Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera).: Social discussions and analytics

A prehistoric bat fossil! Onychonycteris #FossilFriday #bat #prehistoric

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Jackson Wheat

@JacksonWheat1 · X

Like what do you mean? Bats are one of the closest living relatives of shrews, and their differences are matters of degree, not type. https://t.co/rSfYYN8OO0

Apr 21, 2024 · 11 likes · 2,837 followers View post →

Jackson Wheat

@JacksonWheat1 · X

@ICRscience https://t.co/Xt913J0aQh

Aug 16, 2022 · 2,837 followers View post →

Jackson Wheat

@JacksonWheat1 · X

@BeejPrice Then you’ll love this: https://t.co/Xt913J0aQh

Jan 28, 2022 · 1 like · 2,837 followers View post →

Endling Ember

@EndlingEmber · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 670 followers View post →

Nathan Muchhala

@Muchhala_Lab · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 818 followers View post →

むさしの化石塾

@musasino_fossil · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 915 followers View post →

FossilFlex™

@FossilFlex · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 338 followers View post →

Brandi Christiano, Ph.D

@BMChristiano · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 99 followers View post →

BOUDICCA

@BOUDICC88003310 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 990 followers View post →

Vanessa Lighton

@UrbanWitch9 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 423 followers View post →

Diego J. Lizcano

@dlizcano · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 1,766 followers View post →

Chris Stringer

@ChrisStringer65 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 29,817 followers View post →

Thubandactylus. L'Ignito Nefario.

@Thuban_Isesi · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 741 followers View post →

Richard_Carr

@EmuLarge · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 1,851 followers View post →

Yuri Kimura

@micropaleov · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 4,733 followers View post →

Eloy Manzanero

@EloyManzanero · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 1,033 followers View post →

Lizzie Platt

@HenlakeBats · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 4,023 followers View post →

angel alvarado

@punkemonalvarad · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 45 followers View post →

Fiona Mathews

@MathewsFiona · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 6,842 followers View post →

Exeter Fly Lab

@FLyLabEx · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 306 followers View post →

Captain |

@Lady_Noremon · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 1,323 followers View post →

Bat Conservation Trust

@_BCT_ · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Dec 17, 2021 · 34 shares · 52,632 followers View post →

Royal Society Publishing

@RSocPublishing · X

Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/d6w9IpQ99V | Happy #FossilFriday from #BiologyLetters https://t.co/gtKrEGsNyB

Dec 17, 2021 · 97 likes · 34 shares · 38,702 followers View post →

Holly Knocker

@KnockerHolly · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Nov 5, 2021 · 8 shares · 682 followers View post →

Jason Gilchrist

@jgilchrist13 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Nov 5, 2021 · 8 shares · 2,677 followers View post →

Save Redland Library

@SaveRedlandLibr · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Nov 5, 2021 · 8 shares · 5,056 followers View post →

Prof Sophie Scott CBE

@sophiescott · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/…

Nov 5, 2021 · 8 shares · 26,270 followers View post →

Royal Society Publishing

@RSocPublishing · X

Evolution of the handwing may have been a key transition that allowed bats to go from gliding to flapping https://t.co/d6w9IpQ99V | Happy #FossilFriday from #BiologyLetters #evolution https://t.co/a5iMZYYzhj

Nov 5, 2021 · 11 likes · 8 shares · 38,702 followers View post →

Nesslig201

@Nesslig201 · X

@TetZoo @DustinGrowick @TomHoltzPaleo I helped writing the script for this video https://t.co/ybKvrz9a5A

Jun 5, 2021 · 1 like · 104 followers View post →

Recognized female by federal and state government

@PurpleWOrange · X

Bats in all their diversity make up 20% of mammalian species. https://t.co/NhI05H0tam

Jan 17, 2021 · 2,217 followers View post →

GonnaGoForIt (GonnaGoForIt.bsky.social)

@YTGGFI · X

Christmas in January? Must be, when you get @JacksonWheat1 AND @QabalaZombo in one video! Just one thing. I missed how we need to cook bats before consumption. I take it that's gonna be in the next video?

