application · Nutrient: content · Triticum aestivum (wheat)

Effect of Spraying Urea on Winter Wheat, Triticum aestivum¹ · 1966

• positive
  Urea spraying increased phosphorus content.

Effects of sulphur fertilizers and of copper on the yield and composition of spring wheat grown in an sandy soil prone to surface compaction · 1975

• positive
  Copper oxychloride spray increased grain copper concentration in a field experiment.

Effects of soil water content and foliar fertilization with nitrogen and phosphorus in late season on the yield and composition of wheat · 1979

• positive
  Grain nitrogen concentration was increased by late foliar application of nitrogen.

cited by 2 papers here

The effects of increasing yields on the macro‐ and microelement concentrations and offtakes in the grain of winter wheat · 1985

• positive
  Foliar fungicidal sprays containing Mn raised grain Mn in 1981 and 1982.

The effect of foliar application of fulvic acid on water use, nutrient uptake and yield in wheat · 1986

• positive
  FA spraying increased uptake of 32P by the roots.

Response of Wheat on Coarse Textured Soils to Mode and Time of Manganese Application · 1986

• positive
  Foliar application of manganese significantly increased manganese uptake by wheat.

cited by 4 papers here

Cobalt content of forages and cereals grown on Prince Edward Island · 1993

• positive
  Foliar-applied Co gave a maximum Co concentration of 101 in wheat grain.

  compared with control plots

Is the release of phytosiderophores in zinc‐deficient wheat plants a response to impaired iron utilization? · 1994

• positive
  Foliar iron citrate increased iron concentrations in shoot and roots of zinc-deficient Aroona plants.

cited by 1 paper here

Influence of rates and methods of manganese application on yield and nutrition of wheat in a reclaimed sodic soil · 1996

• positive
  Manganese efficiency was higher for foliar spray than soil application.

  compared with soil application

cites 1 paper herecited by 1 paper here

Correction of Limed‐Biosolid Induced Manganese Deficiency on a Long‐Term Field Experiment · 1997

• positive
  Foliar manganese spray alleviated manganese deficiency.

cited by 1 paper here

Effect of soil and foliar applications of zinc on cadmium concentration in wheat grain · 1997

• positive
  Foliar zinc reduced grain cadmium significantly only at Tumby Bay.
• no effect
  Foliar zinc timing had no significant effect on grain cadmium.

Effect of different zinc application methods on grain yield and zinc concentration in wheat cultivars grown on zinc‐deficient calcareous soils · 1997

• positive
  Soil zinc application raised zinc concentration in shoots and grain from about 10 to 18 mg per kg dry weight.

cited by 11 papers here

Comparative performance of gypsum and micro-ionized sulphur on wheat (Triticum aestivum) · 2001

• positive
  Soil microionized sulphur gave higher wheat NPK and sulfur uptake than gypsum.

  compared with gypsum

Zinc Mobility in Wheat: Uptake and Distribution of Zinc Applied to Leaves or Roots · 2001

• positive
  Foliar ZnSO 4 yielded about two-fold greater shoot zinc concentrations than root zinc supply or foliar ZnO.

  compared with plants supplied with Zn in the root environment or via foliar spray of ZnO

cites 1 paper herecited by 10 papers here

Effect of soil and foliar application of nitrogen and zinc with farmyard manure on late-sown wheat (Triticum aestivum) · 2001

• positive
  Foliar 5 kg ZnSO4 increased nitrogen uptake versus basal 10 kg zinc and no zinc.

  compared with 10 kg ZnS0,iha as basal and no zinc

Effect of Foliar Spray of Chaetomium globosum on Total Protein, Ntirogen and Carbon Contents of Wheat · 2002

• positive
  Chaetomium extract spray increased wheat seedling nitrogen to 2.90%.

The Effect of Sodium Bisulfite on the Yield and Protein Content of Wheat Grain · 2002

• positive
  NaHSO 3 spraying reduced wheat nitrate reduction capacity.

Wheat Grain and Flour Quality as Affected by Cropping Intensity · 2003

• positive
  Foliar nitrogen at flowering improved water absorption by 2.5 %.

