Viral potential to modulate microbial methane metabolism varies by habitat

Zhi-Ping Zhong, Jingjie Du, Stephan Köstlbacher, Petra Pjevac, Sandi Orlić () and Matthew B. Sullivan ()
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Zhi-Ping Zhong: Ohio State University
Jingjie Du: Ohio State University
Stephan Köstlbacher: University of Vienna
Petra Pjevac: University of Vienna
Sandi Orlić: Division of Materials Chemistry, Ruđer Bošković Institute
Matthew B. Sullivan: Ohio State University

Nature Communications, 2024, vol. 15, issue 1, 1-12

Abstract: Abstract Methane is a potent greenhouse gas contributing to global warming. Microorganisms largely drive the biogeochemical cycling of methane, yet little is known about viral contributions to methane metabolism (MM). We analyzed 982 publicly available metagenomes from host-associated and environmental habitats containing microbial MM genes, expanding the known MM auxiliary metabolic genes (AMGs) from three to 24, including seven genes exclusive to MM pathways. These AMGs are recovered on 911 viral contigs predicted to infect 14 prokaryotic phyla including Halobacteriota, Methanobacteriota, and Thermoproteota. Of those 24, most were encoded by viruses from rumen (16/24), with substantially fewer by viruses from environmental habitats (0–7/24). To search for additional MM AMGs from an environmental habitat, we generate metagenomes from methane-rich sediments in Vrana Lake, Croatia. Therein, we find diverse viral communities, with most viruses predicted to infect methanogens and methanotrophs and some encoding 13 AMGs that can modulate host metabolisms. However, none of these AMGs directly participate in MM pathways. Together these findings suggest that the extent to which viruses use AMGs to modulate host metabolic processes (e.g., MM) varies depending on the ecological properties of the habitat in which they dwell and is not always predictable by habitat biogeochemical properties.

Date: 2024
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DOI: 10.1038/s41467-024-46109-x

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