FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386442426> ?p ?o ?g. }

• W4386442426 abstract "Soil water deficit and salinity represent a major factor impacting plant survival and agricultural production. The frequency and severity of both abiotic stresses are expected to increase in a context of climate change, especially in arid and semi-arid regions. This work studied the growth pattern, biomass and mineral distribution and the seasonal pattern of water status, photosynthetic rate and stomatal conductance in plant of Pistacia lentiscus grown under different levels of water deficit and salinity. P. lentiscus plants growing under greenhouse conditions were subjected to four irrigation treatments during 11 months: control (C, 1 dS m -1 ), moderate water deficit (MW, 1dS m -1 , 60% of the control), severe water deficit (SW, 1 dS m -1 , 40% of the control) and saline (S, 4dS m -1 ). The results show that Pistacia lentiscus plants were more affected by deficit irrigation than salinity. Deficit irrigation and salinity inhibited plant height, with reductions of 20%, 22% and 35% for S, MW and SW, respectively. Total leaf area was not modified by effect of the treatments, with the result that plant compactness increased in MW. The salt stressed plants only showed lower relative growth rate at the end of the experiment. Plants responded to saline or drought stress by increasing their osmotic adjustment, which was more pronounced under salinity. Saline plants had the highest values in Na + and Cl - ions and the lowest values for K + /Na + and Ca 2+ /Na + ratios in leaves and stems, which is correlated with a decrease in growth, stomatal conductance, photosynthesis and stem water potential, and can be used as a diagnostic tool to assess plant tolerance to salinity stress. As a measure of plant hydration, relative water content was more sensitive to deficit irrigation than salinity, being a good indicator of water stress. P. lentiscus plants subjected to both deficit irrigation treatments exhibited an increase in their intrinsic water use efficiency, which is an important adaptation for plants growing in environments with water scarcity." @default.
• W4386442426 created "2023-09-06" @default.
• W4386442426 creator A5030554766 @default.
• W4386442426 creator A5065735530 @default.
• W4386442426 creator A5071459921 @default.
• W4386442426 date "2023-09-05" @default.
• W4386442426 modified "2023-09-28" @default.
• W4386442426 title "Morphological performance and seasonal pattern of water relations and gas exchange in Pistacia lentiscus plants subjected to salinity and water deficit" @default.
• W4386442426 cites W1471430164 @default.
• W4386442426 cites W1847310508 @default.
• W4386442426 cites W1964560809 @default.
• W4386442426 cites W1965040246 @default.
• W4386442426 cites W1976660823 @default.
• W4386442426 cites W1993820110 @default.
• W4386442426 cites W1996815738 @default.
• W4386442426 cites W2016394885 @default.
• W4386442426 cites W2022908830 @default.
• W4386442426 cites W2028879006 @default.
• W4386442426 cites W2042293035 @default.
• W4386442426 cites W2045234459 @default.
• W4386442426 cites W2070861321 @default.
• W4386442426 cites W2071128523 @default.
• W4386442426 cites W2073614168 @default.
• W4386442426 cites W2075881954 @default.
• W4386442426 cites W2083613499 @default.
• W4386442426 cites W2083778516 @default.
• W4386442426 cites W2092332314 @default.
• W4386442426 cites W2092937707 @default.
• W4386442426 cites W2111796256 @default.
• W4386442426 cites W2118118892 @default.
• W4386442426 cites W2119214696 @default.
• W4386442426 cites W2148717014 @default.
• W4386442426 cites W2161909400 @default.
• W4386442426 cites W2166337747 @default.
• W4386442426 cites W2166969526 @default.
• W4386442426 cites W2185111533 @default.
• W4386442426 cites W2261091366 @default.
• W4386442426 cites W2277553439 @default.
• W4386442426 cites W2294798173 @default.
• W4386442426 cites W2327525156 @default.
• W4386442426 cites W2470283635 @default.
• W4386442426 cites W252498171 @default.
• W4386442426 cites W2588012043 @default.
• W4386442426 cites W2589732698 @default.
• W4386442426 cites W2764257029 @default.
• W4386442426 cites W2784141033 @default.
• W4386442426 cites W2797443661 @default.
• W4386442426 cites W2799301829 @default.
• W4386442426 cites W2890583045 @default.
• W4386442426 cites W2909362888 @default.
• W4386442426 cites W2911441949 @default.
• W4386442426 cites W2912469722 @default.
• W4386442426 cites W2912843512 @default.
• W4386442426 cites W2914824624 @default.
• W4386442426 cites W2921422770 @default.
• W4386442426 cites W2925444739 @default.
• W4386442426 cites W2944436381 @default.
• W4386442426 cites W2980458322 @default.
• W4386442426 cites W2981086326 @default.
• W4386442426 cites W2995259848 @default.
• W4386442426 cites W2995276351 @default.
• W4386442426 cites W2999685207 @default.
• W4386442426 cites W3004310463 @default.
• W4386442426 cites W3004359665 @default.
• W4386442426 cites W3004413810 @default.
• W4386442426 cites W3021390804 @default.
• W4386442426 cites W3095368509 @default.
• W4386442426 cites W3109450141 @default.
• W4386442426 cites W3135063446 @default.
• W4386442426 cites W3188930668 @default.
• W4386442426 cites W3197237676 @default.
• W4386442426 cites W3198958030 @default.
• W4386442426 cites W3199137391 @default.
• W4386442426 cites W4286252633 @default.
• W4386442426 cites W4308555647 @default.
• W4386442426 cites W4311089089 @default.
• W4386442426 cites W4311302332 @default.
• W4386442426 cites W4313361354 @default.
• W4386442426 cites W4319161805 @default.
• W4386442426 cites W4321435046 @default.
• W4386442426 cites W4323775025 @default.
• W4386442426 cites W4367348896 @default.
• W4386442426 cites W4375861412 @default.
• W4386442426 cites W4377107295 @default.
• W4386442426 cites W4378083184 @default.
• W4386442426 cites W986910715 @default.
• W4386442426 doi "https://doi.org/10.3389/fpls.2023.1237332" @default.
• W4386442426 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37731979" @default.
• W4386442426 hasPublicationYear "2023" @default.
• W4386442426 type Work @default.
• W4386442426 citedByCount "0" @default.
• W4386442426 crossrefType "journal-article" @default.
• W4386442426 hasAuthorship W4386442426A5030554766 @default.
• W4386442426 hasAuthorship W4386442426A5065735530 @default.
• W4386442426 hasAuthorship W4386442426A5071459921 @default.
• W4386442426 hasBestOaLocation W43864424261 @default.
• W4386442426 hasConcept C112077630 @default.
• W4386442426 hasConcept C129513315 @default.
• W4386442426 hasConcept C141650431 @default.
• W4386442426 hasConcept C144027150 @default.

• next