salinity · Nutrient: content · Triticum aestivum (wheat)

Effect of Pre-soaking Seed Treatments with Plant Hormones on Wheat under Conditions, of Soil Salinity · 1982

• negative
  Medium and high salinity reduced wheat uptake of N, P, K, Ca, Mg, and B.

Increasing salt tolerance of wheat by mixed ammonium nitrate nutrition · 1990

• negative
  Plant tissue sodium increased with salinity.
• negative
  Salinity significantly reduced N and P content in grain and stover.

Variation in Salt Tolerance Among Some Wheat and Triticale Genotypes · 1993

• negative
  Increasing salinity decreased K +, Ca 2+ and Mg 2+ in wheat.

Effects of Salinity on Growth, Ionic Relations and Physiological Traits of Wheat, Disomic Addition Lines from Thinopyrum bessarabicum, and Two Amphiploids · 1993

• no effect
  Genotype K contents were not affected by salt treatment.

Effect of NaCl salinity, nitrogen form, calcium and potassium concentration on nitrogen uptake and kinetics in Triticum aestivum L. cv. Gamtoos · 1993

• negative
  Salinity reduced root nitrogen concentration by 16% in ammonium-fed plants.
• negative
  Salinity reduced root nitrogen uptake rate by 30% in nitrate-fed wheat without supplemental calcium.
• negative
  Salinity reduced plant nitrogen concentration by 35% in nitrate-fed wheat.
• negative
  Salinity reduced the maximum nitrate uptake rate by 38% in nitrate-fed wheat.

Water and nutrient management for wheat and barley grown under saline conditions. · 1994

• negative
  Na concentration was significantly higher in salt treated wheat.

Effects of salinity on uptake and distribution of Na⁺, Cl^- and K⁺ in two wheat cultivars · 1996

• no effect
  Higher salinity did not further increase sodium and chloride uptake.

  compared with Salinity up to 15.7 dS m-1No difference from an alternative treatment

Interactive effects of salinity and macronutrient level on wheat. II. Composition · 1997

• no effect
  Wheat grain nitrogen and phosphorus concentrations were unaffected by salinity.

Effect of salinity on the growth and nitrogen uptake by wheat seedlings · 1997

• negative
  Salinity decreased net uptake of nitrate and nitrate plus ammonium.
• no effect
  Salinity had little effect on ammonium uptake when ammonium was supplied alone.

cites 1 paper here

Effect of Salts on Germination of Seeds and Growth of Young Plants of Hordeum vulgare, Triticum aestivum, Cicer arietinum and Brassica juncea · 2000

• negative
  High soil salt reduced nitrogen and phosphorus absorption by young plants.

cited by 1 paper here

Spatial distributions and net deposition rates of Fe, Mn and Zn in the elongating leaves of wheat under saline soil conditions · 2000

• no effect
  Salinity did not change Zn and Mn concentration distribution patterns.

OXIDATIVE DAMAGE IN WHEAT SEEDLINGS GROWN UNDER SALINITY STRESS CONDITION · 2000

• negative
  High salinity decreased nitrogen content in wheat seedlings.

PAL ACTIVITY AND IONIC CONTENTS OF TWO WHEAT SPECIES DIFFERING IN THEIR SENSITIVITY TO NaCl, IN RESPONSE TO SALT STRESS (CASE REPORT) · 2001

• negative
  Salt stress decreased wheat root K content.
• no effect
  Salt stress did not appreciably alter wheat root Ca content.

Effect of increasing salinity on growth and mineral composition of wheat varieties and role of sodium exclusion capacity in salt tolerance mechanisms · 2002

• negative
  Shoot Na content increased progressively as salinity increased in all varieties.

Effect of Salinity on the physiological responses of selected lines/variety of wheat · 2003

• negative
  The potassium/sodium ratio of wheat decreased significantly with rising salinization.

Salinity and Zinc Application Effects on Phytoavailability of Cadmium and Zinc · 2004

• negative
  Higher salinity lowered zinc concentration in wheat shoots.

cited by 2 papers here

Variability for Fe and Zn in selected germplasm growing on stressed lands · 2005

• negative
  Salinity further reduced wheat seed Zn to 1.5-3.5 g/g dry seeds.
• negative
  Salinity further reduced wheat seed Fe to 0.37-2.53 g/g dry seeds.

