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- W2315679991 abstract "Leaf gas exchange, water relations and osmotic adjustment were studied in hydroponically grown Phillyrea latifolia L. plants exposed to 5 weeks of salinity stress (0, 80, 160, 240 and 320 mM NaCl) followed by 5 weeks of treatment with half-strength Hoagland solution. Whole-plant relative growth rate and root/shoot and lateral/structural root ratios were also evaluated. Net CO2 assimilation rate, stomatal conductance and transpiration rate were markedly decreased by all of the salt treatments. Growth was also strongly depressed by all salt treatments, especially lateral root growth. Leaf water potential decreased soon after salinity stress was imposed, whereas there was a lag of several weeks before leaf osmotic potential decreased in response to the salt treatments. After 5 weeks of salinization, leaf turgor of salt-treated plants was similar to that of controls. Although Na+ + Cl− contributed little to the salt-induced changes in osmotic potential at full turgor (ΨπFT), the contributions of K+, mannitol (Man) and glucose (Glc) to ΨπFT markedly increased as external salinity increased. Salt accumulation was negligible in the youngest leaves, which mostly accumulated soluble carbohydrates and K+; in contrast, old leaves served as storage sinks for Na+ and Cl−. Photosynthetic performance of salt-treated plants fully recovered once salt was leached from the root zone, with the recovery rate depending on the severity of the salt stress previously experienced by the plants. Recovery of gas exchange occurred even though the leaves still had a salt load similar to that detected in leaves at the end of the 5-week salinity period, and had markedly lower concentrations of K+ and soluble carbohydrates than control leaves. We conclude that salt-induced water stress primarily controlled gas exchange of salt-treated P. latifolialeaves, whereas the salt load in the leaves did not cause irreversible damage to the photosynthetic apparatus." @default.
- W2315679991 created "2016-06-24" @default.
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- W2315679991 date "2002-04-01" @default.
- W2315679991 modified "2023-09-26" @default.
- W2315679991 title "Gas exchange, water relations and osmotic adjustment in Phillyrea latifolia grown at various salinity concentrations" @default.
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- W2315679991 cites W1583842609 @default.
- W2315679991 cites W1593103245 @default.
- W2315679991 cites W170478430 @default.
- W2315679991 cites W1918260619 @default.
- W2315679991 cites W1963672851 @default.
- W2315679991 cites W1964035121 @default.
- W2315679991 cites W1968730127 @default.
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- W2315679991 cites W1973326864 @default.
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- W2315679991 cites W1980535735 @default.
- W2315679991 cites W1983795672 @default.
- W2315679991 cites W1985028003 @default.
- W2315679991 cites W1988096598 @default.
- W2315679991 cites W1989739896 @default.
- W2315679991 cites W1990308651 @default.
- W2315679991 cites W1997937052 @default.
- W2315679991 cites W2002013461 @default.
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- W2315679991 cites W2012614132 @default.
- W2315679991 cites W2029386515 @default.
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- W2315679991 cites W2031977411 @default.
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- W2315679991 cites W2039415101 @default.
- W2315679991 cites W2045332001 @default.
- W2315679991 cites W2045577150 @default.
- W2315679991 cites W2045648959 @default.
- W2315679991 cites W2046663068 @default.
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- W2315679991 cites W2052400040 @default.
- W2315679991 cites W2053971739 @default.
- W2315679991 cites W2059411376 @default.
- W2315679991 cites W2061838440 @default.
- W2315679991 cites W2070403080 @default.
- W2315679991 cites W2070712444 @default.
- W2315679991 cites W2073651557 @default.
- W2315679991 cites W2075895415 @default.
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- W2315679991 cites W2084265831 @default.
- W2315679991 cites W2085112169 @default.
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- W2315679991 cites W2111645336 @default.
- W2315679991 cites W2128984110 @default.
- W2315679991 cites W2135151057 @default.
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- W2315679991 cites W2140599782 @default.
- W2315679991 cites W2140854876 @default.
- W2315679991 cites W2141112091 @default.
- W2315679991 cites W2147635637 @default.
- W2315679991 cites W2153969233 @default.
- W2315679991 cites W2154658100 @default.
- W2315679991 cites W2156113541 @default.
- W2315679991 cites W2159068519 @default.
- W2315679991 cites W2166290387 @default.
- W2315679991 cites W2173319480 @default.
- W2315679991 cites W2255315448 @default.
- W2315679991 cites W2278253457 @default.
- W2315679991 cites W2312263914 @default.
- W2315679991 cites W2315080541 @default.
- W2315679991 cites W2327020093 @default.
- W2315679991 cites W2327460842 @default.
- W2315679991 cites W2327584509 @default.
- W2315679991 cites W2797185613 @default.
- W2315679991 cites W39327047 @default.
- W2315679991 cites W656959907 @default.
- W2315679991 cites W2735866703 @default.
- W2315679991 doi "https://doi.org/10.1093/treephys/22.6.403" @default.
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