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- W2954810822 abstract "Abstract Increasing precipitation has been predicted to occur in the karst areas in southwestern regions of China. However, it is little known how various plants respond to increasing precipitation in this region. Here we determined the impacts of water addition on leaf metabolites of grasses ( Cymbopogon distans and Arundinella sitosa ) and shrubs ( Carissa spinarum and Bauhinia brachycarpa ) in this area. Four levels of water additions (CK, T1, T2 and T3 indicating 0%, +20%, +40% and +60% relative to the current monthly precipitation, respectively) were designed. Sphingolipids substantially increased in the leaves of all four species with increasing water supply which suggests that these plants adopted biochemical strategy to tolerate the wet stress. However, both shrubs showed decreases in valine and threonine (amino acids), threonate, succinate and ascorbic acid (organic acids), galactose and rhamnose (sugars) and epicatchin and oleamides (secondary metabolites) with increasing water supply. Both grasses increased in the total metabolites at T1, but the total metabolites in A . sitosa significantly decreased at T2 and T3 while remains unchanged in C . distans . Tri-carboxylic acid cycle and amino acid metabolism in shrubs and shikimate pathway in grasses were strongly affected with water supply. Overall, shrubs and grasses respond differentially to variation in water addition in terms of metabolomics, which is helpful in understanding how plants respond to climate change." @default.
- W2954810822 created "2019-07-12" @default.
- W2954810822 creator A5004631041 @default.
- W2954810822 creator A5030342265 @default.
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- W2954810822 creator A5071238140 @default.
- W2954810822 creator A5077457313 @default.
- W2954810822 creator A5085482653 @default.
- W2954810822 date "2019-07-03" @default.
- W2954810822 modified "2023-10-16" @default.
- W2954810822 title "Differential metabolic responses of shrubs and grasses to water additions in arid karst region, southwestern China" @default.
- W2954810822 cites W1512692177 @default.
- W2954810822 cites W1761787460 @default.
- W2954810822 cites W187891452 @default.
- W2954810822 cites W1935199567 @default.
- W2954810822 cites W1967842506 @default.
- W2954810822 cites W1972060131 @default.
- W2954810822 cites W1976254673 @default.
- W2954810822 cites W1977485449 @default.
- W2954810822 cites W1984725847 @default.
- W2954810822 cites W1985342813 @default.
- W2954810822 cites W2001725411 @default.
- W2954810822 cites W2004448262 @default.
- W2954810822 cites W2005933887 @default.
- W2954810822 cites W2006321864 @default.
- W2954810822 cites W2010492529 @default.
- W2954810822 cites W2020799038 @default.
- W2954810822 cites W2020948897 @default.
- W2954810822 cites W2022966294 @default.
- W2954810822 cites W2024472771 @default.
- W2954810822 cites W2026147035 @default.
- W2954810822 cites W2039431000 @default.
- W2954810822 cites W2040879655 @default.
- W2954810822 cites W2048165468 @default.
- W2954810822 cites W2051199719 @default.
- W2954810822 cites W2054279077 @default.
- W2954810822 cites W2055738160 @default.
- W2954810822 cites W2060077088 @default.
- W2954810822 cites W2062564242 @default.
- W2954810822 cites W2066894215 @default.
- W2954810822 cites W2070424227 @default.
- W2954810822 cites W2070857057 @default.
- W2954810822 cites W2072676547 @default.
- W2954810822 cites W2075779599 @default.
- W2954810822 cites W2076380535 @default.
- W2954810822 cites W2077013692 @default.
- W2954810822 cites W2078595337 @default.
- W2954810822 cites W2080010606 @default.
- W2954810822 cites W2085420439 @default.
- W2954810822 cites W2085815461 @default.
- W2954810822 cites W2093859742 @default.
- W2954810822 cites W2095614608 @default.
- W2954810822 cites W2102351240 @default.
- W2954810822 cites W2102746034 @default.
- W2954810822 cites W2104742686 @default.
- W2954810822 cites W2106226450 @default.
- W2954810822 cites W2106857639 @default.
- W2954810822 cites W2109252301 @default.
- W2954810822 cites W2112503235 @default.
- W2954810822 cites W2113869793 @default.
- W2954810822 cites W2116547272 @default.
- W2954810822 cites W2122910156 @default.
- W2954810822 cites W2124138901 @default.
- W2954810822 cites W2133988469 @default.
- W2954810822 cites W2136552399 @default.
- W2954810822 cites W2138123179 @default.
- W2954810822 cites W2138820226 @default.
- W2954810822 cites W2141575804 @default.
- W2954810822 cites W2150539008 @default.
- W2954810822 cites W2151303612 @default.
- W2954810822 cites W2151891340 @default.
- W2954810822 cites W2154227455 @default.
- W2954810822 cites W2155156531 @default.
- W2954810822 cites W2158359278 @default.
- W2954810822 cites W2158535548 @default.
- W2954810822 cites W2159109819 @default.
- W2954810822 cites W2159119669 @default.
- W2954810822 cites W2172041082 @default.
- W2954810822 cites W2247949541 @default.
- W2954810822 cites W2263772134 @default.
- W2954810822 cites W2281058550 @default.
- W2954810822 cites W2313660139 @default.
- W2954810822 cites W2314597653 @default.
- W2954810822 cites W2341495962 @default.
- W2954810822 cites W2342593799 @default.
- W2954810822 cites W2435072823 @default.
- W2954810822 cites W2464851017 @default.
- W2954810822 cites W2559748943 @default.
- W2954810822 cites W2755083082 @default.
- W2954810822 cites W2789301722 @default.
- W2954810822 cites W2791646823 @default.
- W2954810822 cites W2896954778 @default.
- W2954810822 cites W2908915733 @default.
- W2954810822 cites W4232965715 @default.
- W2954810822 cites W4244372556 @default.
- W2954810822 cites W4255023977 @default.
- W2954810822 cites W4596803 @default.