| 三维虚拟动画模拟食鱼古魔翼龙Kellner & Tomida, 2000 (翼龙目, 翼手龙亚目)的站姿生物力学 |
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| 引用本文：Fabiana R. COSTA,Oscar ROCHA-BARBOSA,Alexander W. A. KELLNER.2010.三维虚拟动画模拟食鱼古魔翼龙Kellner & Tomida, 2000 (翼龙目, 翼手龙亚目)的站姿生物力学[J].地球学报,31(S1):15-16. |
| DOI：10.3975/cagsb.2010.s1.09 |
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| 中文摘要:Pterosaurs, usually known as flying reptiles, were the first vertebrate group to develop active flight. Despite being studied for more than 200 years, there are still many controversial questions regarding pterosaur functional morphology, such as the stance and gait when grounded, which rely primarily on direct examination of well-preserved articulated specimens, ichnofossils (trackways) and phylogenetic inferences. |
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| Stance Biomechanics of Anhanguera Piscator Kellner & Tomida, 2000 (Pterosauria, Pterodactyloidea) Using Tridimensional Virtual Animation |
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| Abstract:Pterosaurs, usually known as flying reptiles, were the first vertebrate group to develop active flight. Despite being studied for more than 200 years, there are still many controversial questions regarding pterosaur functional morphology, such as the stance and gait when grounded, which rely primarily on direct examination of well-preserved articulated specimens, ichnofossils (trackways) and phylogenetic inferences. |
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