Demonstrates more accurate quantification of methane emissions from rice paddies, highlighting advancements in measurement techniques.
Over the years, bottom-up and top-down estimates of global rice paddy methane emissions have improved through better biochemical representation, methane-cycle mechanisms, expanded datasets, lower uncertainties, and higher-resolution process-based and satellite approaches enabled by stronger computing power.
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Mehla et al. (2026) studied this question.
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