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- 자료유형
- 학술대회자료
- 저자정보
- 발행연도
- 2021.11
- 수록면
- 42 - 42 (1page)
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Mitigation strategies and practices have been studied to find stable solutions to alleviate agricultural-related methane (CH₄) emissions. The application of amendments containing electron acceptors, such as slag-based silicon fertilizer (silicate fertilizer), was newly found feasible due to its function to increase rice productivity and improve soil properties. Silicate fertilizer (SF) also contains electron acceptors (Fe and Mn) that control methanogens activity by limiting substrate availability, thus decreases CH₄ production. We hypothesized that SF could be improved as a CH₄ suppressor by increasing the contents of active Fe and Mn. We tested four iron and steel byproducts that contain electron acceptors; KR (Kambara reactor slag), FeMn (Ferromanganese slag), BOF (Basic oxygen slag), and Fe₂O₃ (Ferric oxide), in an incubation test to select a prospective byproduct and formulate the optimum mixing ratio with silicate fertilizer. Further, a field test was done to investigate the feasibility of ... 전체 초록 보기
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The Effects of Ethephon Application on Suppressing Methane Emission and Stimulating Rice Productivity in a Rice Paddy Soil: A Pot Experiment
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Rice Cultivar and Transplanting Time Affected Methane Emission from Paddy Soil in Yeongnam Region of South Korea
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Effect of Adjusting Rice Transplanting Dates on Greenhouse Gas Emissions and Productivity in a Paddy Field during Cultivation
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