西南亚高山针叶林主要树种互作及增温对根区土壤微生物群落的影响
罗林1,3, 黄艳1,3, 梁进1, 汪恩涛4, 胡君1, 贺合亮1,3, 赵春章2,*(
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Effects of plant interspecific interaction and warming on soil microbial community in root zone soil of two dominant tree species in the subalpine coniferous forest in southwestern China
LUO Lin1,3, HUANG Yan1,3, LIANG Jin1, WANG En-Tao4, HU Jun1, HE He-Liang1,3, ZHAO Chun-Zhang2,*()
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图3. 不同栽种处理和增温对微生物群落结构的影响。U-C, 不增温裸地; U-H, 不增温混种; U-L, 不增温冷杉; U-Y, 不增温云杉; W-C, 增温裸地; W-H, 增温混种; W-L, 增温冷杉; W-Y, 增温云杉。
Fig. 3. Effects of different planting treatments and warming on soil microbial community structure. U-C, unwarming-empty area; U-H, unwarming-mixed area; U-L, unwarming-Abies faxoniana; U-Y, unwarming-Picea asperata; W-C, warming- empty area; W-H, warming-mixed area; W-L, warming-Abies faxoniana; W-Y, warming-Picea asperata.