Nitrate Reduction and Nutrient Accumulation in Wheat Grown in Soil Salinized with Four Different Salts · 2006

• negative
  The inhibitory effect of salinity on nitrate reduction rate was stronger at the reproductive stage than at the vegetative stage.

  compared with vegetative stage

cited by 1 paper here

Cadmium and Zinc in Saline Soil Solutions and their Concentrations in Wheat · 2006

• negative
  Increasing salinity significantly decreased Zn concentrations in Zn-inefficient wheat genotypes.
• negative
  Increasing salinity significantly increased shoot Cd in Zn-inefficient wheat genotypes.

cites 1 paper here

Effects of Pretreated with Glycinebetaine on the Fatty Acid Composition and Function of Wheat Thylakoid Membrane under Salt Stress · 2006

• negative
  Salt stress markedly reduced thylakoid ATPase and Hill reaction activity.

Salt Tolerance Mechanism of the New Wheat Cultivar DK961 with Salt Tolerance and High Yield · 2007

• negative
  Salt stress decreased leaf Ca~(2+)-ATPase activity in both wheat cultivars, less in DK961.

  compared with SN215953

GROWTH AND NUTRIENT CONTENT OF SOME WHEAT AND BARELY GENOTYPES IRRIGATED WITH SALINE WATER IN SANDY CALCAREOUS SOIL · 2007

• negative
  Cu and Zn uptake were significantly decreased in all genotypes of barley and wheat as irrigation water salinity increased.
• negative
  Iron and Mn uptake were significantly decreased in all genotypes of barley and wheat as irrigation water salinity increased.

Influence of Irrigation with Saline Water on Yield and Nutrients Uptake of Wheat Plant Grown in Sandy and Sandy Loam Soils · 2008

• negative
  Increasing irrigation salt reduced available soil nutrients and nutrient uptake.

Effect of irrigation water salinity and zinc application on yield, yield components and zinc accumulation of wheat · 2009

• negative
  Saline water decreased zinc absorption in wheat straw and grain relative to blank water.

  compared with blank

Micronutrients (Fe, Mn, Zn) foliar spray for increasing salinity tolerance in wheat Triticum aestivum L. · 2011

• negative
  K, Ca and P decreased as salinity increased.
• negative
  Na increased as salinity increased.
• negative
  N, K/Na and Mg/Na ratios decreased as salinity increased.
• negative
  Fe, Mn and Zn decreased as salinity increased.
• negative
  Cu decreased as salinity increased.

Boron‐and‐salt interactions in wheat are affected by boron supply · 2012

• negative
  Increasing salt reduced boron uptake rates only under high boron supply.

Zinc and cadmium availability as affected by zinc fertilization and saline water irrigation in wheat (Triticum aestivum L.) grown on cadmium polluted soil · 2012

• negative
  Higher salt content of saline irrigation water reduced Zn concentration in wheat grain.

GROWTH YIELD AND NUTRIENTS UPTAKE BY WHEAT PLANTS AS AFFECTED BY PHOSPHORUS LEVELS AND MYCORROIZAL INOCULATION UNDER SALINE CONDITIONS · 2012

• negative
  Increasing salinity decreased N, P and K percentages in shoots and roots without mycorrhizal inoculation.

EFFECT OF SALINITY, MOISTURE AND FARMYARD MANURE ON YIELD AND NITROGEN UPTAKE OF WHEAT PLANTS GROWN ON A CALCAREOUS SOIL. · 2012

• negative
  Higher salinity significantly decreased grain nitrogen content and uptake.

Calcium supply effects on wheat cultivars differing in salt resistance with special reference to leaf cytosol ion homeostasis · 2013

• negative
  Salinity decreased cytosolic calcium in both wheat cultivars.

Effect of Inhibitors and Activators of Phosphofructokinase on the Oxygen Uptake in Plants under Salinity Conditions · 2013

• negative
  Oxygen absorption by wheat seedling roots was somewhat reduced under salinity.

Effect of Sodic Water Sprinkler Irrigation Depth and Gypsum Levels on Yield and Mineral Composition of Wheat · 2013

• no effect
  Sodic water sprinkler irrigation depth had no significant effect on Mg and Na concentration in wheat.

EFFECT OF FOLIAR APPLICATIONS OF SALICYLIC ACID AND POTASSIUM SILICATE ON TOLERANCE OF WHEAT PLANTS TO SOIL SALINITY · 2013

• negative
  Salinity decreased potassium, calcium and phosphorus contents in grains and straw of wheat.

cites 1 paper here

EFFECT OF SOME FACTORS ON PHOSPHOROUS CONTENT AND UPTAKE OF WHEAT STRAW GROWN ON A CALCAREOUS SOIL · 2013

• negative
  Increasing irrigation salinity significantly decreased phosphorus content and uptake in wheat straw.

