Buzz pollination encompasses the evolutionary convergence of specialized floral
morphologies and pollinator behaviour in which bees use vibrations (floral buzzes) to …

Many interactions of plants with the environment have an acoustic component, including the
actions of herbivores and pollinators, wind and rain. Although plants have long been tested …

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 …

An estimated 10% of flowering plant species conceal their pollen within tube-like anthers
that dehisce through small apical pores (poricidal anthers). Bees extract pollen from …

Bioacoustics increasingly relies on large datasets and computational methods. The need to
batch-process large amounts of data and the increased focus on algorithmic processing …

Main conclusion One of seven Solanum taxa studied displayed associations between pollen
presence and floral scent composition and volume, suggesting buzz-pollinated plants rarely …

Buzz-pollination is used by some bees to expel pollen through vibrating flowers. Yet, little is
known about the determinants influencing bee preferences among buzz-pollinated flowers …

Several agriculturally valuable plants store their pollen in tube-like poricidal anthers, which
release pollen through buzz pollination. In this process, bees rapidly vibrate the anther using …

Approximately 10% of flowering plant species conceal their pollen within tube-like poricidal
anthers. Bees extract pollen from poricidal anthers via floral buzzing, a behavior during …

Background Pollination strategies to supplement or replace insect pollinators are needed to
produce marketable strawberry fruits in indoor vertical farms. To ensure the self-pollination …