Understanding how pollen moves between species is critical to understanding speciation,
diversification, and evolution of flowering plants. For co-flowering species that share …

Background Pollen transfer via animals is necessary for reproduction by~ 80% of flowering
plants, and most of these plants live in multispecies communities where they can share …

Using our accumulated datasets from Kenyan savanna, Mediterranean garigue, UK gardens
and heathland, involving 76 plants from 30 families, we present detailed data to quantify the …

The evolution of floral traits is often considered to reflect selection for increased pollination
efficiency. Known as the pollination‐precision hypothesis, increased pollination efficiency is …

The patterns and drivers of pollen transport on insect bodies can have important
consequences for plant reproductive success and floral evolution; however, they remain little …

Three morning glory species in the genus Argyreia Lour., A. lycioides (Choisy) Traiperm &
Rattanakrajang, A. mekongensis Gagnep & Courchet, and A. versicolor (Kerr) Staples & …

Biological invasions are a threat to the maintenance of ecological processes, including
pollination. Plant-flower visitor networks are traditionally used as a surrogated for pollination …

The widespread evolution of tube-like anthers releasing pollen from apical pores is
associated with buzz pollination, in which bees vibrate flowers to remove pollen. The …

Variation in pollinator quality is fundamental to the evolution of plant-pollinator mutualisms
and such variation frequently results from differences in foraging behavior. Surprisingly …

Aim Alien species alter interaction networks by disrupting existing interactions, for example
between plants and pollinators, and by engaging in new interactions. Predicting the effects …