A morphological basis for path-dependent evolution of visual systems.

Rebecca M Varney, Daniel I Speiser, Johanna T Cannon, Morris A Aguilar, Douglas J Eernisse, Todd H Oakley

March 2024 Science

Synopsis of Social media discussions

Discussions include references to the unique evolutionary pathways observed in chitons, with examples cited about their distinct visual systems emerging in different species. Phrases like 'rewinding life's evolutionary tape' and 'fascinated us' illustrate an engaging tone and reflect the excitement surrounding the implications of the article on evolution, showing strong interest in its scientific contribution.

A
Agreement
 Moderate agreement

The majority of discussions express support for the findings presented in the publication, indicating a general consensus around the topic.

I
Interest
 High level of interest

Many users show a high level of curiosity, with several posts highlighting their intentions to delve deeper into the publication's content.

E
Engagement
 Moderate level of engagement

While some posts discuss specific aspects of the research, others hint at deeper engagement but mostly remain at a surface level of detail.

I
Impact
 High level of impact

Users perceive the study as having significant implications for understanding evolution, especially since it reveals the complexities and limitations that shape visual systems.

Social Mentions

YouTube

2 Videos

Bluesky

1 Posts

Twitter

100 Posts

Blogs

5 Articles

News

44 Articles

Metrics

Video Views

377,561

Total Likes

11,400

Extended Reach

728,258

Social Features

152

Timeline: Posts about article

Top Social Media Posts

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  • István Fodor
    @fodor_i (Twitter)

    Hmm https://t.co/IpVtRyUUri
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    March 31, 2024

  • Arief
    @coelacanthuss (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 27, 2024

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  • Lund Vision Group
    @LundVision (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    March 18, 2024

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  • * Checks Notes, Shakes Head *
    @balicea1 (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 16, 2024

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  • Emily Lau, PhD
    @chipotlau (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    March 16, 2024

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  • Erik Svensson
    @EvolOdonata (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 16, 2024

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  • Joe Kelly
    @Joe_B_Kelly (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Amartya Tashi Mitra
    @binturong98 (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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  • Michael Goard
    @GoardMichael (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 15, 2024

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  • GMNH Zoology
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    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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  • Tristan A F Long
    @thelonglab (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    @hssn_20 (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 15, 2024

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  • Nicolás Mongiardino Koch
    @phyloprog (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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  • Tim Fallon, PhD
    @photocyte (Twitter)

    RT @UCSB_OakleyLab: I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Re…
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    March 15, 2024

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  • Todd Oakley
    @UCSB_OakleyLab (Twitter)

    I’ve been meaning to write an explainer-thread about our paper on Path Dependent Evolution of chiton visual systems. Rewinding life's evolutionary tape always fascinated us, which led our team down an unforgettable path with many critical junctions. https://t.co/ZW5qpZW55X
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  • Dr. Sara Thomasy (she/hers)
    @SaraThomasy (Twitter)

    RT @NEIDirector: From @ucsantabarbara: chitons (tiny mollusks related to squids, snails and scallops) evolved to grow two different types o…
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    March 14, 2024

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  • Todd Oakley
    @UCSB_OakleyLab (Twitter)

    RT @Rajee_Rajakumar:
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    March 14, 2024

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  • Todd Oakley
    @UCSB_OakleyLab (Twitter)

    RT @NEIDirector: From @ucsantabarbara: chitons (tiny mollusks related to squids, snails and scallops) evolved to grow two different types o…
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    March 14, 2024

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  • Ruth P. she/her or they/them, your choice
    @universalruth (Twitter)

    RT @NEIDirector: From @ucsantabarbara: chitons (tiny mollusks related to squids, snails and scallops) evolved to grow two different types o…
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    March 14, 2024

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  • Michael F. Chiang, MD
    @NEIDirector (Twitter)

    From @ucsantabarbara: chitons (tiny mollusks related to squids, snails and scallops) evolved to grow two different types of eyes depending on their species. Interesting! @RebeccaMVarney @UCSB_OakleyLab @joie_cannon @Morris_Glr @ScienceMagazine: https://t.co/sttJwSPA0o https://t.co/JKQ9yZSQUp
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    @Sci_Chey (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Todd Oakley
    @UCSB_OakleyLab (Twitter)

