Invasions by multiple non‐native plant species are common, but management programs
often prioritize control of individual species that are expected to have the highest impacts …

Functional trait distances between coexisting organisms reflect not only complementarity in
the way they use resources, but also differences in their competitive abilities. Accordingly …

Invasive non-native plants challenge ecosystems restoration, and understanding the factors
that determine the establishment of invasive plants is crucial to improve restoration …

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 …

Ongoing globalisation and climate change are causing plant species to invade new habitats
and thereby alter biodiversity and ecosystem functioning. Since numbers of plant invasions …

Fluctuating resource availability plays a critical role in determining non‐native plant
invasions through mediating the competitive balance between non‐native and native …

Plant competition can be affected by plant functional traits but also by differences in fitness
mediated by soil microbes. Climatic conditions such as drought further influence plant …

It is well known that species interactions between exotic and native species are important for
determining the success of biological invasions and how influential exotic species become …

Anthropogenic increases in temperature and nutrient loads will likely impact food web
structure and stability. Although their independent effects have been reasonably well …

Expansion of global trade and acceleration of climate change dramatically promote plant
invasions. As a result, a large number of habitats harbor multiple invasive plant species …