FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2150396089> ?p ?o ?g. }

• W2150396089 endingPage "689" @default.
• W2150396089 startingPage "678" @default.
• W2150396089 abstract "1. Functional trait diversity can reveal mechanisms of species coexistence in plant communities. Few studies have tested whether functional diversity for foliar traits related to resource-use strategy increases or decreases with declining soil phosphorus (P) in forest communities. 2. We quantified tree basal area and four foliar functional traits (i.e. nitrogen (N), phosphorus (P), thickness and tissue density) for all woody species along the c. 120 000 year Franz Josef soil chronosequence in cool temperate rain forest, where strong shifts occur in light and soil nutrient availability (i.e. total soil P declines from 805 to 100 mg kg−1). We combined the abundance and trait data in functional diversity indices to quantify trait convergence and divergence, in an effort to determine whether mechanisms of coexistence change with soil fertility. 3. Relationships between species trait means and total soil N and P were examined using multiple regression, with and without weighting of species abundances. We used Rao’s quadratic entropy to quantify functional diversity at the plot scale, then compared this with random expectation, using a null model that randomizes abundances across species within plots. Taxonomic diversity was measured using Simpson’s Diversity. Relationships between functional and taxonomic diversity and total soil P were examined using jackknife linear regression. 4. Leaf N and P declined and leaf thickness and density increased monotonically with declining total soil P along the sequence; these relationships were unaffected by abundance weighting of species in the analyses. Inclusion of total soil N did not improve predictions of trait means. All measures of diversity calculated from presence/absence data were unrelated to total soil N and P. There was no evidence for a relationship between Rao values using quantitative abundances and total soil P. However, there was a strong positive relationship between Rao, expressed relative to random expectation, and total soil P, indicating trait convergence of dominant species as soil P declined. 5. Synthesis: Our results demonstrate that at high fertility locally dominant species differ in resource-use strategy, but as soil fertility declines over the long term, dominant species increasingly converge on a resource-retentive strategy. This suggests that differentiation in resource-use strategy is required for coexistence at high-fertility but not in low-fertility ecosystems." @default.
• W2150396089 created "2016-06-24" @default.
• W2150396089 creator A5006754548 @default.
• W2150396089 creator A5007692990 @default.
• W2150396089 creator A5022409930 @default.
• W2150396089 creator A5038398105 @default.
• W2150396089 creator A5048656910 @default.
• W2150396089 creator A5091020247 @default.
• W2150396089 date "2012-03-12" @default.
• W2150396089 modified "2023-10-09" @default.
• W2150396089 title "Changes in coexistence mechanisms along a long-term soil chronosequence revealed by functional trait diversity" @default.
• W2150396089 cites W1500023561 @default.
• W2150396089 cites W1553425982 @default.
• W2150396089 cites W1578144663 @default.
• W2150396089 cites W1603378435 @default.
• W2150396089 cites W1776243668 @default.
• W2150396089 cites W1783515726 @default.
• W2150396089 cites W1966532532 @default.
• W2150396089 cites W1972356074 @default.
• W2150396089 cites W1974820063 @default.
• W2150396089 cites W1978053862 @default.
• W2150396089 cites W1981968821 @default.
• W2150396089 cites W1984188157 @default.
• W2150396089 cites W1989177893 @default.
• W2150396089 cites W1991782651 @default.
• W2150396089 cites W1992938788 @default.
• W2150396089 cites W1994507967 @default.
• W2150396089 cites W2000955570 @default.
• W2150396089 cites W2008733269 @default.
• W2150396089 cites W2014468596 @default.
• W2150396089 cites W2016120438 @default.
• W2150396089 cites W2016715307 @default.
• W2150396089 cites W2021050140 @default.
• W2150396089 cites W2022825068 @default.
• W2150396089 cites W2029674852 @default.
• W2150396089 cites W2030569018 @default.
• W2150396089 cites W2034402893 @default.
• W2150396089 cites W2035166278 @default.
• W2150396089 cites W2035389732 @default.
• W2150396089 cites W2038859578 @default.
• W2150396089 cites W2039169027 @default.
• W2150396089 cites W2039343199 @default.
• W2150396089 cites W2051004220 @default.
• W2150396089 cites W2055683676 @default.
• W2150396089 cites W2058423133 @default.
• W2150396089 cites W2060793884 @default.
• W2150396089 cites W2061070657 @default.
• W2150396089 cites W2067934482 @default.
• W2150396089 cites W2071314935 @default.
• W2150396089 cites W2076587104 @default.
• W2150396089 cites W2077965668 @default.
• W2150396089 cites W2081633838 @default.
• W2150396089 cites W2084253034 @default.
• W2150396089 cites W2085870385 @default.
• W2150396089 cites W2086697318 @default.
• W2150396089 cites W2098654279 @default.
• W2150396089 cites W2105110063 @default.
• W2150396089 cites W2108153450 @default.
• W2150396089 cites W2109052809 @default.
• W2150396089 cites W2115769640 @default.
• W2150396089 cites W2118295263 @default.
• W2150396089 cites W2119259345 @default.
• W2150396089 cites W2121137174 @default.
• W2150396089 cites W2126758494 @default.
• W2150396089 cites W2127005024 @default.
• W2150396089 cites W2129994723 @default.
• W2150396089 cites W2133420739 @default.
• W2150396089 cites W2133983787 @default.
• W2150396089 cites W2140688522 @default.
• W2150396089 cites W2143453048 @default.
• W2150396089 cites W2144042033 @default.
• W2150396089 cites W2146081698 @default.
• W2150396089 cites W2146620670 @default.
• W2150396089 cites W2148679320 @default.
• W2150396089 cites W2151786939 @default.
• W2150396089 cites W2154948142 @default.
• W2150396089 cites W2156600512 @default.
• W2150396089 cites W2156805939 @default.
• W2150396089 cites W2157116807 @default.
• W2150396089 cites W2157986782 @default.
• W2150396089 cites W2159180681 @default.
• W2150396089 cites W2163626660 @default.
• W2150396089 cites W2167001978 @default.
• W2150396089 cites W2167863582 @default.
• W2150396089 cites W2171324407 @default.
• W2150396089 cites W2175455955 @default.
• W2150396089 cites W303883342 @default.
• W2150396089 cites W4307659902 @default.
• W2150396089 cites W4375844386 @default.
• W2150396089 doi "https://doi.org/10.1111/j.1365-2745.2012.01965.x" @default.
• W2150396089 hasPublicationYear "2012" @default.
• W2150396089 type Work @default.
• W2150396089 sameAs 2150396089 @default.
• W2150396089 citedByCount "182" @default.
• W2150396089 countsByYear W21503960892012 @default.
• W2150396089 countsByYear W21503960892013 @default.
• W2150396089 countsByYear W21503960892014 @default.
• W2150396089 countsByYear W21503960892015 @default.

• next