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期刊名称

science of the total environment(1)

关键词

intensive vegetable production(1)
nitrous oxide(1)
south china(1)
yield-scaled n2o emissions(1)
biochar rate(1)

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Li, B AND Huang, WH AND Elsgaard, L AND Yang, B AND Li, ZY AND Yang, HF AND Lu, Y(0)

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elsgaard lars aarhus univ dept agroecol blichers alle 20 dk-8830 tjele denmark(1)
huang weihao(1)
li zhenyuan(1)
lu ying south china agr univ coll nat resources & environm guangzhou 510642 guangdong peoples r china(1)
yang bo minist agr & rural affairs agroenvironm protect inst tianjin peoples r china(1)
yang haofeng(1)
li bo(1)

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2020(1)

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资源类型: 外文期刊

作者:Li, B(精确检索)

作者: Huang, WH(精确检索)

作者: Elsgaard, L(精确检索)

作者: Yang, B(精确检索)

作者: Li, ZY(精确检索)

作者: Yang, HF(精确检索)

作者: Lu, Y(精确检索)

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1Optimal Biochar Amendment Rate Reduced The Yield-Scaled N2O Emissions From Ultisols In An Intensive Vegetable Field In South China

作者： Li, B; Huang, WH; Elsgaard, L; Yang, B; Li, ZY; Yang, HF; Lu, Y; JCR（2021版） EI（2021版）

机构： Li Bo; Huang Weihao; Li Zhenyuan; Yang Haofeng; Lu Ying South China Agr Univ Coll Nat Resources & Environm Guangzhou 510642 Guangdong Peoples R China; Elsgaard Lars Aarhus Univ Dept Agroecol Blichers Alle 20 DK-8830 Tjele Denmark; Yang Bo Minist Agr & Rural Affairs Agroenvironm Protect Inst Tianjin Peoples R China;

来源：SCIENCE OF THE TOTAL ENVIRONMENT

关键词： Biochar Rate Nitrous Oxide Yield-Scaled N2O Emissions Intensive Vegetable Production South China