Matches in SemOpenAlex for { <https://semopenalex.org/work/W3137717215> ?p ?o ?g. }
- W3137717215 endingPage "110127" @default.
- W3137717215 startingPage "110127" @default.
- W3137717215 abstract "The olive production is limited by the important factor of winter freezing damage. The purpose of this research was to investigate the probable role of exogenously applied methyl jasmonate (MeJA; 0.02, 0.1, and 0.2 mM) and 24–epibrassinolide (EBR; 0.2, 0.4, and 0.6 μM) to alleviate the adverse effect of freezing stress in olive (Olea europaea L. cv. Koronieki) leaves, which was conducted in a research orchard. Furthermore, some physiological and biochemical changes were studied in olive leaves at six sampling dates, and their relationship with freezing tolerance (expressed as LT50) were investigated. The results indicated that the olives freezing tolerance, soluble carbohydrates, proline, total soluble proteins, antioxidant enzymes, DPPH radical scavenging capacity, as well as total phenolic content were significantly increased using the foliar application of MeJA and EBR. The highest and lowest freezing tolerance in EBR 0.6 μM and control olives was as much as –8.22 °C and–6.87 °C, respectively. The LT50 profile had a significant negative correlation with accumulation of some compounds such as leaf soluble carbohydrates, total soluble protein, total phenolic content, DPPH scavenging capacity, as well as activating the catalase enzyme. Moreover, EBR 0.6 μM and control treatments respectively had the highest and lowest ratio between unsaturated fatty acids and saturated fatty acids (UFA/SFA ratio), especially in January. It can be concluded that the freezing tolerance of olive leaves can be increasing by the foliar application of MeJA and EBR treatments, which can be utilized as a preventive instrument to decrease freezing damage." @default.
- W3137717215 created "2021-03-29" @default.
- W3137717215 creator A5037969391 @default.
- W3137717215 creator A5045068235 @default.
- W3137717215 creator A5064847347 @default.
- W3137717215 creator A5081343658 @default.
- W3137717215 date "2021-06-01" @default.
- W3137717215 modified "2023-10-14" @default.
- W3137717215 title "Enhancement of freezing tolerance of olive leaves by foliar application of methyl jasmonate and 24–epibrassinolide through changes in some metabolites and antioxidant activity" @default.
- W3137717215 cites W1515052776 @default.
- W3137717215 cites W1573518848 @default.
- W3137717215 cites W1595005703 @default.
- W3137717215 cites W1963929075 @default.
- W3137717215 cites W1967171527 @default.
- W3137717215 cites W1968979111 @default.
- W3137717215 cites W1970062681 @default.
- W3137717215 cites W1970862267 @default.
- W3137717215 cites W1974873197 @default.
- W3137717215 cites W1977339963 @default.
- W3137717215 cites W1978027342 @default.
- W3137717215 cites W1980346739 @default.
- W3137717215 cites W1989713298 @default.
- W3137717215 cites W1993162602 @default.
- W3137717215 cites W1993613510 @default.
- W3137717215 cites W1995215285 @default.
- W3137717215 cites W1998265762 @default.
- W3137717215 cites W2000208854 @default.
- W3137717215 cites W2004945610 @default.
- W3137717215 cites W2007865589 @default.
- W3137717215 cites W2012179616 @default.
- W3137717215 cites W2024075979 @default.
- W3137717215 cites W2028309271 @default.
- W3137717215 cites W2028823348 @default.
- W3137717215 cites W2031914334 @default.
- W3137717215 cites W2034255720 @default.
- W3137717215 cites W2034691605 @default.
- W3137717215 cites W2037441342 @default.
- W3137717215 cites W2038621788 @default.
- W3137717215 cites W2044301792 @default.
- W3137717215 cites W2047775579 @default.
- W3137717215 cites W2049064786 @default.
- W3137717215 cites W2051532590 @default.
- W3137717215 cites W2057422022 @default.
- W3137717215 cites W2059723651 @default.
- W3137717215 cites W2065183750 @default.
- W3137717215 cites W2066281940 @default.
- W3137717215 cites W2073485095 @default.
- W3137717215 cites W2079273566 @default.
- W3137717215 cites W2079971291 @default.
- W3137717215 cites W2084130149 @default.
- W3137717215 cites W2086675111 @default.
- W3137717215 cites W2092580365 @default.
- W3137717215 cites W2101422765 @default.
- W3137717215 cites W2105000906 @default.
- W3137717215 cites W2106078999 @default.
- W3137717215 cites W2116859359 @default.
- W3137717215 cites W2131104877 @default.
- W3137717215 cites W2134343596 @default.
- W3137717215 cites W2138029423 @default.
- W3137717215 cites W2144081802 @default.
- W3137717215 cites W2152859815 @default.
- W3137717215 cites W2159593762 @default.
- W3137717215 cites W2159939986 @default.
- W3137717215 cites W2169900755 @default.
- W3137717215 cites W2170832145 @default.
- W3137717215 cites W2171454695 @default.
- W3137717215 cites W2258647781 @default.
- W3137717215 cites W2292266914 @default.
- W3137717215 cites W2297001430 @default.
- W3137717215 cites W2300552860 @default.
- W3137717215 cites W2314531018 @default.
- W3137717215 cites W2317709754 @default.
- W3137717215 cites W2334790679 @default.
- W3137717215 cites W2402538798 @default.
- W3137717215 cites W2566020622 @default.
- W3137717215 cites W2606913364 @default.
- W3137717215 cites W2620760597 @default.
- W3137717215 cites W2802862355 @default.
- W3137717215 cites W2925273005 @default.
- W3137717215 cites W2956714803 @default.
- W3137717215 cites W2975428319 @default.
- W3137717215 cites W3005682518 @default.
- W3137717215 cites W3016922612 @default.
- W3137717215 cites W3033720182 @default.
- W3137717215 cites W3158493335 @default.
- W3137717215 cites W4233557773 @default.
- W3137717215 cites W4235018263 @default.
- W3137717215 cites W4293247451 @default.
- W3137717215 cites W59571729 @default.
- W3137717215 cites W62246165 @default.
- W3137717215 cites W64578625 @default.
- W3137717215 doi "https://doi.org/10.1016/j.scienta.2021.110127" @default.
- W3137717215 hasPublicationYear "2021" @default.
- W3137717215 type Work @default.
- W3137717215 sameAs 3137717215 @default.
- W3137717215 citedByCount "4" @default.
- W3137717215 countsByYear W31377172152022 @default.
- W3137717215 countsByYear W31377172152023 @default.