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Moisture-dependent silicon reduces N2O emission: Insights from microbial community structure and soil properties in paddy soil
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DOI：10.1016/j.eti.2025.104718.png)
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Abstract
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● N2O emission significantly depressed by Si applications, especially under flooding condition. ● Si application altered denitrifier community structure, not size, governing N2O flux reduction. ● Si application primarily influenced the N2O-reducing, not the N2O-producing, microbial community. ● Distinct mitigation mechanisms governed by soil moisture.
Keywords:
N2O
Silicon
Soil moisture
N2O producing and reducing processes
Microbial community structure
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