Understanding the causes and limits of population divergence in phenotypic traits is a
fundamental aim of evolutionary biology, with the potential to yield predictions of adaptation …

Environmental change is disrupting mutualisms between organisms worldwide. Reported
declines in insect populations and changes in pollinator community compositions in …

Premise What maintains mixed mating is an evolutionary enigma. Cleistogamy—the
production of both potentially outcrossing chasmogamous and obligately selfing …

Studying the consequences of hybridization on plant performance is insightful to understand
the adaptive potential of populations, notably at local scales. Due to reduced effective …

The warm edges of species' distributions are vulnerable to global warming. Evidence is the
recent range retraction from there found in many species. It is unclear why populations …

Large regions of suppressed recombination having extended over time occur in many
organisms around genes involved in mating compatibility (sex-determining or mating-type …

Premise In the absence of hawkmoth pollinators, chasmogamous (CH) flowers of Ruellia
humilis self‐pollinate by two secondary mechanisms. Other floral visitors might exert …

Premise The relationships between reproductive investment, phenotype, and fitness have
been broadly studied in cross‐pollinated plants in contrast to selfing species, which are …

This chapter considers how variation in mating systems affects evolvability in populations
and how we should estimate it. Most models considered in evolutionary quantitative ge ne …

Whole‐genome duplication is common in plants and is considered to have a broad range of
effects on individuals' phenotypes and genomes and to be an important driver of plant …