A phenomenon of " specialization for abundance " might occur in both photosynthetic ramets and adventitious roots during the clonal growth of s . vulgaris , and it was a kind of clonal behavior of labor division , which was benefit to the genet to using heterogeneous resources 克隆整合作用对维持遭受干扰后分株的存活有重要作用。臭柏通过光合分枝和不定根的“趋富特化”克隆分工行为，提高对异质性资源的利用能力。
On the contrary , stem - derived forms of clonal plants more f requently occur in colder and drier habitats corresponding to higher latitude and / or higher elevation . individual types of clonal growth with sprouting are more frequent in warmer and wetter habitats , such as shrub forest , broad - leaves forest and bamboo forest . individual types of clonal growth with rhizome are more frequent in colder and drier habitats , such as alpine shrub forest , grassland and desert steppe 根起源克隆植物中，根出条型植物的生境条件和根起源克隆植物的相同，出现在灌丛、阔叶林和竹林中的频率较高；茎起源克隆植物中，根茎型植物的生境条件和茎起源植物的相同，出现在水生植被、草甸和草原中的频率较高，而匍匐茎型植物在较温暖、湿润、阴郁的生境中出现频率较高。
Light intensity , nutrient availability and salinity all have significant effects on clonal growth and clonal morphology of h . ruthenica . deep shade , low nutrient availability and high salinity markedly reduced its growth . moreover , the degree and pattern of plasticity in biomass , leaf area , number of ramets , stolon length , petiole length and root to shoot ratio in response to salinity demonstrated genotypic variation 深度遮光、低养和高盐均显著削弱金戴戴的生长，其生物量、叶面积、分株数、匍匐茎长及叶柄长和根冠比对基质盐分的可塑性大小和格局显示出基株间的差异。
