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Examples include references to new research papers and scientific explanations such as 'Check out our new paper on thalattosuchian sinus evolution' and mentions of how large skull sinuses prevented deep diving, showing genuine interest and deep engagement with the scientific content. The tone is informative and enthusiastic, emphasizing the evolutionary significance of the findings.
Most discussions support the finding that skull sinuses impacted the diving abilities of these extinct crocodile relatives.
The discussions are quite engaged, especially with mentions of scientific papers and detailed explanations of sinus evolution.
Participants reference specific research articles and discuss evolutionary implications, indicating active involvement.
The discussions highlight the significance of these findings for understanding evolutionary adaptations, though it is primarily of academic interest.
In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big skull sinuses, which kept them from becoming ace divers.
Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of one my favorite anatomical systems—air sinuses—in extinct marine thalattosuchian crocs!
Check out our new paper on thalattosuchian sinus evolution!!!
タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https://t.co/5X03W7pylf ニュース https://t.co/RZb7Go5OAM
Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea | Royal Society Open Science https://t.co/TtnbtCs3K5
#RSOS in @independent | Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea: https://t.co/sLHHmZVJGR https://t.co/YnwjKsmJ11
This episode examines how extinct crocodile relatives evolved skull sinuses similar to cetaceans but with unexpected expansion of snout sinuses, likely for salt gland drainage, indicating differences in adaptation paths…
This study describes new fossil discoveries from the Hell Creek Formation, expanding our understanding of enantiornithine bird diversity in the Late Cretaceous. It highlights the presence of two new avisaurid species…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
#RSOS in @BBCNews | Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea: https://t.co/hmWBZ8U2XM https://t.co/stEw0oDFDH
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
Between all the doom and gloom, just gonna throw something out that made me chuckle today. Recently a paper released, that actually calculated the Infinite Monkey Theorem: youtu.be/3a-xZz72Wn0?... (And some other fun stuff, if you're into science)
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @RSocPublishing: #RSOS in @independent | Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they tra…
RT @RSocPublishing: #RSOS in @independent | Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they tra…
#RSOS in @independent | Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea: https://t.co/sLHHmZVJGR https://t.co/YnwjKsmJ11
ARTÍCULO REFERENCIA (acceso abierto) Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea https://t.co/stXZPasuIH vía @RSocPublishing
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea | Royal Society Open Science https://t.co/whg40Rxzvr
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @Julia__Schwab: Check out our new paper on thalattosuchian sinus evolution!!!
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
Check out our new paper on thalattosuchian sinus evolution!!!
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea | Royal Society Open Science https://t.co/wR4mHjSXSa
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
RT @WitmerLab: Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of…
Happy #Croctober! Glad to be a part of this #OA article led by @DrMarkYoung, @Julia__Schwab & @SteveBrusatte on evolution of one my favorite anatomical systems—air sinuses—in extinct marine thalattosuchian crocs!
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @TomHoltzPaleo: Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to se…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned from land to sea | Royal Society Open Science https://t.co/TtnbtCs3K5
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @SteveBrusatte: In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big…
In the Jurassic, some crocodile relatives became full-time ocean dwellers, like whales. But unlike whales, they had big skull sinuses, which kept them from becoming ace divers.
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
RT @pantheo27705718: タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https:/…
タラットスクス類は進化しても副鼻腔が小さくならず、クジラのように深海に潜るのを妨げた 水生化が進むと頭蓋洞は縮小したが、塩腺の役割を持っていたかもしれない副鼻腔は退縮せず、深海の圧力に耐えられなかったとのこと 論文フリー https://t.co/5X03W7pylf ニュース https://t.co/RZb7Go5OAM
(1987). Orléan, A., Pour une approche cognitive des conventions économiques, Revue Economique 40 (2), 241-272 (1989) ... 180538, (http://dx.doi.org/10.1098/rsos.
https://doi.org/10.1098/rsos.161065. Cole, J., Crowle, S., Austwick, G ... Bulletin De La Societe Vaudoise Des Sciences Naturelles, 37, 241–272. Jaffe ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGbNMlleHRuA2FlbQIxMAAB HQaFqUu32P94pIWvND9kTgAAdNa19k43AakTXN99 ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGbNMlleHRuA2FlbQIxMAAB HQaFqUu32P94pIWvND9kTgAAdNa19k43AakTXN99 ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
... 241272 [cetaceans discussed within] open access: https://royalsocietypublishing.org/doi/10.1098/rsos.241272 During major evolutionary ...
Royal Society Open Science, 2024; 11 (10) DOI: 10.1098/rsos.241272. Cite This Page: MLA; APA; Chicago. University of Southampton. "Sinuses ...
10.1098/rsos.241272. Article Title. Skull sinuses precluded extinct crocodile relatives from cetacean-style deep diving as they transitioned ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
11: 241272 [cetaceans discussed within] open access: https://royalsocietypublishing. org/doi/10.1098/rsos.241272 During major evolutionary ...
https://royalsocietypublishing.org/doi/10.1098/rsos. 241272?fbclid=IwY2xjawGQBoVleHRuA2FlbQIxMQA BHSakEMmYj0z5x6S_GDWRukr5QE03azBYo_oB8uO ...
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