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Several posts highlight the connection between Hupehsuchus and modern filter-feeding whales, such as discussions mentioning the 'soft-tissue derived filtration apparatus' that suggests an evolutionary adaptation. Phrases like 'very cool specimen' show enthusiasm, while comments questioning the presence of a filtration apparatus suggest a nuanced dialogue, indicating varying levels of acceptance and scrutiny within the discussions.
The majority of discussions reflect a supportive perspective towards the findings of the publication, though a few skeptics question the conclusions.
There's considerable curiosity about the evolutionary significance of Hupehsuchus and its similarities to baleen whales.
Some contributors engage deeply with the research, discussing specifics like the filtration apparatus and the implications for understanding early marine ecosystems.
While many participants recognize the publication's relevance, a few express skepticism about the claims, leading to a more cautious view of its overall impact.
First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t.co/3MLCXDNL18 Artwork by Shunyi Shu https://t.co/PeatrzWeFC
Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma trouvé en
Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales. BMC Ecol Evo23, 36 (2023). https://t.co/dcxLGUlT43
フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
Actually, it was a ichthyosauromorph, a relative of Ichthyosaurus and Shonisaurus. this recon is based on the newly published paper- Hupeh was a very early filter feeding tetrapod, and maybe it had a baleen like a baleen whale! https://t.co/gNsDwE90ov
The paper is a fun read and it's open access! https://bmcecolevol.biomedcentral.com/articles/10.1186/s12862-023-02143-9 Here's an old commission from @blackmudpuppy.bsky.social of the star of our show. Thanks for reading!
The Triassic Period was marked by diverse and bizarre creatures, including the intriguing marine reptile Hupehsuchus. This video delves into the evolutionary traits that enabled it to effectively filter feed, showcasing…
This video examines the cranial similarities between the Early Triassic marine reptile Hupehsuchus and modern baleen whales, highlighting key morphological traits that facilitated effective filter feeding. Discover how…
This video reviews recent findings on the cranial similarities between the Early Triassic marine reptile Hupehsuchus and modern baleen whales. It highlights morphological traits suggesting convergent evolution in…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @darius_nau: @ICMWriter There’s also the matter of it being very likely that Hupehsuchians, the sister clade of ichthyosaurs, were filte…
RT @darius_nau: @ICMWriter There’s also the matter of it being very likely that Hupehsuchians, the sister clade of ichthyosaurs, were filte…
@ICMWriter There’s also the matter of it being very likely that Hupehsuchians, the sister clade of ichthyosaurs, were filter-feeders, and that they probably had some kind of soft-tissue derived filtration apparatus, similar to baleen. https://t.co/tVjXbtQHkx
An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, according to an analysis of two newly discovered specimens in #BMCEcolEvol. To learn more, visit: https://t.co/WGdiL0SV0T https://t.co/f1UrkyLV1A
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
El paper: https://t.co/skdWW7t7Ht
למחקר המקורי (באנגלית): https://t.co/usJzPlqP5U
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales | BMC Ecology and Evolution https://t.co/OtFpJ0hGJT
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @BioMedCentral: An ancient marine reptile found in China may have been a filter feeder like a modern bowhead or right whale, according t…
First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t.co/d78lU1roJc
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @pantheo27705718: フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
フーペイスクスのことですね 中国の研究者、湖北省で恐竜と同時代の最古のろ過摂食海生爬虫類化石を発見 論文 https://t.co/UvjVoA9nR0 #ldnews https://t.co/KmtUByhPTA
RT @BioMedCentral: An ancient marine reptile found in China may have been a filter feeder like a modern bowhead or right whale, according t…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
An ancient marine reptile found in China may have been a filter feeder like a modern bowhead or right whale, according to an analysis of the skulls from two newly discovered specimens, published in BMC Ecology and Evolution. https://t.co/sZtc0EX9Of https://t.co/hdsDOuMgpt
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
RT @PaleontologieFr: Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma…
Le mode d'alimentation par filtrage des baleines existait bien avant elles : #Hupehsuchus, un reptile marin de 250 Ma trouvé en
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
The paper is a fun read and it's open access! https://bmcecolevol.biomedcentral.com/articles/10.1186/s12862-023-02143-9 Here's an old commission from @blackmudpuppy.bsky.social of the star of our show. Thanks for reading!
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @oanus: みてた：https://t.co/c0jYjS0RP8
みてた：https://t.co/c0jYjS0RP8
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
WOW EVERYONE!!! A filter-feeding ichthyosaur has just been described!!!! https://t.co/HiXWWtD1ei
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
ARTÍCULO REFERENCIA (acceso abierto) First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t.co/IfQlizH0SS vía #BMCEcology
RT @Tupandactyl: Actually, it was a ichthyosauromorph, a relative of Ichthyosaurus and Shonisaurus. this recon is based on the newly publi…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @Tupandactyl: Actually, it was a ichthyosauromorph, a relative of Ichthyosaurus and Shonisaurus. this recon is based on the newly publi…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @kbts_sci: 中国湖北省で化石が見つかった2億4千万年前の三畳紀の海生爬虫類が、現代のクジラの仲間と同じように、歯の代わりに生えた「ヒゲ」状の器官で小魚やプランクトンを濾過摂食していた可能性。異なる生物で類似の進化が起こる「収斂進化」で、巨体には理にかなっていたら…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Tupandactyl: Actually, it was a ichthyosauromorph, a relative of Ichthyosaurus and Shonisaurus. this recon is based on the newly publi…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
Actually, it was a ichthyosauromorph, a relative of Ichthyosaurus and Shonisaurus. this recon is based on the newly published paper- Hupeh was a very early filter feeding tetrapod, and maybe it had a baleen like a baleen whale! https://t.co/gNsDwE90ov
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
Primeira alimentação por filtro no Triássico Inferior: convergência morfológica craniana entre Hupehsuchus e baleias de barbatanas https://t.co/HFlYCt2uvr #Paleontologypaper https://t.co/JVNTnXfvpp
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @BMC_series: An ancient marine reptile - Hupehsuchus nanchangensis -may have been a filter feeder similar to a modern baleen whales, acc…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
This is a very cool specimen, but I am skeptical of the claim that it is a filter-feeder without the filtration apparatus https://bmcecolevol.biomedcentral.com/articles/10.1186/s12862-023-02143-9
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @TomHoltzPaleo: Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence betwee…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
Fang, ZC., Li, JL., Yan, CB. et al. First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales. BMC Ecol Evo23, 36 (2023). https://t.co/dcxLGUlT43
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
RT @Dinoh555: First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t…
First filter feeding in the Early Triassic: cranial morphological convergence between Hupehsuchus and baleen whales https://t.co/3MLCXDNL18 Artwork by Shunyi Shu https://t.co/PeatrzWeFC