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• W2569164525 endingPage "1070" @default.
• W2569164525 startingPage "1062" @default.
• W2569164525 abstract "Secondary forests are important carbon sinks, but their biomass dynamics vary markedly within and across landscapes. The biotic and abiotic drivers of this variation are still not well understood. We tested the effects of soil resource availability and competition by lianas on the biomass dynamics of young secondary tropical forests in Panama and assessed the extent to which liana effects were mediated by soil resource availability. Over a five-year period, growth, mortality, and recruitment of woody plants of ≥1 cm diameter were monitored in 84 plots in 3-30-year-old secondary forests across the Agua Salud site in central Panama. Biomass dynamics and the effects of lianas and soil resources were examined using (generalized) linear mixed-effect models and a model averaging approach. There was strong spatial and temporal variation in liana biomass within and across the plots. The relative biomass of lianas had a strong negative effect on overall tree growth, growth of understory trees decreased with soil fertility and dry season soil water content, and the effect of lianas on tree mortality varied with soil fertility. Tree recruitment was not associated with any of the predictor variables. Our model indicates that tree biomass growth across our landscape was reduced with 22% due to competition with lianas, and that the effect of lianas increased during succession, from 19% after five years to 32% after 30 years. The projected liana-induced growth reduction after 60 years was 47%, which was consistent with data from a nearby site. Our study shows that the observed liana proliferation across tropical forests may reduce the sequestration and storage of carbon in young secondary forests, with important implications for the carbon balance of tropical forest landscapes and consequently for global climate change. Our study highlights the need to incorporate lianas and soil variables in research on the biomass dynamics of secondary forest across tropical landscapes, and the need for well-replicated longitudinal studies to cover landscape-level variability in the relevant abiotic and biotic components." @default.
• W2569164525 created "2017-01-13" @default.
• W2569164525 creator A5008058337 @default.
• W2569164525 creator A5010857501 @default.
• W2569164525 creator A5056135313 @default.
• W2569164525 creator A5056158785 @default.
• W2569164525 date "2017-03-20" @default.
• W2569164525 modified "2023-10-16" @default.
• W2569164525 title "Liana effects on biomass dynamics strengthen during secondary forest succession" @default.
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• W2569164525 cites W1512201437 @default.
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• W2569164525 cites W1520526664 @default.
• W2569164525 cites W1521477475 @default.
• W2569164525 cites W1541884018 @default.
• W2569164525 cites W1561836233 @default.
• W2569164525 cites W1581508590 @default.
• W2569164525 cites W1584343945 @default.
• W2569164525 cites W1589041749 @default.
• W2569164525 cites W1637029135 @default.
• W2569164525 cites W1727228474 @default.
• W2569164525 cites W1850734085 @default.
• W2569164525 cites W1893383824 @default.
• W2569164525 cites W1896988277 @default.
• W2569164525 cites W1941006159 @default.
• W2569164525 cites W1951724000 @default.
• W2569164525 cites W1964998861 @default.
• W2569164525 cites W1967737756 @default.
• W2569164525 cites W1970357698 @default.
• W2569164525 cites W1974573094 @default.
• W2569164525 cites W1994521508 @default.
• W2569164525 cites W1997761453 @default.
• W2569164525 cites W1999981081 @default.
• W2569164525 cites W2001383563 @default.
• W2569164525 cites W2003449926 @default.
• W2569164525 cites W2004827964 @default.
• W2569164525 cites W2004936649 @default.
• W2569164525 cites W2007450980 @default.
• W2569164525 cites W2014647430 @default.
• W2569164525 cites W2019896867 @default.
• W2569164525 cites W2029709848 @default.
• W2569164525 cites W2033324929 @default.
• W2569164525 cites W2037046619 @default.
• W2569164525 cites W2037101672 @default.
• W2569164525 cites W2040185523 @default.
• W2569164525 cites W2046007309 @default.
• W2569164525 cites W2064402874 @default.
• W2569164525 cites W2082791971 @default.
• W2569164525 cites W2085958776 @default.
• W2569164525 cites W2095091493 @default.
• W2569164525 cites W2096809397 @default.
• W2569164525 cites W2099036154 @default.
• W2569164525 cites W2101819249 @default.
• W2569164525 cites W2102733361 @default.
• W2569164525 cites W2103160998 @default.
• W2569164525 cites W2104020234 @default.
• W2569164525 cites W2108996541 @default.
• W2569164525 cites W2109631166 @default.
• W2569164525 cites W2112992261 @default.
• W2569164525 cites W2113187089 @default.
• W2569164525 cites W2113651861 @default.
• W2569164525 cites W2121207891 @default.
• W2569164525 cites W2121473670 @default.
• W2569164525 cites W2130766583 @default.
• W2569164525 cites W2130930805 @default.
• W2569164525 cites W2132988966 @default.
• W2569164525 cites W2133636781 @default.
• W2569164525 cites W2133820264 @default.
• W2569164525 cites W2140156511 @default.
• W2569164525 cites W2142128121 @default.
• W2569164525 cites W2148550868 @default.
• W2569164525 cites W2153598651 @default.
• W2569164525 cites W2154671164 @default.
• W2569164525 cites W2155988679 @default.
• W2569164525 cites W2157489866 @default.
• W2569164525 cites W2158896408 @default.
• W2569164525 cites W2158968188 @default.
• W2569164525 cites W2164443090 @default.
• W2569164525 cites W2165972166 @default.
• W2569164525 cites W2166006399 @default.
• W2569164525 cites W2171310397 @default.
• W2569164525 cites W2173986099 @default.
• W2569164525 cites W2210881593 @default.
• W2569164525 cites W2215267382 @default.
• W2569164525 cites W2261784637 @default.
• W2569164525 cites W2264265455 @default.
• W2569164525 cites W2267550401 @default.
• W2569164525 cites W2319625401 @default.
• W2569164525 cites W2326497574 @default.
• W2569164525 cites W2384950079 @default.
• W2569164525 cites W2524787748 @default.
• W2569164525 cites W2989940046 @default.
• W2569164525 cites W4231230435 @default.
• W2569164525 cites W4298870098 @default.
• W2569164525 doi "https://doi.org/10.1002/ecy.1734" @default.
• W2569164525 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28072458" @default.
• W2569164525 hasPublicationYear "2017" @default.
• W2569164525 type Work @default.

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