PubHawk
May 2017 PMID 28539520

Independent evolution of baleen whale gigantism linked to Plio-Pleistocene ocean dynamics.

Graham J Slater, Jeremy A Goldbogen, Nicholas D Pyenson

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Mentions

289
Peak: 15 in Mar 2020
across 5 sources since May 2019

Extended reach

1,601,757
potential audience

Total likes

37,242

Video views

1,290,980

Mentions per month

May 2019 – Jul 2024

Where it's discussed

  • News215 articles
  • X / Twitter32 posts
  • Blogs24 articles
  • Facebook14 posts
  • YouTube4 videos

AI synopsis

What people are saying

The overall discussions reveal a high level of interest and technical engagement, with posts exploring topics such as the independent evolution of whale gigantism, the influence of ocean nutrient dynamics, and climate implications. Words like 'interesting', 'explains', and mentions of fossil records and ecological factors indicate a tone of curiosity and scholarly engagement, suggesting that the publication sparks thoughtful scientific discussions among the community.

AgreementModerate agreement

Many discussions express support or interest in the article's findings, with some emphasizing the significance of ocean dynamics in whale gigantism. For example, posts mentioning 'interesting reasons' or 'how whales can help us understand climate effects'

InterestHigh interest

Posts show high interest, with numerous references to the evolution of whales, ocean nutrient cycles, and climate implications, indicating curiosity about the broader ecological and evolutionary contexts.

EngagementHigh engagement

Several discussions delve into technical aspects like the independent evolution of gigantism, fossil records, and the role of ocean dynamics, reflecting a deep engagement with the scientific content.

ImpactModerate impact

While some posts highlight the importance of whales in climate understanding and evolution, the overall emphasis is more on curiosity and technical discussion than on asserting immediate significant societal impact.

Abstract in brief

  • Mysticeti, or baleen whales, independently evolved enormous sizes during the PlioPleistocene epoch, driven by changes in ocean dynamics and ecological factors.
  • The study found a shift in the evolutionary pattern of body size in mysticetes from a random, non-directional process to one favoring larger sizes, coinciding with increased seasonal upwelling in oceans.
  • Enhanced prey availability due to wind-driven upwelling, rather than simply more resources, likely played a key role in enabling multiple whale lineages to evolve gigantism.]
Read the full abstract

Top posts

Most liked on X and Bluesky
É Weverton com W
@o_weverton · X

Referências (de acordo com a ABNT - Associação Brasileira de Normas do Twitter) [1] https://t.co/ip3wHwLjIN [2] https://t.co/hmRBSmMEG1 [3] https://t.co/npnuaZZTtx [4] https://t.co/EWQ5PMuZ4e [5] https://t.co/mMV2c3CUut [6] https://t.co/HuQjhTcm50 [7] https://t.co/Hw2CKRw4GM

May 23, 2019 · 100 likes · 1 share · 7,855 followers View post →
Meteoro BR
@meteoro_br · X

Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais podem nos ajudar? O vídeo de hoje está aí para isso. https://t.co/LtKUortPzH

Mar 19, 2020 · 82 likes · 13 shares · 192,385 followers View post →
É Weverton com W
@o_weverton · X

Pra fechar a trilogia de Cetáceos no @meteoro_br, a gente explica como baleias podem nos salvar! A gente também explica a diferença entre baleias e golfinhos, declama Mamonas Assassinas e chama o Ratinho pra fazer um teste de DNA. https://t.co/n6BO0OFlTQ https://t.co/uPKH1HdhRz

Mar 19, 2020 · 16 likes · 3 shares · 7,859 followers View post →
Pramod Madhav
@PramodMadhav6 · X

Fossil records suggests that early land walking ancestors of Whales originated from the Indo-Pak region.. Explained in detail..

