#FloralBiology
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annbot.bsky.social
🌿 Join us to learn about the newly published review ‘The effect of herbivory on pollinators: a revisited meta-analysis’ in @annbot.bsky.social by Stephanie Haas-Desmarais and co-authors. 🧵(1/9)

👉 doi.org/qd2p

@xmoreira.bsky.social

#FloralBiology #PollinationEcology #Plantscience #AoBpapers
The effect of herbivory on pollinators: a revisited meta-analysis
November 18, 2025 at 12:12 PM
annbot.bsky.social
🌺 These findings highlight how specialized floral traits are not just pretty features but crucial adaptations for reproductive success. They improve pollen transfer, ensuring the next generation of plants thrives. (7/7)

👉 doi.org/nzp6

#PlantScience #AoBpapers #Pollination #FloralBiology
A modified petal and stamen dimorphism interact to enhance pollen placement by a buzz-pollinated flower
AbstractBackground. Floral adaptations supposedly help pollen grains to cross the numerous barriers faced during their journey to stigmas. Stamen dimorphis
doi.org
January 14, 2025 at 11:13 AM
annbot.bsky.social
🐞 Overall, the study reveals how floral anatomy, colour and ecology combine to shape pollination in Cryptangieae, highlighting the need to rethink pollination modes in sedges. (8/8)

👉 doi.org/qmbh

#PlantScience #Pollination #FloralBiology #Cyperaceae #PlantEcology
Between wind and visitors? Insights into floral anatomy, taxonomy and reproductive biology in Cryptangieae (Cyperaceae)
AbstractBackground and Aims. The flowers of Cyperaceae, especially in Cyperoideae, have two whorls of perianth (sometimes absent), three stamens and a tric
doi.org
January 8, 2026 at 11:42 AM
botland-uib.bsky.social
Events like #EcoFlor2026 highlight the importance of scientific dialogue and collaboration in advancing ecological research.
#FloralBiology #PlantEcology #AEET
February 16, 2026 at 9:03 AM