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Clonal integration has been repeatedly shown to promote the performance of clonal plants in both terrestrial and aquatic heterogeneous habitats. However, only a few studies have explicitly tested the effect of clonal integration in aquatic–terrestrial ecotones. To test the role of clonal integration in aquatic–terrestrial ecotones, we conducted an experiment with an amphibious, stoloniferous clonal...
Many aquatic, clonal plants spread by vegetative fragments consisting of one to several ramets. Fragment size and physiological integration between ramets are likely to affect the establishment and growth of these fragments, and water depth is likely to affect the success of fragments in aquatic species that root in the sediment, but these effects have been little studied. To test the hypotheses that...
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