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Earliest Known Hominin Calcar Femorale in Orrorin tugenensis Provides Further Internal Anatomical Evidence for Origin of Human Bipedal Locomotion

机译：在奥罗兰·塔比森斯的最早已知的hominin calcar女性为人类双哌啶运动的起源提供了进一步的内部解剖证据

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Adam Kuperavage; David Pokrajac; Sakdapong Chavanaves; Robert B. Eckhardt;
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1. Earliest Known Hominin Calcar Femorale in Orrorin tugenensis Orrorin tugenensis Provides Further Internal Anatomical Evidence for Origin of Human Bipedal Locomotion [J] . Kuperavage Adam, Pokrajac David, Chavanaves Sakdapong, The anatomical record: advances in integrative anatomy and evolutionary biology . 2018,第11期

机译：在奥罗兰·奥罗兰·奥罗兰·奥罗兰·塔彭森斯的最早已知的hominin calcar女性为人类双哌啶运动的起源提供了进一步的内部解剖证据
2. Calcar Femorale Development in Orrorin tugenensis Femora Provides Further internal Evidence for Bipedal Locomotion [J] . Kuperavage Adam J., Chavanaves Sakdapong, Eckhardt Robert American Journal of Physical Anthropology . 2017,第S64期

机译：奥罗兰·莫罗拉·普罗拉·普罗拉的平安股骨头发育为双模运动提供了进一步的内部证据
3. The femur of Orrorin tugenensis exhibits morphometric affinities with both Miocene apes and later hominins [J] . Sergio Almécija, Melissa Tallman, David M. Alba, Nature Communications . 2013,第1期

机译：Orrorin tugenensis 的股骨与中新世猿及后来的人猿都表现出形态相似性
4. Jinniushan Hominin and Modern human Origins [C] . Karen Rosenberg, Lu Zune International Congress of Anthropological and Ethnological Sciences . 2009

机译：金尼山母素和现代人类起源
5. Large -magnitude disturbance rejection and recovery based on human reflexes in an anthropomorphic bipedal locomotion system. [D] . Healy, Timothy Andrew. 1999

机译：拟人化双足运动系统中基于人体反射的大幅度干扰抑制和恢复。
6. Laetoli Footprints Preserve Earliest Direct Evidence of Human-Like Bipedal Biomechanics [O] . David A. Raichlen, Adam D. Gordon, William E. H. Harcourt-Smith, 2010

机译：Laetoli足迹保留了人类相似的双足生物力学的最早直接证据
7. The femur of Orrorin tugenensis exhibits morphometric affinities with both Miocene apes and later hominins [O] . Sergio Almécija, Melissa Tallman, David M. Alba, 2013

机译：奥罗兰·甲豆植物的股骨表现出与中间丙烯猿和后来的胎儿的形态学亲和力

Earliest Known Hominin Calcar Femorale in Orrorin tugenensis Provides Further Internal Anatomical Evidence for Origin of Human Bipedal Locomotion

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