Aug 24, 2021 · 5 likes · 5,512 followers View post →
Graham Slater
@grahamjslater · X

@SteveWang251 i think you have to define "big" as most marine animals that become filter / engulfment feeders start big relative to animals as a whole. In cetaceans though, bulk feeders start out relatively small and become giants late https://t.co/PcuqciZ8AJ

Dec 14, 2022 · 4 likes · 1,702 followers View post →
Contra o cidadão de bem
@Safadaceae · X

@JullieNogueira https://t.co/qIuojFySh7 https://t.co/nAoAwnDHT4 Esses dois vídeos são ótimos, tanto em termos técnicos, quanto em curiosidade. Pode não tirar todas as dúvidas, mas talvez seja interessante.

May 8, 2020 · 2 likes · 854 followers View post →

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Jamais Vu
@jimmyvooh · X

@Scholars_Stage There are interesting (speculative) reasons for this, explained here https://t.co/Vs3mEhDlPZ

Jul 24, 2024 · 225 followers View post →
Poleron_Naranja
@Poleron_Naranja · X

Que interesante este video, explíca como los océanos de polos tienen más nutrientes que los otros océanos y como esto afecta a los animales: https://t.co/ypCT7FeqCv

Jun 15, 2024 · 1 like · 1,399 followers View post →
Joaco
@Joaco_Danster · X

@jeeremy____ @InformaCosmos https://t.co/WFuqVui9W5 https://t.co/xxuMfcPCUb https://t.co/s4SvPO058n Algunos ejemplos de muchos.

Apr 17, 2023 · 85 followers View post →
Graham Slater
@grahamjslater · X

@SteveWang251 i think you have to define "big" as most marine animals that become filter / engulfment feeders start big relative to animals as a whole. In cetaceans though, bulk feeders start out relatively small and become giants late https://t.co/PcuqciZ8AJ

Dec 14, 2022 · 4 likes · 1,702 followers View post →
Bloop
@Wensen26240180 · X

Turns out gigantism evolved independently multiple times in right whales, bowhead whales, grey whales, humpbacks, various Balaenoptera, and even pygmy right whales. Yup, turns out the 'pygmy' right whale is a giant compared to its extinct relatives. (https://t.co/QPRJLGfDCo) https://t.co/2OVTE5cw9L

Mar 9, 2022 · 41 followers View post →
Pramod Madhav
@PramodMadhav6 · X

Fossil records suggests that early land walking ancestors of Whales originated from the Indo-Pak region.. Explained in detail..

Aug 24, 2021 · 5 likes · 5,512 followers View post →
Ciaran
@Ciaran2493 · X

@N88025680 @waitbutwhy If anyone else was surprised by the fact that cetaceans are mammals then this vid is a good starting point for a youtube dive. https://t.co/4c23duvhHQ

May 31, 2021 · 1 like · 33 followers View post →
angelseraphy.bsky.social
@AngelSeraphy_ · X

https://t.co/FW8GCnAUi4 Link for those interested

Jun 30, 2020 · 752 followers View post →
Yashas | ಯಶಸ್ ಬೆಂಗಳೂರು
@YashasLogician · X

Evolution of Whales https://t.co/waR2wKLMRJ

Jun 17, 2020 · 914 followers View post →
Contra o cidadão de bem
@Safadaceae · X

@JullieNogueira https://t.co/qIuojFySh7 https://t.co/nAoAwnDHT4 Esses dois vídeos são ótimos, tanto em termos técnicos, quanto em curiosidade. Pode não tirar todas as dúvidas, mas talvez seja interessante.

May 8, 2020 · 2 likes · 854 followers View post →
fabio paiva fagundes
@Fabiopf08Fabio · X

RT @o_weverton: Pra fechar a trilogia de Cetáceos no @meteoro_br, a gente explica como baleias podem nos salvar! A gente também explica a…

Apr 23, 2020 · 3 shares · 43,552 followers View post →
Luisa ᥫ᭡ˎˊ˗ ☆
@passouzunindo · X

RT @o_weverton: Pra fechar a trilogia de Cetáceos no @meteoro_br, a gente explica como baleias podem nos salvar! A gente também explica a…

