FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2956630118> ?p ?o ?g. }

• W2956630118 endingPage "381" @default.
• W2956630118 startingPage "381" @default.
• W2956630118 abstract "One of the main problems in the Mediterranean area is the long dry season, and hence there is a need to individuate plants that are tolerant to low water availability. The mechanisms adopted by different plant species to overcome drought stress conditions and reduce water loss could allow the identification of tolerant species to drought stress, thereby increasing the sustainability of ornamental plant utilization in green areas. In this regard, the aim of this study was to investigate the morphological, physiological, and anatomical responses of Polygala myrtifolia L. and Viburnum tinus L. ‘Lucidum’ irrigated under different irrigation deficits. In pot plants, four water regimes were adopted (10%, 20%, 30% and 40% of water container capacity (WC)). Drought stress significantly reduced the biomass accumulation in both shrubs. In Viburnum, total dry biomass reduction was observed only in 10% WC with a reduction by 33%, while in Polygala, this was observed both in 20% WC and 10% WC (~48%). The higher deficit irrigation conditions improve the root-to-shoot ratio, which was increased in Polygala 20% WC (by 20%) but not in Viburnum ones. The latter species shows higher drought tolerance, as demonstrated by the gas exchange values, chlorophyll fluorescence, leaf structure, and water relationship." @default.
• W2956630118 created "2019-07-23" @default.
• W2956630118 creator A5045251341 @default.
• W2956630118 creator A5053929444 @default.
• W2956630118 creator A5066275894 @default.
• W2956630118 creator A5071666233 @default.
• W2956630118 date "2019-07-16" @default.
• W2956630118 modified "2023-09-23" @default.
• W2956630118 title "Effects of Water Stress on Gas Exchange, Water Relations and Leaf Structure in Two Ornamental Shrubs in the Mediterranean Area" @default.
• W2956630118 cites W1604202660 @default.
• W2956630118 cites W1929837172 @default.
• W2956630118 cites W1964409483 @default.
• W2956630118 cites W1970570455 @default.
• W2956630118 cites W1970699617 @default.
• W2956630118 cites W1976768906 @default.
• W2956630118 cites W1986773771 @default.
• W2956630118 cites W1992923665 @default.
• W2956630118 cites W2004649067 @default.
• W2956630118 cites W2008313499 @default.
• W2956630118 cites W2009107352 @default.
• W2956630118 cites W2013148539 @default.
• W2956630118 cites W2017178266 @default.
• W2956630118 cites W2022021903 @default.
• W2956630118 cites W2023496418 @default.
• W2956630118 cites W2024216317 @default.
• W2956630118 cites W2028035560 @default.
• W2956630118 cites W2028400005 @default.
• W2956630118 cites W2034863254 @default.
• W2956630118 cites W2039508566 @default.
• W2956630118 cites W2040377204 @default.
• W2956630118 cites W2047218165 @default.
• W2956630118 cites W2056425137 @default.
• W2956630118 cites W2063440956 @default.
• W2956630118 cites W2064314751 @default.
• W2956630118 cites W2065078471 @default.
• W2956630118 cites W2066984204 @default.
• W2956630118 cites W2083133672 @default.
• W2956630118 cites W2083778516 @default.
• W2956630118 cites W2088253413 @default.
• W2956630118 cites W2090367017 @default.
• W2956630118 cites W2092256421 @default.
• W2956630118 cites W2095237098 @default.
• W2956630118 cites W2096600983 @default.
• W2956630118 cites W2104762191 @default.
• W2956630118 cites W2104981522 @default.
• W2956630118 cites W2107760419 @default.
• W2956630118 cites W2114274609 @default.
• W2956630118 cites W2117208749 @default.
• W2956630118 cites W2119067812 @default.
• W2956630118 cites W2124392134 @default.
• W2956630118 cites W2132527497 @default.
• W2956630118 cites W2138509187 @default.
• W2956630118 cites W2144382484 @default.
• W2956630118 cites W2163412991 @default.
• W2956630118 cites W2166969526 @default.
• W2956630118 cites W2188670766 @default.
• W2956630118 cites W2277617883 @default.
• W2956630118 cites W2327658143 @default.
• W2956630118 cites W2328123256 @default.
• W2956630118 cites W2338071052 @default.
• W2956630118 cites W2339225949 @default.
• W2956630118 cites W2343277860 @default.
• W2956630118 cites W2361569784 @default.
• W2956630118 cites W2370934499 @default.
• W2956630118 cites W2432238818 @default.
• W2956630118 cites W252498171 @default.
• W2956630118 cites W2531379014 @default.
• W2956630118 cites W2539959664 @default.
• W2956630118 cites W2552257739 @default.
• W2956630118 cites W2563429325 @default.
• W2956630118 cites W265220339 @default.
• W2956630118 cites W2765961590 @default.
• W2956630118 cites W2767544057 @default.
• W2956630118 cites W2784141033 @default.
• W2956630118 cites W2797124680 @default.
• W2956630118 cites W2801302800 @default.
• W2956630118 cites W2909362888 @default.
• W2956630118 cites W2911441949 @default.
• W2956630118 cites W2935301785 @default.
• W2956630118 cites W2948586582 @default.
• W2956630118 doi "https://doi.org/10.3390/agronomy9070381" @default.
• W2956630118 hasPublicationYear "2019" @default.
• W2956630118 type Work @default.
• W2956630118 sameAs 2956630118 @default.
• W2956630118 citedByCount "20" @default.
• W2956630118 countsByYear W29566301182019 @default.
• W2956630118 countsByYear W29566301182020 @default.
• W2956630118 countsByYear W29566301182021 @default.
• W2956630118 countsByYear W29566301182022 @default.
• W2956630118 countsByYear W29566301182023 @default.
• W2956630118 crossrefType "journal-article" @default.
• W2956630118 hasAuthorship W2956630118A5045251341 @default.
• W2956630118 hasAuthorship W2956630118A5053929444 @default.
• W2956630118 hasAuthorship W2956630118A5066275894 @default.
• W2956630118 hasAuthorship W2956630118A5071666233 @default.
• W2956630118 hasBestOaLocation W29566301181 @default.
• W2956630118 hasConcept C115540264 @default.
• W2956630118 hasConcept C144027150 @default.

• next