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Topic: Phyllodactylus angustidigitus

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	Phyllodactylus angustidigitus - TheBestLinks.com - Animal, Chordate, Gecko, Huey, ... (Site not responding. Last check: 2007-10-31)
		Phyllodactylus angustidigitus - TheBestLinks.com - Animal, Chordate, Gecko, Huey,...
		Phyllodactylus angustidigitus, Animal, Chordate, Gecko, Huey, 1970, Binomial...
		Phyllodactylus angustidigitus inhabits sand dunes, rocky outcrops, and small hills throughout the desert in Paracas, though it is usally more abundant near shore.
	www.thebestlinks.com /Phyllodactylus_angustidigitus.html (285 words)

	:::► Dictionary of Meaning www.mauspfeil.net ◄:::
		date = 1970}} {{Taxobox end}} The '''Paracas Gecko''' (''Phyllodactylus angustidigitus'') was described by James R. Dixon and Raymond B. Huey in 1970.
		Original description was done by Dixon, J.R. Huey in 1970 in "Systematics of the lizards of the gekkonid genus ''Phyllodactylus*'' of mainland South America".
		There you will find a list of all editors and the possibility to edit the original text of the article Phyllodactylus angustidigitus.
	www.mauspfeil.net /Phyllodactylus_angustidigitus.html (296 words)

	Peru Guia de Parques Reserva Nacional Paracas
		It is also possible to find bats and other mammals which are typical of the hills.
		In addition to the aforementioned, one can observe some reptiles characteristic of the desert like the lizard (Microlophus peruvianus) and the gecko (Phyllodactylus angustidigitus).
		Some marine turtles frequent the waters of Paracas, mostly during the warm seasons and in the event of something like El Niño, which is when they expand their range of distribution.
	peru.gotolatin.com /eng/Guide/PeruNationalParks/Paracas/Paracas-1.asp (742 words)

	ESA 2005 (Site not responding. Last check: 2007-10-31)
		We investigated how marine resources are incorporated in the diet and influence the distribution of terrestrial consumers.
		Stomach contents from geckos (Phyllodactylus angustidigitus) and carbon and nitrogen isotopic values of geckos and other terrestrial consumers suggest that marine green algae of the genus Ulva provide energy and nutrients to the terrestrial food web.
		Isotopic values suggest that amphipods of the genus Orchestoidea, which feed on stranded Ulva, make marine resources available to terrestrial consumers by moving between the intertidal and supratidal zones.
	abstracts.co.allenpress.com /pweb/esa2005/document?ID=47775 (294 words)

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