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• W4361001884 abstract "Abstract The productivity and climate feedbacks of tropical forests depend on tree physiological responses to warmer and, over large areas, seasonally drier conditions. However, knowledge regarding such responses is limited due to data scarcity. We studied the impact of growth temperature on net photosynthesis (An), maximum rates of Rubisco carboxylation at 25 °C (Vcmax25), stomatal conductance (gs) and the slope parameter of the stomatal conductance-photosynthesis model (g1), in 10 early successional (ES) and 8 late-successional (LS) tropical tree species grown at three sites along an elevation gradient in Rwanda, differing by 6.8 °C in daytime ambient air temperature. The effect of seasonal drought on An was also investigated. We found that warm climate decreased wet-season An in LS species, but not in ES species. Values of Vcmax25 were lower at the warmest site across both successional groups, and An and Vcmax25 were higher in ES compared with LS species. Stomatal conductance exhibited no significant site differences and g1 was similar across both sites and successional groups. Drought strongly reduced An at warmer sites but not at the coolest montane site and this response was similar in both ES and LS species. Our results suggest that warming has negative effects on leaf-level photosynthesis in LS species, while both LS and ES species suffer photosynthesis declines in a warmer climate with more pronounced droughts. The contrasting responses of An between successional groups may lead to shifts in species’ competitive balance in a warmer world, to the disadvantage of LS trees." @default.
• W4361001884 created "2023-03-30" @default.
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• W4361001884 date "2023-03-27" @default.
• W4361001884 modified "2023-10-17" @default.
• W4361001884 title "Contrasting warming responses of photosynthesis in early- and late-successional tropical trees" @default.
• W4361001884 cites W1209269186 @default.
• W4361001884 cites W1767566553 @default.
• W4361001884 cites W1842851471 @default.
• W4361001884 cites W1909136955 @default.
• W4361001884 cites W1949051345 @default.
• W4361001884 cites W1980652687 @default.
• W4361001884 cites W1985005079 @default.
• W4361001884 cites W1997740487 @default.
• W4361001884 cites W2002884927 @default.
• W4361001884 cites W2010216127 @default.
• W4361001884 cites W2010946773 @default.
• W4361001884 cites W2011863082 @default.
• W4361001884 cites W2022224360 @default.
• W4361001884 cites W2023033196 @default.
• W4361001884 cites W2029559111 @default.
• W4361001884 cites W2031949321 @default.
• W4361001884 cites W2034286889 @default.
• W4361001884 cites W2041268162 @default.
• W4361001884 cites W2046723667 @default.
• W4361001884 cites W2046857879 @default.
• W4361001884 cites W2048033136 @default.
• W4361001884 cites W2052648234 @default.
• W4361001884 cites W2057142346 @default.
• W4361001884 cites W2069182941 @default.
• W4361001884 cites W2074907488 @default.
• W4361001884 cites W2074957851 @default.
• W4361001884 cites W2080860529 @default.
• W4361001884 cites W2083263833 @default.
• W4361001884 cites W2100174116 @default.
• W4361001884 cites W2101836973 @default.
• W4361001884 cites W2102125151 @default.
• W4361001884 cites W2108112566 @default.
• W4361001884 cites W2110865470 @default.
• W4361001884 cites W2114790230 @default.
• W4361001884 cites W2117527395 @default.
• W4361001884 cites W2119220376 @default.
• W4361001884 cites W2122305785 @default.
• W4361001884 cites W2123099878 @default.
• W4361001884 cites W2126860661 @default.
• W4361001884 cites W2130616805 @default.
• W4361001884 cites W2137944076 @default.
• W4361001884 cites W2137999170 @default.
• W4361001884 cites W2139570512 @default.
• W4361001884 cites W2141488040 @default.
• W4361001884 cites W2144706069 @default.
• W4361001884 cites W2146957022 @default.
• W4361001884 cites W2149883657 @default.
• W4361001884 cites W2151053843 @default.
• W4361001884 cites W2156275675 @default.
• W4361001884 cites W2159267296 @default.
• W4361001884 cites W2164442427 @default.
• W4361001884 cites W2165548358 @default.
• W4361001884 cites W2167192149 @default.
• W4361001884 cites W2258748269 @default.
• W4361001884 cites W2259539631 @default.
• W4361001884 cites W2265207115 @default.
• W4361001884 cites W2301783612 @default.
• W4361001884 cites W2340539073 @default.
• W4361001884 cites W2343421641 @default.
• W4361001884 cites W2494125619 @default.
• W4361001884 cites W2553925724 @default.
• W4361001884 cites W2569492609 @default.
• W4361001884 cites W2588444350 @default.
• W4361001884 cites W2593945088 @default.
• W4361001884 cites W2600452325 @default.
• W4361001884 cites W2608511248 @default.
• W4361001884 cites W2609127855 @default.
• W4361001884 cites W2755948328 @default.
• W4361001884 cites W2761846605 @default.
• W4361001884 cites W2788003534 @default.
• W4361001884 cites W2795094909 @default.
• W4361001884 cites W2802239176 @default.
• W4361001884 cites W2804167875 @default.
• W4361001884 cites W2897650035 @default.
• W4361001884 cites W2899008599 @default.
• W4361001884 cites W2908319623 @default.
• W4361001884 cites W2921781939 @default.
• W4361001884 cites W2971741507 @default.
• W4361001884 cites W2995629255 @default.
• W4361001884 cites W2997897727 @default.
• W4361001884 cites W2999802816 @default.
• W4361001884 cites W3006332078 @default.
• W4361001884 cites W3007227491 @default.
• W4361001884 cites W3011196067 @default.

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