首页> 外文OA文献 >Figure 1: Log transformations of the total abundance (mean ± standard error) of Collembola in control treatments (WAA, WGG and WBB) and recovered to defaunated arable, grassland and BSAL soil blocks replaced to the arable land (A); grassland (B); and BSAL (C).

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Figure 1: Log transformations of the total abundance (mean ± standard error) of Collembola in control treatments (WAA, WGG and WBB) and recovered to defaunated arable, grassland and BSAL soil blocks replaced to the arable land (A); grassland (B); and BSAL (C).

机译：图1：控制处理中Collmbola的总丰度（平均值±标准误差）的日志转换（WAA，WGG和WBB），并恢复以遗传，草地和BSAL土壤块被替换为耕地（A）;草原（B）;和bsal（c）。

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1. Transformation of ex-arable land to permanent grassland promotes pore rigidity and mechanical soil resilience [J] . Ajayi A. E., Horn R. Ecological engineering: The Journal of Ecotechnology . 2016,第Null期

机译：将可耕地转变为永久性草地可提高孔隙刚度和机械土壤弹性
2. Transformation of arable land into wet grassland on a degraded low peat soil [C] . Miiller J., Kayser M. European Grassland Federation Symposium . 2009

机译：耕地转化为湿草地降解低泥炭土壤
3. Figure 2: The species richness (mean ± standard error) of Collembola in control treatments (WAA, WGG and WBB) and recovered to defaunated arable, grassland and BSAL soil blocks replaced to arable land (A); grassland (B); and BSAL (C). [O] . -1

机译：图2：控制处理中的Collmbola（WAA，WGG和WBB）的物种丰富度（平均值±标准误差），并恢复以偏离耕种，草原和BSAL土壤块被替换为耕地（A）;草原（B）;和bsal（c）。

Figure 1: Log transformations of the total abundance (mean ± standard error) of Collembola in control treatments (WAA, WGG and WBB) and recovered to defaunated arable, grassland and BSAL soil blocks replaced to the arable land (A); grassland (B); and BSAL (C).

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