Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891836658> ?p ?o ?g. }
- W2891836658 endingPage "76" @default.
- W2891836658 startingPage "76" @default.
- W2891836658 abstract "Heat waves are predicted to increase in frequency and duration in many regions as global temperatures rise. These transient increases in temperature above normal average values will have pronounced impacts upon the photosynthetic and stomatal physiology of plants. During the summer of 2017, much of the Mediterranean experienced a severe heat wave. Here, we report photosynthetic leaf gas exchange and chlorophyll fluorescence parameters of olive (Olea europaea cv. Leccino) grown under water deficit and full irrigation over the course of the heat wave as midday temperatures rose over 40 °C in Central Italy. Heat stress induced a decline in the photosynthetic capacity of the olives consistent with reduced ribulose-1,5-bisphosphate carboxylase/oxygenase (RubisCO) activity. Damage to photosystem II was more apparent in plants subject to water deficit. In contrast to previous studies, higher temperatures induced reductions in stomatal conductance. Heat stress adversely affected the carbon efficiency of olive. The selection of olive varieties with enhanced tolerance to heat stress and/or strategies to mitigate the impact of higher temperatures will become increasingly important in developing sustainable agriculture in the Mediterranean as global temperatures rise." @default.
- W2891836658 created "2018-09-27" @default.
- W2891836658 creator A5016281418 @default.
- W2891836658 creator A5035251769 @default.
- W2891836658 creator A5040404844 @default.
- W2891836658 creator A5042318338 @default.
- W2891836658 creator A5048467648 @default.
- W2891836658 creator A5081011997 @default.
- W2891836658 date "2018-09-20" @default.
- W2891836658 modified "2023-09-30" @default.
- W2891836658 title "The Impact of Heat Stress and Water Deficit on the Photosynthetic and Stomatal Physiology of Olive (Olea europaea L.)—A Case Study of the 2017 Heat Wave" @default.
- W2891836658 cites W1502573544 @default.
- W2891836658 cites W1527331350 @default.
- W2891836658 cites W170342297 @default.
- W2891836658 cites W1957686132 @default.
- W2891836658 cites W1969215521 @default.
- W2891836658 cites W1975892234 @default.
- W2891836658 cites W1981894496 @default.
- W2891836658 cites W1982319863 @default.
- W2891836658 cites W1982724915 @default.
- W2891836658 cites W1991715443 @default.
- W2891836658 cites W1994641074 @default.
- W2891836658 cites W2001803822 @default.
- W2891836658 cites W2002415147 @default.
- W2891836658 cites W2016894891 @default.
- W2891836658 cites W2018869840 @default.
- W2891836658 cites W2019157052 @default.
- W2891836658 cites W2020742099 @default.
- W2891836658 cites W2023490242 @default.
- W2891836658 cites W2032116753 @default.
- W2891836658 cites W2032188979 @default.
- W2891836658 cites W2034393951 @default.
- W2891836658 cites W2045889088 @default.
- W2891836658 cites W2050019318 @default.
- W2891836658 cites W2056459445 @default.
- W2891836658 cites W2058026541 @default.
- W2891836658 cites W2065269132 @default.
- W2891836658 cites W2072202096 @default.
- W2891836658 cites W2075241957 @default.
- W2891836658 cites W2092732938 @default.
- W2891836658 cites W2097691322 @default.
- W2891836658 cites W2101651903 @default.
- W2891836658 cites W2105269183 @default.
- W2891836658 cites W2110172531 @default.
- W2891836658 cites W2115376462 @default.
- W2891836658 cites W2115532444 @default.
- W2891836658 cites W2125345882 @default.
- W2891836658 cites W2126467011 @default.
- W2891836658 cites W2128342396 @default.
- W2891836658 cites W2129408927 @default.
- W2891836658 cites W2141510263 @default.
- W2891836658 cites W2151969797 @default.
- W2891836658 cites W2156126060 @default.
- W2891836658 cites W2161018585 @default.
- W2891836658 cites W2161585941 @default.
- W2891836658 cites W2163734510 @default.
- W2891836658 cites W2168451075 @default.
- W2891836658 cites W2186138932 @default.
- W2891836658 cites W2227060103 @default.
- W2891836658 cites W2261868277 @default.
- W2891836658 cites W2292213374 @default.
- W2891836658 cites W2321443763 @default.
- W2891836658 cites W2329860052 @default.
- W2891836658 cites W2424694809 @default.
- W2891836658 cites W2508549555 @default.
- W2891836658 cites W2511762438 @default.
- W2891836658 cites W2561650621 @default.
- W2891836658 cites W2742433978 @default.
- W2891836658 cites W2743882286 @default.
- W2891836658 cites W2765140902 @default.
- W2891836658 cites W2768365860 @default.
- W2891836658 cites W2793688943 @default.
- W2891836658 cites W2799744012 @default.
- W2891836658 cites W2801320425 @default.
- W2891836658 cites W2806071712 @default.
- W2891836658 cites W4378780286 @default.
- W2891836658 doi "https://doi.org/10.3390/plants7040076" @default.
- W2891836658 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6313851" @default.
- W2891836658 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30241389" @default.
- W2891836658 hasPublicationYear "2018" @default.
- W2891836658 type Work @default.
- W2891836658 sameAs 2891836658 @default.
- W2891836658 citedByCount "60" @default.
- W2891836658 countsByYear W28918366582018 @default.
- W2891836658 countsByYear W28918366582019 @default.
- W2891836658 countsByYear W28918366582020 @default.
- W2891836658 countsByYear W28918366582021 @default.
- W2891836658 countsByYear W28918366582022 @default.
- W2891836658 countsByYear W28918366582023 @default.
- W2891836658 crossrefType "journal-article" @default.
- W2891836658 hasAuthorship W2891836658A5016281418 @default.
- W2891836658 hasAuthorship W2891836658A5035251769 @default.
- W2891836658 hasAuthorship W2891836658A5040404844 @default.
- W2891836658 hasAuthorship W2891836658A5042318338 @default.
- W2891836658 hasAuthorship W2891836658A5048467648 @default.
- W2891836658 hasAuthorship W2891836658A5081011997 @default.
- W2891836658 hasBestOaLocation W28918366581 @default.
- W2891836658 hasConcept C132651083 @default.