Peptide-driven changes in rice roots shift microbial metabolism and reduce methane emissions
Plant Science Research WeeklyWaterlogged paddy soils create anaerobic environments that support the growth of methanogenic archaea, contributing 7-17% of global methane (CH4) emissions. Prior work has shown that rice varieties with more extensive root aerenchyma can better oxygenate the surrounding soil, thereby reducing CH4 emissions.…