免耕覆盖下土壤水分、团聚体稳定性及其有机碳分布对小麦产量的协同效应
郑凤君1(
),王雪2(),李生平1,刘晓彤1,刘志平4,卢晋晶1,4,武雪萍1(),席吉龙3,张建诚3(),李永山3
),王雪2(),李生平1,刘晓彤1,刘志平4,卢晋晶1,4,武雪萍1(),席吉龙3,张建诚3(),李永山3
Synergistic Effects of Soil Moisture, Aggregate Stability and Organic Carbon Distribution on Wheat Yield Under No-Tillage Practice
ZHENG FengJun1(),WANG Xue2(),LI ShengPing1,LIU XiaoTong1,LIU ZhiPing4,LU JinJing1,4,WU XuePing1(),XI JiLong3,ZHANG JianCheng3(),LI YongShan3
),WANG Xue2(),LI ShengPing1,LIU XiaoTong1,LIU ZhiPing4,LU JinJing1,4,WU XuePing1(),XI JiLong3,ZHANG JianCheng3(),LI YongShan3
图5. 土壤团聚体活性有机碳对SOC影响的结构方程模型
实线和虚线分别表示显著正效应和负效应。箭头的宽度与强度的关系呈正比。线条附近的数字是标准路径系数,该系数显示了模型中的变量关系。
Fig. 5. The effect of soil active organic carbon on SOC in soil aggregates by structural equation model analysis
The solid lines and dashed lines represent significant (P<0.001) positive and negative effects, respectively. Arrow widths is proportional to the strength of the relationship. The numbers near the lines are standardized path coefficients, which show the variables in the model. The same as
