Changes in climate, land use, fire incidence, and ecological connections all may contribute
to current species' range shifts. Species shift range individually, and not all species shift …

In increasingly changing environments, plant species are forced to either adapt to novel
conditions or shift their ranges to track their ecological niches. Those species that can …

The 'home‐field advantage (HFA) hypothesis' predicts that plant litter is decomposed faster
than expected in the vicinity of the plant where it originates from (ie its 'home') relative to …

Plants and herbivorous insects can each be dramatically affected by temperature. Climate
warming may impact plant invasion success directly but also indirectly through changes in …

Climate change and associated environmental alterations affect plant communities,
potentially decoupling links between plants and their associated soil microbial communities …

Climate change is accelerating the spread of plants and their associated species to new
ranges. The differences in range shift capacity of the various types of species may disrupt …

It is often assumed that exotic plants can become invasive when they possess novel
secondary chemistry compared with native plants in the introduced range. Using untargeted …

Summary The 'home‐field advantage'(HFA) hypothesis predicts that plant litter is
decomposed faster than expected underneath the plant from which it originates ('home') …

Current climate change has led to latitudinal and altitudinal range expansions of numerous
species. During such range expansions, plant species are expected to experience changes …

Abstract Background and Aims Worldwide, invasive species are spreading through marine
systems at an unprecedented rate with both positive and negative consequences for …