Jan 15, 2021 · 1 like · 1,463 followers View post →

Danny Rojas

@danny_cu · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/16kTw1ZMaN

May 21, 2019 · 2 likes · 688 followers View post →

bibi

@eusoubianca · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 29, 2019 · 5 shares · 286 followers View post →

Robyn Grant

@RobynAnneGrant · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 29, 2019 · 5 shares · 1,013 followers View post →

Steve Portugal

@sjportugal1979 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 29, 2019 · 5 shares · 4,674 followers View post →

Cambridge BE group

@Camb_BEgroup · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 29, 2019 · 5 shares · 1,443 followers View post →

Royal Society Publishing

@RSocPublishing · X

Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d6w9IpQ99V | Happy #FossilFriday from #BiologyLetters https://t.co/3SRPxxCRnd

Mar 29, 2019 · 6 likes · 5 shares · 38,702 followers View post →

Ernesto Ruelas

@ruie680506 · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/8aNFxkvzrg

Mar 26, 2019 · 1 like · 155 followers View post →

Asociación Mexicana de Mastozoología AC

@AMMACMamMex · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 978 followers View post →

Miya Doniparthi

@MDoniparthi · X

Extant bats diversified rapidly, but evidence from the primitive Onychonycteris shows characteristics that bat wings were previously used for gliding rather than flapping. The lack of a hindwing may contribute to its ability to glide. #MUevolution19 https://t.co/RX7n0ZoqE8

Mar 26, 2019 · 1 like · 1 followers View post →

NiHiListiC....

@sunnykoul8 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 355 followers View post →

Baheerathan M

@BaheerathanM · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 992 followers View post →

Baheerathan M

@BaheerathanM · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/niQobpqZjA

Mar 26, 2019 · 2 likes · 992 followers View post →

Miguel E. Rodriguez-Posada

@MiguelERodrigu6 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 758 followers View post →

Journal of Bat Research & Conservation

@BarbastellaJ · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 4,551 followers View post →

Bat Conservation Trust

@_BCT_ · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 52,632 followers View post →

H Stiles

@HStiles1 · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 26, 2019 · 7 shares · 351 followers View post →

Royal Society Publishing

@RSocPublishing · X

Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d6w9IpQ99V | #BiologyLetters https://t.co/mCk7LasYlb

Mar 26, 2019 · 15 likes · 7 shares · 38,702 followers View post →

CrystalGirl1991

@CrystalGirl1991 · X

RT @RSocPublishing: How early bats got their flap https://t.co/d6w9IpQ99V in #BiologyLetters| It's #FossilFriday https://t.co/qpWVoJDXsR

Mar 23, 2019 · 6 shares · 376 followers View post →

Dan Riskin

@riskindan · X

RT @RSocPublishing: How early bats got their flap https://t.co/d6w9IpQ99V in #BiologyLetters| It's #FossilFriday https://t.co/qpWVoJDXsR

Mar 22, 2019 · 6 shares · 11,704 followers View post →

Steve Portugal

@sjportugal1979 · X

RT @RSocPublishing: How early bats got their flap https://t.co/d6w9IpQ99V in #BiologyLetters| It's #FossilFriday https://t.co/qpWVoJDXsR

Mar 22, 2019 · 6 shares · 4,674 followers View post →

Dr. Hanneke Farstad Meijer

@DrHanneke · X

RT @RSocPublishing: How early bats got their flap https://t.co/d6w9IpQ99V in #BiologyLetters| It's #FossilFriday https://t.co/qpWVoJDXsR

Mar 22, 2019 · 6 shares · 2,702 followers View post →

Royal Society Publishing

@RSocPublishing · X

How early bats got their flap https://t.co/d6w9IpQ99V in #BiologyLetters| It's #FossilFriday https://t.co/qpWVoJDXsR

Mar 22, 2019 · 3 likes · 6 shares · 38,702 followers View post →

Baheerathan M

@BaheerathanM · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/LWcKMNyVw5

Mar 20, 2019 · 1 like · 992 followers View post →

Earonn

@EaronnScot · X

RT @RSocPublishing: Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d…

Mar 19, 2019 · 2 shares · 1,828 followers View post →

Lizzie Platt

@HenlakeBats · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/lfnuYPy6M4

Mar 19, 2019 · 1 like · 4,023 followers View post →

Royal Society Publishing

@RSocPublishing · X

Evolution of the handwing may have been a key transition in allowing bats to go from gliding to flapping https://t.co/d6w9IpQ99V | #BiologyLetters https://t.co/Ijgv4cJedB

