The successful invasion of one invasive alien plant (IAP) can generate a favorable habitat in
the invaded communities that beneficial to the successful invasion of the subsequent IAP …

As biological invasions increasingly threaten biodiversity, the removal of invasive nonnative
species emerges as a possibility to recover the structure and function of native communities …

The allelopathic potential of invasive plant species (IPS) is critical to their successful
invasion. The allelopathic potential of IPS is mediated by allelochemicals synthesized in the …

Competition between native and nonnative invasive species is a key interaction determining
community composition. The identity and number of interacting species plus the level of …

It is still debated whether invasive alien species (IAS) have superior functional traits,
especially plant height and leaf size, than co-occurring native plant species (NPS) …

Allelopathy has been considered a good explanation for the successful invasion of some
invasive plants. However, the real latitudinal and longitudinal allelopathic effects on native …

Plant invasions severely threaten natural ecosystems, and invasive plants often outcompete
native plants across various ecosystems. Arbuscular mycorrhizal (AM) fungi, serving as …

Climate changes and artificial disturbance in riparian wetlands commonly increase the
flooding and nitrogen enrichment in those zones. Functional traits were considered as a …

Growth behavior of different species under different habitats can be studied by comparing
the production of biomass, plasticity index and relative competitive interaction. However …

The differences in functional traits between invasive plant species (invaders hereafter) and
natives are believed to be closely associated with whether the former are successful …