FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2153485123> ?p ?o ?g. }

• W2153485123 endingPage "1481" @default.
• W2153485123 startingPage "1472" @default.
• W2153485123 abstract "Summary Growing interest in unifying the field of natural enemy ecology has revealed similarities between predation and parasitism. In parallel with predation, parasite infection – and even the threat of infection – can alter host traits and indirectly affect community interactions. Nonetheless, few studies have considered multiple mechanisms of natural enemy‐induced behavioural alteration in parallel (e.g. effects before and after enemy contact) or the factors that drive variation in behavioural responses. We first evaluated how the threat of infection by a virulent trematode ( Ribeiroia ondatrae ) compared to the well studied risk of predation in triggering inducible defences in amphibian hosts, prior to direct contact with either enemy. We then evaluated five separate factors that influenced the magnitude of parasite‐induced behavioural changes after successful transmission. In both the laboratory and an outdoor mesocosm experiment, we found no evidence that tadpoles of two species ( Pseudacris regilla and Anaxyrus boreas ) altered their activity levels in response to chemical cues from uninfected host snails, trematode‐infected snails, or from conspecifics actively becoming infected. In contrast, tadpoles sharply reduced their activity in response to lethal predation risks posed by caged dragonfly larvae. After infection, however, Ribeiroia caused strong decreases in host activity and escape distance that correlated positively with infection intensity and negatively with host size and developmental stage. Five days after infection with a one‐time pulse exposure, hosts recovered to near‐normal activity levels. Hosts exposed to a chronic daily exposure of equal intensity, however, continued to decrease activity. Unlike Ribeiroia , two less virulent trematodes had no detectable effects on host behaviour. Our results highlight key distinctions between predation and parasitism. The contrasting effects prior to enemy contact may stem from the fact that unlike predation, the consequences of macroparasite infection are intensity‐dependent and unpredictable. In contrast, the strong changes in host behaviour after infection are more similar to non‐consumptive predator effects in terms of their potential influences on host fitness and community interactions." @default.
• W2153485123 created "2016-06-24" @default.
• W2153485123 creator A5001044218 @default.
• W2153485123 creator A5021046890 @default.
• W2153485123 creator A5058834014 @default.
• W2153485123 creator A5084051874 @default.
• W2153485123 date "2014-06-12" @default.
• W2153485123 modified "2023-10-03" @default.
• W2153485123 title "Natural enemy ecology: comparing the effects of predation risk, infection risk and disease on host behaviour" @default.
• W2153485123 cites W116851021 @default.
• W2153485123 cites W1513672815 @default.
• W2153485123 cites W1518897246 @default.
• W2153485123 cites W1602751357 @default.
• W2153485123 cites W1700512646 @default.
• W2153485123 cites W1934643467 @default.
• W2153485123 cites W1972421988 @default.
• W2153485123 cites W1975511783 @default.
• W2153485123 cites W1980288207 @default.
• W2153485123 cites W1982726610 @default.
• W2153485123 cites W1984790714 @default.
• W2153485123 cites W1987103218 @default.
• W2153485123 cites W1987377634 @default.
• W2153485123 cites W1994168990 @default.
• W2153485123 cites W1994924171 @default.
• W2153485123 cites W1996838434 @default.
• W2153485123 cites W2010081254 @default.
• W2153485123 cites W2029683403 @default.
• W2153485123 cites W2037178642 @default.
• W2153485123 cites W2045807213 @default.
• W2153485123 cites W2046557225 @default.
• W2153485123 cites W2046848207 @default.
• W2153485123 cites W2048674553 @default.
• W2153485123 cites W205762507 @default.
• W2153485123 cites W2069251911 @default.
• W2153485123 cites W2069555397 @default.
• W2153485123 cites W2073629109 @default.
• W2153485123 cites W2076773622 @default.
• W2153485123 cites W2078011204 @default.
• W2153485123 cites W2078350031 @default.
• W2153485123 cites W2078397152 @default.
• W2153485123 cites W2082661202 @default.
• W2153485123 cites W2084128240 @default.
• W2153485123 cites W2091165546 @default.
• W2153485123 cites W2095983192 @default.
• W2153485123 cites W2095984615 @default.
• W2153485123 cites W2096478498 @default.
• W2153485123 cites W2098827594 @default.
• W2153485123 cites W2099499588 @default.
• W2153485123 cites W2099555137 @default.
• W2153485123 cites W2108031508 @default.
• W2153485123 cites W2108500369 @default.
• W2153485123 cites W2108776520 @default.
• W2153485123 cites W2116453268 @default.
• W2153485123 cites W2120066182 @default.
• W2153485123 cites W2124528330 @default.
• W2153485123 cites W2127338363 @default.
• W2153485123 cites W2129230492 @default.
• W2153485123 cites W2130133091 @default.
• W2153485123 cites W2132071279 @default.
• W2153485123 cites W2135263652 @default.
• W2153485123 cites W2138755461 @default.
• W2153485123 cites W2149419985 @default.
• W2153485123 cites W2153485123 @default.
• W2153485123 cites W2153554966 @default.
• W2153485123 cites W2160511185 @default.
• W2153485123 cites W2161169328 @default.
• W2153485123 cites W2161620412 @default.
• W2153485123 cites W2163977415 @default.
• W2153485123 cites W2166153649 @default.
• W2153485123 cites W2170117929 @default.
• W2153485123 cites W2326414257 @default.
• W2153485123 cites W4302317986 @default.
• W2153485123 doi "https://doi.org/10.1111/1365-2435.12293" @default.
• W2153485123 hasPublicationYear "2014" @default.
• W2153485123 type Work @default.
• W2153485123 sameAs 2153485123 @default.
• W2153485123 citedByCount "21" @default.
• W2153485123 countsByYear W21534851232014 @default.
• W2153485123 countsByYear W21534851232015 @default.
• W2153485123 countsByYear W21534851232016 @default.
• W2153485123 countsByYear W21534851232017 @default.
• W2153485123 countsByYear W21534851232018 @default.
• W2153485123 countsByYear W21534851232019 @default.
• W2153485123 countsByYear W21534851232020 @default.
• W2153485123 countsByYear W21534851232021 @default.
• W2153485123 countsByYear W21534851232022 @default.
• W2153485123 countsByYear W21534851232023 @default.
• W2153485123 crossrefType "journal-article" @default.
• W2153485123 hasAuthorship W2153485123A5001044218 @default.
• W2153485123 hasAuthorship W2153485123A5021046890 @default.
• W2153485123 hasAuthorship W2153485123A5058834014 @default.
• W2153485123 hasAuthorship W2153485123A5084051874 @default.
• W2153485123 hasConcept C126831891 @default.
• W2153485123 hasConcept C188382862 @default.
• W2153485123 hasConcept C18903297 @default.
• W2153485123 hasConcept C201997182 @default.
• W2153485123 hasConcept C2778234367 @default.
• W2153485123 hasConcept C2781465898 @default.

• next