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在无性系植物中，通过分株去叶阻止光合同化物的运输，从而影响后来新产生部分的生长。本文研究了白三叶在结构水平被干扰所产生的反应，这个反应是通过母匍匐茎和分枝的去叶决定的。所有的去叶处理与对照组相比，总生物量明显降低影响了无性系的干重。具简单结构的白三叶母株与分枝的干重，与对照组相比，都有明显差异。具复杂结构的白三叶，母株干重，彼此间差异不显著，而分枝干重，彼此之间有显著差异。说明新匍匐茎的产生与生物量紧密相关。
In clonal plants, the transport of photosynthetic compounds is blocked by leaves of the ramets, which in turn affect the growth of newly produced parts. This paper studies the response of white clover to disruption at the structural level, which is determined by the deciduous leaves of the parent stolons and branches. Compared with the control group, all leaf removal significantly reduced the total biomass of dry clones. With a simple structure of white clover mother and branch of the dry weight, compared with the control group, there are significant differences. With a complex structure of white clover, mother plant dry weight, the difference was not significant between each other, while the branch dry weight, significant differences between each other. The new stolon production and biomass are closely related.