Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - bioRxiv, 2018 - biorxiv.org
Trabecular architecture (ie, the main orientation of the bone trabeculae, their number, mean
thickness, spacing, etc.) has been shown experimentally to adapt with extreme accuracy and …
thickness, spacing, etc.) has been shown experimentally to adapt with extreme accuracy and …
Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - 2018 - hal.science
This article has been peer-reviewed and recommended by Peer Community in Paleontology
(https://dx. doi. org/10.24072/pci. paleo. 100001). Trabecular architecture (ie, the main …
(https://dx. doi. org/10.24072/pci. paleo. 100001). Trabecular architecture (ie, the main …
[PDF][PDF] Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - researchgate.net
Trabecular architecture (ie, the main orientation of the bone trabeculae, their number, mean
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
[PDF][PDF] Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - scholar.archive.org
Trabecular architecture (ie, the main orientation of the bone trabeculae, their number, mean
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - 2018 - europepmc.org
Trabecular architecture (ie, the main orientation of the bone trabeculae, their number, mean
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - bioRxiv, 2018 - biorxiv.org
Trabecular architecture (ie, the main orientation of the bone trabeculae, their relative
number, mean thickness, spacing, etc.) has been shown experimentally to adapt with …
number, mean thickness, spacing, etc.) has been shown experimentally to adapt with …
[PDF][PDF] Palaeobiological inferences based on long bone epiphyseal and diaphyseal structure-the forelimb of xenarthrans (Mammalia)
E Amson, JA Nyakatura - hal.science
Trabecular architecture (ie, the main orientation of the bone trabeculae, their number, mean
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …
thickness, spacing, etc.) has been shown experimentally to adapt with great accuracy and …