Figure 1 from "Comparative analysis of squamate brains unveils multi-level variation in cerebellar architecture associated with locomotor specialization"

Figure 1 from "Comparative analysis of squamate brains unveils multi-level variation in cerebellar architecture associated with locomotor specialization"

<strong>Fig. 1</strong> <b>Phylogeny and cerebellar diversity of squamates.</b> <strong>a</strong> Phylogenetic tree of all snake and lizard species used in morphological and volumetric analyses, adapted from the most inclusive phylogenetic study available for ext...

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Bibliographic Details
Main Author:	Simone Macrì (8212044) (author)
Other Authors:	Yoland Savriama (8010887) (author), Imran Khan (109715) (author), Nicolas Di-Poï (272711) (author), Yoland Savriama (4601626) (author)
Published:	2020
Subjects:	Behavioural ecology Biological adaptation Phylogeny and comparative analysis Evolutionary biology not elsewhere classified Animal behaviour Animal neurobiology Animal structure and function Neurosciences not elsewhere classified Behavioural neuroscience Brain Evolution Brain evolution, cognitive evolution, scaling, neocortex, cerebellum Cerebellum cerebellum tissue sections Herpetology herpetofauna Squamate Evolution Squamata Squamates lizards snakes micro-ct 3D reconstructions brain reconstruction snake brain snake brain morphology lizard brain lizard brain morphology 3D geometric morphometrics landmarks brain clearing CUBIC Lightsheet microscopy single-cell distribution Purkinje cell layer granule cell brain volume brain size shapeworks studio GPSA landmark-free 3D geometric morphometrics comparative neuroanatomy Comparative transcriptomics locomotor behaviour locomotion burrowing lizards legless lizards Pogona vitticeps Python regius Epicrates cenchria Draco volans Chrysopelea Hydrophis platurus Agama anolis carolinensis reptile brain morphology reptile brain evolution Animal Neurobiology Behavioural Ecology Biological Adaptation Evolutionary Biology Neuroscience Phylogeny and Comparative Analysis Anatomy Animal Behaviour Behavioral Neuroscience
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