441, Peña Ramírez, Yuri Jorge Jesús Doctor autor 12328, Labrín Sotomayor, Natalia Ysabel Maestra autora 21640, Estrada Medina, Héctor autor, Ferrer, Miriam M. autora
Format: Texto biblioteca
Language:eng
Subjects:Cordia dodecandra, Árboles frutales, Comunidades microbianas, Rizosfera, Filósfera, Sistemas agroforestales, Ecología microbiana, Artfrosur,
Online Access:https://doi.org/10.3390/plants11223098
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