FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048593969> ?p ?o ?g. }

• W3048593969 endingPage "118481" @default.
• W3048593969 startingPage "118481" @default.
• W3048593969 abstract "Two competing ecological hypotheses, i.e., the niche complementarity (NCH) and the mass ratio (MRH) hypotheses, have been proposed to explain how stand structural complexity, functional trait diversity and composition simultaneously determine aboveground biomass in natural forests. Here, we hypothesized that the effects of stand structural attributes and functional trait composition overrule the effects of functional diversity on aboveground biomass during tropical forest succession. We tested different linear mixed-effects models to determine the effects of abiotic (i.e. nutrients and soil texture), taxonomic (i.e. woody species richness and composition), stand structural (i.e. stem count and maximum tree diameter), and functional attributes (functional divergence and composition). The functional attributes were based on functional divergence (FDvar) and community-weighted mean (CWM) trait values of wood density (WD). We collected data using 45 sample plots (20 m × 50 m) established in four old-growth and second-growth forests with varied stand stages from three sites in the northern region of Amazonas State, Venezuela. The MRH model showed that CWM-WD had a strong direct positive effect on aboveground biomass, followed by a positive effect of maximum tree diameter, but had a weak positive relationship with soil fertility and FDvar-WD. Our study suggests that low trait diversity and high CWM-WD and maximum tree diameter determine high levels of aboveground biomass, which could be concentrated in species with larger diameters and high wood density. We conclude that stand structural attributes and functional dominance override the effects of FDvar of WD on aboveground biomass, and hence, it is important to test the mutual effects of functional diversity and composition when exploring the effects of functional traits on forest functioning." @default.
• W3048593969 created "2020-08-18" @default.
• W3048593969 creator A5007194822 @default.
• W3048593969 creator A5025309537 @default.
• W3048593969 creator A5025918707 @default.
• W3048593969 creator A5029337220 @default.
• W3048593969 creator A5050557979 @default.
• W3048593969 creator A5056723083 @default.
• W3048593969 creator A5064125123 @default.
• W3048593969 creator A5076643074 @default.
• W3048593969 creator A5088687639 @default.
• W3048593969 date "2020-12-01" @default.
• W3048593969 modified "2023-10-07" @default.
• W3048593969 title "Stand structural attributes and functional trait composition overrule the effects of functional divergence on aboveground biomass during Amazon forest succession" @default.
• W3048593969 cites W1520972816 @default.
• W3048593969 cites W1650917424 @default.
• W3048593969 cites W1833949443 @default.
• W3048593969 cites W1962290361 @default.
• W3048593969 cites W1964561454 @default.
• W3048593969 cites W1984188157 @default.
• W3048593969 cites W1987431381 @default.
• W3048593969 cites W1990370234 @default.
• W3048593969 cites W2033324929 @default.
• W3048593969 cites W2039660687 @default.
• W3048593969 cites W2049710806 @default.
• W3048593969 cites W2054231128 @default.
• W3048593969 cites W2064604453 @default.
• W3048593969 cites W2068654116 @default.
• W3048593969 cites W2092661086 @default.
• W3048593969 cites W2096650374 @default.
• W3048593969 cites W2099053943 @default.
• W3048593969 cites W2101166030 @default.
• W3048593969 cites W2102733361 @default.
• W3048593969 cites W2109628725 @default.
• W3048593969 cites W2119567434 @default.
• W3048593969 cites W2121361055 @default.
• W3048593969 cites W2126535795 @default.
• W3048593969 cites W2127486632 @default.
• W3048593969 cites W2133613984 @default.
• W3048593969 cites W2134395976 @default.
• W3048593969 cites W2134630190 @default.
• W3048593969 cites W2134786487 @default.
• W3048593969 cites W2136781221 @default.
• W3048593969 cites W2144845076 @default.
• W3048593969 cites W2149429429 @default.
• W3048593969 cites W2149770358 @default.
• W3048593969 cites W2155216206 @default.
• W3048593969 cites W2158155342 @default.
• W3048593969 cites W2165223931 @default.
• W3048593969 cites W2166152751 @default.
• W3048593969 cites W2167109558 @default.
• W3048593969 cites W2172956642 @default.
• W3048593969 cites W2189344571 @default.
• W3048593969 cites W2252695021 @default.
• W3048593969 cites W2261784637 @default.
• W3048593969 cites W2289032953 @default.
• W3048593969 cites W2330428476 @default.
• W3048593969 cites W2471053719 @default.
• W3048593969 cites W2498527812 @default.
• W3048593969 cites W2508537155 @default.
• W3048593969 cites W2516470326 @default.
• W3048593969 cites W2519343095 @default.
• W3048593969 cites W2525049302 @default.
• W3048593969 cites W2527801440 @default.
• W3048593969 cites W2531512315 @default.
• W3048593969 cites W2570627848 @default.
• W3048593969 cites W2734981442 @default.
• W3048593969 cites W2743094568 @default.
• W3048593969 cites W2763967410 @default.
• W3048593969 cites W2768222400 @default.
• W3048593969 cites W2777256939 @default.
• W3048593969 cites W2790397281 @default.
• W3048593969 cites W2793941609 @default.
• W3048593969 cites W2810616291 @default.
• W3048593969 cites W2810899113 @default.
• W3048593969 cites W2884383579 @default.
• W3048593969 cites W2886909762 @default.
• W3048593969 cites W2887754416 @default.
• W3048593969 cites W2888173889 @default.
• W3048593969 cites W2917196338 @default.
• W3048593969 cites W2920737808 @default.
• W3048593969 cites W2936817203 @default.
• W3048593969 cites W2937182499 @default.
• W3048593969 cites W2946028786 @default.
• W3048593969 cites W2946168155 @default.
• W3048593969 cites W2974267761 @default.
• W3048593969 cites W3033119410 @default.
• W3048593969 cites W3140284295 @default.
• W3048593969 doi "https://doi.org/10.1016/j.foreco.2020.118481" @default.
• W3048593969 hasPublicationYear "2020" @default.
• W3048593969 type Work @default.
• W3048593969 sameAs 3048593969 @default.
• W3048593969 citedByCount "14" @default.
• W3048593969 countsByYear W30485939692021 @default.
• W3048593969 countsByYear W30485939692022 @default.
• W3048593969 countsByYear W30485939692023 @default.
• W3048593969 crossrefType "journal-article" @default.
• W3048593969 hasAuthorship W3048593969A5007194822 @default.

• next