FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032581727> ?p ?o ?g. }

• W2032581727 endingPage "17" @default.
• W2032581727 startingPage "9" @default.
• W2032581727 abstract "Old-growth forests are often looked at as a reference for naturalness. Analyzing their successional pathways can provide valuable information on the main drivers of succession in the absence of anthropogenic influence. This knowledge could then prove particularly useful for the maintenance of mixed species stands as a management option to counteract potential changes in forest functions under foreseen climate scenarios. The study was conducted in an old growth Quercus petraea–Fagus sylvatica forest in the Runcu Grosi Natural Reserve, western Romania. Main goals of the research were to assess the structure of the old growth forest and understand how the spatial pattern of the two species is shaped by their competitive relationship. We wanted to figure out if the spatial relationship between Q. petraea and F. sylvatica is different between trees belonging to different layers, and how a possible difference can influence their successional dynamics. To accomplish these tasks, living and dead (both standing and lying) trees were mapped in four 0.56 ha plots. The relationship between trees, considering species, vegetative and social status, was analysed through univariate and bivariate point pattern analyses. Spatial structure based on tree size was investigated with Moran’s correlograms and a local indicator of spatial association. The spatial relationship between understory and canopy trees was also assessed using crown cover data to test for differences among the species. The upper layer is dominated by Q. petraea, whereas F. sylvatica was the only species in the suppressed one. The high amount of deadwood was mostly due to oak contribution. F. sylvatica living trees presented a clumped structure, while Q. petraea exhibited a random pattern. F. sylvatica dead trees showed instead repulsion to living ones. Suppressed trees were clumped at all distances, whereas trees belonging to dominant and intermediate strata were randomly distributed. Repulsion was found between the two species in the dominant layer. Beech recruitment occurred more frequently outside the canopy of dominant trees. Those beeches established under dominant tree showed a preference for oak cover. The succession from oak-dominated to beech-dominated stands has already reached an advanced stage in this old growth forest. The two species competitive interactions are mostly driven by their different shade tolerance and crown plasticity. Quercus–Fagus mixed stands like the Runcu-Grosi one should be preserved to maintain forest diversity and enhance forest resilience. Oak decline could be reduced by the occurrence of natural disturbances, together with active management that should be promoted to reduce beech competitive pressure." @default.
• W2032581727 created "2016-06-24" @default.
• W2032581727 creator A5000482933 @default.
• W2032581727 creator A5016873502 @default.
• W2032581727 creator A5055440012 @default.
• W2032581727 creator A5055481813 @default.
• W2032581727 date "2014-08-01" @default.
• W2032581727 modified "2023-10-18" @default.
• W2032581727 title "Overstory succession in a mixed Quercus petraea–Fagus sylvatica old growth forest revealed through the spatial pattern of competition and mortality" @default.
• W2032581727 cites W1503304694 @default.
• W2032581727 cites W1964168115 @default.
• W2032581727 cites W1967516608 @default.
• W2032581727 cites W1968671671 @default.
• W2032581727 cites W1969656689 @default.
• W2032581727 cites W1970472081 @default.
• W2032581727 cites W1972839194 @default.
• W2032581727 cites W1975143654 @default.
• W2032581727 cites W1986674286 @default.
• W2032581727 cites W1987060271 @default.
• W2032581727 cites W1991922387 @default.
• W2032581727 cites W1992818388 @default.
• W2032581727 cites W1994942390 @default.
• W2032581727 cites W1996691427 @default.
• W2032581727 cites W2000421448 @default.
• W2032581727 cites W2003468143 @default.
• W2032581727 cites W2004756564 @default.
• W2032581727 cites W2009632376 @default.
• W2032581727 cites W2011169670 @default.
• W2032581727 cites W2012950077 @default.
• W2032581727 cites W2014185483 @default.
• W2032581727 cites W2018645789 @default.
• W2032581727 cites W2022250631 @default.
• W2032581727 cites W2024132666 @default.
• W2032581727 cites W2026497383 @default.
• W2032581727 cites W2026927662 @default.
• W2032581727 cites W2033638471 @default.
• W2032581727 cites W2036441330 @default.
• W2032581727 cites W2039586613 @default.
• W2032581727 cites W2039978979 @default.
• W2032581727 cites W2040375200 @default.
• W2032581727 cites W2051269991 @default.
• W2032581727 cites W2051907667 @default.
• W2032581727 cites W2055397346 @default.
• W2032581727 cites W2055530514 @default.
• W2032581727 cites W2055630502 @default.
• W2032581727 cites W2062059027 @default.
• W2032581727 cites W2063002724 @default.
• W2032581727 cites W2063681704 @default.
• W2032581727 cites W2068028745 @default.
• W2032581727 cites W2071078877 @default.
• W2032581727 cites W2072277101 @default.
• W2032581727 cites W2074551579 @default.
• W2032581727 cites W2085148138 @default.
• W2032581727 cites W2091675453 @default.
• W2032581727 cites W2098133286 @default.
• W2032581727 cites W2102890259 @default.
• W2032581727 cites W2107368624 @default.
• W2032581727 cites W2118898434 @default.
• W2032581727 cites W2119259345 @default.
• W2032581727 cites W2125214271 @default.
• W2032581727 cites W2125424449 @default.
• W2032581727 cites W2131586477 @default.
• W2032581727 cites W2133103684 @default.
• W2032581727 cites W2134406805 @default.
• W2032581727 cites W2142250005 @default.
• W2032581727 cites W2147474274 @default.
• W2032581727 cites W2150372144 @default.
• W2032581727 cites W2158901816 @default.
• W2032581727 cites W2165037481 @default.
• W2032581727 cites W2180063781 @default.
• W2032581727 cites W2313492888 @default.
• W2032581727 cites W2315335394 @default.
• W2032581727 cites W4256339312 @default.
• W2032581727 doi "https://doi.org/10.1016/j.foreco.2014.04.017" @default.
• W2032581727 hasPublicationYear "2014" @default.
• W2032581727 type Work @default.
• W2032581727 sameAs 2032581727 @default.
• W2032581727 citedByCount "58" @default.
• W2032581727 countsByYear W20325817272014 @default.
• W2032581727 countsByYear W20325817272015 @default.
• W2032581727 countsByYear W20325817272016 @default.
• W2032581727 countsByYear W20325817272017 @default.
• W2032581727 countsByYear W20325817272018 @default.
• W2032581727 countsByYear W20325817272019 @default.
• W2032581727 countsByYear W20325817272020 @default.
• W2032581727 countsByYear W20325817272021 @default.
• W2032581727 countsByYear W20325817272022 @default.
• W2032581727 countsByYear W20325817272023 @default.
• W2032581727 crossrefType "journal-article" @default.
• W2032581727 hasAuthorship W2032581727A5000482933 @default.
• W2032581727 hasAuthorship W2032581727A5016873502 @default.
• W2032581727 hasAuthorship W2032581727A5055440012 @default.
• W2032581727 hasAuthorship W2032581727A5055481813 @default.
• W2032581727 hasBestOaLocation W20325817272 @default.
• W2032581727 hasConcept C101000010 @default.
• W2032581727 hasConcept C121560416 @default.
• W2032581727 hasConcept C139468788 @default.
• W2032581727 hasConcept C139669111 @default.

• next