模拟增温及分解界面对茭草凋落物分解速率及叶际微生物结构和功能的影响
闫鹏飞1,展鹏飞1,肖德荣1,王燚2,余瑞1,刘振亚1,王行1,*(
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Effects of simulated warming and decomposition interface on the litter decomposition rate of Zizania latifolia and its phyllospheric microbial community structure and function
YAN Peng-Fei1,ZHAN Peng-Fei1,XIAO De-Rong1,WANG Yi2,YU Rui1,LIU Zhen-Ya1,WANG Hang1,*()
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图7. 相似性分析比较对照组与增温组、大气界面与水界面、大气界面与土界面、水界面与土界面的微生物碳源利用差异贡献度热图。颜色变化(从蓝到红色)代表不同碳源对差异的相对贡献度变化(0到100%)。观测样品为72-96 h的碳源利用情况。
Fig. 7. Similarity analysis shows the contribution of different carbon sources to the dissimilarity between control vs. warming, air interface vs. water interface, air interface vs. soil interface, and water interface vs. soil interface, illustrated by heatmaps. The color (blue to red) represents the relative contribution of different carbon substrates (0-100%). The observations at 72-96 h incubation point were used for drawing the heatmaps.
