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Discussions express genuine interest and acknowledge the importance of the research, as seen in posts asking about how isotopic 'footprints' reveal ancient diets, and some emphasizing the potential for conservation improvements. The tone includes curiosity and recognition of scientific innovation, contributing to moderate engagement and perceived impact.
Most posts acknowledge the relevance of the research, especially highlighting the innovative use of isotopic analysis to understand diet and habitat changes in pandas.
Discussions display high curiosity, with several posts asking how ancient diets are reconstructed or reflecting on the significance of the findings.
Posts show moderate engagement by explaining the methodology, with some sharing thoughts on its broader implications or asking questions.
The overall tone suggests the study could influence future conservation efforts or research methods, even if the immediate impact appears tentative.
Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/NBpqii15MT
¿Cómo se puede saber lo que comía una especie extinta hace miles de años? Pues mirando su 'huella isotópica'. Eso pensaron los investigadores del estudio que acaban de publicar: https://t.co/2Ha3OWM2Hg
Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/hRSRYXB956 #biology #cell
パンダが笹を食べるようになったのは数千年前から？ Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/TOWBUHJzJD
Giant pandas, known for their bamboo diet, once had carnivorous ancestors. This video explores the evolutionary transition of pandas and their unique adaptations that combine traits of both herbivores and carnivores…
Pandas, known for their bamboo diet, were once carnivorous. This video explores their evolutionary transition and highlights the importance of habitat conservation in China, especially around the giant panda, for…
RT @TomHoltzPaleo: Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/NBpqii15MT
Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/NBpqii15MT
¿Cómo se puede saber lo que comía una especie extinta hace miles de años? Pues mirando su 'huella isotópica'. Eso pensaron los investigadores del estudio que acaban de publicar: https://t.co/2Ha3OWM2Hg
パンダが笹を食べるようになったのは数千年前から？ Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/TOWBUHJzJD
Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis https://t.co/hRSRYXB956 #biology #cell
Ancient pandas weren't exclusive bamboo eaters, bone evidence suggests. Cell Press. Journal: Current Biology; DOI: 10.1016/j.cub.2018.12.051. Keywords. /Life ...
María Amelia Cubitto, Sandra M. Fiori, Ana L. Oliva, Noelia La Colla ... https://doi. org/10.1016/j.marpolbul.2018.12.051. Lailson-Brito J, Dorneles ...
org/10.1016/j.cub.2018.12.051. 打印 发E-mail给：. 以下评论只代表网友个人观点，不代表科学网观点。 相关新闻, 相关论文. 1; 为什么大熊猫活到现在 ...
Current Biology, januar 2019, doi: 10.1016/j.cub.2018.12.051. ... j@forskning.no. Myrens Verksted 3G Pb 5 Torshov, 0412 Oslo. @forskningno ...
To receive Cell Press media alerts, contact press@cell.com. Journal. Current Biology. DOI. 10.1016/j.cub.2018.12.051.
"Diet Evolution and Habitat Contraction of Giant Pandas via Stable Isotope Analysis. Current Biology, 2019 DOI: 10.1016/j.cub.2018.12.051. Cite ...
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