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Furcifer labordi

Labord's chameleon (Furcifer labordi) is a chameleon species endemic to the dry and deciduous forests of western Madagascar. This species is notable for its exceptionally short, often one-year life cycle, with adults typically dying after breeding, making it one of the shortest-lived tetrapod vertebrates.

Key Facts

  • Found exclusively in the lowlands of western Madagascar.
  • Endemic to dry and deciduous forests, including spiny forests.
  • The species is known for its very short, often annual life cycle.
  • Adults typically die after breeding, a characteristic called semelparity.
  • Lifespan can be as short as 4-5 months in arid regions.
  • Preyed upon by snakes of the genera Madagascarophis and Mimophis.
Furcifer labordi
Scientific Name
Furcifer labordi
Family
Chamaeleonidae
Common Names

Labord's Chameleon

Geographic Distribution

Madagascar

Lifespan Years
0.33-1+
Behavioral Traits
  • Males Compete Heavily For Mating Rights, Sometimes Fighting and Not Feeding For Days While Guarding A Female.
Predators

Madagascarophis Snakes, Mimophis Snakes

Threats

Habitat Loss

About Furcifer labordi

Labord's Chameleon (Furcifer labordi)

Labord's chameleon, scientifically known as Furcifer labordi, is a species of chameleon native to the dry and deciduous forests, including spiny forests, of western Madagascar. These chameleons inhabit lowlands at altitudes ranging from 20 to 100 meters.

Life Cycle Uniqueness

The most striking characteristic of F. labordi is its remarkably short life cycle, often completed within a single year. This species is semelparous, meaning individuals typically reproduce once and then die. In the most arid parts of its range, eggs hatch synchronously with the onset of the wet season in November. Hatchlings grow rapidly, reaching adulthood by January to breed. Females lay clutches of up to 11 eggs, which hatch the following wet season, while all adults perish between late January and March. This results in a post-hatching lifespan of only about 4 to 5 months, making it one of the shortest-lived tetrapod vertebrates.

In regions with higher rainfall and less harsh conditions, hatching may occur up to a month earlier, and lifespans extend to 6 to 9 months. Some females in these areas may breed multiple times in a season and, exceptionally, survive through the dry season into the next breeding year. Males, however, face intense competition for mating rights, often engaging in fights and foregoing food to guard females, and consistently die after a breeding season in the wild. When kept in captivity and protected from these pressures, males can exhibit lifespans similar to females, sometimes exceeding one year.

Conservation and Ecology

Furcifer labordi is classified as Vulnerable due to ongoing habitat loss. Its natural predators include snakes from the genera Madagascarophis and Mimophis.

Source: Wikipedia ↗

Frequently Asked Questions

What is the typical lifespan of Labord's chameleon?

Labord's chameleon is known for its exceptionally short life cycle. In arid regions, they may live only 4 to 5 months after hatching. In less harsh habitats, their lifespan is typically 6 to 9 months, with some individuals living over a year.

Where does Labord's chameleon live?

This species is endemic to the dry and deciduous forests, including spiny forests, found in the lowlands of western Madagascar. They inhabit altitudes between 20 and 100 meters.

What is unique about the life cycle of Furcifer labordi?

Furcifer labordi is notable for its semelparous nature, meaning adults typically die after breeding. This results in a very short lifespan, often completing their entire life cycle within one year.

What are the predators of Labord's chameleon?

Labord's chameleon is preyed upon by certain snake species. Specifically, snakes belonging to the genera Madagascarophis and Mimophis are known predators.

Why is Labord's chameleon considered vulnerable?

The species is considered vulnerable primarily due to ongoing habitat loss. The destruction and degradation of its dry and deciduous forest habitat pose a significant threat to its populations.