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• W4377861629 abstract "Dryland biaxial rotary tillage can complete biaxial rotary tillage with straw incorporation, twice suppression, and ditching, which has been roughly studied in direct-seeded rice and wheat. However, the effects of dryland biaxial rotary tillage (DBRT) on the mechanically transplanted rice yield and greenhouse gas emissions is unclear. To evaluate the effects of DBRT on improving the food security of mechanically transplanted rice and reducing the greenhouse gas emissions, we conducted this experiments for 2 years with wheat straw incorporation. Three tillage methods were set up: biaxial rotary tillage in dryland (DBRT), uniaxial rotary tillage in dryland and paddy (DPURT), and uniaxial rotary tillage in paddy (PURT). The results showed that compared with DPURT and PURT, DBRT increased the yield of machine-transplanted rice by 7.5-11.0% and 13.3-26.7%, respectively, while the seasonal cumulative CH4 emissions decreased by 13.9-21.2% and 30.2-37.0%, respectively, and the seasonal cumulative N2O emissions increased by 13.5-28.6% and 50.0-73.1%, respectively. Consequently, DBRT decreased the global warming potential by 10.7-15.5% and 23.7-28.6%, respectively, and decreased the yield-scaled global warming potential by 18.2-21.8% and 36.4-39.3%, respectively, related to DPURT and PURT. These results were mainly related to the fact that DBRT significantly reduced soil bulk density and increased soil Eh. Therefore, it is feasible to implement DBRT in machine-transplanted rice fields, which can not only increase rice yield, but also reduce greenhouse gas emissions." @default.
• W4377861629 created "2023-05-24" @default.
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• W4377861629 date "2023-05-01" @default.
• W4377861629 modified "2023-10-16" @default.
• W4377861629 title "Optimized tillage methods increased mechanically transplanted rice yield and reduced greenhouse gas emissions" @default.
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• W4377861629 doi "https://doi.org/10.1016/j.jia.2023.05.033" @default.
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