In 2019, we described how feather production influences the metabolism of moulting sparrows. While #moult raises the resting metabolic rate, it decreases maximal metabolic rate. So feathers are costly! #respirometry #journalComparativePhysiologyB (4/6) h
RT @MoltPapers: Moult-related reduction of aerobic scope in passerine birds. https://t.co/1GdHkHts5X https://t.co/7lfOGeC2Me
Moult-related reduction of aerobic scope in passerine birds. https://t.co/1GdHkHts5X https://t.co/7lfOGeC2Me
#Moult-related reduction of aerobic scope in passerine birds https://t.co/ErjZzErORJ | Journal of Comparative Physiology B | #ornithology #molt
RT @tavimalara: i < 3 sparrows! you too? #moult #ornithology #birdmigration #respirometry https://t.co/Etd9DH8GjY
#knowyoursparrows... and if you want to know more about their moult, read our new article: https://t.co/eyrDVvLZOO
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @silke_bauer: Surprisingly large effects of moult on aerobic performance ... https://t.co/RQe25CY7yF
RT @silke_bauer: Surprisingly large effects of moult on aerobic performance ... https://t.co/RQe25CY7yF
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
i < 3 sparrows! you too? #moult #ornithology #birdmigration #respirometry
RT @czechcuckoolab: Buttemer et al. #Moult related reduction of aerobic scope in #passerine birds. Journal of Comparative #Physiology B: ht…
RT @silke_bauer: Surprisingly large effects of moult on aerobic performance ... https://t.co/RQe25CY7yF
RT @silke_bauer: Surprisingly large effects of moult on aerobic performance ... https://t.co/RQe25CY7yF
RT @silke_bauer: Surprisingly large effects of moult on aerobic performance ... https://t.co/RQe25CY7yF
Surprisingly large effects of moult on aerobic performance ...
RT @MoltPapers: Moult-related reduction of aerobic scope in passerine birds. https://t.co/OkyqMqLS6M https://t.co/6J8E3B6zhp
RT @czechcuckoolab: Buttemer et al. #Moult related reduction of aerobic scope in #passerine birds. Journal of Comparative #Physiology B: ht…
Buttemer et al. #Moult related reduction of aerobic scope in #passerine birds. Journal of Comparative #Physiology B: https://t.co/4W1y8IucTr | @Vogelwarte_scie @tavimalara @silke_bauer #ornithology | photo: @VojtechBrlik https://t.co/ynxFevqcvd
Moult-related reduction of aerobic scope in passerine birds. https://t.co/OkyqMqLS6M https://t.co/6J8E3B6zhp
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
RT @Vogelwarte_scie: Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Spa…
Why do moulting birds hide? Not only is the flight efficiency reduced due to the replacement of the wing feathers. Sparrows show reduced aerobic capacity & less capacity for oxygen intensive activities, e.g. escape flights. https://t.co/ZMx8vmKqRZ @sil