Kleptoparasitism: Difference between revisions
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'''Kleptoparasitism''' (also known as ''food usurpation'', ''robbing behaviour'' or ''piracy behaviour''), is a [[foraging]] strategy which involves the stealing of [[food]] items discovered and captured by other foragers, particularly when food sources are scarce. So far, it has been observed in a variety of [[animal]] [[taxon|taxa]], ranging from [[mollusc]]s to [[arthropod]]s to all [[class (biology)|classes]] of [[vertebrate]]s, except [[amphibian]]s. In [[bird]]s, its occurrence was found to be correlated with residual [[brain size]] (and hence [[cognition]]), [[habitat]] and [[diet]] but not with [[body size]] or [[aggression]] ([[CZ:Ref:Morand-Ferron 2007 Food stealing in birds: brain or brawn?|Morand-Ferron et al., 2007]]). | '''Kleptoparasitism''' (also known as ''food usurpation'', ''robbing behaviour'' or ''piracy behaviour''), is a [[foraging]] strategy which involves the stealing of [[food]] items discovered and captured by other foragers, particularly when food sources are scarce. So far, it has been observed in a variety of [[animal]] [[taxon|taxa]], ranging from [[mollusc]]s to [[arthropod]]s to all [[class (biology)|classes]] of [[vertebrate]]s, except [[amphibian]]s. In [[bird]]s, its occurrence was found to be correlated with residual [[brain size]] (and hence [[cognition]]), [[habitat]] and [[diet]] but not with [[body size]] or [[aggression]] ([[CZ:Ref:Morand-Ferron 2007 Food stealing in birds: brain or brawn?|Morand-Ferron et al., 2007]]).[[Category:Suggestion Bot Tag]] | ||
Latest revision as of 16:00, 8 September 2024
Kleptoparasitism (also known as food usurpation, robbing behaviour or piracy behaviour), is a foraging strategy which involves the stealing of food items discovered and captured by other foragers, particularly when food sources are scarce. So far, it has been observed in a variety of animal taxa, ranging from molluscs to arthropods to all classes of vertebrates, except amphibians. In birds, its occurrence was found to be correlated with residual brain size (and hence cognition), habitat and diet but not with body size or aggression (Morand-Ferron et al., 2007).