FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1947510118> ?p ?o ?g. }

• W1947510118 endingPage "826" @default.
• W1947510118 startingPage "812" @default.
• W1947510118 abstract "Abstract The impact of sublethal heat on photosynthetic performance, photosynthetic pigments and free radical scavenging activity was examined in three high mountain species, R hododendron ferrugineum , S enecio incanus and R anunculus glacialis using controlled in situ applications of heat stress, both in darkness and under natural solar irradiation. Heat treatments applied in the dark reversibly reduced photosynthetic performance and the maximum quantum efficiency of photosystem II ( F v /F m ), which remained impeded for several days when plants were exposed to natural light conditions subsequently to the heat treatment. In contrast, plants exposed to heat stress under natural irradiation were able to tolerate and recover from heat stress more readily. The critical temperature threshold for chlorophyll fluorescence was higher under illumination ( T c ′ ) than in the dark ( T c ). Heat stress caused a significant de‐epoxidation of the xanthophyll cycle pigments both in the light and in the dark conditions. Total free radical scavenging activity was highest when heat stress was applied in the dark. This study demonstrates that, in the E uropean A lps, heat waves can temporarily have a negative impact on photosynthesis and, importantly, that results obtained from experiments performed in darkness and/or on detached plant material may not reliably predict the impact of heat stress under field conditions." @default.
• W1947510118 created "2016-06-24" @default.
• W1947510118 creator A5004924517 @default.
• W1947510118 creator A5010179516 @default.
• W1947510118 creator A5022350348 @default.
• W1947510118 creator A5051326193 @default.
• W1947510118 creator A5054621275 @default.
• W1947510118 date "2014-11-28" @default.
• W1947510118 modified "2023-10-17" @default.
• W1947510118 title "Application of heat stress <i>in situ</i> demonstrates a protective role of irradiation on photosynthetic performance in alpine plants" @default.
• W1947510118 cites W119988901 @default.
• W1947510118 cites W155385625 @default.
• W1947510118 cites W1553895809 @default.
• W1947510118 cites W168070949 @default.
• W1947510118 cites W1752560166 @default.
• W1947510118 cites W1842489597 @default.
• W1947510118 cites W1943128592 @default.
• W1947510118 cites W1963592748 @default.
• W1947510118 cites W1965934683 @default.
• W1947510118 cites W1968633118 @default.
• W1947510118 cites W1972675008 @default.
• W1947510118 cites W1972961529 @default.
• W1947510118 cites W1980223099 @default.
• W1947510118 cites W1981188087 @default.
• W1947510118 cites W1989186234 @default.
• W1947510118 cites W1991318618 @default.
• W1947510118 cites W2003654680 @default.
• W1947510118 cites W2004297939 @default.
• W1947510118 cites W2006486492 @default.
• W1947510118 cites W2007368734 @default.
• W1947510118 cites W2008668438 @default.
• W1947510118 cites W2015126072 @default.
• W1947510118 cites W2021279198 @default.
• W1947510118 cites W2028980125 @default.
• W1947510118 cites W2031708620 @default.
• W1947510118 cites W2037758982 @default.
• W1947510118 cites W2040475633 @default.
• W1947510118 cites W2042898130 @default.
• W1947510118 cites W2052321356 @default.
• W1947510118 cites W2056616914 @default.
• W1947510118 cites W2056650938 @default.
• W1947510118 cites W2056945066 @default.
• W1947510118 cites W2064122878 @default.
• W1947510118 cites W2065603423 @default.
• W1947510118 cites W2065853716 @default.
• W1947510118 cites W2066833596 @default.
• W1947510118 cites W2072976273 @default.
• W1947510118 cites W2079117866 @default.
• W1947510118 cites W2082636118 @default.
• W1947510118 cites W2087087192 @default.
• W1947510118 cites W2098165261 @default.
• W1947510118 cites W2098741809 @default.
• W1947510118 cites W2119082489 @default.
• W1947510118 cites W2119163634 @default.
• W1947510118 cites W2126674603 @default.
• W1947510118 cites W2134307851 @default.
• W1947510118 cites W2136400789 @default.
• W1947510118 cites W2138113921 @default.
• W1947510118 cites W2141724609 @default.
• W1947510118 cites W2142283539 @default.
• W1947510118 cites W2144245323 @default.
• W1947510118 cites W2146719438 @default.
• W1947510118 cites W2152258966 @default.
• W1947510118 cites W2157330318 @default.
• W1947510118 cites W2159275379 @default.
• W1947510118 cites W2161444983 @default.
• W1947510118 cites W2161862158 @default.
• W1947510118 cites W2164956716 @default.
• W1947510118 cites W2165866228 @default.
• W1947510118 cites W2175627659 @default.
• W1947510118 cites W2317670425 @default.
• W1947510118 cites W2480450012 @default.
• W1947510118 cites W335328747 @default.
• W1947510118 cites W4248928781 @default.
• W1947510118 doi "https://doi.org/10.1111/pce.12455" @default.
• W1947510118 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4407927" @default.
• W1947510118 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25256247" @default.
• W1947510118 hasPublicationYear "2014" @default.
• W1947510118 type Work @default.
• W1947510118 sameAs 1947510118 @default.
• W1947510118 citedByCount "51" @default.
• W1947510118 countsByYear W19475101182015 @default.
• W1947510118 countsByYear W19475101182016 @default.
• W1947510118 countsByYear W19475101182017 @default.
• W1947510118 countsByYear W19475101182018 @default.
• W1947510118 countsByYear W19475101182019 @default.
• W1947510118 countsByYear W19475101182020 @default.
• W1947510118 countsByYear W19475101182021 @default.
• W1947510118 countsByYear W19475101182022 @default.
• W1947510118 countsByYear W19475101182023 @default.
• W1947510118 crossrefType "journal-article" @default.
• W1947510118 hasAuthorship W1947510118A5004924517 @default.
• W1947510118 hasAuthorship W1947510118A5010179516 @default.
• W1947510118 hasAuthorship W1947510118A5022350348 @default.
• W1947510118 hasAuthorship W1947510118A5051326193 @default.
• W1947510118 hasAuthorship W1947510118A5054621275 @default.
• W1947510118 hasBestOaLocation W19475101181 @default.
• W1947510118 hasConcept C111337013 @default.

• next