航天搭载对武夷名丛相关生理及生长特性的影响
刘建福1,*(
), 陈育才2, 王文建3, 王河川4, 蔡金福4, 王明元1, 李丹丹1, 张斌5, 黄昆5
), 陈育才2, 王文建3, 王河川4, 蔡金福4, 王明元1, 李丹丹1, 张斌5, 黄昆5
Effects of Space Treatment on Biological and Growth Characteristics of Camellia sinensis
Jianfu Liu1,*(), Yucai Chen2, Wenjian Wang3, Hechuan Wang4, Jinfu Cai4, Mingyuan Wang1, Dandan Li1, Bin Zhang5, Kun Huang5
), Yucai Chen2, Wenjian Wang3, Hechuan Wang4, Jinfu Cai4, Mingyuan Wang1, Dandan Li1, Bin Zhang5, Kun Huang5
图3. 航天搭载后武夷名丛瞬时叶绿素荧光(Ft) (A)和光量子效率(Qy) (B)的变化
* 表示差异显著(P<0.05)。AJWL、QD、JMH、QS、RG和TLH同
Figure 3. Changes of instantaneous chlorophyll fluorescence (Ft) (A) and quantum efficiency (Qy) (B) of Wuyimingcong after space treatment
* indicate significant differences (P<0.05). AJWL, QD, JMH, QS, RG and TLH see