    RT @mark_carnall: Chitons thought to have evolved visual systems four times through two different mechanisms. Eyespots in callochitonidans…
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  • Yinghui Wang
    @YinghuiWang233 (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Nizar Ibrahim, PhD
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    RT @UofSCBiology:
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    @damalichthys (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UofSCBiology:
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  • Mark Carnall
    @mark_carnall (Twitter)

    Chitons thought to have evolved visual systems four times through two different mechanisms. Eyespots in callochitonidans and chitoninan chitonids and shell eyes in acanthopleurinan and toniciinan chitonids and in the very cool, obscure, schizochitnids. https://t.co/Mv7zAA032m
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    RT @UofSCBiology:
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    RT @UofSCBiology:
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    RT @UofSCBiology:
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Dr. Billie J. Swalla
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Jun
    @ni075 (Twitter)

    RT @jyasuda1: 今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    @goto_ryu (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • * Checks Notes, Shakes Head *
    @balicea1 (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Nallely G. Ruiz Torres
    @KeaneNalle (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • とよけらとぷす
    @rex_toyo (Twitter)

    RT @jyasuda1: 今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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    @kmmuffett (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • kenji TOYOTA（豊田 賢治）
    @mijinkogani (Twitter)

    RT @jyasuda1: 今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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  • Yasuyuki Hashiguchi
    @hashiyuki0909 (Twitter)

    RT @jyasuda1: 今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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  • Hugo A. Benítez
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    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • Masa-aki Yoshida
    @yoshidamasaaki (Twitter)

    RT @jyasuda1: 今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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    March 1, 2024

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  • Ｊｕｎ　Ｙａｓｕｄａ
    @jyasuda1 (Twitter)

    今週のscience誌に、ヒザラガイ系の2種類の光感覚器（殻眼か眼点か）の進化の分岐点が殻や神経系の構築によって決定されているという、収斂進化などの機構の説明になるような論文が出ているようだ。 https://t.co/0HqPO7D8AE
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    March 1, 2024

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    @ceri_weber (Twitter)

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  • Isabel Almudi also @isabelalmudi.bsky.social
    @IsabelAlmudi (Twitter)

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    March 1, 2024

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  • Abigail Cahill
    @aecahill (Twitter)

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  • Richard_Carr
    @EmuLarge (Twitter)

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  • Orit Peleg
    @oritpeleg (Twitter)

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  • Thomas Near
    @TJNear (Twitter)

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  • Gareth Fraser
    @garethjfraser (Twitter)

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  • /ɹɑb/
    @RobertBorland7 (Twitter)

    RT @UCSB_OakleyLab: It was a loonnnnnng time coming but our paper on path dependent evolution of visual systems is out in Science! @Rebecca…
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  • John McCormack
    @LAevolving (Twitter)

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  • Alexa Sadier
    @aigverte (Twitter)

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  • Sciences
    @sciences.skyfleet.blue (Bluesky)

    A morphological basis for path-dependent evolution of visual systems
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    February 29, 2024

  • bioRxiv Evobio
    @biorxiv_evobio (Twitter)

    A morphological basis for path dependent evolution of visual systems https://t.co/WzUkwCPmPY #biorxiv_evobio
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    December 20, 2022

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  • bioRxiv
    @biorxivpreprint (Twitter)

    A morphological basis for path dependent evolution of visual systems https://t.co/CqsiCVZYrX #bioRxiv
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    December 20, 2022

Abstract Synopsis

  • Path dependence in evolution refers to how past events limit future developments, influencing the predictability of macroevolutionary outcomes.
  • In chitons, researchers found two distinct types of visual systems evolved independently, showing that evolution can be rapid but constrained by earlier adaptations.
  • The number of nerve openings in a chiton's shell plates determines the complexity of its visual system, leading to outcomes that are both influenced by chance and restricted by previous evolutionary paths.