Invasive species that successfully establish, persist, and expand within an area of introduction,
in spite of demographic bottlenecks that reduce their genetic diversity, represent a …

We study the effects of inbreeding in a dioecious plant on its interaction with pollinating insects
and test whether the magnitude of such effects is shaped by plant individual sex and the …

Inbreeding and herbivory can interactively reduce the performance of flowering plants. Here,
we investigated whether the magnitude of plant inbreeding depression increases under …

Comparing genetic diversity, genetic differentiation, and performance between native and
nonnative populations has advanced our knowledge of contemporary evolution and its …

Understanding the dynamics of pest insect populations in relation to the presence of non‐crop
habitats and infestation levels of adjacent crops is essential to develop sustainable pest …

Habitat fragmentation and small population size can lead to genetic erosion in threatened
plant populations. Classical theory implies that dioecy can counteract genetic erosion as it …

The EICA‐hypothesis predicts that invading plants adapt to their novel environment by evolving
increased performance and reduced resistance in response to the release from natural …

Studying intraspecific variation in multistress responses is central for predicting and managing
the population dynamics of wild plant species under rapid global change. Yet, it remains a …

The decline of mountain forests under global change is alarming and conservation is
challenged by the need to assemble populations able to deal with the predicted environmental …

Pre-adaptation to anthropogenic disturbance is broadly considered key for plant invasion
success. Nevertheless, empirical evidence remains scarce and fragmentary, given the …