The history of Old World camelids in the light of molecular genetics

For all your camelid evolutionary needs: https://t.co/3FLrIosVdl

@abo_abdo_bra2a استاذي هذي ليست دراسه واحده بل هي عشرات عشرات الدراسات. معروفه رحله الجمل بس ابشر ارفع لك دراسه https://t.co/tE3bn597gr

@re_rank Domestic Bactrians likely represent a distinct population that split from their common ancestor with wild Bactrians around one million years ago. Said population has since gone extinct, leaving only domestic descendants. https://t.co/M4KQOLmUHq

RT @AnnaJemmett: 2/6 The wild camel and the domestic camel diverged from a common ancestor approx. 0.7 MYA. ⭐️👏They are separate species👏⭐️…

RT @AnnaJemmett: 2/6 The wild camel and the domestic camel diverged from a common ancestor approx. 0.7 MYA. ⭐️👏They are separate species👏⭐️…

2/6 The wild camel and the domestic camel diverged from a common ancestor approx. 0.7 MYA. ⭐️👏They are separate species👏⭐️Phylogeny from Dr Pamela Burger https://t.co/zlRAD56OGN @vetmedunivienna #SpsMon1 #DICECon21 https://t.co/zGkTnnqlhR

RT @JorgeMelDom: The group Tylopoda comprises a single living family, Camelidae, which includes #camels and #llamas. Despite its current di…

The group Tylopoda comprises a single living family, Camelidae, which includes #camels and #llamas. Despite its current distribution, the Camelid family originated in North America during the Eocene. #2020EBE https://t.co/qeIEhnq1tn https://t.co/08eoDHU6j

The history of Old World camelids in the light of molecular genetics.: The history of Old World camelids in th... https://t.co/mc0rwybSG4