Apr 23, 2020 · 3 shares · 947 followers View post →
rosarosaluxem
@rosarosaluxem · X

RT @o_weverton: Pra fechar a trilogia de Cetáceos no @meteoro_br, a gente explica como baleias podem nos salvar! A gente também explica a…

Apr 23, 2020 · 3 shares · 2,641 followers View post →
Omar #AnistiaNão
@OMARBATISTA · X

https://t.co/f9IisRIE2D

Apr 1, 2020 · 3,292 followers View post →
CleidySilva
@CleidySilva32 · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 29, 2020 · 13 shares · 25 followers View post →
Well ولرسون
@_ItsMeWell · X

https://t.co/WNiy0KDxPD

Mar 22, 2020 · 1,970 followers View post →
deus que me perdoe
@brahyuri · X

a vertigem que dá https://t.co/QwGvQKvsZx

Mar 21, 2020 · 2,504 followers View post →
Marcäo
@marcos_pmarques · X

Mar 21, 2020 · 9,382 followers View post →
É Weverton com W
@o_weverton · X

Pra fechar a trilogia de Cetáceos no @meteoro_br, a gente explica como baleias podem nos salvar! A gente também explica a diferença entre baleias e golfinhos, declama Mamonas Assassinas e chama o Ratinho pra fazer um teste de DNA. https://t.co/n6BO0OFlTQ https://t.co/uPKH1HdhRz

Mar 19, 2020 · 16 likes · 3 shares · 7,859 followers View post →
Gabriel Garcia
@canaldogabrielg · X

BALEIAS CONTRA AS MUDANÇAS CLIMÁTICAS #meteoro.doc https://t.co/j6FluSqJl2 via @YouTube

Mar 19, 2020 · 1 like · 350 followers View post →
É Weverton com W
@o_weverton · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 7,859 followers View post →
Ty Lue o Valdemiro 2.0 já foi DEMITIDO?
@ahkbar2 · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 140 followers View post →
só mais um ovo
@ovocomasas · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 14 followers View post →
Valéria Ferreira
@valeriagf · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 346 followers View post →
Lucas
@Esquilovysk · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 98 followers View post →
Adriana Amaral also @adriamaral@aoir.social
@adriaramaral · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 6,238 followers View post →
Ricardo A. Santos
@LionHeartRicard · X

RT @meteoro_br: Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais…

Mar 19, 2020 · 13 shares · 608 followers View post →
Meteoro BR
@meteoro_br · X

Os cetáceos podem ter um papel fundamental na compreensão dos efeitos do aquecimento global. Quer saber como esses animais podem nos ajudar? O vídeo de hoje está aí para isso. https://t.co/LtKUortPzH

Mar 19, 2020 · 82 likes · 13 shares · 192,385 followers View post →
OccuWorld
@OccuWorld · X

Video on the often left out second part of whale evolution https://t.co/PHrREelANA

Jun 3, 2019 · 8,759 followers View post →
Grant W. Graves
@GrantWGraves · X

(186) Whale Evolution and the Giant Oceanic Predators it Created - YouTube https://t.co/nicomzPyaO

Jun 2, 2019 · 1,722 followers View post →
É Weverton com W
@o_weverton · X

Referências (de acordo com a ABNT - Associação Brasileira de Normas do Twitter) [1] https://t.co/ip3wHwLjIN [2] https://t.co/hmRBSmMEG1 [3] https://t.co/npnuaZZTtx [4] https://t.co/EWQ5PMuZ4e [5] https://t.co/mMV2c3CUut [6] https://t.co/HuQjhTcm50 [7] https://t.co/Hw2CKRw4GM

May 23, 2019 · 100 likes · 1 share · 7,855 followers View post →
UChicago GeoSci
@GeoSci_UChicago · X

He was featured for a recent publication of his in @RSocPublishing , tracing the evolution of baleen whale gigantism through the Pleistocene. https://t.co/51H3wKQrh9

May 1, 2019 · 456 followers View post →