FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1993365399> ?p ?o ?g. }

• W1993365399 endingPage "139" @default.
• W1993365399 startingPage "125" @default.
• W1993365399 abstract "Naturally regenerated seedlings of longleaf pine are typically observed to cluster in the center of tree fall canopy gaps and be encircled by a wide zone from which they are generally excluded. Twelve representative canopy gaps distributed across 600 ha of a naturally regenerated uneven-aged longleaf pine forest in the sandhills of north central Florida were examined to determine which aboveground and belowground factors are responsible for development of this seedling exclusionary zone. Within 12 m of adult trees growing along the gap edge, significantly fewer longleaf pine seedlings were present. The canopy of overstory trees, however, extended only 4–5 m into the gap. The relatively open structure of the longleaf pine canopy (57% cover) allowed photosynthetically active radiation (PAR) to be evenly distributed upon the forest floor across each canopy gap. Thus, light availability was not related to pine seedling clustering near gap centers. Significantly greater forest litter mass beneath adult trees (5 Mg ha−1) could result in fires more intense than would be supported by the litter mass near gap centers (2.5 Mg ha−1). However, litter mass was significantly elevated only within 4 m of the gap edge. The fine root biomass within 12 m of the gap edge (3–4.5 Mg ha−1) was two to six times that measured near the gap center and most closely coincided with the width of the seedling exclusionary zone along the margin of each gap. Thus, while the canopy of adjacent adult trees may indirectly influence seedling mortality through deposition of needle litter and greater fire intensity within 4 m of the gap edge, the root systems of these adults also appear to directly compete with seedlings within 12–16 m of the gap edge for limited site resources. To effectively regenerate and sustain longleaf pine wiregrass ecosystems, caution should be used in prescribing single-tree selection harvest methods so as not to create gap openings so small (<30 m diameter) that intraspecific competition from adult trees totally excludes seedlings. Group selection methods may prove more effective in creating canopy gaps of sizes suitable (≥40 m diameter) for ensuring that intraspecific competition from adults is maintained at a level which allows for survival and growth of seedlings. Shelterwood and deferment methods may also prove useful where more open canopy conditions are desired. However, the pine seedlings' need for light cannot be used as an appropriate rationale for application of clearcutting methods." @default.
• W1993365399 created "2016-06-24" @default.
• W1993365399 creator A5010247764 @default.
• W1993365399 creator A5056535317 @default.
• W1993365399 date "1998-07-01" @default.
• W1993365399 modified "2023-10-16" @default.
• W1993365399 title "Gap-phase regeneration in longleaf pine wiregrass ecosystems" @default.
• W1993365399 cites W1520011513 @default.
• W1993365399 cites W1964659539 @default.
• W1993365399 cites W1966279543 @default.
• W1993365399 cites W1978183643 @default.
• W1993365399 cites W1981540838 @default.
• W1993365399 cites W1982810815 @default.
• W1993365399 cites W1986745823 @default.
• W1993365399 cites W1986944311 @default.
• W1993365399 cites W1996339659 @default.
• W1993365399 cites W2000631533 @default.
• W1993365399 cites W2005400156 @default.
• W1993365399 cites W2007125964 @default.
• W1993365399 cites W2014534882 @default.
• W1993365399 cites W2025397387 @default.
• W1993365399 cites W2027154826 @default.
• W1993365399 cites W2033346925 @default.
• W1993365399 cites W2035389732 @default.
• W1993365399 cites W2045879601 @default.
• W1993365399 cites W2049080108 @default.
• W1993365399 cites W2051205335 @default.
• W1993365399 cites W2059884733 @default.
• W1993365399 cites W2060750352 @default.
• W1993365399 cites W2068581198 @default.
• W1993365399 cites W2074201701 @default.
• W1993365399 cites W2080609605 @default.
• W1993365399 cites W2081999515 @default.
• W1993365399 cites W2085648853 @default.
• W1993365399 cites W2086745106 @default.
• W1993365399 cites W2093032548 @default.
• W1993365399 cites W2093558040 @default.
• W1993365399 cites W2102807061 @default.
• W1993365399 cites W2117495162 @default.
• W1993365399 cites W2119580345 @default.
• W1993365399 cites W2139164364 @default.
• W1993365399 cites W2146956155 @default.
• W1993365399 cites W2153056468 @default.
• W1993365399 cites W2157890605 @default.
• W1993365399 cites W2172058690 @default.
• W1993365399 cites W2180315197 @default.
• W1993365399 cites W2269041926 @default.
• W1993365399 cites W2277117605 @default.
• W1993365399 cites W2313727825 @default.
• W1993365399 cites W2318304689 @default.
• W1993365399 cites W2324273087 @default.
• W1993365399 cites W2324749986 @default.
• W1993365399 cites W2338399314 @default.
• W1993365399 cites W2394621989 @default.
• W1993365399 cites W2427893493 @default.
• W1993365399 cites W2500904170 @default.
• W1993365399 cites W2969441449 @default.
• W1993365399 cites W4235635020 @default.
• W1993365399 cites W751779469 @default.
• W1993365399 doi "https://doi.org/10.1016/s0378-1127(97)00308-3" @default.
• W1993365399 hasPublicationYear "1998" @default.
• W1993365399 type Work @default.
• W1993365399 sameAs 1993365399 @default.
• W1993365399 citedByCount "166" @default.
• W1993365399 countsByYear W19933653992012 @default.
• W1993365399 countsByYear W19933653992013 @default.
• W1993365399 countsByYear W19933653992014 @default.
• W1993365399 countsByYear W19933653992015 @default.
• W1993365399 countsByYear W19933653992016 @default.
• W1993365399 countsByYear W19933653992017 @default.
• W1993365399 countsByYear W19933653992018 @default.
• W1993365399 countsByYear W19933653992019 @default.
• W1993365399 countsByYear W19933653992020 @default.
• W1993365399 countsByYear W19933653992021 @default.
• W1993365399 countsByYear W19933653992022 @default.
• W1993365399 countsByYear W19933653992023 @default.
• W1993365399 crossrefType "journal-article" @default.
• W1993365399 hasAuthorship W1993365399A5010247764 @default.
• W1993365399 hasAuthorship W1993365399A5056535317 @default.
• W1993365399 hasConcept C101000010 @default.
• W1993365399 hasConcept C110872660 @default.
• W1993365399 hasConcept C115540264 @default.
• W1993365399 hasConcept C130950616 @default.
• W1993365399 hasConcept C18903297 @default.
• W1993365399 hasConcept C2775966360 @default.
• W1993365399 hasConcept C2776096895 @default.
• W1993365399 hasConcept C2779429622 @default.
• W1993365399 hasConcept C39432304 @default.
• W1993365399 hasConcept C39807119 @default.
• W1993365399 hasConcept C45962647 @default.
• W1993365399 hasConcept C59822182 @default.
• W1993365399 hasConcept C6557445 @default.
• W1993365399 hasConcept C86803240 @default.
• W1993365399 hasConceptScore W1993365399C101000010 @default.
• W1993365399 hasConceptScore W1993365399C110872660 @default.
• W1993365399 hasConceptScore W1993365399C115540264 @default.
• W1993365399 hasConceptScore W1993365399C130950616 @default.
• W1993365399 hasConceptScore W1993365399C18903297 @default.

• next