Misplaced Pages

Uraeotyphlus

Article snapshot taken from Wikipedia with creative commons attribution-sharealike license. Give it a read and then ask your questions in the chat. We can research this topic together.
#47952

5-451: Uraeotyphlus gansi Uraeotyphlus interruptus Uraeotyphlus malabaricus Uraeotyphlus menoni Uraeotyphlus narayani Uraeotyphlus oommeni Uraeotyphlus oxyurus Uraeotyphlus is a genus of caecilians in the family Ichthyophiidae . There are seven species in this genus, all of which are endemic to the Western Ghats of southwestern India . Previously,

10-598: Is a rare species of caecilian , endemic to the Western Ghats of India . It was discovered in the Kaakkaachi-Naalumukku area of the Kalakkad Mundanthurai Tiger Reserve . U. gansi was named after Carl Gans (1923–2009), a renowned herpetologist from Texas . According to Albert Rajendran , Research Department of Zoology , St. John's College, Palayamkottai , Rajendran spotted the species, along with his collaborator David J. Gower of

15-468: Is reflected in the recognition of U. oxyurus group ( U. interruptus , U. menoni , U. narayani , U. oxyurus ) and the U. malabaricus group ( U. malabaricus and U. oommeni ). They are burrowing animals, which lay eggs that hatch into free-living larvae. The genus contains seven species: [REDACTED] [REDACTED] Uraeotyphlus gansi Uraeotyphlus gansi , the Gansi caecilian ,

20-412: The genus has also been placed in its own monotypic family Uraeotyphlidae. Uraeotyphlus are relatively small sized caecilians ranging from 23 centimetres (9.1 in) to 35 centimetres (14 in) in length. Unlike the more 'advanced' caecilians, members of this genus have a true tail with vertebrae, and their skull has a relatively complex structure. However, unlike the more 'primitive' caecilians,

25-404: The mouth is recessed below the snout, there are no tertiary annuli, and the tentacular opening are far forward of the eyes, and below the nostril. The pattern of annulation among species of Uraeotyphlus falls into two clear types based on the differentiation of primary and higher-order annuli, and the number of annular divisions per vertebra and whether this varies along the body. This difference

#47952