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- On%20average%20across%20all%20studies%2C%20CA%20and%2For%20BC%20significantly%20increased%20grain%20yield%20and%20NUE%2C%20compared%20to%20conventional%20practices. obtainsSupportFrom j.agee.2024.109243 assertion.
- Residue%20retention%20resulted%20in%20a%20significant%20increase%20in%20soil%20NO3-N%20and%20N2O%20emission%2C%20compared%20to%20conventional%20practices. obtainsSupportFrom j.agee.2024.109243 assertion.
- Biochar%20application%20significantly%20increased%20biological%20N2-fixation%2C%20grain%20yield%2C%20and%20NUE. obtainsSupportFrom j.agee.2024.109243 assertion.
- Grain%20yield%20was%20significantly%20influenced%20by%20total%20organic%20carbon%20%28TOC%29%20classes%2C%20with%20the%20highest%20grain%20yield%20recorded%20under%20CSA%20in%20soils%20with%200.5%E2%80%931%25%20TOC%2C%20compared%20to%20soils%20with%20%3C%200.5%25%20TOC%20and%20%3E%201%25%20TOC. obtainsSupportFrom j.agee.2024.109243 assertion.
- Total%20nitrogen%20%28TN%29%20significantly%20affected%20the%20response%20ratio%20of%20CSA%20and%20conventional%20agriculture%20on%20N2O%20emission%20and%20biological%20N2-fixation. obtainsSupportFrom j.agee.2024.109243 assertion.
- The%20gap%20in%20yield%20and%20NUE%20between%20CSA%20and%20conventional%20agriculture%20practices%20was%20more%20pronounced%20at%20lower%20N%20rates%20of%200%20kg%20ha%E2%81%BB%C2%B9%20and%20narrowed%20as%20N%20input%20increased%20to%20120%20kg%20ha%E2%81%BB%C2%B9. obtainsSupportFrom j.agee.2024.109243 assertion.
- Increasing%20N%20fertilizer%20use%20significantly%20increased%20the%20response%20ratio%20of%20CSA%20and%20conventional%20agriculture%20on%20N2O%20and%20NO3-N%20while%20significantly%20reducing%20the%20response%20ratio%20of%20yield%20and%20NUE. obtainsSupportFrom j.agee.2024.109243 assertion.