Nutrient Uptake, Water Relations, and Yield Performance lf Different Wheat Cultivars (Triticum aestivumL.) under Salinity Stress · 2014

• negative
  Salinity lowered potassium uptake by 42%.

  compared with control treatment

• negative
  Salinity lowered nitrogen uptake by 36%.

  compared with control treatment

Lipoic acid mitigates oxidative stress and recovers metabolic distortions in salt‐stressed wheat seedlings by modulating ion homeostasis, the osmo‐regulator level and antioxidant system · 2014

• negative
  Salt stress reduced Ca content and the K(+)/Na(+) ratio in wheat leaves.

  compared with control

ROLE OF PROLINE AND INOCULATION IN MITIGATING SALINITY STRESS OF IRRIGATION WATER AND ENHANCED GROWTH OF WHEAT PLANT. · 2014

• negative
  At 2 and 4 dS m-1 salinity, nitrogen uptake decreased gradually relative to control.

  compared with control treatment

• negative
  Nitrogen uptake decreased with increasing irrigation water salinity.
• negative
  At 6 dS m-1 salinity, nitrogen uptake decreased severely.

Interactive Effects of Silicon and Potassium Nitrate in Improving Salt Tolerance of Wheat · 2014

• negative
  NaCl stress decreased potassium uptake and accumulation in wheat.

Response of Two Wheat Cultivars to Supplemental Nitrogen under Different Salinity Stress · 2015

• negative
  Increasing salinity significantly decreased N, P and K in grain and straw.

cites 1 paper here

Improving the Salinity Tolerance in Wheat Plants Using Salicylic and Ascorbic Acids · 2015

• negative
  Straw and grain N, P and K uptake of wheat decreased with increasing soil salinity level.

Study of Key Points of Salt Response Using Rapid Chlorophyll a Fluorescence, Defense Mechanisms and Membrane Stability Index in Wheat · 2015

• negative
  K decreased substantially under salt stress.
• negative
  Na increased significantly under salt stress.

Regulation of ion homeostasis by aminolevulinic acid in salt-stressed wheat seedlings · 2016

• negative
  Salt stress increased sodium in wheat leaves.

Application of silicon ameliorated salinity stress and improved wheat yield · 2016

• negative
  N, P and K concentrations decreased significantly as salinity increased.
• negative
  Na concentration increased with salinity.

Changes in Yield and Chloroplast Mg2+-ATPase Activity of Wheat (Triticum aestivum L.) in Response to Soil Salinity and Nutrient Supply · 2017

• negative
  Salt stress decreased wheat chloroplast ATPase activity from 0.32 to 0.28 µmole Pi min-1 mg-1chl.

Selenium improves physiological responses and nutrient absorption in wheat (Triticum aestivum L.) grown under salinity · 2018

• negative
  Greater salinity reduced shoot Fe, Zn and Se.

cites 1 paper here

The Response of Wheat Cultivars to the Elevated Concentration of Air Carbon Dioxide and Salinity · 2018

• negative
  Salinity reduced chlorophyll b by 30%.
• negative
  Salinity increased shoot and root sodium by 36%.
• negative
  Salinity reduced shoot potassium by 27%.

Response of Wheat Plant to Foliar Application of Organic Acids under Saline Conditions · 2018

• negative
  Increasing salinity decreased nutrient contents of wheat, except for sodium content.
• negative
  Salinity significantly increased sodium content in wheat straw and grain.
• no effect
  Most nutrient contents of wheat were not significantly affected by the studied factors or salinity levels.

Impact of biological and chemical treatments on the improvement of salt tolerance in wheat · 2018

• negative
  Salinity stress increased wheat leaf Na/Ca ratio.

Effect of poor quality irrigation water and crop residues on phosphorus content in rice and wheat · 2020

• negative
  Saline irrigation gave the lowest mean plant phosphorus content.

  compared with good quality water treatment (SW1)

Tissue-specific modulation of metabolism and nutrients acquisition through seed priming with sodium selenate confers salt tolerance in wheat · 2020

• negative
  Salt stress decreased wheat shoot and root N, Fe and Se concentrations.

Influences of Priming on Selected Physiological Attributes and Protein Pattern Responses of Salinized Wheat with Extracts of Hormophysa cuneiformis and Actinotrichia fragilis · 2021

• negative
  Salt stress decreased nutrient uptake of K, Ca and Mg in wheat.

