氮肥与密度互作对单粒精播花生根系形态、植株性状及产量的影响
刘俊华1,3(
), 吴正锋2, 沈浦2, 于天一2, 郑永美2, 孙学武2, 李林1, 陈殿绪2, 王才斌2,*(), 万书波1,4,*()
), 吴正锋2, 沈浦2, 于天一2, 郑永美2, 孙学武2, 李林1, 陈殿绪2, 王才斌2,*(), 万书波1,4,*()
Effects of nitrogen and density interaction on root morphology, plant characteristic and pod yield under single seed precision sowing in peanut
Jun-Hua LIU1,3(), Zheng-Feng WU2, Pu SHEN2, Tian-Yi YU2, Yong-Mei ZHENG2, Xue-Wu SUN2, Lin LI1, Dian-Xu CHEN2, Cai-Bin WANG2,*(), Shu-Bo WAN1,4,*()
), Zheng-Feng WU2, Pu SHEN2, Tian-Yi YU2, Yong-Mei ZHENG2, Xue-Wu SUN2, Lin LI1, Dian-Xu CHEN2, Cai-Bin WANG2,*(), Shu-Bo WAN1,4,*()
图3. 荚果产量与根系性状、植株性状的相关关系
圆圈和三角形分别表示根系性状、地上部植株性状与荚果产量的关系。*, **分别表示在5%和1%水平上显著相关。
Fig. 3. Correlation coefficient between pod yield and root traits and plant characteristics
Circle and triangle mean the relationship between root, traits, plant characteristics of overground and pod yield, respectively. *, ** indicate significant correlation at the 5% and 1% probability levels, respectively.
