FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2034286845> ?p ?o ?g. }

• W2034286845 endingPage "914" @default.
• W2034286845 startingPage "903" @default.
• W2034286845 abstract "In many forests of the western US, increased potential for fires of uncharacteristic intensity and severity is frequently attributed to structural changes brought about by fire exclusion, past land management practices, and climate. Extent of forest change and effect on understory vegetation over time are not well understood, but such information is useful to forest management focused on restoring biodiversity and resilience to these ecosystems. We re-measured three large (4 ha) historical “Methods of Cutting” (MC) plots in mixed-conifer forest of the central Sierra Nevada installed in 1929 to evaluate the effects of different logging methods. Trees ⩾10 cm were surveyed across the entire plots and understory vegetation (tree seedlings, shrubs, and herbaceous species) was quantified within quadrats in the old-growth condition in 1929 prior to logging, later in 1929 after logging, and again in 2007 or 2008. We also compared forest structure in the MC plots with an adjacent unlogged “control” area and collected fire scar samples from nearby stumps to evaluate the historical fire regime. The contemporary tree density in the MC plots (739 trees ha−1) was 2.4 times greater than the 1929 pre-logging density (314 trees ha−1). Trees in the small and intermediate size classes (10–75 cm dbh) were significantly over-represented, and trees in the larger size classes (>90 cm dbh) generally significantly under-represented, compared with historical conditions. The proportion of pine dropped from 37% of tree basal area in 1929 to 21% in 2007/08. Density of small to intermediate sized trees was similar in the contemporary logged and unlogged control plots, suggesting that over the long term, ingrowth may have been influenced more by lack of fire than historical logging. Change to non-tree vegetation was most pronounced for shrub cover, which averaged 28.6% in 1929 but only 2.5% in 2008. CART analysis indicated that the highest shrub cover in 1929 was in areas having four or fewer trees growing within 15 m to the south of the quadrat, suggesting that reduced light was the most likely explanation for the decline over time. Herbaceous species richness in 2008 was significantly lower than in 1931, two years after logging, but did not differ significantly from 1929, prior to logging. Understory vegetation should benefit from thinning or prescribed fire treatments that lead to a greater abundance of higher light environments within stands." @default.
• W2034286845 created "2016-06-24" @default.
• W2034286845 creator A5004226673 @default.
• W2034286845 creator A5005849161 @default.
• W2034286845 creator A5022935612 @default.
• W2034286845 creator A5065651672 @default.
• W2034286845 date "2013-12-01" @default.
• W2034286845 modified "2023-10-05" @default.
• W2034286845 title "Long-term overstory and understory change following logging and fire exclusion in a Sierra Nevada mixed-conifer forest" @default.
• W2034286845 cites W1649156683 @default.
• W2034286845 cites W1950481021 @default.
• W2034286845 cites W1965236418 @default.
• W2034286845 cites W1966767789 @default.
• W2034286845 cites W1977883705 @default.
• W2034286845 cites W1980147224 @default.
• W2034286845 cites W1985500328 @default.
• W2034286845 cites W1987243220 @default.
• W2034286845 cites W1989042001 @default.
• W2034286845 cites W1992409997 @default.
• W2034286845 cites W1999622284 @default.
• W2034286845 cites W2005929419 @default.
• W2034286845 cites W2007574460 @default.
• W2034286845 cites W2008492235 @default.
• W2034286845 cites W2016072382 @default.
• W2034286845 cites W2033882313 @default.
• W2034286845 cites W2035458444 @default.
• W2034286845 cites W2045171958 @default.
• W2034286845 cites W2058109381 @default.
• W2034286845 cites W2061836954 @default.
• W2034286845 cites W2081087600 @default.
• W2034286845 cites W2100571977 @default.
• W2034286845 cites W2101521214 @default.
• W2034286845 cites W2101935089 @default.
• W2034286845 cites W2109022716 @default.
• W2034286845 cites W2111882489 @default.
• W2034286845 cites W2113508837 @default.
• W2034286845 cites W2113944395 @default.
• W2034286845 cites W2117507092 @default.
• W2034286845 cites W2118816545 @default.
• W2034286845 cites W2118948356 @default.
• W2034286845 cites W2127770313 @default.
• W2034286845 cites W2127893554 @default.
• W2034286845 cites W2128404517 @default.
• W2034286845 cites W2131881752 @default.
• W2034286845 cites W2131976411 @default.
• W2034286845 cites W2137160157 @default.
• W2034286845 cites W2142982629 @default.
• W2034286845 cites W2144949114 @default.
• W2034286845 cites W2145293200 @default.
• W2034286845 cites W2148243114 @default.
• W2034286845 cites W2150587681 @default.
• W2034286845 cites W2155699933 @default.
• W2034286845 cites W2160713644 @default.
• W2034286845 cites W2174212233 @default.
• W2034286845 cites W2176135388 @default.
• W2034286845 cites W2176270334 @default.
• W2034286845 cites W2318820897 @default.
• W2034286845 cites W2319072255 @default.
• W2034286845 cites W2323739836 @default.
• W2034286845 cites W2329511818 @default.
• W2034286845 cites W2500895573 @default.
• W2034286845 cites W2514226504 @default.
• W2034286845 cites W2808520204 @default.
• W2034286845 cites W291735276 @default.
• W2034286845 cites W2969557200 @default.
• W2034286845 cites W1981165716 @default.
• W2034286845 doi "https://doi.org/10.1016/j.foreco.2013.09.041" @default.
• W2034286845 hasPublicationYear "2013" @default.
• W2034286845 type Work @default.
• W2034286845 sameAs 2034286845 @default.
• W2034286845 citedByCount "101" @default.
• W2034286845 countsByYear W20342868452014 @default.
• W2034286845 countsByYear W20342868452015 @default.
• W2034286845 countsByYear W20342868452016 @default.
• W2034286845 countsByYear W20342868452017 @default.
• W2034286845 countsByYear W20342868452018 @default.
• W2034286845 countsByYear W20342868452019 @default.
• W2034286845 countsByYear W20342868452020 @default.
• W2034286845 countsByYear W20342868452021 @default.
• W2034286845 countsByYear W20342868452022 @default.
• W2034286845 countsByYear W20342868452023 @default.
• W2034286845 crossrefType "journal-article" @default.
• W2034286845 hasAuthorship W2034286845A5004226673 @default.
• W2034286845 hasAuthorship W2034286845A5005849161 @default.
• W2034286845 hasAuthorship W2034286845A5022935612 @default.
• W2034286845 hasAuthorship W2034286845A5065651672 @default.
• W2034286845 hasConcept C101000010 @default.
• W2034286845 hasConcept C107394435 @default.
• W2034286845 hasConcept C110872660 @default.
• W2034286845 hasConcept C125620115 @default.
• W2034286845 hasConcept C130217890 @default.
• W2034286845 hasConcept C132651083 @default.
• W2034286845 hasConcept C139669111 @default.
• W2034286845 hasConcept C142724271 @default.
• W2034286845 hasConcept C151730666 @default.
• W2034286845 hasConcept C173795300 @default.
• W2034286845 hasConcept C18903297 @default.
• W2034286845 hasConcept C192392207 @default.

• next