FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2065227368> ?p ?o ?g. }

• W2065227368 endingPage "566" @default.
• W2065227368 startingPage "553" @default.
• W2065227368 abstract "Abstract The ecology and management of boreal forest ecosystems are drawing greater attention worldwide as their importance is being increasingly recognized for carbon sequestration or for harbouring the world's largest remaining intact forests. Selection cuts have been introduced as a more socially acceptable silvicultural method to improve the maintenance of habitat structure and functions as they mimic aspects of boreal forest succession dynamics. Many studies have shown that selection cutting helps maintaining arthropod communities in mature forests, but few have examined the increased risks of damage by bark‐ and wood‐boring insects in boreal forests of eastern North America. We used multidirectional flight‐interception traps to quantify the response of these beetles to 25 and 40% selection cutting in a balsam fir–white birch forest of Québec, Canada. The abundance and species number of both cerambycid and scolytid beetles were 5–6 times larger in selectively cut stands than in controls the year following treatments. Analyses revealed that bark‐ and wood‐boring beetles’ response was mostly associated with increased canopy openness in selectively cut stands (and sun‐exposed locations within them) and residual tree injuries caused by harvesting operations. These conditions attracted beetles such as Trypodendron lineatum (Scolytinae) and Rhagium inquisitor (Cerambycidae), two species known for their ability to attack weakened, dying and dead hosts. Most species were more abundant in selection cuts, except for Evodinus m. monticola (Cerambycidae) whose abundance was strongly reduced after treatment. Some beetles can have detrimental effects on residual trees and thus could reduce timber value, but most species found in treated stands do not represent a high risk for healthy trees. Thus, selection cuts do not seem favourable to the establishment of tree‐killing beetles. However, as they were found more active/abundant after selection cutting, it would be wise to further study their population dynamics over mid‐ and long‐term periods, along with the ecological and economic implications associated with this silvicultural treatment." @default.
• W2065227368 created "2016-06-24" @default.
• W2065227368 creator A5011807702 @default.
• W2065227368 creator A5014307609 @default.
• W2065227368 creator A5021391921 @default.
• W2065227368 creator A5026541557 @default.
• W2065227368 creator A5029358584 @default.
• W2065227368 date "2014-10-14" @default.
• W2065227368 modified "2023-10-03" @default.
• W2065227368 title "Short-term effect of selection cutting in boreal balsam fir forest on cerambycid and scolytid beetles" @default.
• W2065227368 cites W1492535541 @default.
• W2065227368 cites W1496922598 @default.
• W2065227368 cites W1520881366 @default.
• W2065227368 cites W1965545273 @default.
• W2065227368 cites W1989655194 @default.
• W2065227368 cites W1997271632 @default.
• W2065227368 cites W2005376041 @default.
• W2065227368 cites W2014339309 @default.
• W2065227368 cites W2020096766 @default.
• W2065227368 cites W2021750641 @default.
• W2065227368 cites W2022010106 @default.
• W2065227368 cites W2022499517 @default.
• W2065227368 cites W2023361954 @default.
• W2065227368 cites W2037768652 @default.
• W2065227368 cites W2037840294 @default.
• W2065227368 cites W2038430037 @default.
• W2065227368 cites W2039101523 @default.
• W2065227368 cites W2043702827 @default.
• W2065227368 cites W2044644422 @default.
• W2065227368 cites W2046178366 @default.
• W2065227368 cites W2051914316 @default.
• W2065227368 cites W2052517101 @default.
• W2065227368 cites W2055467762 @default.
• W2065227368 cites W2058340791 @default.
• W2065227368 cites W2063385613 @default.
• W2065227368 cites W2066039331 @default.
• W2065227368 cites W2073335619 @default.
• W2065227368 cites W2078530395 @default.
• W2065227368 cites W2083905603 @default.
• W2065227368 cites W2085307652 @default.
• W2065227368 cites W2094525001 @default.
• W2065227368 cites W2102746137 @default.
• W2065227368 cites W2103529000 @default.
• W2065227368 cites W2105669291 @default.
• W2065227368 cites W2106736458 @default.
• W2065227368 cites W2108971311 @default.
• W2065227368 cites W2110004090 @default.
• W2065227368 cites W2118426681 @default.
• W2065227368 cites W2119293598 @default.
• W2065227368 cites W2120264830 @default.
• W2065227368 cites W2123457265 @default.
• W2065227368 cites W2124207763 @default.
• W2065227368 cites W2127039226 @default.
• W2065227368 cites W2127770313 @default.
• W2065227368 cites W2130016181 @default.
• W2065227368 cites W2130485873 @default.
• W2065227368 cites W2133738475 @default.
• W2065227368 cites W2134717010 @default.
• W2065227368 cites W2140536332 @default.
• W2065227368 cites W2142660752 @default.
• W2065227368 cites W2144743642 @default.
• W2065227368 cites W2145751196 @default.
• W2065227368 cites W2149390613 @default.
• W2065227368 cites W2165979799 @default.
• W2065227368 cites W2177548042 @default.
• W2065227368 cites W2312591860 @default.
• W2065227368 cites W2334002222 @default.
• W2065227368 cites W962893382 @default.
• W2065227368 doi "https://doi.org/10.1111/jen.12175" @default.
• W2065227368 hasPublicationYear "2014" @default.
• W2065227368 type Work @default.
• W2065227368 sameAs 2065227368 @default.
• W2065227368 citedByCount "5" @default.
• W2065227368 countsByYear W20652273682016 @default.
• W2065227368 countsByYear W20652273682018 @default.
• W2065227368 countsByYear W20652273682019 @default.
• W2065227368 countsByYear W20652273682021 @default.
• W2065227368 crossrefType "journal-article" @default.
• W2065227368 hasAuthorship W2065227368A5011807702 @default.
• W2065227368 hasAuthorship W2065227368A5014307609 @default.
• W2065227368 hasAuthorship W2065227368A5021391921 @default.
• W2065227368 hasAuthorship W2065227368A5026541557 @default.
• W2065227368 hasAuthorship W2065227368A5029358584 @default.
• W2065227368 hasConcept C100537666 @default.
• W2065227368 hasConcept C15046945 @default.
• W2065227368 hasConcept C185933670 @default.
• W2065227368 hasConcept C18903297 @default.
• W2065227368 hasConcept C192158950 @default.
• W2065227368 hasConcept C192392207 @default.
• W2065227368 hasConcept C2777204517 @default.
• W2065227368 hasConcept C2777289494 @default.
• W2065227368 hasConcept C2778823381 @default.
• W2065227368 hasConcept C2779030997 @default.
• W2065227368 hasConcept C2781454508 @default.
• W2065227368 hasConcept C54286561 @default.
• W2065227368 hasConcept C59822182 @default.
• W2065227368 hasConcept C77077793 @default.
• W2065227368 hasConcept C83873828 @default.

• next