Exotic plant invasions can notably alter the nitrogen (N) cycle of ecosystems. However, there
is large variation in the magnitude and direction of their impact that remains unexplained …

Although invasive plants are a major source of terrestrial ecosystem degradation worldwide,
it remains unclear which trophic levels above the base of the food web are most vulnerable …

The history of conifers introduced earlier elsewhere in the southern hemisphere suggests
that recent invasions in Argentina, Brazil, Chile and Uruguay are likely to increase in number …

Invasive species have tremendous detrimental ecological and economic impacts. Climate
change may exacerbate species invasions across communities if non-native species are …

Puccinia coronata f. sp. avenae (Pca) causes crown rust disease in cultivated and wild oat
(Avena spp.). The significant yield losses inflicted by this pathogen make crown rust the most …

Although closed‐canopy forests are characterized by low‐light availability and slow
population dynamics, many are under threat from non‐native, invasive woody species that …

Climate change has resulted in major changes in the phenology—ie the timing of seasonal
activities, such as flowering and bird migration—of some species but not others. These …

The increase of minimally managed vacant land resulting from population loss and the
subsequent removal of infrastructure is a reoccurring feature in shrinking cities around the …

We consider the possibility of an extensive invasional meltdown occurring in central North
America involving eleven Eurasian species. The scenario begins with the potential co …

Following the removal of invasive plant species, most land managers rely on natural
succession to re‐establish native plant communities. However, insufficient native propagule …