Urodeles

Urodeles, belonging to the order Urodela, encompass a diverse group of amphibians characterized by their elongated bodies, tails (present in both larval and adult forms for many species), and typically four legs. This order includes salamanders, newts, and axolotls. Urodeles exhibit a wide range of habitats, from aquatic environments to terrestrial settings, and display various adaptations to suit their lifestyles, including diverse feeding strategies and respiration methods, such as cutaneous respiration. They are ectothermic and undergo metamorphosis, where significant transformations occur from larval to adult forms.

Urodeles meaning with examples

• The biologist carefully studied the Urodeles in the mountain stream, noting their vibrant colors and unique behaviors. The research focused on the salamanders' mating rituals, demonstrating an impressive display of the Urodeles' adaptations to the rugged terrain. The scientist also studied the lifecycle of the Urodeles from eggs to maturity.
• During a hike, the group discovered several Urodeles nestled under a damp log. They were fascinated by the Urodeles' ability to regenerate lost limbs, a biological marvel. Observing the Urodeles in their natural habitat gave the hikers a greater appreciation for biodiversity and the unique characteristics of these amphibians.
• The herpetologist classified the newly discovered species of Urodeles based on its distinct morphological features. Through DNA analysis, they determined the evolutionary relationships among different groups of Urodeles. Further field studies are planned to study the breeding behavior of the Urodeles and their response to environmental change.
• In the aquarium, the vibrant newts and axolotls represent fascinating Urodeles. The curator designed the tanks to replicate the natural environments inhabited by various Urodeles. The educational exhibit aimed to educate visitors about the importance of protecting the habitats of these vulnerable Urodeles.
• Ecologists are monitoring the population of Urodeles to assess the impact of pollution on these sensitive amphibians. The researchers analyzed the presence of chytrid fungus on the skin of the Urodeles and identified measures to mitigate potential threats to this essential part of the ecosystem. Understanding the ecological impact is vital.