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• W4320039957 endingPage "100095" @default.
• W4320039957 startingPage "100095" @default.
• W4320039957 abstract "Quantifying the variation in stomatal behavior and functional traits of trees with elevation can provide a better understanding of the adaptative strategies to a changing climate. In this study, six water- and carbon-related functional traits were examined for three dominant tree species, Schima superba, Pinus massoniana and Castanopsis chinensis, in a mixed coniferous and broad-leaved forest at two elevations (70 and 360 m above sea level, respectively) in low subtropical China. We hypothesized that trees at higher elevations would develop more efficient strategies of stomatal regulations and greater water transport capacity to cope with more variable hydrothermal conditions than those at lower elevations. Results show that the hydraulic conductivity did not differ between trees at the two elevations, contrary to our expectation. The C. chinensis trees had greater values of leaf mass per unit area (LMA), and the S. superba and C. chinensis trees had greater values of wood density (WD), relative stem water content (RWC), and ratio of sapwood area to leaf area (Hv) at the 360-m elevation than at 70-m elevation. The mean canopy stomatal conductance was greater and more sensitive to vapor deficit pressure at 360 m than at 70 m for both S. superba and C. chinensis, while stomatal sensitivity did not differ between the two contrasting elevations for P. massoniana. The midday leaf water potential (ψL) in P. massoniana was significantly more negative at 360 m than at 70 m, but did not vary with increasing elevation in both S. superba and C. chinensis. Variations in Hv can be related to the differential stomatal behaviors between the two elevations. The variations of stomatal behavior and ψL with elevation suggested the isohydric strategy for the two broad-leaved species and the anisohydric strategy for the conifer species. The species-specific differences in LMA, WD, RWC, and Hv between the two elevations may reflect conservative resource use strategies at the higher elevation. Our findings revealed a close relationship between hydraulic and stomatal behavior and may help better understand the functional responses of forests to changing environmental conditions." @default.
• W4320039957 created "2023-02-12" @default.
• W4320039957 creator A5006036686 @default.
• W4320039957 creator A5007719266 @default.
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• W4320039957 creator A5049680701 @default.
• W4320039957 creator A5053723268 @default.
• W4320039957 creator A5061501082 @default.
• W4320039957 creator A5073876545 @default.
• W4320039957 date "2023-01-01" @default.
• W4320039957 modified "2023-10-15" @default.
• W4320039957 title "Hydraulic role in differential stomatal behaviors at two contrasting elevations in three dominant tree species of a mixed coniferous and broad-leaved forest in low subtropical China" @default.
• W4320039957 cites W1534812076 @default.
• W4320039957 cites W1858989742 @default.
• W4320039957 cites W1969430988 @default.
• W4320039957 cites W1976015635 @default.
• W4320039957 cites W2016252380 @default.
• W4320039957 cites W2016961712 @default.
• W4320039957 cites W2019258007 @default.
• W4320039957 cites W2024926484 @default.
• W4320039957 cites W2026460846 @default.
• W4320039957 cites W2034293169 @default.
• W4320039957 cites W2035539356 @default.
• W4320039957 cites W2038198219 @default.
• W4320039957 cites W2038740432 @default.
• W4320039957 cites W2047145282 @default.
• W4320039957 cites W2048121622 @default.
• W4320039957 cites W2066574651 @default.
• W4320039957 cites W2074687297 @default.
• W4320039957 cites W2075502079 @default.
• W4320039957 cites W2083398406 @default.
• W4320039957 cites W2085751877 @default.
• W4320039957 cites W2098424509 @default.
• W4320039957 cites W2101836973 @default.
• W4320039957 cites W2103081378 @default.
• W4320039957 cites W2103151347 @default.
• W4320039957 cites W2104363184 @default.
• W4320039957 cites W2105909042 @default.
• W4320039957 cites W2107051442 @default.
• W4320039957 cites W2107053308 @default.
• W4320039957 cites W2107800729 @default.
• W4320039957 cites W2110509128 @default.
• W4320039957 cites W2112987627 @default.
• W4320039957 cites W2113778573 @default.
• W4320039957 cites W2113891847 @default.
• W4320039957 cites W2114639418 @default.
• W4320039957 cites W2116176686 @default.
• W4320039957 cites W2117329063 @default.
• W4320039957 cites W2118295263 @default.
• W4320039957 cites W2118308217 @default.
• W4320039957 cites W2123029610 @default.
• W4320039957 cites W2125610532 @default.
• W4320039957 cites W2127606596 @default.
• W4320039957 cites W2130272499 @default.
• W4320039957 cites W2134373074 @default.
• W4320039957 cites W2135461524 @default.
• W4320039957 cites W2139395040 @default.
• W4320039957 cites W2139530885 @default.
• W4320039957 cites W2139551757 @default.
• W4320039957 cites W2139738409 @default.
• W4320039957 cites W2142317843 @default.
• W4320039957 cites W2142856791 @default.
• W4320039957 cites W2143652127 @default.
• W4320039957 cites W2149246018 @default.
• W4320039957 cites W2152121854 @default.
• W4320039957 cites W2153598651 @default.
• W4320039957 cites W2154049727 @default.
• W4320039957 cites W2156582285 @default.
• W4320039957 cites W2158155342 @default.
• W4320039957 cites W2158569120 @default.
• W4320039957 cites W2159012581 @default.
• W4320039957 cites W2159588517 @default.
• W4320039957 cites W2161000103 @default.
• W4320039957 cites W2161573451 @default.
• W4320039957 cites W2161766359 @default.
• W4320039957 cites W2164561920 @default.
• W4320039957 cites W2167394896 @default.
• W4320039957 cites W2167975613 @default.
• W4320039957 cites W2168108537 @default.
• W4320039957 cites W2168453107 @default.
• W4320039957 cites W2169017109 @default.
• W4320039957 cites W2175712783 @default.
• W4320039957 cites W2179250365 @default.
• W4320039957 cites W2213130482 @default.
• W4320039957 cites W2317115016 @default.
• W4320039957 cites W2394891643 @default.
• W4320039957 cites W2515157834 @default.
• W4320039957 cites W2560569342 @default.
• W4320039957 cites W2573479934 @default.
• W4320039957 cites W2619039664 @default.
• W4320039957 cites W2745201224 @default.
• W4320039957 cites W2750842042 @default.
• W4320039957 cites W2782168045 @default.
• W4320039957 cites W2793929909 @default.
• W4320039957 cites W2890167223 @default.
• W4320039957 cites W2897650035 @default.
• W4320039957 cites W2903680580 @default.
• W4320039957 cites W2907861418 @default.

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