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- W3040774477 abstract "The response of small understory trees to long-term drought is vital in determining the future composition, carbon stocks and dynamics of tropical forests. Long-term drought is, however, also likely to expose understory trees to increased light availability driven by drought-induced mortality. Relatively little is known about the potential for understory trees to adjust their physiology to both decreasing water and increasing light availability. We analysed data on maximum photosynthetic capacity (Jmax, Vcmax), leaf respiration (Rleaf), leaf mass per area (LMA), leaf thickness and leaf nitrogen and phosphorus concentrations from 66 small trees across 12 common genera at the world's longest running tropical rainfall exclusion experiment and compared responses to those from 61 surviving canopy trees. Small trees increased Jmax, Vcmax, Rleaf and LMA (71, 29, 32, 15% respectively) in response to the drought treatment, but leaf thickness and leaf nutrient concentrations did not change. Small trees were significantly more responsive than large canopy trees to the drought treatment, suggesting greater phenotypic plasticity and resilience to prolonged drought, although differences among taxa were observed. Our results highlight that small tropical trees have greater capacity to respond to ecosystem level changes and have the potential to regenerate resilient forests following future droughts." @default.
- W3040774477 created "2020-07-16" @default.
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- W3040774477 date "2020-08-04" @default.
- W3040774477 modified "2023-10-16" @default.
- W3040774477 title "Small tropical forest trees have a greater capacity to adjust carbon metabolism to long‐term drought than large canopy trees" @default.
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- W3040774477 cites W1767254696 @default.
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- W3040774477 cites W1951724000 @default.
- W3040774477 cites W1961339613 @default.
- W3040774477 cites W1976689807 @default.
- W3040774477 cites W1979294747 @default.
- W3040774477 cites W1993807212 @default.
- W3040774477 cites W2002537919 @default.
- W3040774477 cites W2003268349 @default.
- W3040774477 cites W2010946773 @default.
- W3040774477 cites W2018780555 @default.
- W3040774477 cites W2024009535 @default.
- W3040774477 cites W2041670517 @default.
- W3040774477 cites W2045258647 @default.
- W3040774477 cites W2046857879 @default.
- W3040774477 cites W2058591691 @default.
- W3040774477 cites W2066163557 @default.
- W3040774477 cites W2083263833 @default.
- W3040774477 cites W2084163582 @default.
- W3040774477 cites W2087358281 @default.
- W3040774477 cites W2091058445 @default.
- W3040774477 cites W2093766709 @default.
- W3040774477 cites W2093846586 @default.
- W3040774477 cites W2094654358 @default.
- W3040774477 cites W2095849037 @default.
- W3040774477 cites W2096853812 @default.
- W3040774477 cites W2099540110 @default.
- W3040774477 cites W2100943629 @default.
- W3040774477 cites W2117329063 @default.
- W3040774477 cites W2117658137 @default.
- W3040774477 cites W2118295263 @default.
- W3040774477 cites W2124523764 @default.
- W3040774477 cites W2125889057 @default.
- W3040774477 cites W2126076886 @default.
- W3040774477 cites W2134105845 @default.
- W3040774477 cites W2137944076 @default.
- W3040774477 cites W2138019226 @default.
- W3040774477 cites W2143335805 @default.
- W3040774477 cites W2145856974 @default.
- W3040774477 cites W2146858501 @default.
- W3040774477 cites W2149725827 @default.
- W3040774477 cites W2149861750 @default.
- W3040774477 cites W2150152181 @default.
- W3040774477 cites W2153731430 @default.
- W3040774477 cites W2157366717 @default.
- W3040774477 cites W2161491521 @default.
- W3040774477 cites W2162537071 @default.
- W3040774477 cites W2165361640 @default.
- W3040774477 cites W2167192149 @default.
- W3040774477 cites W2171974118 @default.
- W3040774477 cites W2179892239 @default.
- W3040774477 cites W2278844608 @default.
- W3040774477 cites W2280891761 @default.
- W3040774477 cites W2285725325 @default.
- W3040774477 cites W2311150240 @default.
- W3040774477 cites W2315979575 @default.
- W3040774477 cites W2333862156 @default.
- W3040774477 cites W2345070163 @default.
- W3040774477 cites W2510060436 @default.
- W3040774477 cites W2593945088 @default.
- W3040774477 cites W2749649869 @default.
- W3040774477 cites W2755793808 @default.
- W3040774477 cites W2757243015 @default.
- W3040774477 cites W2785168143 @default.
- W3040774477 cites W2785348225 @default.
- W3040774477 cites W2790054268 @default.
- W3040774477 cites W2799436130 @default.
- W3040774477 cites W2800981386 @default.
- W3040774477 cites W2809071072 @default.
- W3040774477 cites W2887351484 @default.
- W3040774477 cites W2898019792 @default.
- W3040774477 cites W2900764283 @default.
- W3040774477 cites W3006337025 @default.
- W3040774477 cites W3128649891 @default.
- W3040774477 doi "https://doi.org/10.1111/pce.13838" @default.
- W3040774477 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32643169" @default.