Chemolithoautotroph distributions across the subsurface of a convergent margin

Date

2022-10-01

Author

Rogers, Timothy J.
Buongiorno, Joy
Jessen, Gerdhard L.
Schrenk, Matthew O.
Fordyce, James A.
de Moor, J. Maarten
Ramirez, Carlos J.
Barry, Peter H.
Yücel, Mustafa
Selci, Matteo
Cordone, Angela
Giovannelli, Donato
Lloyd, Karen G.

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Subducting oceanic crusts release fluids rich in biologically relevant compounds into the overriding plate, fueling subsurface chemolithoautotrophic ecosystems. To understand the impact of subsurface geochemistry on microbial communities, we collected fluid and sediments from 14 natural springs across a similar to 200 km transect across the Costa Rican convergent margin and performed shotgun metagenomics. The resulting 404 metagenome-assembled genomes (MAGs) duster into geologically distinct regions based on MAG abundance patterns: outer forearc-only (25% of total relative abundance), forearc/arc-only (38% of total relative abundance), and delocalized (37% of total relative abundance) clusters. In the outer forearc, The rmodesulfovibrionia, Candidatus Bipolaricaulia, and Firmicutes have hydrogenotrophic sulfate reduction and Wood-Ljungdahl (WL) carbon fixation pathways. In the forearc/arc, Anaerolineae, Ca. Bipolaricaulia, and Thermodesulfovibrionia have sulfur oxidation, nitrogen cycling, microaerophilic respiration, and WL, while Aquificae have aerobic sulfur oxidation and reverse tricarboxylic acid carbon fixation pathway. Transformation-based canonical correspondence analysis shows that MAG distribution corresponds to concentrations of aluminum, iron, nickel, dissolved inorganic carbon, and phosphate. While delocalized MAGs appear surface-derived, the subsurface chemolithoautotrophic, metabolic, and taxonomic landscape varies by the availability of minerals/metals and volcanically derived inorganic carbon. However, the WL pathway persists across all samples, suggesting that this versatile, energy-efficient carbon fixation pathway helps shape convergent margin subsurface ecosystems.

URI

https://hdl.handle.net/11511/100003

Journal

ISME JOURNAL

DOI

https://doi.org/10.1038/s41396-022-01331-7

Collections

Graduate School of Marine Sciences, Article

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Citation Formats

T. J. Rogers et al., “Chemolithoautotroph distributions across the subsurface of a convergent margin,” ISME JOURNAL, pp. 0–0, 2022, Accessed: 00, 2022. [Online]. Available: https://hdl.handle.net/11511/100003.