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Soil data, headspace gas data, and microbial data during laboratory incubation.
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Unexpected role of canonical aerobic methanotrophs in upland agricultural soils
Aerobic oxidation of methane at (circum-)atmospheric concentrations (< 40 ppmv; Singh et al., 2010) has long been assumed to be catalyzed by the putative high-affinity methanotrophs in upland soils, t
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Higher temperature sensitivity of forest soil methane oxidation in colder climates
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Laboratory incubations: CH4 oxidation potential Methane uptake in laboratory incubations at optimal soil water content and added substrate (methane).
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Higher temperature sensitivity of forest soil methane oxidation in colder climates
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pmoA-gene-based diversity of methanotrophs in developing upland soils
Oxidation of methane (CH4) in well-drained, âuplandâ soils is an important mechanism for the removal of this potent greenhouse gas from the atmosphere. It is largely mediated by aerobic, methanotr
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