The oldest known bat skeletons and their implications for Eocene chiropteran diversification.
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Apr 2023 – Nov 2025Where it's discussed
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What people are saying
Numerous discussions highlighted the discovery of the Icaronycteris gunnelli skeleton and its implications for bat evolution. Phrases like 'huge in understanding early bat evolution' and references to the unique fossil record underscore their importance, signaling strong interest and engagement with the implications of this study.
Most discussions reflect a consensus on the significance of the discoveries discussed in the article.
The content generated considerable curiosity, as many participants shared additional resources and observations related to the findings.
While some participants engaged more superficially, there were several deep dives into the implications of the research.
The findings are perceived as having a profound impact on our understanding of bat evolution, as reflected in various posts expanding on the article's insights.
Abstract in brief
- The discovery of a new bat species, Icaronycteris, from the Eocene Fossil Lake deposits in Wyoming adds to the understanding of early bat diversification.
- The fossils, representing the oldest known bat skeletons, suggest that the Green River Formation bats form a distinct clade separate from other archaic bat lineages.
- The findings support the idea of a rapid radiation of bat species across different continents during the early Eocene, indicating a significant evolutionary event in chiropteran history.
Top posts
Most liked on X and Blueskyfontes: https://t.co/0t3nJNxUG7 https://t.co/IclMTCnOh1
#PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJyI1tkt
Il s'agit d'une nouvelle espèce : Icaronycteris gunnelli, découverte au sein de la Green River formation. A lire dans Plos one https://t.co/5uhJeIz7o1
New from RGGS Professor Nancy Simmons and colleagues: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/BjeGWdax3i
Esqueleto del murciélago más antiguos conocido: Icaronycteris gunnelli. 52 millones de años. Wyoming, EEUU. https://t.co/pz1U1YvS6J https://t.co/uA0Moj29ZM
All mentions
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Bats are one of the most extraordinary groups of mammals alive today. The discovery of Icaronycteris from the Eocene Fossil Lake deposits in Wyoming enhances our understanding of early bat diversification, revealing a…
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RT @BarbastellaJ:
@GoldEagleIRA @Calcifer97 @Micahwitz142858 @RJDownard @hauxton @Will_D_Fi @Zeldrin7485 @SpudEternal @bolt_carl @WC_Philosphy @TakethatCt @SecularSmurf @paddy_omalley @ForrestRichardA @penguinteamsix @Simple_Shaman @MichaelBarisoh1 @ScientiaPercept @grego74545 @of_hate65489 @REPENTHELLFIRE @MartinJBern @Kitty71052501 @Call_Me_Emo1 @DavidCamham1 @ArkEncounter @BioLogosOrg March 14th: Huracan schneideri (also reassigned 2-4 other sp. into this genus) https://t.co/hKwlBkyL5X March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO June 7th: Iani smithi https://t.co/R4dls8wNjw
Esqueleto del murciélago más antiguos conocido: Icaronycteris gunnelli. 52 millones de años. Wyoming, EEUU. https://t.co/pz1U1YvS6J https://t.co/uA0Moj29ZM
Every Time Echolocation Has Evolved https://t.co/SJbOsK8p4f via @YouTube
this blockhead pastiche is brought to you by this video which is amazing https://t.co/v45QkLMeyO
This an example of a better video hosted by this channel. it is very sound (punt inteni) https://t.co/YxzItBy7Ra
@AydinPaladin Blind people can echolocate, Aydin. 23 minutes in. https://t.co/L85N3kuqvR
Ben G Thomas https://t.co/QjiyhkTnLi
Every Time Things Have Evolved Echolocation https://t.co/RIKhasYVI5 via @YouTube
@Will_D_Fi @Data_Jack @JacksonWheat1 March 14th: Huracan schneideri (reassigned 2-4 other sp. into this genus) https://t.co/hKwlBkyL5X March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO June 7th: Iani smithi https://t.co/R4dls8wNjw
@DPadenAkaterry @3Vikings1 @Ah_Science @TakeThatDarwin @Bawby345 @Northmans77 @Sir_Rosell @Dlanorx @gregoddmind @michaer27 March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO June 7th: Iani smithi https://t.co/R4dls8wNjw June 21st: Eudyptula wilsonae https://t.co/qJ1LLWG0ug July 26th: Mambachiton fiandohana https://t.co/83PIp2K7dl
