土壤含水量调控高寒草原生态系统N2O排放对增温的响应
王冠钦1,2,李飞1,2,彭云峰1,陈永亮1,韩天丰1,杨贵彪1,2,刘莉1,2,周国英3,杨元合1,2,*(
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Responses of soil N2O emissions to experimental warming regulated by soil moisture in an alpine steppe
WANG Guan-Qin1,2,LI Fei1,2,PENG Yun-Feng1,CHEN Yong-Liang1,HAN Tian-Feng1,YANG Gui-Biao1,2,LIU Li1,2,ZHOU Guo-Ying3,YANG Yuan-He1,2,*()
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附件III. 增温导致的土壤N2O通量的变化(增温-对照)与土壤因素及功能基因的变化(增温-对照)、微生物属性的变化(增温-对照)之间的关系 A, NH4+ -N。B, NO3--N。C, 微生物量碳。D, 微生物量氮。E, 土壤无机氮含量。F, 氨氧化古菌。G, 氨氧化细菌。
Appendix III. Relationships of changes in soil N2O flux with changes in edaphic variables, microbial properties, AOA and AOB A, NH4+-N. B, NO3--N. C, Microbial biomass carbon (MBC). D, Microbial biomass nitrogen (MBN). E, Soil inorganic carbon (SIN). F, Ammonia-oxidizing archaea (AOA). G, Ammonia-oxidizing bacteria (AOB).
