Takydromous Khasiensis

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Red List of Bangladesh: Reptiles Takydromous khasiensis LEAST Species ID: RE0050 CONCERN <LC> Taxonomy Kingdom Phylum Class Order Family ANIMALIA CHORDATA REPTILIA SQUAMATA LACERTIDAE Scientific Name: Takydromous khasiensis (Boulenger, 1917) English Name: Khasi Hills Long-tailed Lizard Local Name: Lomba-leji Khashia Roktochusha, Lombaleji Roctochusha Synonym/s: Tachydromous khasiensis Boulenger, 1917 Takydromus sexlineatus khasiensis Smith, 1935 Takydromus sexlineatus khasiensis Das, 1996 Takydromus khasiensis Schlüter, 2003 _____________________________________________Assessment Information ___________ Red List Category & Criteria: Least Concern (LC) ver 3.1 Justification: The species has been assessed as Least Concern considering its widespread distribution and assuming that it has a large population. It is uncommon but found throughout its preferred habitats (mixed evergreen Takydromous khasiensis © M K Hasan forests) and currently there is no major threat observed to qualify the species for any of the IUCN threatened EOO: 41,602 km² categories within short period of time or next ten years. AOO: 10,626 km² Date Assessed: 24 September 2014 _____________________________________________Population ___________ _____________________________________________History ___________ Generation Time (Length): Not known Regional Status: It is not assessed before in Bangladesh Total Population: Not known (IUCN Bangladesh 2000b). No. of Sub-population: Not known Trend: Probably stable _____________________________________________Geographic Range ___________ Global: It occurs in Bangladesh, India, and _____________________________________________Habitat and Ecology ___________ Myanmar (http://reptile-database.retarium.cz/ The taxon is diurnal and arbo-terrestrial and is often seen species?genus=Takydromus&species=khasiensis. basking on low vegetation. It is insectivorous. It inhabits Downloaded on 20 October 2014). mixed evergreen low hill forests and clearings where scrub Bangladesh: It is found in mixed evergreen forests of vegetation grows up to an elevation of about100 m above Chittagong, Chittagong Hill Tracts and Sylhet (Chakma mean sea level. 2009, Hasan et al. 2014, Khan 2015). ________________________________________________________ Assessor: Suprio Chakma 118 Species Profile.

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A New Species of the Genus Takydromus (Squamata, Lacertidae) from Southwestern Guangdong, China
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Long-Tailed Lizards Or Other Pets, Visit ©2013 Petsmart Store Support Group, Inc
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Journal of Chemical Ecology, Vol. 26, No. 7, 2000 DISCRIMINATION OF PREY, BUT NOT PLANT, CHEMICALS BY ACTIVELY FORAGING, INSECTIVOROUS LIZARDS, THE LACERTID Takydromus sexlineatus AND THE TEIID Cnemidophorus gularis WILLIAM E. COOPER, JR.,1,* MARK A. PAULISSEN,2 and JASON J. HABEGGER1 1 Department of Biology Indiana University-Purdue University at Fort Wayne Fort Wayne, Indiana 46805 2 Department of Biological and Environmental Sciences McNeese State University Lake Charles, Louisiana 70609 (Received September 7, 1999; accepted March 8, 2000) Abstract—Sampling environmental chemicals to reveal prey and predators and to provide information about conspecifics is highly developed in lizards. Actively foraging lizards can discriminate between prey chemicals and control stimuli, but ambush foragers do not exhibit prey chemical discrimination. Recent experiments on a few species of herbivorous lizards have also demonstrated an ability to identify plant food chemicals. We studied chemosensory responses to chemicals from prey and palatable plants in two species of actively foraging, insectivorous lizards. Both the lacertid Takydromus sexlineatus and the teiid Cnemidophorus gularis exhibited strong responses to prey chemicals, but not to plant chemicals. These findings increase confidence in the relationship between prey chemical discrimination and foraging mode, which is based on data for very few species per family. They also provide data showing that actively foraging insectivores in two families do not respond strongly to plant cues. Such information is essential for eventual comparative studies of the relationship between plant diet and responses to food chemicals. The traditional method of presenting stimuli by using hand-held cotton swabs worked well for T. sexlineatus but could not be used for C.
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