Clonal plants are widespread throughout the plant kingdom and dominate in diverse
habitats. Spatiotemporal heterogeneity of environment is pervasive at multiple scales, even …

Connected ramets of aquatic clonal plants are susceptible to fragmentation by disturbance.
Such clonal fragmentation may interact with nutrient availability and individual density to …

Background and aims Clonal integration between ramets under heterogeneous
environment has crucial implications for the clonal plants, is widely distribute in the arid …

Gaining a better understanding of carbon (C) dynamics across the terrestrial and aquatic
landscapes has become a major research initiative in ecosystem ecology. Wetlands store a …

Cadmium (Cd) is a hazardous environmental pollutant with high toxicity to plants, which has
been detected in many wetlands. Clonal integration (resource translocation) between …

Introduction Clonal integration of connected ramets within clones is an important ecological
advantage. In this study, we tested the hypothesis that the effects of clonal integration on …

The evolution of clonal growth is a widespread phenomenon among plant species,
characterized by the production of genetically identical clonal fragments (ramets) via …

Aims Clonal integration can increase performance of clonal plants suffering from
environmental stress, and clonal plants in many wetlands commonly face stress of flooding …

In largely clonal plants, splitting of a maternal plant into potentially independent plants
(ramets) is usually spontaneous; however, such fragmentation also occurs in otherwise non …

Parental (environmental) effects can modify the growth of offspring, which may play an
essential role in their adaptation to environmental variation. While numerous studies have …