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• W3048757097 abstract "Background Salinity is one of the most lethal abiotic stresses which affect multiple aspects of plant physiology. Natural variations in plant germplasm are a great resource that could be exploited for improvement in salt tolerance. Eruca sativa (E. sativa) exhibits tolerance to abiotic stresses. However, thorough evaluation of its salt stress tolerance and screening for traits that could be reliably applied for salt tolerance needs to be studied. The current study was designed to characterize 25 E. sativa accessions, originating from diverse geographical regions of Pakistan, for the salt stress tolerance. Methods Salt stress (150 mM NaCl) was applied for 2 weeks to the plants at four leaf stage in hydroponics. Data of the following morpho-physiological traits were collected from control and treated plants of all the accessions: root length (RL), shoot length (SL), plant height (PH), leaf number (LN), leaf area (LA), fresh weight (FW), dry weight (DW), chlorophyl content (SPAD), electrolyte leakage (EL), relative water content (RWC), gas exchange parameters and mineral ion content. Salt tolerance was determined based on membership function value (MFV) of the tested traits. Results Compared with control, the salt-stressed group had significantly reduced mean SL, RL, PH, LN, LA, FW, DW and SPAD. NaCl treatment triggered a slight increase in EL in few accessions. Mean RWC of control and treated groups were not significantly different although few accessions exhibited variation in this trait. Salt stress caused a significant reduction in photosynthesis rate (PR), transpiration rate (TR) and stomatal conductance (SC) but intercellular CO 2 (Ci) was not significantly different between control and treated groups. Compared with control, the salt-stressed plants accumulated significantly higher Na + , K + and Ca 2+ while significantly lower Mg 2+ . K + /Na + ratio was significantly decreased in salt-stressed plants compared with control. Importantly, significant inter-accession variations were found for all the tested traits. The principal component analysis identified SL, RL, PH, LN, LA, FW, DW and PR as the most significant traits for resolving inter-accession variability. Based on MFV of the tested traits, accessions were categorized into five standard groups. Among 25 accessions, one accession was ranked as highly tolerant, four as tolerant while 15 accessions were ranked as moderately tolerant. Of the remaining five accessions, four were ranked as sensitive while one accession as highly sensitive. Conclusion E. sativa accessions were found to exhibit significant genetic diversity in all the tested traits. A few most significant traits for dissecting the genetic variability were identified that could be used for future large-scale germplasm screening in E. sativa . Salt tolerant accessions could be a good resource for future breeding programs aiming to improve salt stress tolerance." @default.
• W3048757097 created "2020-08-18" @default.
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• W3048757097 date "2020-08-13" @default.
• W3048757097 modified "2023-09-27" @default.
• W3048757097 title "Evaluation of salt tolerance in <i>Eruca sativa</i> accessions based on morpho-physiological traits" @default.
• W3048757097 cites W1040327163 @default.
• W3048757097 cites W1741207575 @default.
• W3048757097 cites W190790746 @default.
• W3048757097 cites W194493193 @default.
• W3048757097 cites W1984233352 @default.
• W3048757097 cites W1986378248 @default.
• W3048757097 cites W1988375659 @default.
• W3048757097 cites W2004754356 @default.
• W3048757097 cites W2009432571 @default.
• W3048757097 cites W2014333437 @default.
• W3048757097 cites W2018371467 @default.
• W3048757097 cites W2025246223 @default.
• W3048757097 cites W2029509192 @default.
• W3048757097 cites W2030625477 @default.
• W3048757097 cites W2038670297 @default.
• W3048757097 cites W2043523133 @default.
• W3048757097 cites W2043686724 @default.
• W3048757097 cites W2045188470 @default.
• W3048757097 cites W2050257423 @default.
• W3048757097 cites W2067543537 @default.
• W3048757097 cites W2067869927 @default.
• W3048757097 cites W2073009251 @default.
• W3048757097 cites W2076843583 @default.
• W3048757097 cites W2089999971 @default.
• W3048757097 cites W2091399454 @default.
• W3048757097 cites W2102223022 @default.
• W3048757097 cites W2113588941 @default.
• W3048757097 cites W2117934496 @default.
• W3048757097 cites W2119067812 @default.
• W3048757097 cites W2129554205 @default.
• W3048757097 cites W2129783363 @default.
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• W3048757097 cites W2146349207 @default.
• W3048757097 cites W2148717014 @default.
• W3048757097 cites W2162158947 @default.
• W3048757097 cites W2170123933 @default.
• W3048757097 cites W2170860770 @default.
• W3048757097 cites W2260866744 @default.
• W3048757097 cites W2312574434 @default.
• W3048757097 cites W2474606727 @default.
• W3048757097 cites W2547016729 @default.
• W3048757097 cites W2553184562 @default.
• W3048757097 cites W2563836941 @default.
• W3048757097 cites W2571086050 @default.
• W3048757097 cites W2589732698 @default.
• W3048757097 cites W2610735241 @default.
• W3048757097 cites W2745872667 @default.
• W3048757097 cites W2774617550 @default.
• W3048757097 cites W2789901639 @default.
• W3048757097 cites W2794151242 @default.
• W3048757097 cites W2797793926 @default.
• W3048757097 cites W2808196229 @default.
• W3048757097 cites W2898330480 @default.
• W3048757097 cites W2941642536 @default.
• W3048757097 cites W2942210458 @default.
• W3048757097 cites W2943655757 @default.
• W3048757097 cites W2945780594 @default.
• W3048757097 cites W2993939205 @default.
• W3048757097 cites W2998088762 @default.
• W3048757097 cites W2998618076 @default.
• W3048757097 cites W3006618840 @default.
• W3048757097 cites W4233512313 @default.
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• W3048757097 doi "https://doi.org/10.7717/peerj.9749" @default.
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