Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283378052> ?p ?o ?g. }
- W4283378052 endingPage "1657" @default.
- W4283378052 startingPage "1657" @default.
- W4283378052 abstract "Plant photosynthesis and biomass production are closely associated traits but critical to unfavorable environmental constraints such as salinity and drought. The relationships among stress tolerance, photosynthetic mechanisms, biomass and ethanol yield were assessed in Phragmites karka. The growth parameters, leaf gas exchange and chlorophyll fluorescence of P. karka were studied when irrigated with the control and 100 and 300 mM NaCl in a nutrient solution and water deficit conditions (drought, at 50% water holding capacity). The plant shoot fresh biomass was increased in the low NaCl concentration; however, it significantly declined in high salinity and drought. Interestingly the addition of low salinity increased the shoot biomass and ethanol yield. The number of tillers was increased at 100 mM NaCl in comparison to the control treatment. High salinity increased the photosynthetic performance, but there were no significant changes in drought-treated plants. The saturated irradiance (Is) for photosynthesis increased significantly in low salinity, but it declined (about 50%) in high salt-stressed and (about 20%) in drought-treated plants compared to the control. The rates of dark respiration (Rd) and compensation irradiance (Ic) were decreased significantly under all treatments of salinity and drought, with the exception of unchanged Rd values in the control and drought treatments. A-Ci curve analyses revealed a significant improvement in the Jmax, Vc, max, and triose-phosphate utilization (TPU) at lower salinity levels but decreased at 300 mM NaCl and drought treatments compared to the control. In the chlorophyll fluorescence parameters (Fv/Fm, maximum photochemical quantum yield of PSII, and Y(NO)), the non-photochemical yields were not affected under the salt and drought treatments, although an effective photochemical quantum yield (YII) and electron transport rate (ETR) were significantly enhanced in water deficit compared to control plants. P. karka regulates an efficient photosynthesis mechanism to grow in saline and arid areas and can therefore be used as a sustainable biofuel crop." @default.
- W4283378052 created "2022-06-25" @default.
- W4283378052 creator A5001627611 @default.
- W4283378052 creator A5006783672 @default.
- W4283378052 creator A5017904086 @default.
- W4283378052 creator A5029393162 @default.
- W4283378052 creator A5032356074 @default.
- W4283378052 creator A5053263941 @default.
- W4283378052 creator A5066841018 @default.
- W4283378052 creator A5068934784 @default.
- W4283378052 creator A5077639126 @default.
- W4283378052 creator A5091069349 @default.
- W4283378052 date "2022-06-23" @default.
- W4283378052 modified "2023-09-28" @default.
- W4283378052 title "Biomass Production and Predicted Ethanol Yield Are Linked with Optimum Photosynthesis in Phragmites karka under Salinity and Drought Conditions" @default.
- W4283378052 cites W1559623575 @default.
- W4283378052 cites W1969890705 @default.
- W4283378052 cites W1973847797 @default.
- W4283378052 cites W1974772335 @default.
- W4283378052 cites W1975892234 @default.
- W4283378052 cites W1978465687 @default.
- W4283378052 cites W1980223099 @default.
- W4283378052 cites W1989536321 @default.
- W4283378052 cites W1990734042 @default.
- W4283378052 cites W2001396309 @default.
- W4283378052 cites W2023075902 @default.
- W4283378052 cites W2026411670 @default.
- W4283378052 cites W2027966927 @default.
- W4283378052 cites W2028454143 @default.
- W4283378052 cites W2031895263 @default.
- W4283378052 cites W2036191624 @default.
- W4283378052 cites W2038161366 @default.
- W4283378052 cites W2044218596 @default.
- W4283378052 cites W2048591764 @default.
- W4283378052 cites W2062350613 @default.
- W4283378052 cites W2067748173 @default.
- W4283378052 cites W2083072486 @default.
- W4283378052 cites W2084482509 @default.
- W4283378052 cites W2090458127 @default.
- W4283378052 cites W2092720517 @default.
- W4283378052 cites W2103419536 @default.
- W4283378052 cites W2107185298 @default.
- W4283378052 cites W2129514090 @default.
- W4283378052 cites W2132527497 @default.
- W4283378052 cites W2142907714 @default.
- W4283378052 cites W2160474674 @default.
- W4283378052 cites W2160712116 @default.
- W4283378052 cites W2160891792 @default.
- W4283378052 cites W2172677469 @default.
- W4283378052 cites W2410676149 @default.
- W4283378052 cites W2475944007 @default.
- W4283378052 cites W2492733407 @default.
- W4283378052 cites W2566232775 @default.
- W4283378052 cites W2756936714 @default.
- W4283378052 cites W2784141033 @default.
- W4283378052 cites W2888502907 @default.
- W4283378052 cites W2949234536 @default.
- W4283378052 cites W2980348418 @default.
- W4283378052 cites W3021390804 @default.
- W4283378052 cites W3028780453 @default.
- W4283378052 cites W3034406930 @default.
- W4283378052 cites W307114190 @default.
- W4283378052 cites W3107419348 @default.
- W4283378052 cites W3127110369 @default.
- W4283378052 cites W3135107685 @default.
- W4283378052 cites W3138225592 @default.
- W4283378052 cites W3139703864 @default.
- W4283378052 cites W3163514413 @default.
- W4283378052 cites W3175809843 @default.
- W4283378052 cites W4205738251 @default.
- W4283378052 cites W4210404707 @default.
- W4283378052 cites W4210902408 @default.
- W4283378052 cites W4212941705 @default.
- W4283378052 doi "https://doi.org/10.3390/plants11131657" @default.
- W4283378052 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35807609" @default.
- W4283378052 hasPublicationYear "2022" @default.
- W4283378052 type Work @default.
- W4283378052 citedByCount "8" @default.
- W4283378052 countsByYear W42833780522022 @default.
- W4283378052 countsByYear W42833780522023 @default.
- W4283378052 crossrefType "journal-article" @default.
- W4283378052 hasAuthorship W4283378052A5001627611 @default.
- W4283378052 hasAuthorship W4283378052A5006783672 @default.
- W4283378052 hasAuthorship W4283378052A5017904086 @default.
- W4283378052 hasAuthorship W4283378052A5029393162 @default.
- W4283378052 hasAuthorship W4283378052A5032356074 @default.
- W4283378052 hasAuthorship W4283378052A5053263941 @default.
- W4283378052 hasAuthorship W4283378052A5066841018 @default.
- W4283378052 hasAuthorship W4283378052A5068934784 @default.
- W4283378052 hasAuthorship W4283378052A5077639126 @default.
- W4283378052 hasAuthorship W4283378052A5091069349 @default.
- W4283378052 hasBestOaLocation W42833780521 @default.
- W4283378052 hasConcept C115540264 @default.
- W4283378052 hasConcept C129513315 @default.
- W4283378052 hasConcept C144027150 @default.
- W4283378052 hasConcept C183688256 @default.
- W4283378052 hasConcept C185592680 @default.
- W4283378052 hasConcept C18903297 @default.