Kentucky bluegrass (Poa pratensis L.) is one of the most aggressive grasses invading
Northern Great Plains (NGP) grasslands, resulting in substantial native species losses …

Much uncertainty remains about traits linked with successful invasion–the establishment and
spread of non‐resident species into existing communities. Using a 20‐year experiment …

Global environmental change not only includes changes in mean environmental conditions
but also in temporal environmental fluctuations. Because it is frequently suggested that …

Hypervolumes are used widely to conceptualize niches and trait distributions for both
species and communities. Some hypervolumes are expected to be convex, with boundaries …

Plant traits can be used to understand a range of ecological processes, including
competition with invasive species. The extent to which native and invasive species are …

Exotic invasive plants are considered major threats to biodiversity globally; however, our
understanding of the long-term dynamics of invasion remains limited. Over time, invasive …

Plant invasions and eutrophication are pervasive drivers of global change that cause
biodiversity loss. Yet, how invasive plant impacts on native species, and the mechanisms …

The success of invasive plant species can be evaluated using different dimensions, such as,
range size, abundance and impact. These different dimensions do not always covary but are …

Climate change is predicted to have profound consequences for multispecies coexistence,
and thus, patterns of biological diversity. These consequences will be mediated by direct …

Modelling species interactions in diverse communities traditionally requires a prohibitively
large number of species‐interaction coefficients, especially when considering environmental …