A container experiment was conducted to study clonal integration of stoloniferous Fragaria vesca under light heterogeneity.
通过盆栽实验，研究了匍匐茎草本野草莓在异质性光照条件下的克隆整合。
Maintaining clonal integration and avoiding serious disturbance seem to be important, especially in the earlier growth stages.
保持结缕草克隆整合并尽量避免严重干扰显得十分重要，特别是在结缕草早期生长阶段。
The results indicated that this clonal species is able to withstand soil-water heterogeneity through physiological integration, which is promoted under increasing levels of water contrast.
实验结果表明克隆植物东方草莓能通过分株间的克隆整合抵御土壤水分异质性，并且克隆整合随分株间土壤水分梯度的增大而增强。
The results indicated that this clonal species is able to withstand soil-water heterogeneity through physiological integration, which is promoted under increasing levels of water contrast.
实验结果表明克隆植物东方草莓能通过分株间的克隆整合抵御土壤水分异质性，并且克隆整合随分株间土壤水分梯度的增大而增强。
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