CAJ | 학술논문

为控制农田温室气体排放的途径提供据,通过实验室培养的方法测定了不同水分管理条件下CH4和N2O的排放,干旱处理(60%~70%WFP)和长期淹水土样在施肥后的Eh变化.最终得出:稻田CH4和N2O排放之间存在着互为消长的关系(R2=0.609), CH4和N2O的排放是水肥共同作用的结果,水分管理通过Eh来影响气体排放,有机质是造成前后期排放浓度差异的主要.
위공제농전온실기체배방적도경제공거,통과실험실배양적방법측정료불동수분관리조건하CH4화N2O적배방,간한처리(60%~70%WFP)화장기엄수토양재시비후적Eh변화.최종득출:도전CH4화N2O배방지간존재착호위소장적관계(R2=0.609), CH4화N2O적배방시수비공동작용적결과,수분관리통과Eh래영향기체배방,유궤질시조성전후기배방농도차이적주요.
Nitrous oxide and methane were measured in the different water management conditions with laboratory culture methods, Eh change of soil samples after fertilization of the drought treatment ( 60%~70% WFP) was monitored. The results showed that there was the trade-off relationship between the emission of CH4 and N2O (R2=0.609) , and emission of CH4 and N2O was the results of the interaction of water and fertilizer, and gas emissions were affected by water management through Eh. Therefore, it was discovered that organic matter was the main reason contributed to the difference of emission concentration early and later period.