Synopsis of Social media discussions
Comments frequently cite the groundbreaking fossil discoveries and their relevance, such as the mention of the Yanliao Biota's exceptional feather preservation and the importance of Anchiornis. The tone combines admiration with curiosity, emphasizing the study's role in advancing paleontology and dinosaur behavioral understanding.
Agreement
Moderate agreementMost discussions express support or positive acknowledgment of the research, highlighting its significance.
Interest
High level of interestParticipants show high enthusiasm, often referencing the detailed findings and importance of feather preservation.
Engagement
Moderate level of engagementComments include reactions to fossil preservation techniques and implications for understanding dinosaur behavior, indicating active interest.
Impact
Moderate level of impactThe discussions suggest this research influences the field, with mentions of its revolutionary insights and potential to reshape ideas about dinosaur evolution.
Social Mentions
YouTube
3 Videos
3 Posts
16 Posts
Blogs
21 Articles
News
54 Articles
Metrics
Video Views
9,008
Total Likes
274
Extended Reach
43,677
Social Features
97
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
Reconstructing Ancient Animal Colors through Fossil Pigments Analysis
Palaeo colour studies focus on preserving and analyzing ancient pigments like melanin to reconstruct the original colors and patterns of long-dead organisms, providing insights into their ecology and behavior.
Revealing Dinosaur Colors and Camouflage Strategies
In 2010, studies identified the vibrant and diverse colors of dinosaurs like Anchiornis and Sinosauropteryx, showcasing red, black, white, and chestnut hues, with some exhibiting iridescent plumage similar to ravens. These discoveries shed light on dinosaur appearances and behaviors.
Understanding the Coloration of Sinosauropteryx in Diverse Habitats
This video explores the coloration patterns of the theropod dinosaur Sinosauropteryx, focusing on countershading and stripes. These patterns indicate adaptations to various habitats, enhancing our understanding of its ecological diversity during the Early Cretaceous period.
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@LefrancBruno2 @SamSoul213 À la bonne heure. https://t.co/c6OZgZ6l6w https://t.co/4TYr5hQLoE https://t.co/sZV3qrda0C https://t.co/dwzQIHONJ8 https://t.co/HPzD0YSWkj https://t.co/25P6Yt3ySB N'hésite pas utiliser Sci Hub pour accéder gratuitement aux études dont l'accès est payant, les chercheurs le
view full postJuly 7, 2025
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Matthew Shawkey
@mdshawkey (Twitter)From (respectively) https://t.co/0tVnGA28mK https://t.co/aj1J2h81bA https://t.co/DBMJvaOLoB
view full postApril 13, 2024
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Dr. Amelia R. Zietlow
@TyrantLzrdQueen (Twitter)@SebastianBArti1 https://t.co/9eGurIFDHB
view full postOctober 25, 2023
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Ronnie King
@kingrc1881 (Twitter)RT @FossilBonanza: The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their co…
view full postJuly 14, 2022
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Kris Cherita
@CheritaKris (Twitter)RT @FossilBonanza: The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their co…
view full postJuly 14, 2022
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Damien Verde
@Damien_Verde (Twitter)RT @FossilBonanza: The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their co…
view full postJuly 14, 2022
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@FrecklesXX20 (Twitter)RT @FossilBonanza: The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their co…
view full postJuly 14, 2022
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Nyx, a gravatinha da física
@Aksala_caramelo (Twitter)RT @FossilBonanza: The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their co…
view full postJuly 14, 2022
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Fossil Bonanza
@FossilBonanza (Twitter)The Yanliao Biota yields fossils with feathers preserved. This remarkable preservation allows us to reconstruct their color like this dinosaur, Anchiornis. https://t.co/gqzmUmRstf #YanliaoWeek #paleontology https://t.co/CsujksP7MO
view full postJuly 14, 2022
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Phytosauria International
@victorlr15 (Twitter)@ReisboyPhD @Dino_Busters @El_Pakozoico Pues el que fue más revolucionario y comenzó todo fue con Anchiornis "Li, Q., Gao, K. Q., Vinther, J., Shawkey, M. D., Clarke, J. A., D’alba, L., ... & Prum, R. O. (2010). Plumage color patterns of an extinct dinosaur. science, 327(5971), 1369-1372."
view full postApril 22, 2021
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Frank Vehafric
@fvehafric (Twitter)RT @EJR_Paleo: Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #Fo…
view full postJuly 7, 2019
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Brendan Takahashi (恐竜ブレンダン)
@DinosaurBrendan (Twitter)RT @EJR_Paleo: Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #Fo…
view full postJuly 5, 2019
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荒れクトロ
@gracilis_delta (Twitter)RT @EJR_Paleo: Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #Fo…
view full postJuly 4, 2019
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ガイス
@shitake_reverse (Twitter)RT @EJR_Paleo: Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #Fo…
view full postJuly 4, 2019
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Gill @ Chilling in My Favorite Void
@eeveeEnthusiast (Twitter)RT @EJR_Paleo: Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #Fo…
view full postJuly 4, 2019
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Evan Johnson-Ransom
@EJR_Paleo_MSc (Twitter)Anchiornis along with the paper “Plumage Color Patterns of an Extinct Dinosaur” at the Beijing Museum of Natural History #FossilFriday https://t.co/ui5DAdPyRf
view full postJuly 4, 2019
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Abstract Synopsis
- The study uses fossilized melanosomes to reconstruct the color patterns of a Jurassic dinosaur, revealing that its body was gray and dark, with distinctive rufous and black speckles on the face and crown, and white feathers with black spots on the limbs.
- By comparing melanosome shapes and densities, the researchers suggest that melanin-based pigmentation evolved alongside certain feather structures, potentially before the development of active flight in ancient birds and their relatives.
- The findings imply that feathers may have originally served functions such as sexual display or communication, not just flight, highlighting their possible role in dinosaur behavior and evolution.]
Hans Elysia chlorotica
@ElysiaHans (Twitter)