Highly biodiversity communities have been shown to better resist plant invasions through
complementarity effects. Species richness (SR) is a widely used biodiversity metric but lacks …

Phenotypic plasticity enables plants to buffer against environmental stresses and match their
phenotypes to local conditions. However, consistent conclusive evidence for adaptive …

Aims One of the key traits associated with clonal growth in plants is the capacity for
physiological integration, which allows resource sharing between connected ramets within a …

Wetlands are one of the ecosystems most easily and severely invaded by alien species.
Biological invasions can have significant impacts on local plant communities and ecosystem …

Nitrogen (N) deposition significantly affects the growth and the function of invasive clonal
plants. However, the effects of heterogeneous N supply with different frequencies on the …

Connected individuals (ramets) of clonal plants are frequently fragmented due to
disturbance, and such clonal fragmentation may influence their growth. However, it is …

Environments are ubiquitously heterogeneous in nature, and clonal plants commonly benefit
from both clonal integration and foraging responses in heterogeneous environments. While …

Native plant communities are commonly invaded by invasive plants to different degrees.
However, the relative contribution of the invasive plant abundance vs. phylogenetic …

摘要很多外来入侵植物都具有克隆生长习性, 探究克隆整合特性与外来克隆植物入侵性间的关系
对阐明其生态适应性及入侵机制具有重要的意义. 本研究以入侵植物空心莲子草及其本地同属种 …

目的许多外来入侵植物都具有克隆生长习性, 克隆整合被认为是其缓解天敌取食压力的有效手段
, 然而, 入侵植物的克隆整合能力与天敌取食密度间的关系尚不清楚. 方法本研究以入侵植物空心 …