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• W3158204429 abstract "Soilless cultivation systems are efficient tools to control nitrates by managing nutrient solution (NS) salinity and nitrogen availability, however, these nitrate-lowering strategies require appropriate calibration based on species/genotype-specific responses interacting with climate and growing conditions. Three experiments were carried out on lettuce and Cichorium endivia grown in ebb-and-flow (EF) and floating (FL) systems at two levels of NS salinity (EC = 2.5 and 3.5 dS m −1 ) (EC2.5, EC3.5, respectively) under autumn and early-spring (lettuce) and winter and late-spring conditions ( C. endivia ). Nitrogen deprivation (NS withdrawal a few days before the harvest) was tested at EC2.5, in the autumn and winter cycles. The EF-system caused an increase in salinity in the substrate where roots mainly develop so it mimicked the effect of the EC3.5 treatment. In the winter-grown lettuce, the EF-system or EC3.5 treatment was effective in reducing the nitrate level without effects on yield, with the EF baby-leaf showing an improved quality (color, dry matter, chlorophylls, carotenoid, vitamin C, phenol). In both seasons, the EF/EC3.5 treatment resulted in a decline in productivity, despite a further reduction in nitrate content and a rise in product quality occurring. This response was strictly linked to the increasing salt-stress loaded by the EC3.5/EF as highlighted by the concurrent Cl − accumulation. In early-spring, the FL/EC3.5 combination may represent a trade-off between yield, nitrate content and product quality. In contrast, in winter-grown endive/escarole the EC3.5, EF and EC3.5/EF reduced the nitrate level with no effect on yield, product quality or Cl − uptake, thus proving them to be more salt-tolerant than lettuce. High temperatures during the late-spring cycle promoted nitrate and Cl − uptake, overcoming the nitrate-controlling effect of salinity charged by the EF system or EC3.5. The nitrate level decreased after 3 day-long (lettuce) or 6 day-long ( C. endivia ) NS withdrawal. In C. endivia and EF-grown lettuce, it provoked a decrease in yield, but a concurrent improvement in baby-leaf appearance and nutritional quality. More insights are needed to fine-tune the duration of the NS removal taking into account the soilless system used and species-specific characteristics." @default.
• W3158204429 created "2021-05-10" @default.
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• W3158204429 date "2021-04-29" @default.
• W3158204429 modified "2023-09-29" @default.
• W3158204429 title "Reduction of Nitrate Content in Baby-Leaf Lettuce and Cichorium endivia Through the Soilless Cultivation System, Electrical Conductivity and Management of Nutrient Solution" @default.
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• W3158204429 cites W1981077527 @default.
• W3158204429 cites W1988283727 @default.
• W3158204429 cites W1989168380 @default.
• W3158204429 cites W1998431450 @default.
• W3158204429 cites W2008274402 @default.
• W3158204429 cites W2010051303 @default.
• W3158204429 cites W2014170796 @default.
• W3158204429 cites W2023535218 @default.
• W3158204429 cites W2031204181 @default.
• W3158204429 cites W2031799671 @default.
• W3158204429 cites W2035389469 @default.
• W3158204429 cites W2043472782 @default.
• W3158204429 cites W2044704985 @default.
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• W3158204429 cites W2046530853 @default.
• W3158204429 cites W2055495133 @default.
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• W3158204429 cites W2095561883 @default.
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• W3158204429 cites W2313794942 @default.
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• W3158204429 cites W2343340636 @default.
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• W3158204429 cites W2589235624 @default.
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• W3158204429 cites W2589874997 @default.
• W3158204429 cites W2590054845 @default.
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• W3158204429 cites W2590794302 @default.
• W3158204429 cites W2591024492 @default.
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• W3158204429 cites W2694001990 @default.
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• W3158204429 cites W2963003072 @default.
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• W3158204429 doi "https://doi.org/10.3389/fpls.2021.645671" @default.
• W3158204429 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8117335" @default.
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• W3158204429 hasPublicationYear "2021" @default.
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