Page 51 - 《广西植物》2024年第10期
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10 期      王雅楠等: 喀斯特石山老龄林檵木根际和非根际土壤微生物群落及酶活性的旱、雨季节变化                                       1 8 5 3























                                                                RRS. 雨季根际土壤ꎻ DRS. 旱季根际土壤ꎻ RNRS. 雨季非
                                                                根际土壤ꎻ DNRS. 旱季非根际土壤ꎮ 下同ꎮ
                                                                RRS. Rainy season rhizosphere soilꎻ DRS. Dry season
                                                                rhizosphere soilꎻ RNRS. Rainy season non ̄rhizosphere soilꎻ
                                                                DNRS. Dry season non ̄rhizosphere soil. The same below.
             图 1  研究区 2018—2022 年的 5—10 月月平均降水量                  图 2  雨、旱季根际和非根际土壤含水量的差异
            Fig. 1  Monthly average precipitation from May to October  Fig. 2  Difference of rhizosphere soil and non ̄rhizosphere
                     in the study area from 2018 to 2022             soil water contents in rainy and dry seasons







































             数值为平均值ꎮ 大写字母不同表示同一土壤类型不同季节的显著差异(P<0.05)ꎬ小写字母不同表示相同季节不同土壤类型的
             显著差异ꎮ 下同ꎮ
             Values in the table are mean values. Different uppercase letters indicate significant differences in different seasons of the same soil type (P<
              0.05)ꎬ and different lowercase letters indicate significant differences in different soil types in the same season (P<0.05). The same below.
                                           图 3  根际和非根际土壤的基本理化性质
                          Fig. 3  Basic physical and chemical properties of rhizosphere and non ̄rhizosphere soils
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