Matches in SemOpenAlex for { <https://semopenalex.org/work/W1779137742> ?p ?o ?g. }
- W1779137742 endingPage "308" @default.
- W1779137742 startingPage "300" @default.
- W1779137742 abstract "Abstract Research on herbivory defence often focuses on leaf chemistry but less on how plant mechanical properties like leaf veins deter herbivores. Herbivores often eat tough, complex plant tissue, yet how mechanical properties affect feeding performance as the consumer grows is unclear. We measured the toughness and strength of five types of leaf tissue – the midrib, the secondary and marginal veins and the lamina inside (inner) and outside (outer) the marginal vein – in mature E ucalyptus viminalis and E ucalyptus ovata leaves with punch tests. Leaf veins were, on average, 6.2 times tougher than lamina. Marginal veins were uniformly strong and tough along the leaf body, while midribs were less strong and secondary veins less tough toward leaf tips. We correlated the force required to puncture leaf tissue with the feeding performance of a chewing insect herbivore (the spiny leaf insect, E xtatosoma tiaratum (Phasmida)) across four instar stages to explore the role of tough leaf veins as potential feeding barriers. Larvae more often ate less tough leaf tips and tougher tissue as they grew. However, younger larvae were capable of penetrating the tough marginal vein when starved. We suggest tough leaf veins and consumer position along the leaf body influence insect herbivore feeding performance over their lifetime." @default.
- W1779137742 created "2016-06-24" @default.
- W1779137742 creator A5065972134 @default.
- W1779137742 creator A5073646993 @default.
- W1779137742 date "2015-01-20" @default.
- W1779137742 modified "2023-10-10" @default.
- W1779137742 title "Leaf mechanics and herbivory defence: How tough tissue along the leaf body deters growing insect herbivores" @default.
- W1779137742 cites W1518546884 @default.
- W1779137742 cites W1523356080 @default.
- W1779137742 cites W1550181521 @default.
- W1779137742 cites W1819702572 @default.
- W1779137742 cites W1879342307 @default.
- W1779137742 cites W1964593387 @default.
- W1779137742 cites W1980391480 @default.
- W1779137742 cites W1983871626 @default.
- W1779137742 cites W1984014353 @default.
- W1779137742 cites W1991268837 @default.
- W1779137742 cites W1991696702 @default.
- W1779137742 cites W1993065731 @default.
- W1779137742 cites W1994753921 @default.
- W1779137742 cites W1997722639 @default.
- W1779137742 cites W1999057790 @default.
- W1779137742 cites W2013115569 @default.
- W1779137742 cites W2020550260 @default.
- W1779137742 cites W2025209174 @default.
- W1779137742 cites W2029790328 @default.
- W1779137742 cites W2039295925 @default.
- W1779137742 cites W2046373221 @default.
- W1779137742 cites W2054140535 @default.
- W1779137742 cites W2056636131 @default.
- W1779137742 cites W2063841017 @default.
- W1779137742 cites W2067933727 @default.
- W1779137742 cites W2076306922 @default.
- W1779137742 cites W2076664748 @default.
- W1779137742 cites W2078129874 @default.
- W1779137742 cites W2079095306 @default.
- W1779137742 cites W2082829060 @default.
- W1779137742 cites W2086506379 @default.
- W1779137742 cites W2087890470 @default.
- W1779137742 cites W2088680645 @default.
- W1779137742 cites W2091667117 @default.
- W1779137742 cites W2092523513 @default.
- W1779137742 cites W2097518385 @default.
- W1779137742 cites W2110415881 @default.
- W1779137742 cites W2116886633 @default.
- W1779137742 cites W2119625429 @default.
- W1779137742 cites W2137564833 @default.
- W1779137742 cites W2148111626 @default.
- W1779137742 cites W2153849347 @default.
- W1779137742 cites W2154933637 @default.
- W1779137742 cites W2156201225 @default.
- W1779137742 cites W2156335068 @default.
- W1779137742 cites W2159801764 @default.
- W1779137742 cites W2164223787 @default.
- W1779137742 cites W2165613829 @default.
- W1779137742 cites W2169636639 @default.
- W1779137742 cites W289904318 @default.
- W1779137742 cites W66498250 @default.
- W1779137742 doi "https://doi.org/10.1111/aec.12214" @default.
- W1779137742 hasPublicationYear "2015" @default.
- W1779137742 type Work @default.
- W1779137742 sameAs 1779137742 @default.
- W1779137742 citedByCount "25" @default.
- W1779137742 countsByYear W17791377422015 @default.
- W1779137742 countsByYear W17791377422016 @default.
- W1779137742 countsByYear W17791377422017 @default.
- W1779137742 countsByYear W17791377422018 @default.
- W1779137742 countsByYear W17791377422019 @default.
- W1779137742 countsByYear W17791377422021 @default.
- W1779137742 countsByYear W17791377422022 @default.
- W1779137742 crossrefType "journal-article" @default.
- W1779137742 hasAuthorship W1779137742A5065972134 @default.
- W1779137742 hasAuthorship W1779137742A5073646993 @default.
- W1779137742 hasConcept C173758957 @default.
- W1779137742 hasConcept C2777612826 @default.
- W1779137742 hasConcept C2777989353 @default.
- W1779137742 hasConcept C32476901 @default.
- W1779137742 hasConcept C46325548 @default.
- W1779137742 hasConcept C59822182 @default.
- W1779137742 hasConcept C86803240 @default.
- W1779137742 hasConceptScore W1779137742C173758957 @default.
- W1779137742 hasConceptScore W1779137742C2777612826 @default.
- W1779137742 hasConceptScore W1779137742C2777989353 @default.
- W1779137742 hasConceptScore W1779137742C32476901 @default.
- W1779137742 hasConceptScore W1779137742C46325548 @default.
- W1779137742 hasConceptScore W1779137742C59822182 @default.
- W1779137742 hasConceptScore W1779137742C86803240 @default.
- W1779137742 hasFunder F4320334730 @default.
- W1779137742 hasIssue "3" @default.
- W1779137742 hasLocation W17791377421 @default.
- W1779137742 hasOpenAccess W1779137742 @default.
- W1779137742 hasPrimaryLocation W17791377421 @default.
- W1779137742 hasRelatedWork W1638491383 @default.
- W1779137742 hasRelatedWork W2042745717 @default.
- W1779137742 hasRelatedWork W2069678110 @default.
- W1779137742 hasRelatedWork W2112555945 @default.
- W1779137742 hasRelatedWork W2325865700 @default.
- W1779137742 hasRelatedWork W2363655329 @default.