Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/Myn5LvSZgO https://t.co/cbgED4eFhq
@Emily_Art "Pennaraptorans are the group of theropod dinosaurs that generically have vaned feathers and include birds. They also comprise oviraptorosaurians and the closest bird relatives, the dromaeosaurids and troodontids." - Kaye et al (2020) https://t
@dinocup2 Above a 150million year old tropical lagoon in Germany an Archaeopteryx sheds a feather that helps reveal the development of flight. 😎😎 https://t.co/Cc8P5TOENb
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
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RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
“Like modern birds, Archeopteryx renewed its feathers periodically and in a specific order. This study shows that this molting phenomenon in birds has existed for at least 150 million years, optimizing perfs in flight.”
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
RT @VincentReneleau: Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette é…
Comme les oiseaux modernes, Archaeopteryx renouvellait ses plumes périodiquement et dans un ordre bien précis. Cette étude met en évidence que ce phénomène de mue chez les oiseaux existe depuis au moins 150 millions d'années, optimisant les perfs en vol. h
Fascinating! Data in Kiat et al (2020; @CurrentBiology) suggests that sequential molting could be the ancestral condition in flying pennaraptorans, but this study in @CommsBio evidences a center-out molting strategy in Archaeopteryx (~150 mya) 🪶🦖 https://t
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/LJocF9RUU4 https://t.co/o9zuGSOUYQ
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @IBIS_journal: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/vrf3LByL3N | @Nat…
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/vrf3LByL3N | @NatureComms | #ornithology #palaeontology | HT @pablo_dulce https://t.co/YOYEv2A5Ku
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
Imagine how satisfying gently scratching the pinfeathers off an Archaeopteryx would be
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @AlvaroAdventure: Some think molt is boring. Not so, and now we know how Arxhaeopteryx did it!
Some think molt is boring. Not so, and now we know how Arxhaeopteryx did it!
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @enicurus: !!!!!!!!!!!!!! https://t.co/bizFlujXNb https://t.co/aUp2y9MUQf
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
RT @pablo_dulce: This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co…
This is amazing!! Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co/cgadRXEnqg
🤯🤯🤯
RT @MoltPapers: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/ruaoByWMDK https://…
excuse me https://t.co/X3ofnqj1i9
!!!!!!!!!!!!!! https://t.co/bizFlujXNb https://t.co/aUp2y9MUQf
WHAT
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/ruaoByWMDK https://t.co/T4x0jRAuCi
RT @NatureJapan: Communications Biology 2021年1月「始祖鳥(Archaeopteryx)の羽鞘から、飛行に関係していて、中央から外側へ連続的に起こる換羽戦略が明らかになる」https://t.co/ngvm0IIK7H @CommsB…
RT @NatureJapan: Communications Biology 2021年1月「始祖鳥(Archaeopteryx)の羽鞘から、飛行に関係していて、中央から外側へ連続的に起こる換羽戦略が明らかになる」https://t.co/ngvm0IIK7H @CommsB…
Communications Biology 2021年1月「始祖鳥(Archaeopteryx)の羽鞘から、飛行に関係していて、中央から外側へ連続的に起こる換羽戦略が明らかになる」https://t.co/ngvm0IIK7H @CommsBio
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: I’ll be in poster room 10 today to answer questions about our poster on moulting in #Archaeopteryx on the @ThePalAss #Pa…
RT @PalaeoPittman: I’ll be in poster room 10 today to answer questions about our poster on moulting in #Archaeopteryx on the @ThePalAss #Pa…
I’ll be in poster room 10 today to answer questions about our poster on moulting in #Archaeopteryx on the @ThePalAss #PalAss20 Discord server @dinoecosystems @hku_science @TomKaye_ #BillWahl
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
Fantastic!! “This strategy would have been a welcome advantage for early theropod flyers that had poor flight capabilities. This discovery provides important insights into how birds refined their early flight capabilities before the appearance of the keele
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
RT @cowbirdlab: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https:/…
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https://t.co/9juWuWVu2h
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy. https://t.co/UG1zxWdwfT https://t.co/aA2KH23rHW
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy | Communications Biology https://t.co/EQdBPDXrIv Cool study reconstructing the molting strategy of this iconic species. | #ornithology
Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/KvX8SYBg0R
RT @albertonykus: Sequential molting in Archaeopteryx: https://t.co/osFrl4quO9 #birds #dinosaurs
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @TomHoltzPaleo: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/LqOFqT9EKc
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @TomHoltzPaleo: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/LqOFqT9EKc
RT @TomHoltzPaleo: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/LqOFqT9EKc
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @TomHoltzPaleo: Archaeopteryx feather sheaths reveal sequential center-out flight-related molting strategy https://t.co/LqOFqT9EKc
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
Interesting findings on the evolution of moult strategies in the earliest birds
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
RT @pantheo27705718: 始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1a…
始祖鳥サーモポリス標本をレーザー蛍光で調べ、両翼の対称的な位置に羽鞘を発見。体の他の部位が飛行に適する前から、換羽は中央から外側に連続して行われる戦略が当時から存在していたということです。 論文フリー https://t.co/If1acizWfT
RT @PalaeoPittman: Archaeopteryx moulted like falcons which adopt a moult strategy that maintains flight performance. This suggests flight-…