NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT

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dc.contributor.authorA., Djerah*1,
dc.contributor.author, Belhamra2,3 M
dc.date.accessioned2023-05-30T10:20:56Z
dc.date.available2023-05-30T10:20:56Z
dc.date.issued2020-09-01
dc.descriptionarticalen_US
dc.description.abstractSalinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and Salinity affects large areas that cannot be exploited. However, the right choice of species and varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to varieties can contribute to the development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and development of these marginal areas and to have an important have an important have an important have an important have an important have an important have an important have an important have an important have an important food source. In this context food source. In this context food source. In this contextfood source. In this context food source. In this context food source. In this context food source. In this context food source. In this contextfood source. In this context , our stud our stud y aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, aims to test 16 varieties of barley under salt stress, measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three measure certain cations in order to determine a better tolerate varieties salt stress. Three levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under levels of salt stress (NaCl) were chosen 80, 130 and 180mM. The test is conducted under greenhouse i greenhouse igreenhouse i greenhouse igreenhouse in pots to determine the Na pots to determine the Na pots to determine the Na pots to determine the Napots to determine the Napots to determine the Na pots to determine the Napots to determine the Na pots to determine the Na +, K , K+, Mg , Mg 2+ and Caand Ca and Caand Ca2+ contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant contents of both parts the plant (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na (shoot and root) at the heading stage. The results show increasing levels of Na(shoot and root) at the heading stage. The results show increasing levels of Na + with increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The Kincreasing levels of salt stress in both parts the plant. The Kincreasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The Kincreasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The K increasing levels of salt stress in both parts the plant. The Kincreasing levels of salt stress in both parts the plant. The K+, Mg , Mg 2+ and Caand Ca and Caand Ca2+ , sho , sho wed ed ed decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties decreases in both parts of the plant. The test has made it possible to classify varieties relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio Krelation to the salt stress especially by ratio K relation to the salt stress especially by ratio Krelation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio K relation to the salt stress especially by ratio Krelation to the salt stress especially by ratio K relation to the salt stress especially by ratio K + / Na +.en_US
dc.identifier.citationA. Djerah*1, M. Belhamra2,3. NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT. Journal of Fundamental and sciences. vol.12, no 3. sep 2020. Faculty of exact sciences. university of el oued. [visited in 01/08/2020. available from [copy the link here]en_US
dc.identifier.urihttp://dspace.univ-eloued.dz/handle/123456789/25070
dc.language.isoenen_US
dc.publisheruniversity of eloued جامعة الواديen_US
dc.relation.ispartofseries1112-9867;
dc.subjectHordeum Hordeum HordeumHordeum vulgarevulgare vulgare vulgare; salt stress salt stress salt stress salt stress ; tolerance tolerancetolerance tolerance tolerance; Na +; K+; Mg 2+ ; Ca 2+en_US
dc.titleNaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT Na EFFECT OF SALT STRESS ON THE CONTENT NaEFFECT OF SALT STRESS ON THE CONTENT Na EFFECTen_US
dc.typeArticleen_US

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