Plant-Associated Methane Oxidation in Rice Fields and Wetlands

By P. Frenzel. 2000

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Biochemical cycling in the rhizosphere having an impact on global change (2009, unknown): “The complexity of the role of the rice plant for regulating CH4 production has been well investigated and reviewed (Aulakh et al. 2001b; Conrad 2002; Frenzel 2000; Wassmann and Aulakh 2000).”
Metaproteogenomic analysis of microbial communities in the phyllosphere and rhizosphere of rice (2011, background): “As rice plants release methane that is formed by methanogenic archaea via the aerenchyma and the aerial plant parts to the atmosphere (Frenzel, 2000; Wassmann and Aulakh, 2000), the abundance of methanotrophic bacteria in the phyllosphere may be higher on these plants.”
The global methane cycle: recent advances in understanding the microbial processes involved. (2009, background): “1, rates of CH4 production are usually much larger than rates of CH4 emission since a large fraction of the initially produced CH4 is consumed by microorganisms before it can enter the atmosphere (Frenzel, 2000; Reeburgh, 2003).”
MICROBIAL ECOLOGY OF METHANE EMISSION IN RICE AGROECOSYSTEM: A REVIEW (2005, background): “Methanotrophy is an aerobic process [52], but in marine sediments and in some saline inland waters it could be anaerobic [36].”