FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3155012700> ?p ?o ?g. }

• W3155012700 endingPage "1333" @default.
• W3155012700 startingPage "1311" @default.
• W3155012700 abstract "Abstract Aim Old‐growth, mesic temperate forests are often assumed to be structured by gap‐phase processes, resulting in quasi‐equilibrial long‐term dynamics. This assumption influences management focused on simulation of natural disturbance dynamics and is embedded in most models of forest successional dynamics. We use multi‐decade monitoring of permanent plots in old‐growth forests to assess demographic assumptions directly with respect to tree mortality rates. Location Sixteen sites in mesic, temperate old‐growth forests in eastern North America and Europe with multi‐decade monitoring. Time period Variable across sites, spanning c . 20–78 years from 1936 to 2014. Major taxa studied Tree species of late‐successional, cool‐temperate forests of Europe and eastern North America. Methods We calculated and compared the annualized mortality rates ( m ), with confidence intervals, by species, size class and measurement interval, for tree species of sufficient abundance. Results Retrospective analysis shows dynamic and diverse demographic properties across populations and sites. Stand‐scale mortality rates of 0.7–2.5%/year average higher than previous estimates for old‐growth temperate forests. Variations among species, over time and among size classes, suggest that gap‐phase models are inadequate to explain stand dynamics, implying instead that rare disturbance events of moderate severity have long‐lasting effects in old‐growth forests and that indirect anthropogenic influences affect old‐growth, unlogged forests. Main conclusions Multi‐decade baseline data, essential for understanding community assembly and long‐term dynamics in these “slow systems,” are rare and poorly integrated. Our analysis demonstrates the value of the few long‐term, “legacy” data sets. Results suggest that differences in life history interact with complex disturbance histories, resulting in non‐equilibrial dynamics in old‐growth temperate tree communities, and that changes in disturbance patterns through anthropogenic climate change might, therefore, be an important driver of ecosystem change." @default.
• W3155012700 created "2021-04-26" @default.
• W3155012700 creator A5004766873 @default.
• W3155012700 creator A5008827802 @default.
• W3155012700 creator A5014324871 @default.
• W3155012700 creator A5036235344 @default.
• W3155012700 creator A5058249524 @default.
• W3155012700 creator A5062490312 @default.
• W3155012700 creator A5068048826 @default.
• W3155012700 creator A5073450928 @default.
• W3155012700 creator A5077792091 @default.
• W3155012700 creator A5081282800 @default.
• W3155012700 creator A5083575755 @default.
• W3155012700 date "2021-04-19" @default.
• W3155012700 modified "2023-10-16" @default.
• W3155012700 title "Multi‐decade tree mortality in temperate old‐growth forests of Europe and North America: Non‐equilibrial dynamics and species‐individualistic response to disturbance" @default.
• W3155012700 cites W104836530 @default.
• W3155012700 cites W1265393576 @default.
• W3155012700 cites W1589359859 @default.
• W3155012700 cites W1820040206 @default.
• W3155012700 cites W1845030729 @default.
• W3155012700 cites W1964168115 @default.
• W3155012700 cites W1971949883 @default.
• W3155012700 cites W1973473615 @default.
• W3155012700 cites W1975581257 @default.
• W3155012700 cites W1975961821 @default.
• W3155012700 cites W1977043014 @default.
• W3155012700 cites W1978903067 @default.
• W3155012700 cites W1979552292 @default.
• W3155012700 cites W1980558463 @default.
• W3155012700 cites W1981132397 @default.
• W3155012700 cites W1981187949 @default.
• W3155012700 cites W1982757024 @default.
• W3155012700 cites W1984806043 @default.
• W3155012700 cites W1985096753 @default.
• W3155012700 cites W2002297865 @default.
• W3155012700 cites W2005042475 @default.
• W3155012700 cites W2007173242 @default.
• W3155012700 cites W2008180747 @default.
• W3155012700 cites W2008937560 @default.
• W3155012700 cites W2010394253 @default.
• W3155012700 cites W2012471275 @default.
• W3155012700 cites W2023172125 @default.
• W3155012700 cites W2029426530 @default.
• W3155012700 cites W2032491933 @default.
• W3155012700 cites W2034296964 @default.
• W3155012700 cites W2035874053 @default.
• W3155012700 cites W2044456253 @default.
• W3155012700 cites W2044873980 @default.
• W3155012700 cites W2048014852 @default.
• W3155012700 cites W2048605790 @default.
• W3155012700 cites W2052109903 @default.
• W3155012700 cites W2055827472 @default.
• W3155012700 cites W2060681527 @default.
• W3155012700 cites W2060756933 @default.
• W3155012700 cites W2063465747 @default.
• W3155012700 cites W2063681704 @default.
• W3155012700 cites W2071511902 @default.
• W3155012700 cites W2077772597 @default.
• W3155012700 cites W2079742492 @default.
• W3155012700 cites W2080847318 @default.
• W3155012700 cites W2087057387 @default.
• W3155012700 cites W2087478015 @default.
• W3155012700 cites W2089100860 @default.
• W3155012700 cites W2097902342 @default.
• W3155012700 cites W2100749039 @default.
• W3155012700 cites W2105424374 @default.
• W3155012700 cites W2106578604 @default.
• W3155012700 cites W2109165234 @default.
• W3155012700 cites W2110103884 @default.
• W3155012700 cites W2116793896 @default.
• W3155012700 cites W2118049932 @default.
• W3155012700 cites W2118071845 @default.
• W3155012700 cites W2119259345 @default.
• W3155012700 cites W2127813926 @default.
• W3155012700 cites W2134222318 @default.
• W3155012700 cites W2140657790 @default.
• W3155012700 cites W2142556605 @default.
• W3155012700 cites W2143411220 @default.
• W3155012700 cites W2146768314 @default.
• W3155012700 cites W2148767186 @default.
• W3155012700 cites W2150008133 @default.
• W3155012700 cites W2150597302 @default.
• W3155012700 cites W2153802349 @default.
• W3155012700 cites W2156917518 @default.
• W3155012700 cites W2163227804 @default.
• W3155012700 cites W2166079210 @default.
• W3155012700 cites W2170957004 @default.
• W3155012700 cites W2175859328 @default.
• W3155012700 cites W2177284334 @default.
• W3155012700 cites W2178849882 @default.
• W3155012700 cites W2183098618 @default.
• W3155012700 cites W2189535069 @default.
• W3155012700 cites W2207629168 @default.
• W3155012700 cites W2313003161 @default.
• W3155012700 cites W2328891819 @default.
• W3155012700 cites W2355482484 @default.
• W3155012700 cites W2423748468 @default.

• next