Climate change may disrupt plant–pollinator mutualisms by generating phenological
asynchronies and by altering traits that shape interaction costs and benefits. Our knowledge …

Insect mutualisms are essential for reproduction of many plants, protection of plants and
other insects, and provisioning of nutrients for insects. Disruption of these mutualisms by …

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

Climate change poses many risks to economically and ecologically crucial species.
Longleaf pine (Pinus palustris Mill.) trees are keystone species that were once dominant …

The balance of pollination competition and facilitation among co‐flowering plants and
abiotic resource availability can modify plant species and individual reproduction. Floral …

Premise The timing and pattern of a plant's flowering can have important consequences for
reproductive success. Variation in flowering phenology may influence the number of …

Spatiotemporal variations in plant–pollinator interactions drive floral evolution and shape the
diversity of flowers in angiosperms. However, the potential role of plant–pollinator …

Nurdiansyah MA, Abduh MY, Permana AD. 2023. Effects of meliponiculture Tetragonula
laeviceps on pollinator diversity and visitation rate and citrus productivity in West Java …

The effect of floral traits, floral rewards and plant water availability on plant–pollinator
interactions are well-documented; however, empirical evidence of their impact on flowering …

Premise Changes to flowering time caused by climate change could affects plant fecundity,
but studies that compare the individual‐level responses of phenologically distinct, co …