Oldest bat skeletons ever found described from Wyoming fossils https://t.co/jdf8TLNQQh https://t.co/AICYXWz11q https://t.co/NiHbIURIAx
@SchupH @ScienceQriosity @TakeThatDarwin @EnithTea @ChappyLeo @CyaeghaUK @ODanaos @theclipperslim @redharehorse @TBesserwisser @SeptembersRain @GaryHicks13 @rantyskeptic @JustinCPorter @Sapphirology @dj_halling @dan_cameron99 @KirksCousin1 @semper9870 @FPosteschild @dougpasnak @WoopsWoah @GreekVikingX @Dwyertd @MoPal63461 @CursedDavyJones @LisaSimpsonLib @Smilodon85 @DiPolarPilot @Ah_Science February 15th: Platysvercus ugonis https://t.co/bPjOYbxbz6 February 16th: Patagorhynchus pascuali https://t.co/kaml8AdJ7a March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO
@LetsGoBrando45 @RobGoodall6 February 15th: Platysvercus ugonis https://t.co/bPjOYbxbz6 February 16th: Patagorhynchus pascuali https://t.co/kaml8AdJ7a March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO
@SchupH @ScienceQriosity @Flix548 @TakeThatDarwin @EnithTea @ChappyLeo @CyaeghaUK @Orland_Sundri @ODanaos @theclipperslim @redharehorse @TBesserwisser @SeptembersRain @GaryHicks13 @rantyskeptic @JustinCPorter @Sapphirology @dj_halling @dan_cameron99 @KirksCousin1 @semper9870 @FPosteschild @dougpasnak @WoopsWoah @GreekVikingX @Dwyertd @MoPal63461 @CursedDavyJones @LisaSimpsonLib @Smilodon85 @DiPolarPilot @Ah_Science February 16th: Patagorhynchus pascuali https://t.co/kaml8AdJ7a March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO
https://t.co/Ee6QINuUws
@AjmooreMoore @TRej2011 @TakeThatDarwin February 16th: Patagorhynchus pascuali https://t.co/kaml8AdJ7a March 23rd: Pinnarctidion iverseni https://t.co/gsCOO2Jlww April 12th: Icaronycteris gunnelli https://t.co/4MtzAIThqO
RT @BarbastellaJ:
RT @BarbastellaJ:
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
RT @RGGSatAMNH: New from RGGS Professor Nancy Simmons and colleagues: #PLOSONE: The oldest known bat skeletons and their implications for E…
New from RGGS Professor Nancy Simmons and colleagues: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/BjeGWdax3i
RT @BarbastellaJ:
New checklist dataset: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/mFq4zWhMjr
Um morcego que viveu há 52 milhões de anos. Foi encontrado numa formação em Wyoming. O esqueleto está incrivelmente bem conservado. Publicação da Plos One (https://t.co/ZR5vnuX0DG)
RT @BarbastellaJ:
RT @jossano_morais: fontes: https://t.co/0t3nJNxUG7 https://t.co/IclMTCnOh1
RT @jossano_morais: fontes: https://t.co/0t3nJNxUG7 https://t.co/IclMTCnOh1
RT @BarbastellaJ:
RT @BarbastellaJ:
RT @BarbastellaJ:
RT @jossano_morais: fontes: https://t.co/0t3nJNxUG7 https://t.co/IclMTCnOh1
RT @BarbastellaJ:
RT @BarbastellaJ:
ARTÍCULO ORIGINAL (acceso abierto) The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/FH8Gaq2qIr vía @PLOSONE
RT @BarbastellaJ:
fontes: https://t.co/0t3nJNxUG7 https://t.co/IclMTCnOh1
RT @BarbastellaJ:
RT @BarbastellaJ:
RT @BarbastellaJ:
RT @BarbastellaJ:
The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/1oHH3YYUNL
RT @therealmfj: Thanks to lead author Tim Reitbergen and senior author @Nancy_Bat for inviting me to be a part of this project. If you want…
RT @therealmfj: Thanks to lead author Tim Reitbergen and senior author @Nancy_Bat for inviting me to be a part of this project. If you want…
The oldest known bat skeletons and their implications for Eocene chiropteran diversification | PlosOne https://t.co/L3qROsLWcg
RT @therealmfj: Thanks to lead author Tim Reitbergen and senior author @Nancy_Bat for inviting me to be a part of this project. If you want…
Thanks to lead author Tim Reitbergen and senior author @Nancy_Bat for inviting me to be a part of this project. If you want to know more about I. gunnelli, check out our open access paper below. #FossilFriday 10/10 https://t.co/wAqstrlVaY
RT @KlausRiede: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/4ZRGV90…
RT @VincentReneleau: Il s'agit d'une nouvelle espèce : Icaronycteris gunnelli, découverte au sein de la Green River formation. A lire dans…
RT @KlausRiede: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/4ZRGV90…
#PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/4ZRGV90cYj - seems to be the top #fossilfriday item!
