C. Bueno

TL;DR: The screening of exciting rice cultivars and breeding of new cultivars with low exudation rates could offer an important option for mitigation of CH4 emission from rice agriculture to the atmosphere.

TL;DR: Observations indicate that the use of high-yielding cultivars with lowest excretion would result in lowest exudate-induced CH4 production, and cultivar choice could greatly influence regional and global CH4 emissions and screening/selection of exiting rice cultivars, and/or breeding new cultivar with low exudation rates could offer an important methane mitigation option.

TL;DR: In this article, the Arrhenius equation provided a good fit for temperature effects on methane production capacities except for those soils with suppressed production, and the best indicators of the conversion rate of acetate in different soils were pH-value and organic carbon content.

TL;DR: There was much variability between seasons, but total fluxes from plots receiving high organic inputs always exceeded those from the low input plots, and periods of high methane concentrations in the soil coincided with high rates of water surface flux whereas low concentrations of methane were generally associated with low flux rates.

TL;DR: In this article, a 4-year field experiment on CH4 emissions from rice fields conducted at Los Banos, Philippines was conducted, where the experimental layout allowed automated measurements of CH4 emission as affected by water regime, soil amendments (mineral and organic), and cultivars.