Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360859263> ?p ?o ?g. }
- W4360859263 endingPage "5694" @default.
- W4360859263 startingPage "5694" @default.
- W4360859263 abstract "Drought stress restricts the growth of okra (Abelmoschus esculentus L.) by disrupting its biochemical and physiological functions. The current study was conducted to evaluate the role of selenium (0, 1, 2, and 3 mg Se L−1 as a foliar application) in improving okra tolerance to drought (control (100% field capacity-FC), mild stress (70% FC), and severe stress (35% FC)) imposed 30 days after sowing (DAS). Drought (severe) markedly decreased chlorophyll (32.21%) and carotenoid (39.6%) contents but increased anthocyanin (40%), proline (46.8%), peroxidase (POD by 12.5%), ascorbate peroxidase (APX by 11.9%), and catalase (CAT by 14%) activities. Overall, Se application significantly alleviated drought stress-related biochemical disturbances in okra. Mainly, 3 mg Se L−1 significantly increased chlorophyll (21%) as well as anthocyanin (15.14%), proline (18.16%), and antioxidant activities both under drought and control conditions. Selenium played a beneficial role in reducing damage caused by oxidative stress, enhancing chlorophyll and antioxidants contents, and improved plant tolerance to drought stress. Therefore, crops including okra especially, must be supplemented with 3 mg L−1 foliar Se for obtaining optimum yield in arid and semiarid drought-affected areas." @default.
- W4360859263 created "2023-03-25" @default.
- W4360859263 creator A5005163119 @default.
- W4360859263 creator A5006340905 @default.
- W4360859263 creator A5008373095 @default.
- W4360859263 creator A5012024484 @default.
- W4360859263 creator A5021370380 @default.
- W4360859263 creator A5045483378 @default.
- W4360859263 creator A5053263941 @default.
- W4360859263 creator A5054955847 @default.
- W4360859263 creator A5059202779 @default.
- W4360859263 creator A5062351838 @default.
- W4360859263 creator A5067962267 @default.
- W4360859263 creator A5070167217 @default.
- W4360859263 creator A5077639126 @default.
- W4360859263 creator A5080037954 @default.
- W4360859263 creator A5089685405 @default.
- W4360859263 date "2023-03-24" @default.
- W4360859263 modified "2023-10-11" @default.
- W4360859263 title "Biochemical Response of Okra (Abelmoschus esculentus L.) to Selenium (Se) under Drought Stress" @default.
- W4360859263 cites W1978067618 @default.
- W4360859263 cites W1983729367 @default.
- W4360859263 cites W1986439315 @default.
- W4360859263 cites W1986511082 @default.
- W4360859263 cites W1990427409 @default.
- W4360859263 cites W1991361693 @default.
- W4360859263 cites W1995872532 @default.
- W4360859263 cites W2000254904 @default.
- W4360859263 cites W2007825373 @default.
- W4360859263 cites W2010580496 @default.
- W4360859263 cites W2024054225 @default.
- W4360859263 cites W2028823348 @default.
- W4360859263 cites W2041578220 @default.
- W4360859263 cites W2045409860 @default.
- W4360859263 cites W2063112187 @default.
- W4360859263 cites W2076558078 @default.
- W4360859263 cites W2079803186 @default.
- W4360859263 cites W2080298053 @default.
- W4360859263 cites W2083716946 @default.
- W4360859263 cites W2087010847 @default.
- W4360859263 cites W2087966814 @default.
- W4360859263 cites W2100713020 @default.
- W4360859263 cites W2101868792 @default.
- W4360859263 cites W2116507604 @default.
- W4360859263 cites W2131068572 @default.
- W4360859263 cites W2135885087 @default.
- W4360859263 cites W2154140763 @default.
- W4360859263 cites W2155758352 @default.
- W4360859263 cites W2162160990 @default.
- W4360859263 cites W2169771737 @default.
- W4360859263 cites W2186916370 @default.
- W4360859263 cites W2223961283 @default.
- W4360859263 cites W2419596930 @default.
- W4360859263 cites W2483827431 @default.
- W4360859263 cites W2731951690 @default.
- W4360859263 cites W2888277694 @default.
- W4360859263 cites W2939529916 @default.
- W4360859263 cites W2979366564 @default.
- W4360859263 cites W3017271037 @default.
- W4360859263 cites W3134089265 @default.
- W4360859263 cites W3199683328 @default.
- W4360859263 cites W3203278386 @default.
- W4360859263 cites W4210296916 @default.
- W4360859263 cites W4210776878 @default.
- W4360859263 cites W4283277801 @default.
- W4360859263 cites W4283737379 @default.
- W4360859263 cites W4285249611 @default.
- W4360859263 cites W4288080540 @default.
- W4360859263 cites W4292261742 @default.
- W4360859263 cites W4293231844 @default.
- W4360859263 cites W4293771149 @default.
- W4360859263 cites W4295093428 @default.
- W4360859263 cites W4296086149 @default.
- W4360859263 cites W4296175899 @default.
- W4360859263 cites W4296793624 @default.
- W4360859263 cites W4296995073 @default.
- W4360859263 cites W4297206685 @default.
- W4360859263 cites W4297206690 @default.
- W4360859263 cites W4298113284 @default.
- W4360859263 cites W4304183614 @default.
- W4360859263 cites W4304759266 @default.
- W4360859263 cites W4308209279 @default.
- W4360859263 cites W4308695690 @default.
- W4360859263 cites W4308867684 @default.
- W4360859263 cites W4311729376 @default.
- W4360859263 cites W4311856738 @default.
- W4360859263 cites W4312201983 @default.
- W4360859263 cites W4313275261 @default.
- W4360859263 cites W4313327496 @default.
- W4360859263 cites W4318778189 @default.
- W4360859263 cites W4320730299 @default.
- W4360859263 cites W4321328666 @default.
- W4360859263 cites W4321354018 @default.
- W4360859263 cites W4323981653 @default.
- W4360859263 doi "https://doi.org/10.3390/su15075694" @default.
- W4360859263 hasPublicationYear "2023" @default.
- W4360859263 type Work @default.
- W4360859263 citedByCount "15" @default.