RT @VincentReneleau: Il s'agit d'une nouvelle espèce : Icaronycteris gunnelli, découverte au sein de la Green River formation. A lire dans…
RT @sci_questions: The oldest known bat skeletons and their implications for Eocene chiropteran diversification. @Nancy_Bat and colleague…
RT @VincentReneleau: Il s'agit d'une nouvelle espèce : Icaronycteris gunnelli, découverte au sein de la Green River formation. A lire dans…
Il s'agit d'une nouvelle espèce : Icaronycteris gunnelli, découverte au sein de la Green River formation. A lire dans Plos one https://t.co/5uhJeIz7o1
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
In a recent @Naturalis_Sci-led study published in the journal @PLOSONE, researchers have described a new species of #bat from the Green River Formation of Wyoming. https://t.co/SonsbWmrHc
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @bio_sonar: イカロニクテリス属新種! 最古のコウモリがオニコニクテリスじゃなくなりましたね。 https://t.co/K7Eobyan93
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
https://t.co/NmV4BziARR
RT @TomHoltzPaleo: #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJ…
#PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/6nxJyI1tkt
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
נמצא מאובן העטלף העתיק בעולם, בן כ-52 מיליון שנים, בגרין ריבר, וויומינג, ארה"ב. המאובן מספק תמיכה נוספת עבור השערה של התפזרות מהירה של עטלפים על פני מספר יבשות בתקופה זו. למאמר: https://t.co/9VTsFG1S1j https://t.co/yHHwjId0sw
RT @bio_sonar: イカロニクテリス属新種! 最古のコウモリがオニコニクテリスじゃなくなりましたね。 https://t.co/K7Eobyan93
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @bio_sonar: イカロニクテリス属新種! 最古のコウモリがオニコニクテリスじゃなくなりましたね。 https://t.co/K7Eobyan93
RT @bio_sonar: イカロニクテリス属新種! 最古のコウモリがオニコニクテリスじゃなくなりましたね。 https://t.co/K7Eobyan93
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @bio_sonar: イカロニクテリス属新種! 最古のコウモリがオニコニクテリスじゃなくなりましたね。 https://t.co/K7Eobyan93
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @physorg_com: Oldest bat skeletons ever found described from Wyoming fossils @PLOSONE https://t.co/DqnDL5yrFa https://t.co/jNtEYGKoRO
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @therealmfj: I'll try to do a more thorough breakdown of the paper soon, but until then check out Jay's article or the open-access publi…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @pantheo27705718: 米ワイオミング州、始新世前期の地層から既知最古のコウモリ新種 Icaronycteris属の新種 I. gunnelli 旧大陸のコウモリとは系統が異なり、始新世前期に複数の大陸でコウモリが急速に放散した仮説をさらに支持するそうです 論…
RT @sharafalsofiani: كشف باحثون عن هيكلين عظميين من الخفافيش يبلغان من العمر 52 مليون عام تم اكتشافهما في وايومنغ الامريكية، وهما الأقدم عل…
Given how patchy the bat fossil record is, the specimens here are huge in understanding early, early bat evolution. #PLOSONE: The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/Hk1CR6nVL6
The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/k6CdkXeXOw https://t.co/j4bUpFPdml
The oldest known bat skeletons and their implications for Eocene chiropteran diversification | PLOS ONE https://t.co/ncTzOxjXqR
(1) Publicação do estudo: Rietbergen et al. (2023). The oldest known bat skeletons and their implications for Eocene chiropteran diversification. PLoS ONE 18(4): e0283505. https://t.co/OZInyf3W8n
The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/mclgu2khxK
The oldest known bat skeletons and their implications for Eocene chiropteran diversification. @Nancy_Bat and colleagues.
The oldest known bat skeletons and their implications for Eocene chiropteran diversification https://t.co/cXHbgJeLC7