2006
DOI: 10.1636/m02-14.1
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The Prey of a Lithophilous Crab Spider Xysticus Loeffleri (Araneae, Thomisidae)

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Cited by 18 publications
(10 citation statements)
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“…Many euryphagous generalists catch other spider species or conspecifics (e.g. Guarisco, 1988;Heuts & Brunt, 2001;Guseinov, 2002Guseinov, , 2006, and some spiders consume the eggs of other spiders (Jackson, 1986). Predominantly araneophagous spiders are found in several families of both the web-building and the cursorial guild (see online Table S1).…”
Section: Ecological Context: Overview Of Stenophagymentioning
confidence: 99%
“…Many euryphagous generalists catch other spider species or conspecifics (e.g. Guarisco, 1988;Heuts & Brunt, 2001;Guseinov, 2002Guseinov, , 2006, and some spiders consume the eggs of other spiders (Jackson, 1986). Predominantly araneophagous spiders are found in several families of both the web-building and the cursorial guild (see online Table S1).…”
Section: Ecological Context: Overview Of Stenophagymentioning
confidence: 99%
“…The results of such experiments have shown that some spiders feed indiscriminately on different prey types, while others show preferences for certain prey types based on particular morphological or behavioural attributes of the prey (e.g., Nentwig 1986;Toft & Wise 1999;Peká r 2004). The second method is used to characterize the actual range of prey consumed by a particular species in its natural habitat based on field surveys and observations (e.g., Robinson & Robinson 1970;Hó dar & Sá nchez-Piñ ero 2002;Guseinov 2006). Collectively, these field studies have shown that a spider's diet breadth may depend on its foraging strategy and the type of habitat it lives in.…”
mentioning
confidence: 99%
“…por ambas especies de arañas, se deriva de su experiencia previa con esta especie de presa, cuando se le alimentó en el periodo previo al inicio de las observaciones, sin embargo esta experiencia se limitó a una o dos ocasiones con este tipo de presa, lo cual no es definitivo para desarrollar su preferencia, ni mucho menos para desarrollar la eficiencia de captura que se observó en comparación con los otros tipos de presas. Es sabido que algunas arañas errantes (e. g. Lycosidae, Salticidae y Thomisidae) son capaces de capturar colémbolos, pero estos no están entre sus presas principales (Hallander, 1970;Guseinov et al, 2004;Huseynov et al, 2005;Guseinov, 2006). Sin embargo, en pruebas de consumo en laboratorio Triaeris stenaspis (Oonopidae), Liophrurillus flavitarsis (Phrurolithidae) y Phrurolithus festivus (Phrurolithidae) sí tuvieron a los colémbolos como presas principales, o casi exclusivas (Pekár & Jarab, 2011;Korenko et al, 2014).…”
Section: Discussionunclassified