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机译:干旱改变了土壤中树木的碳足迹 - 跟踪旧成长杉木森林土壤中C-13标记的同化的时空命运
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Inst Technol Dept Environm Syst Sci Zurich Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Northeast Normal Univ Key Lab Geog Proc &
Ecol Secur Changbai Mt Minist Educ Changchun Peoples R China;
Northeast Normal Univ Key Lab Geog Proc &
Ecol Secur Changbai Mt Minist Educ Changchun Peoples R China;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
Swiss Fed Res Inst WSL Birmensdorf Switzerland;
carbon allocation; climate change; drought; forest; isotope tracing; mean; residence time; rhizosphere; roots; soil respiration;
机译:DNA和RNA-SIP技术估计的主动吸收C-13标记的小麦残留物中碳的土壤微生物种群的动力学和鉴定
机译:东北老龄阔叶红松混交林中土壤呼吸的空间变化与森林结构和土壤参数有关
机译:东北长白山古树名木的树木多样性,碳储量和土壤养分
机译:通过改变美国东部森林的气候响应季节性,树种的细化可以增加干旱对树木生长的影响
机译:树木对地下碳的分配通过改变山毛榉森林土壤中的微生物群落组成来驱动细胞外酶活性的季节性模式
机译:最近同化碳在成熟落叶林中的命运
机译:作者:邹德勋,骆永明,邵明安,林业科学sCIENTIa sILVaE sINICaE老生长花旗松林砍伐和焚烧后土壤碳氮的时空变化