FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3044932073> ?p ?o ?g. }

• W3044932073 endingPage "104199" @default.
• W3044932073 startingPage "104199" @default.
• W3044932073 abstract "Elevated atmospheric CO2 concentration (e[CO2]) profoundly affects the growth and physiological activities of plants. However, the responses of leaf and root functional traits to e[CO2] are rarely investigated together, limiting our understanding of the whole-plant adaptive strategies to climate change. In this study, 17 temperate woody (nine) and herbaceous (eight) plant species were grown under ambient [CO2] (a[CO2], 380 ppm) and e[CO2] (720 ppm) conditions in the chamber (Percival Scientific, Perry, USA), and the responses of 16 key functional traits (anatomy, morphology, physiology) of leaves and typical absorptive roots (the 1st order root) and their relationships were studied. Averagely, we found that e[CO2] increased leaf thickness (LT, +13 %), reduced specific leaf area (SLA, -14 %), increased palisade tissue thickness (PT, +23 %) and the ratio of palisade tissue to spongy tissue thickness (P/S, +14 %) across species, which were accompanied by physiological changes. For absorptive root, root diameter (RD) increased by 15 %, specific root length (SRL) decreased by 12 %, and root tissue density (RTD) decreased by 14 % across species under e[CO2], indicating that plants tend to construct thicker roots with looser tissue under e[CO2] compared to a[CO2]. Also root cortical thickness (CT) and the ratio of cortical thickness to stele radius (C/S) increased by 20 % and 13 % under e[CO2], respectively, implying an increase in root potential absorption capacity. More importantly, the corresponding functional traits of leaf and absorptive root, i.e., LT and RD, SLA and SRL, PT and CT, P/S and C/S, showed positive correlations in their magnitudes of the responses to e[CO2] in both woody and herbaceous species. Our study revealed the coordinated changes of corresponding functional traits in leaf and absorptive root under e[CO2] condition, which provide some insights into the whole-plant resources acquisition strategy under changing environment." @default.
• W3044932073 created "2020-07-29" @default.
• W3044932073 creator A5018896316 @default.
• W3044932073 creator A5022678278 @default.
• W3044932073 creator A5066019934 @default.
• W3044932073 creator A5069163885 @default.
• W3044932073 creator A5090728786 @default.
• W3044932073 creator A5090789081 @default.
• W3044932073 date "2020-11-01" @default.
• W3044932073 modified "2023-10-10" @default.
• W3044932073 title "Coordinated responses of leaf and absorptive root traits under elevated CO2 concentration in temperate woody and herbaceous species" @default.
• W3044932073 cites W1492530870 @default.
• W3044932073 cites W1846513595 @default.
• W3044932073 cites W1972988333 @default.
• W3044932073 cites W1981023198 @default.
• W3044932073 cites W1983690371 @default.
• W3044932073 cites W1990081881 @default.
• W3044932073 cites W1990460478 @default.
• W3044932073 cites W2025483180 @default.
• W3044932073 cites W2043761170 @default.
• W3044932073 cites W2046857879 @default.
• W3044932073 cites W2047393862 @default.
• W3044932073 cites W2047447550 @default.
• W3044932073 cites W2049144998 @default.
• W3044932073 cites W2050053621 @default.
• W3044932073 cites W2050364851 @default.
• W3044932073 cites W2050745320 @default.
• W3044932073 cites W2060349954 @default.
• W3044932073 cites W2069669199 @default.
• W3044932073 cites W2091183954 @default.
• W3044932073 cites W2094919850 @default.
• W3044932073 cites W2096212927 @default.
• W3044932073 cites W2096567926 @default.
• W3044932073 cites W2099419787 @default.
• W3044932073 cites W2102870290 @default.
• W3044932073 cites W2117354222 @default.
• W3044932073 cites W2117631271 @default.
• W3044932073 cites W2118295263 @default.
• W3044932073 cites W2120984803 @default.
• W3044932073 cites W2123670698 @default.
• W3044932073 cites W2123819457 @default.
• W3044932073 cites W2127928904 @default.
• W3044932073 cites W2128620848 @default.
• W3044932073 cites W2128820381 @default.
• W3044932073 cites W2131942074 @default.
• W3044932073 cites W2136932918 @default.
• W3044932073 cites W2139165023 @default.
• W3044932073 cites W2142040133 @default.
• W3044932073 cites W2145051394 @default.
• W3044932073 cites W2147518042 @default.
• W3044932073 cites W2155343321 @default.
• W3044932073 cites W2157912201 @default.
• W3044932073 cites W2160542921 @default.
• W3044932073 cites W2160897648 @default.
• W3044932073 cites W2165105410 @default.
• W3044932073 cites W2166192281 @default.
• W3044932073 cites W2166671666 @default.
• W3044932073 cites W2170285967 @default.
• W3044932073 cites W2259588887 @default.
• W3044932073 cites W2330082907 @default.
• W3044932073 cites W2442638381 @default.
• W3044932073 cites W2535082270 @default.
• W3044932073 cites W2550975580 @default.
• W3044932073 cites W2578555659 @default.
• W3044932073 cites W2617519612 @default.
• W3044932073 cites W2724382868 @default.
• W3044932073 cites W2790761436 @default.
• W3044932073 cites W2795932935 @default.
• W3044932073 cites W2796474941 @default.
• W3044932073 cites W2802720826 @default.
• W3044932073 cites W2945297180 @default.
• W3044932073 cites W2972984190 @default.
• W3044932073 cites W2986448955 @default.
• W3044932073 cites W4320996005 @default.
• W3044932073 doi "https://doi.org/10.1016/j.envexpbot.2020.104199" @default.
• W3044932073 hasPublicationYear "2020" @default.
• W3044932073 type Work @default.
• W3044932073 sameAs 3044932073 @default.
• W3044932073 citedByCount "13" @default.
• W3044932073 countsByYear W30449320732021 @default.
• W3044932073 countsByYear W30449320732022 @default.
• W3044932073 countsByYear W30449320732023 @default.
• W3044932073 crossrefType "journal-article" @default.
• W3044932073 hasAuthorship W3044932073A5018896316 @default.
• W3044932073 hasAuthorship W3044932073A5022678278 @default.
• W3044932073 hasAuthorship W3044932073A5066019934 @default.
• W3044932073 hasAuthorship W3044932073A5069163885 @default.
• W3044932073 hasAuthorship W3044932073A5090728786 @default.
• W3044932073 hasAuthorship W3044932073A5090789081 @default.
• W3044932073 hasConcept C128758860 @default.
• W3044932073 hasConcept C144027150 @default.
• W3044932073 hasConcept C183688256 @default.
• W3044932073 hasConcept C187820883 @default.
• W3044932073 hasConcept C2776615292 @default.
• W3044932073 hasConcept C30820588 @default.
• W3044932073 hasConcept C59822182 @default.
• W3044932073 hasConcept C81461190 @default.
• W3044932073 hasConcept C86803240 @default.

• next