Species profile · Published: · Reviewed:

Ctenophorus caudicinctus

It belongs to the family Agamidae and the genus *Ctenophorus*.

It is a diurnal and saxicolous agamid lizard endemic to Australia, characterized by its adaptation to rocky and arid habitats.

How to identify it

At a glance

Essentials

Distribution
It is endemic to Australia, with records in Western Australia, South Australia, the Northern Territory, and Queensland.
Habitat
It inhabits arid areas with low vegetation and rocky outcrops.
Activity
It is a diurnal and territorial species that uses movement signals to communicate.
Diet
It is insectivorous, feeding mainly on arthropods, termites, and ants.
Conservation
It is listed in Appendix III of CITES.

Observation guide

What to look for

  1. 01

    It has a slender body with long hind limbs and a long, thick tail, traits adapted to bipedal locomotion.

  2. 02

    Males show complex color patterns and bright tones that accentuate the tail bands, while females have a more uniform pattern.

An important limitation

Lighting, age and viewing angle can hide features. If identification affects consumption, handling or conservation, consult specialist sources.

Ecology

Description and characteristics

Ctenophorus caudicinctus is a reptile of the family Agamidae, classified within the order Squamata. It is a diurnal and saxicolous species that inhabits arid zones with low vegetation and rocky outcrops. Its morphology includes a slender body, long hind limbs, and a long, thick tail, adaptations that allow bipedal locomotion for balance and escape. Unlike other lizards, this species does not usually voluntarily lose its tail nor regenerate it easily, indicating a different survival strategy based on speed and shelter in rocks.

Regarding its physiology, it possesses a nasal salt gland that contributes to potassium excretion, an important mechanism for osmoregulation and rehydration in dry environments. The species exhibits territorial behavior and uses movement-based signals for communication. Its coloration varies by sex: males present more complex patterns and bright colors that highlight the tail bands, while females usually have a more uniform color pattern. This chromatic difference is linked to sexual selection and recognition among individuals of the same species.

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