FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2097432483> ?p ?o ?g. }

• W2097432483 endingPage "504" @default.
• W2097432483 startingPage "489" @default.
• W2097432483 abstract "Climate change as projected for Central Europe will lead to prolonged periods of summer drought and enhanced air temperature. Thus, forest management practices are required to take into account how species performance is adapted to cope with these climate changes. Oak trees may play a major role in future forests because of their relative drought-tolerance compared with other species like beech. Therefore, this study investigated the stress responses (i.e., anti-oxidants, free amino acids) in the leaves of three widely distributed oak species in Central Europe (i.e., Quercus robur L., Q. petraea [Matt.] Libel., Q. pubescens Willd.) to drought, air warming and the combination of drought plus air warming under controlled conditions after periods of spring drought, a short rewetting and summer drought. We quantified foliar levels of thiols, ascorbate, and free amino compounds in Q robur, Q. petraea and Q. pubescens. Our study showed that oak saplings had increased levels of γ-glutamylcysteine and total glutathione and proline with drought and air warming. Foliar ascorbate, glutathione disulfide and dehydroascorbic acid levels were not affected. The comparison of stress responses to drought and/or air warming between the three species showed higher foliar thiol levels in Q. robur and Q. pubescens compared with Q. petraea. For total and reduced ascorbic acid and γ-aminobutyric acid, the highest levels were found in Q. robur. In conclusion, our study showed that foliar anti-oxidant and free amino acid levels were significantly affected by drought plus air warming; however, this effect was species-dependent with the drought-tolerant species of Q. pubescens having the highest reactive oxygen species scavenging capacity among three tested oak species. Furthermore, stress responses as shown by increased levels of foliar anti-oxidants and free amino acids differ between calcareous and acidic soil indicating that the capacities of anti-oxidative defense and osmotic stress adjustment developed better on calcareous compared with acidic soil; however, this effect was metabolite- as well as species-specific." @default.
• W2097432483 created "2016-06-24" @default.
• W2097432483 creator A5045803884 @default.
• W2097432483 creator A5054037455 @default.
• W2097432483 creator A5066074853 @default.
• W2097432483 date "2013-04-25" @default.
• W2097432483 modified "2023-10-17" @default.
• W2097432483 title "Drought and air warming affect the species-specific levels of stress-related foliar metabolites of three oak species on acidic and calcareous soil" @default.
• W2097432483 cites W136366738 @default.
• W2097432483 cites W1481627626 @default.
• W2097432483 cites W1507013459 @default.
• W2097432483 cites W1616281853 @default.
• W2097432483 cites W1922193953 @default.
• W2097432483 cites W1964700425 @default.
• W2097432483 cites W1967774797 @default.
• W2097432483 cites W1967839820 @default.
• W2097432483 cites W1968832184 @default.
• W2097432483 cites W1970270804 @default.
• W2097432483 cites W1978487812 @default.
• W2097432483 cites W1984176009 @default.
• W2097432483 cites W1989629347 @default.
• W2097432483 cites W1991066850 @default.
• W2097432483 cites W1992380840 @default.
• W2097432483 cites W1996379088 @default.
• W2097432483 cites W1996746229 @default.
• W2097432483 cites W2000208854 @default.
• W2097432483 cites W2001283380 @default.
• W2097432483 cites W2008017393 @default.
• W2097432483 cites W2024284376 @default.
• W2097432483 cites W2028879006 @default.
• W2097432483 cites W2031368235 @default.
• W2097432483 cites W2032787460 @default.
• W2097432483 cites W2033692122 @default.
• W2097432483 cites W2034447192 @default.
• W2097432483 cites W2038745992 @default.
• W2097432483 cites W2041541944 @default.
• W2097432483 cites W2050222115 @default.
• W2097432483 cites W2054515456 @default.
• W2097432483 cites W2056024604 @default.
• W2097432483 cites W2062776545 @default.
• W2097432483 cites W2063298280 @default.
• W2097432483 cites W2067101736 @default.
• W2097432483 cites W2073915865 @default.
• W2097432483 cites W2077392504 @default.
• W2097432483 cites W2086361936 @default.
• W2097432483 cites W2089142048 @default.
• W2097432483 cites W2091744769 @default.
• W2097432483 cites W2092020865 @default.
• W2097432483 cites W2096287917 @default.
• W2097432483 cites W2098133286 @default.
• W2097432483 cites W2104191557 @default.
• W2097432483 cites W2123766989 @default.
• W2097432483 cites W2124511186 @default.
• W2097432483 cites W2129032555 @default.
• W2097432483 cites W2132325065 @default.
• W2097432483 cites W2135615740 @default.
• W2097432483 cites W2137853371 @default.
• W2097432483 cites W2138761626 @default.
• W2097432483 cites W2143804637 @default.
• W2097432483 cites W2144727476 @default.
• W2097432483 cites W2150539008 @default.
• W2097432483 cites W2156555791 @default.
• W2097432483 cites W2156887039 @default.
• W2097432483 cites W2161251566 @default.
• W2097432483 cites W2168453107 @default.
• W2097432483 cites W2171979944 @default.
• W2097432483 cites W225266209 @default.
• W2097432483 cites W2317424961 @default.
• W2097432483 cites W2322752448 @default.
• W2097432483 cites W2329280880 @default.
• W2097432483 cites W2588987108 @default.
• W2097432483 cites W4596803 @default.
• W2097432483 doi "https://doi.org/10.1093/treephys/tpt025" @default.
• W2097432483 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23619385" @default.
• W2097432483 hasPublicationYear "2013" @default.
• W2097432483 type Work @default.
• W2097432483 sameAs 2097432483 @default.
• W2097432483 citedByCount "42" @default.
• W2097432483 countsByYear W20974324832013 @default.
• W2097432483 countsByYear W20974324832014 @default.
• W2097432483 countsByYear W20974324832015 @default.
• W2097432483 countsByYear W20974324832016 @default.
• W2097432483 countsByYear W20974324832017 @default.
• W2097432483 countsByYear W20974324832018 @default.
• W2097432483 countsByYear W20974324832019 @default.
• W2097432483 countsByYear W20974324832020 @default.
• W2097432483 countsByYear W20974324832021 @default.
• W2097432483 countsByYear W20974324832022 @default.
• W2097432483 countsByYear W20974324832023 @default.
• W2097432483 crossrefType "journal-article" @default.
• W2097432483 hasAuthorship W2097432483A5045803884 @default.
• W2097432483 hasAuthorship W2097432483A5054037455 @default.
• W2097432483 hasAuthorship W2097432483A5066074853 @default.
• W2097432483 hasConcept C144027150 @default.
• W2097432483 hasConcept C181199279 @default.
• W2097432483 hasConcept C185592680 @default.
• W2097432483 hasConcept C189797535 @default.
• W2097432483 hasConcept C2776211871 @default.

• next