Peer-reviewed articles published by the Meta-Morphosis Project team.
Do you remember when we filmed prey-capture sequences of olms and Pyrenean brook newts at the Moulis Laboratory Cave? Here we share results of those and new experiments, just published in the Journal of Experimental Zoology Part A.
During its life, the Alpine newt, like many amphibians, goes through several stages. These different stages are associated with significant morphological changes. However, not all populations of the Alpine newt follow this pattern...
Muscles power the movements that we rely on for everyday life (e.g., walking, running, eating, picking up objects, and many more). But say we were to evolve to live in a different environment or to grow up in a different way, say without passing through puberty or staying as an adolescent all our life...
This blog post summarizes our paper entitled Testing the Impact of Prey Presentation Method on the Feeding Kinematics of Terrestrial and Aquatic Ambystomatidae published in Journal of experimental Zoology – Part A Standardizing prey capture records is a tricky task!…
This blog post summarizes our recently published paper in Biology Open, in which we explored how size and developmental stage affected the feeding kinematics of larval, juvenile and adult Ambystoma mexicanum (axolotl). Peadomorphic species: are the adults just big larvae?…
In our latest paper, we explore how variation in metamorphosis — the dramatic body transformation that some animals undergo — plays a major role in shaping lower jaw diversity among salamanders and newts. Metamorphosis is a spectacular developmental process, marked…
From CT scans of 100 lower jaws from African clawed frogs and fire salamanders, we answer the question of whether the amphibian lower jaw evolves as a single unit or evolves with different modules evolving in different ways.
Reconstructing the cranial evolution of the salamander using geometric morphometric data from 148 species, we demonstrate that life cycle influences cranial shape diversity and rate of evolution.
Applying a high-dimensional geometric morphometric approach, we show that size has no significant effect on cranial shape in the Italian fire salamander (Salamandra salamandra giglioli).
