Seiffert Erik R
Department of Earth Sciences and Museum of Natural History, University of Oxford, Oxford, United Kingdom.
Am J Primatol. 2007 Jan;69(1):27-35. doi: 10.1002/ajp.20324.
This brief review summarizes new paleontological and molecular data that together support a late middle Eocene Afro-Arabian origin for crown Lorisiformes. Phylogenetic analysis indicates that late Eocene Karanisia is a possible stem lorisiform, late Eocene Saharagalago and Wadilemur and Miocene Komba are stem galagids, and early Miocene Mioeuoticus and Progalago may be crown lorisids. Character evolution along the lorisid and galagid stem lineages is reconstructed as having occurred primarily in postcranial and dental morphology, respectively. These patterns have important implications for interpreting an early lorisiform fossil record that is still composed primarily of jaws and isolated teeth.
本简要综述总结了新的古生物学和分子数据,这些数据共同支持冠丛猴形目起源于始新世中期的非洲 - 阿拉伯地区。系统发育分析表明,始新世晚期的卡兰西猴属可能是一种原始丛猴形目动物,始新世晚期的撒哈拉丛猴属、瓦迪狐猴属以及中新世的孔巴狐猴属是原始婴猴科动物,而中新世早期的新欧氏婴猴属和原婴猴属可能是冠丛猴科动物。沿着丛猴科和婴猴科的演化支系,特征演化分别主要发生在后颅骨和牙齿形态方面。这些模式对于解释仍然主要由颌骨和孤立牙齿组成的早期丛猴形目化石记录具有重要意义。