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Assessing contribution of anaerobic methane oxidation and its active methanotrophic communities in landfills
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DOI：10.1016/j.wasman.2026.115702.png)
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Abstract
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• AOM is estimated to consume about 2.91% of the total CH4 produced in landfills. • Aerobic methanotrophs mainly performed AOM via Fe3+ reduction in studied landfills. • NO2–-N and Fe3+ are key factors affecting pmoA-methanotrophs in landfills. • Total Fe has a positive correlation with active mcrA and microbial community. • Aeration can enhance aerobic methanotrophic activity in hypoxic landfill waste.
Keywords:
Anaerobic oxidation of methane
Active methanotrophs
Microbial community
Environmental variables
CH4 oxidation activity
Stable isotope probing
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