Third, dry transport of pollen evolved from moist transport following the process I outlined in Portman and Tepedino (2017) “Convergent evolution of pollen transport mode in two distantly related bee genera (Hymenoptera: Andrenidae and Melittidae)” https:
RT @zachportman: New article published on the evolution of different pollen transport modes in bees: https://t.co/pV2NWurobq #bees
RT @DrAverbee: Rethinking evo of bee pollen transport! Transport type (wet, dry, moist) depends on what pollen type the specialist bee must…
RT @DrAverbee: Rethinking evo of bee pollen transport! Transport type (wet, dry, moist) depends on what pollen type the specialist bee must…
Did pollen type drive bee evolution? https://t.co/PAEm40mAwR
RT @DrAverbee: Rethinking evo of bee pollen transport! Transport type (wet, dry, moist) depends on what pollen type the specialist bee must…
RT @DrAverbee: Rethinking evo of bee pollen transport! Transport type (wet, dry, moist) depends on what pollen type the specialist bee must…
RT @zachportman: New article published on the evolution of different pollen transport modes in bees: https://t.co/pV2NWurobq #bees
RT @zachportman: New article published on the evolution of different pollen transport modes in bees: https://t.co/pV2NWurobq #bees
Rethinking evo of bee pollen transport! Transport type (wet, dry, moist) depends on what pollen type the specialist bee must collect! https://t.co/P19xzctkJs
New article published on the evolution of different pollen transport modes in bees: https://t.co/pV2NWurobq #bees