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首页> 外文期刊>The Royal Society Proceedings B: Biological Sciences >Tipsy punters: sauropod dinosaur pneumaticity, buoyancy and aquatic habits
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Tipsy punters: sauropod dinosaur pneumaticity, buoyancy and aquatic habits

机译:笨拙的下注者:蜥脚类恐龙的气压,浮力和水生习性

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摘要

Sauropod dinosaurs were the largest terrestrial animals to have ever existed, and are difficult to interpret as living animals owing to their lack of living descendants. With computer models that employ the basic physics of buoyancy and equilibrium, it is possible to investigate how the bodies of these animals would have reacted when immersed in water. Multi-tonne sauropods are found to be extremely buoyant and unstable in water when aspects of their probable respiratory anatomy are considered, which obviates the old problem of them being unable to breathe when fully immersed. Interpretations of 'manus-only' trackways made by floating sauropods will depend on the details of buoyancy as not all sauropods float in the same manner.
机译:蜥脚类恐龙是有史以来最大的陆生动物,由于缺乏活体后代,因此很难解释为活体动物。利用采用浮力和平衡基本物理原理的计算机模型,有可能研究这些动物的身体在浸入水中后会如何反应。考虑到其可能的呼吸解剖学方面,发现多吨蜥脚类恐龙在水中极易浮力并不稳定,这消除了它们完全浸入水中后无法呼吸的古老问题。漂浮的蜥脚类动物对“仅手”的航迹的解释将取决于浮力的细节,因为并非所有蜥脚类动物都以相同的方式漂浮。

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