FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2336563545> ?p ?o ?g. }

• W2336563545 endingPage "1062" @default.
• W2336563545 startingPage "1053" @default.
• W2336563545 abstract "Seedling herbivory is an important factor underlying plant community diversity and structure. While considerable research has characterized seedling defence in terms of resistance, very little is known about seedling tolerance of herbivory. Moreover, few studies have attempted to identify mechanisms of tolerance across a range of plant species.Seedling tolerance of simulated herbivory was tested in a diverse pool of ten Hawaiian plant species, including several lobeliad species (family Campanulaceae), a grass, a herb and common woody trees and shrubs. Tolerance was measured as the relative survival and growth of damaged plants receiving 50 % defoliation with simultaneous jasmonic acid application compared with undamaged control plants, assessed 1·5 and 5 weeks after damage. Putative mechanisms of tolerance were measured, including photosynthetic parameters, light use efficiency, and biomass allocation reflecting growth priorities, and analysed using species-level regression analyses on tolerance indices.No species fully tolerated 50 % defoliation at either harvest date, and simulated herbivory significantly reduced shoot as well as root biomass. Lobeliad species had particularly low tolerance. Species varied considerably in size, biomass allocation parameters and their constitutive (pre-damage) and induced (post-damage) photosynthetic parameters. However, only constitutive levels of non-photochemical quenching were significantly related to tolerance, indicating that species with more efficient light use (and less heat dissipation) are better at tolerating damage than species with high levels of heat dissipation.Native Hawaiian plants expressed low tolerance to a conservative level of simulated herbivory. Root growth decreased in response to damage, but this was not associated with greater tolerance, suggesting this response may be due to allocation constraints following defoliation and not due to adaptive plasticity. Conservation of native island plants threatened by invasive herbivores should prioritize protection for seedlings for improved regeneration and the persistence of native plants in disturbed habitats." @default.
• W2336563545 created "2016-06-24" @default.
• W2336563545 creator A5056611434 @default.
• W2336563545 date "2016-04-06" @default.
• W2336563545 modified "2023-10-18" @default.
• W2336563545 title "Low tolerance to simulated herbivory in Hawaiian seedlings despite induced changes in photosynthesis and biomass allocation" @default.
• W2336563545 cites W1234415076 @default.
• W2336563545 cites W1486289445 @default.
• W2336563545 cites W1529372257 @default.
• W2336563545 cites W1537463522 @default.
• W2336563545 cites W1602795070 @default.
• W2336563545 cites W1606321831 @default.
• W2336563545 cites W1963914661 @default.
• W2336563545 cites W1964003550 @default.
• W2336563545 cites W1964845896 @default.
• W2336563545 cites W1971770582 @default.
• W2336563545 cites W1973465944 @default.
• W2336563545 cites W1975892234 @default.
• W2336563545 cites W1976179657 @default.
• W2336563545 cites W1979463342 @default.
• W2336563545 cites W1980420407 @default.
• W2336563545 cites W1981747359 @default.
• W2336563545 cites W1985639717 @default.
• W2336563545 cites W1989081549 @default.
• W2336563545 cites W1990735677 @default.
• W2336563545 cites W1993503890 @default.
• W2336563545 cites W1996130715 @default.
• W2336563545 cites W1996943335 @default.
• W2336563545 cites W1997941140 @default.
• W2336563545 cites W1999189271 @default.
• W2336563545 cites W2006628006 @default.
• W2336563545 cites W2008914081 @default.
• W2336563545 cites W2011452395 @default.
• W2336563545 cites W2011820301 @default.
• W2336563545 cites W2014268862 @default.
• W2336563545 cites W2032033999 @default.
• W2336563545 cites W2035862639 @default.
• W2336563545 cites W2053877177 @default.
• W2336563545 cites W2055424972 @default.
• W2336563545 cites W2059610777 @default.
• W2336563545 cites W2071511122 @default.
• W2336563545 cites W2072111972 @default.
• W2336563545 cites W2073647793 @default.
• W2336563545 cites W2079187363 @default.
• W2336563545 cites W2079215077 @default.
• W2336563545 cites W2083135441 @default.
• W2336563545 cites W2083281227 @default.
• W2336563545 cites W2085130525 @default.
• W2336563545 cites W2085614399 @default.
• W2336563545 cites W2086519668 @default.
• W2336563545 cites W2101718240 @default.
• W2336563545 cites W2102134727 @default.
• W2336563545 cites W2102431120 @default.
• W2336563545 cites W2106100307 @default.
• W2336563545 cites W2113302921 @default.
• W2336563545 cites W2120062081 @default.
• W2336563545 cites W2124009335 @default.
• W2336563545 cites W2137670568 @default.
• W2336563545 cites W2138658783 @default.
• W2336563545 cites W2138820226 @default.
• W2336563545 cites W2140201448 @default.
• W2336563545 cites W2142283539 @default.
• W2336563545 cites W2142525002 @default.
• W2336563545 cites W2143153544 @default.
• W2336563545 cites W2153181506 @default.
• W2336563545 cites W2159550677 @default.
• W2336563545 cites W2163663020 @default.
• W2336563545 cites W2164756615 @default.
• W2336563545 cites W2172229107 @default.
• W2336563545 cites W2178309719 @default.
• W2336563545 cites W2312306884 @default.
• W2336563545 cites W2320640655 @default.
• W2336563545 cites W2336664442 @default.
• W2336563545 cites W2470823608 @default.
• W2336563545 cites W4245935093 @default.
• W2336563545 cites W640530705 @default.
• W2336563545 doi "https://doi.org/10.1093/aob/mcw021" @default.
• W2336563545 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4866310" @default.
• W2336563545 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27056973" @default.
• W2336563545 hasPublicationYear "2016" @default.
• W2336563545 type Work @default.
• W2336563545 sameAs 2336563545 @default.
• W2336563545 citedByCount "20" @default.
• W2336563545 countsByYear W23365635452017 @default.
• W2336563545 countsByYear W23365635452018 @default.
• W2336563545 countsByYear W23365635452019 @default.
• W2336563545 countsByYear W23365635452020 @default.
• W2336563545 countsByYear W23365635452021 @default.
• W2336563545 countsByYear W23365635452022 @default.
• W2336563545 countsByYear W23365635452023 @default.
• W2336563545 crossrefType "journal-article" @default.
• W2336563545 hasAuthorship W2336563545A5056611434 @default.
• W2336563545 hasBestOaLocation W23365635451 @default.
• W2336563545 hasConcept C115540264 @default.
• W2336563545 hasConcept C183688256 @default.
• W2336563545 hasConcept C18903297 @default.
• W2336563545 hasConcept C21410773 @default.
• W2336563545 hasConcept C2776096895 @default.

• next