2011
DOI: 10.1080/00222933.2011.574737
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Gastrointestinal helminth communities of two gekkonid lizard species,Nactus multicarinatusandNactus pelagicus(Squamata: Gekkonidae), from the Republic of Vanuatu, Oceania

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Cited by 13 publications
(14 citation statements)
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“…Members of the Pharyngodonidae, such as P. maplestoni, have direct (monoxenous) life cycles and infection most likely occurs when contaminated substrate is ingested as lizards forage for food; a colonising P. maplestoni needs only to find suitable habitat occupied by other lizards. This lack of dependence on an intermediate host is likely to increase the efficiency of P. maplestoni in infecting additional lizards, probably contributes to the broad distribution of this species and may be partly responsible for its success in establishing in two species of geckos, Nactus multicarinatus and N. pelagicus, on various islands in Vanuatu, Oceania (Goldberg et al 2011). Parapharyngodon maplestoni in C. baueri and C. pemanggilensis are new host records.…”
Section: Cestodamentioning
confidence: 94%
“…Members of the Pharyngodonidae, such as P. maplestoni, have direct (monoxenous) life cycles and infection most likely occurs when contaminated substrate is ingested as lizards forage for food; a colonising P. maplestoni needs only to find suitable habitat occupied by other lizards. This lack of dependence on an intermediate host is likely to increase the efficiency of P. maplestoni in infecting additional lizards, probably contributes to the broad distribution of this species and may be partly responsible for its success in establishing in two species of geckos, Nactus multicarinatus and N. pelagicus, on various islands in Vanuatu, Oceania (Goldberg et al 2011). Parapharyngodon maplestoni in C. baueri and C. pemanggilensis are new host records.…”
Section: Cestodamentioning
confidence: 94%
“…Espinoza-Jim´enez et al (2007) reported 113 helminth species that parasitize R. marina in its native and introduced range. Since that report, 18 additional helminth species have been recovered from cane toads in Costa Rica (Kuzmin et al, 2007;Bursey and Brooks, 2010), Brazil Gomes et al, 2013;Silva et al, 2013), Mexico (Espinola-Novelo andGuillen-Hernandez, 2008;Salgado-Maldonado and Caspeta-Mandujano, 2010;Ruiz-Torres et al, 2013), Peru (Guerrero, 2013), Australia (Kelehear and Jones, 2010), Columbia (Bechara and Velez, 2010), Grenada (Bursey et al, 2013), and Guam (Goldberg et al, 1999). A total of 131 helminth species parasitize R. marina throughout its entire distribution range.…”
mentioning
confidence: 94%
“…In Jamaica 2 species of helminths have been reported to parasitize introduced cane toads: Mesocoelium monas and Ochoterenella digiticauda (Wong and Bundy, 1985). In general, cane toads on small islands have a low helminth diversity (2-10 species) (Linzey et al, 1998;Goldberg et al, 1999;Ragoo and Omah-Maharaj, 2003) when compared to a helminth diversity of 45 species in a country in its native home range such as Mexico (Espinoza-Jim´enez et al, 2007). This low helminth diversity pattern on islands may be a combination of both R. marina's status as an introduced species and the island's natural history, such as limited genetic diversity, host community composition, smaller host population sizes, and fewer vectors and reservoirs (Apanius et al, 2000;Morand and Gu´egan, 2000).…”
mentioning
confidence: 97%
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