Predicting the effect of a changing environment, eg, caused by climate change, on realized
niche dynamics, and consequently, biodiversity is a challenging scientific question that …

Understanding how functional traits, which are key for plant functioning, relate to
demographic parameters of populations is central to tackle pending issues in plant ecology …

We estimated, using logistic regression techniques, the realized niches of the four dominant
species in an experimental marsh complex located in the Delta Marsh, Manitoba, Canada …

Distinguishing the roles of propagule limitation and niche requirements in controlling plant
species distributions is important for understanding community structure, invasion, and …

Understanding large‐scale distribution shifts is vital to predict species responses to changes
in the environment. Such shifts occur as a consequence of habitat distribution, dispersal …

Recruitment processes are critical components of a plant's life cycle. However, in
comparison with later stages in the plant life cycle (eg competition among adults), relatively …

We investigated the relative importance of metapopulation processes versus environmental
conditions for the distribution of freshwater plants in 51 adjacent lakes in southern Sweden …

The effect of habitat destruction on the likelihood of species survival is often estimated based
on the assumption that colonization and extinctions are in balance. This assumption is not …

We present a conceptual framework that describes how species belonging to a growth form
collectively can be niche constructors (ie modify niches) and affect species diversity in plant …

In order to predict species response to climate and land-use change, numerically fast and
easily applicable assessment tools for species survival are required. We present a set of …