Mar 19, 2019 · 11 likes · 2 shares · 38,702 followers View post →

Journal of Bat Research & Conservation

@BarbastellaJ · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi(Mammalia: Chiroptera) https://t.co/Ydama6YJJu

Mar 19, 2019 · 1 like · 4,551 followers View post →

輝龍(ﾌｧｲﾛﾝ)(ﾌﾟﾘｷｭｱｦﾀｸ

@43MeDViejvemuMg · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 15, 2019 · 5 shares · 165 followers View post →

インペリアルコンボイ

@RYOTAHAGA · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 15, 2019 · 5 shares · 4,035 followers View post →

ドリベンタス

@dreventus · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 14, 2019 · 5 shares · 748 followers View post →

冠龍諸々を執筆中

@Guanlong_wucaii · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 14, 2019 · 5 shares · 2,160 followers View post →

Asa

@Asa_dinoclub414 · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 14, 2019 · 5 shares · 5,403 followers View post →

とよけらとぷす

@rex_toyo · X

RT @uranus_2: 手翼を追加すると、アスペクト比が増加し、翼への負荷が低下する。コウモリが滑空形態から羽ばたくように変化したのは、遺伝に媒介される発達的変化によって手翼が進化したことと無縁ではない。Aerodynamic reconstruction of the p…

Mar 14, 2019 · 3 shares · 2,151 followers View post →

山本聖士/恐竜復元教/恐竜異説読も♡

@yamamotoyama555 · X

RT @uranus_2: 完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic recons…

Mar 14, 2019 · 5 shares · 8,399 followers View post →

始祖鳥堂まふ（推し活用アカウント）

@M_A_F_ · X

RT @uranus_2: 手翼を追加すると、アスペクト比が増加し、翼への負荷が低下する。コウモリが滑空形態から羽ばたくように変化したのは、遺伝に媒介される発達的変化によって手翼が進化したことと無縁ではない。Aerodynamic reconstruction of the p…

Mar 14, 2019 · 3 shares · 2,068 followers View post →

Zoe Lee

@ZoeLeeIOZ · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera). https://t.co/KKbTOu01Qi https://t.co/pkUJf8xQUu

Mar 14, 2019 · 7 followers View post →

Harano T

@tharano34 · X

RT @uranus_2: 手翼を追加すると、アスペクト比が増加し、翼への負荷が低下する。コウモリが滑空形態から羽ばたくように変化したのは、遺伝に媒介される発達的変化によって手翼が進化したことと無縁ではない。Aerodynamic reconstruction of the p…

Mar 14, 2019 · 3 shares · 959 followers View post →

マーキュリー２世

@uranus_2 · X

手翼を追加すると、アスペクト比が増加し、翼への負荷が低下する。コウモリが滑空形態から羽ばたくように変化したのは、遺伝に媒介される発達的変化によって手翼が進化したことと無縁ではない。Aerodynamic reconstruction of the primitive fossil… https://t.co/2HzOQ82o3J https://t.co/GOsgNHKwfx

Mar 13, 2019 · 7 likes · 3 shares · 5,523 followers View post →

マーキュリー２世

@uranus_2 · X

完全骨格が発掘された、これまでで最古のコウモリ、オニコニクテリス・フィネイは飛ぶための翼も原始的で、現存するどのコウモリよりも空力効率が低かったと推察される。手の翼がなければ、現存の滑空哺乳類と似た翼型をしている。Aerodynamic reconstruction of the…https://t.co/2HzOQ82o3J

Mar 13, 2019 · 10 likes · 5 shares · 5,523 followers View post →

Dr Ross Barnett

@DeepFriedDNA · X

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera) | Biology Letters https://t.co/sM5pVpdUlC

Mar 13, 2019 · 2 likes · 1 share · 6,563 followers View post →

Aerodynamic reconstruction of the primitive fossil bat Onychonycteris finneyi (Mammalia: Chiroptera).

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A prehistoric bat fossil! Onychonycteris #FossilFriday #bat #prehistoric

Unveiling the Origins of Early Bats in Asia

Understanding Bat Evolution and Adaptations

Global South Bats Advent