The evolution of floral traits in animal-pollinated plants involves the interaction between
flowers as signal senders and pollinators as signal receivers. Flower colors are very diverse …

Signals reliably convey information to a receiver. To be reliable, differences between
individuals in signal properties must be consistent and easily perceived and evaluated by …

The flowers of many plant species are characterized by intense color and richness of
bioactive compounds. They can be their valuable and curious sources that are worth …

Plants advertise their presence by displaying attractive flowers, which pollinators use to
locate a floral reward. Understanding how floral traits scale with reward status lies at the …

There is increasing interest in flies as potentially important pollinators. Flies are known to
have a complex visual system, including 4 spectral classes of photoreceptors that contribute …

Orchids are a classic angiosperm model for understanding biotic pollination. We studied
orchid species within two species‐rich herbaceous communities that are known to have …

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 long-lasting coevolution between flowering plants and associate pollinators has made
both partners intimately connected and reciprocally dependent on one another (Chittka and …

Despite representing the majority of bee species, non-eusocial bees (eg solitary, subsocial,
semisocial, and quasisocial species) are comparatively understudied in learning, memory …

Large-scale hierarchical macroscopic moire gratings resembling the surface structure of
Peruvian lily flower petals are fabricated on azobenzene molecular glass thin films using a …