求翻译：结果表明：免耕N2O排放通量变化范围较小，翻耕变化范围较大，免耕秸秆还田处理有利于减少N2O排放，晚稻田是研究时段N2O排放的主要来源。免耕比翻耕有效地提高了土壤导水率，同时免耕措施下硝态氮淋失是翻耕措施下的2.02倍。是什么意思？

The results showed that: a small range of no-tillage n2o emission flux tillage range, no-tillage straw treatment helps to reduce N2O emissions, late rice is the main study period n2o emissions source. No-tillage than conventional tillage to improve soil hydraulic conductivity, nitrate leaching under

Results show that: 2 no-tillage farming N O emission flux changes with a small range, and tillage changes over a broad range, no-tillage Straw also tin with 2 O N conducive to reducing emissions, and later when Rice is the study of 2 N O emissions of primary sources. No-tillage farming systems than

The result indicated that,Exempts ploughs the N2O emissions flux range of variation to be small, the ploughing range of variation is big, exempts ploughs straw stalk field processing to be also advantageous in reduces the N2O emissions, the late rice paddy is studies the time interval N2O emissions

Results indicate that the no-tillage and N2O emission fluxof smaller, larger range of tillage and no-tillage and straw to reduce N2O emissions, late rice field is the study of major sources of N2O emissions. No-tillage and tillage effectively improve the soil conductivity, while under no-tillage mea

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