Comparison of antioxidant enzyme activity and gene expression in two new spring wheat cultivars treated with salinity · 2021

• negative
  Salt stress caused a greater root Ca reduction in Longchun 27.

  compared with Longchun 30

• negative
  Salt stress caused a greater Na increase in Longchun 27 than Longchun 30.

  compared with Longchun 30

• negative
  Salinity decreased root potassium in both cultivars.
• no effect
  Salinity did not significantly change leaf potassium in either cultivar.

Multidimensional screening and evaluation of morpho‐physiological indices for salinity stress tolerance in wheat · 2022

• negative
  Salt stress adversely affected leaf N, Na, and K content.

Accumulation of zinc, iron and selenium in wheat as affected by phosphorus supply in salinised condition · 2022

• negative
  Increasing salinity significantly decreased total shoot zinc owing to reduced biomass.

  compared with same P supply level

Resistance to NaCl salinity is positively correlated with iron and zinc uptake potential of wheat genotypes · 2022

• negative
  Salinity decreased K concentration.
• negative
  Combined salinity and deficiency most strongly decreased Fe and Zn concentration and uptake.

  compared with nutrient deficiency and saline treatments

Mitigation adverse effects of salinity stress on wheat plants by co-inoculation of plant growth promoting rhizobacteria, arbuscular mycorrhizal fungi and compost amendment · 2022

• negative
  Salinity significantly reduced shoot nitrogen, phosphorous and potassium contents.
• negative
  Increasing irrigation salinity significantly decreased grain and straw nutrients.

Mulberry based zinc nano-particles mitigate salinity induced toxic effects and improve the grain yield and zinc bio-fortification of wheat by improving antioxidant activities, photosynthetic performance, and accumulation of osmolytes and hormones · 2022

• negative
  Salinity stress reduced the Ca, Mg, K, N and P content of wheat.

  compared with control

RESPONSE OF WHEAT PLANTS GROWN UNDER SALINITY TO NANO FERTILIZERS APPLICATION · 2022

• negative
  Fe percentage decreased only at the first salinity level.
• negative
  Greater irrigation-water salt concentration decreased K, Mn, and Zn percentages.

Neem and Castor Oil–Coated Urea Mitigates Salinity Effects in Wheat by Improving Physiological Responses and Plant Homeostasis · 2023

• negative
  Salinity decreased K and N concentrations in wheat plant organs.

Effect of Irrigation Water Salinity Levels on Growth Indicators of Wheat (Triticum aestivum L.) · 2023

• negative
  Increasing irrigation salinity decreased absorbed calcium, magnesium, sodium and potassium.
• negative
  Rising salinity decreased calcium, magnesium and potassium in vegetative tissues.

Effects of biochar types on seed germination, growth, chlorophyll contents, grain yield, sodium, and potassium uptake by wheat (Triticum aestivum L.) under salt stress · 2024

• negative
  NaCl stress reduced potassium concentrations in wheat shoots and grains.
• negative
  NaCl stress increased sodium concentrations in wheat shoots and grains.

Evaluation of morphophysiological characteristics of wheat genotypes in different foliar spraying treatments under normal conditions and salinity stress · 2024

• negative
  Salinity decreased magnesium content in seeds by 18.86%.
• negative
  Salinity decreased iron content in seeds by 50.05%.
• negative
  Salinity decreased copper content in seeds by 27.86%.

Effects of Different Doses of Biochar Applications on Yield and Nutrient Element Concentrations on Wheat Grown under Salt Stress · 2024

• negative
  Increasing salt reduced average wheat phosphorus and potassium concentrations.

cites 1 paper here

RESPONSE OF WHEAT YIELD TO SOME SOIL AMENDMENTS UNDER IRRIGATION WITH SALINE WATER · 2024

• negative
  Higher salinity decreased N, P and K content in wheat grain.

Metabolic Responses to Salinity Identify a Role for Mitochondrial 2‐Oxoglutarate Dehydrogenase in Wheat Tissue Tolerance · 2025

• negative
  Salt destabilized the 2-oxoglutarate dehydrogenase complex.

Effect of Different Seed Priming Treatments on Growth and Nutrients Uptake in Wheat (Triticum aestivum) under Salt Stress · 2025

• negative
  Salt stress increased sodium contents in both wheat varieties.
• negative
  Salinity decreased shoot calcium by 53.8 and 57.1% in the two wheat varieties.
• negative
  Salinity decreased root calcium by 37.2 and 41.6% in the two wheat varieties.