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• W3031926904 abstract "The potential of increased bioerosion by excavating sponges in future environmental scenarios represents a potential threat to coral reef structure and function. Little is known about prokaryotic associations in excavating sponges despite the fact that evidence indicates they contribute to the sponge growth through their heterotrophic metabolism and may even act as microborers. Here, we provide the first detailed description of the microbial community of multiple bioeroding sponges from the Clionaidae family (Cliona varians, C. tumula, C. delitrix, Spheciospongia vesparium, Cervicornia cuspidifera) collected in inshore and offshore coral reefs in the Florida Keys. A total of 6811 prokaryote OTUs identified using 16S rRNA gene sequencing was detected in the samples studied, including ambient water, belonging to 39 bacterial phyla and 3 archaeal phyla. The microbiomes of species harboring Symbiodinium (C. varians, C. tumula, C. cuspidifera) and the azooxanthellate S. vesparium were dominated by Alphaproteobacteria that represented from 83 to 96% of total sequences. These clionaid sponges presented species-specific core microbiomes, with 4 OTUs being shared by all sponge samples, albeit with species-specific enrichments. The microbiomes of C. varians and S. vesparium were stable but showed certain plasticity between offshore and inshore reefs. The distantly related C. delitrix does not harbor Symbiodinium, and had a microbiome dominated by Gammaproteobacteria, which represented 82% of all sequences. Most of the sponge-enriched OTUs are found in low abundance and belong to the ‘rare biosphere’ category, highlighting the potential importance of these microbes in the ecology of the holobiont. Sponge microbiomes may enhance functional redundancy for the sponge holobiont and allow it to respond to shifting environments over much short time scales than evolutionary change would permit. This work establishes the basis for future research to explore how microbial shifts in bioeroding sponges contribute to bioerosion in the face of a changing environment." @default.
• W3031926904 created "2020-06-05" @default.
• W3031926904 creator A5007068639 @default.
• W3031926904 creator A5011574332 @default.
• W3031926904 creator A5076206001 @default.
• W3031926904 date "2020-05-30" @default.
• W3031926904 modified "2023-10-08" @default.
• W3031926904 title "Microbiome structure of ecologically important bioeroding sponges (family Clionaidae): the role of host phylogeny and environmental plasticity" @default.
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• W3031926904 cites W1894259494 @default.
• W3031926904 cites W1952026831 @default.
• W3031926904 cites W1960469604 @default.
• W3031926904 cites W1979995221 @default.
• W3031926904 cites W1985090312 @default.
• W3031926904 cites W1986761514 @default.
• W3031926904 cites W1991358050 @default.
• W3031926904 cites W1992980522 @default.
• W3031926904 cites W1995517172 @default.
• W3031926904 cites W1998320322 @default.
• W3031926904 cites W2010216550 @default.
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• W3031926904 cites W2165189981 @default.
• W3031926904 cites W2166755371 @default.
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• W3031926904 doi "https://doi.org/10.1007/s00338-020-01962-2" @default.
• W3031926904 hasPublicationYear "2020" @default.
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