SOAKING OF WHEAT GRAINS WITH DIFFERENT SOLUTIONS BEFORE CULTIVATION IN CLAY LOAM SOIL IRRIGATED WITH DILUTED SEA WATER · 2003

• positive
  Solution soaking increased micronutrient uptake by grain and straw.

  compared with dry planted grains

• positive
  Solution soaking increased nitrogen uptake by grain and straw.

  compared with dry planted grains

STUDIES ON THE EFFECT OF ZINC APPLICATION ON WHEAT CROP · 2003

• positive
  Spraying 0.12% zinc chelate gave the highest grain mineral content values.

  compared with control

High-selenium wheat : agronomic biofortification strategies to improve human nutrition · 2004

• positive
  Foliar selenium raised grain selenium 6- to 20-fold.
• no effect
  Late foliar urea did not increase grain selenium concentration.

THE INFLUENCE OF NITROGEN FOLIAR APPLICATION ON YIELD AND BREAD MAKING QUALITY PARAMETERS OF WHEAT · 2004

• positive
  Foliar nitrogen increased wheat water absorption by 5.2 absolute percent.

Effect of Wheat Male Sterility Induced by Chemical Hybirdization Agent-SC2053 · 2004

• positive
  Spraying once with the mobile sprayer gave male sterile rates above 98% in winter wheat.

EVALUATION OF SOME ORGANIC ACIDS AS FOLIAR APPLICATON ON GROWTH, YIELD AND SOME NUTRIENT CONTENTS OF WHEAT · 2004

• positive
  Foliar application increased nutrient uptake in wheat leaves and grains compared with no foliar application.

  compared with without foliar application

EFFECT OF MINERAL FERTILIZATION AND FOLIAR FEEDING WITH MICRONUTRJENTS APPLICATION ON GROWTH, YIELD AND ELEMENTAL COMPOSITION OF WHEAT PLANTS IN SANDY SOILS · 2004

• positive
  Combined NPK and micronutrients significantly increased grain and straw N, P and K uptake over control and NPK alone.

  compared with the control

• positive
  Combined NPK and micronutrients increased total recovery of N, P and K uptake.

  compared with NPK fertilization recommended individually

• positive
  Combined NPK and micronutrients significantly increased grain and straw Fe, Mn and Zn uptake versus control and mineral fertilizer alone.

  compared with control

Further study on male sterility of different wheat genotypes induced by CHA-SQ-1 · 2005

• positive
  Spraying SQ-1 at 5.0 kg/hm2 at feeks 8.0 to 9.0 induced male sterility rates of 95% to 100% in 34 wheat cultivars

Study of Zinc effects on quantitative and qualitative traits of winter wheat in saline soil condition · 2006

• positive
  The 120 Kg.ha-1 Zn soil application gave the highest Zn concentration in seeds of winter wheat (39.1 mg.kg-1).

THE APPLICATION OF COPPER AND ZINC CONTAINING ION-EXCHANGED SYNTHESISED ZEOLITE IN AGRICULTURAL PLANT GROWING · 2007

• positive
  In winter wheat experiments, foliar application of copper and zinc bound on zeolite gave plants a better uptake and utilisation of copper and zinc.

Effects of Foliar Applied Sulfur and Commercial Growth Regulators in Wheat · 2008

• positive
  In wheat, in Experiment 2 plant N-uptake occurred significantly by foliar S application at 20 kg/ha.

IMPACT OF IRRIGATION FREQUENCIES, POTASSIUM FERTILIZER AND VITAMIN TREATMENTS ON YIELD, NUTRIENTS AND AMINO ACID CONTENTS OF BREAD WHEAT GRAINS · 2008

• positive
  The 28-day irrigation and foliar potassium combination without vitamins maximized grain potassium.

Response of wheat to foliar and soil application of urea at different growth stages. · 2009

• positive
  Foliar urea significantly increased wheat N uptake.

cites 1 paper herecited by 4 papers here

Response of Wheat Plants to Zinc, Iron, and Manganese Applications and Uptake and Concentration of Zinc, Iron, and Manganese in Wheat Grains · 2009

• positive
  Foliar Zn increased grain Fe concentration by 8% over two years.
• positive
  Foliar Fe increased grain Zn concentration by 13%.
• positive
  Foliar Fe increased grain Fe concentration by 21%.
• positive
  Foliar Zn increased grain Zn concentration by 99% over two years.
• positive
  Foliar Mn increased grain Mn concentration by 7%.

cites 1 paper herecited by 4 papers here

Response of wheat plants to potassium humate application. · 2009

• positive
  Foliar application of potassium humate significantly increased uptake of N, P and K in wheat grains.

cited by 1 paper here

The Effects of Nitrogen and Chemical Control on Wheat Quality · 2010

• positive
  Spraying poly-AA sylvite at the setting stage gave some positive effects on wheat sedimentation value and water absorption.
• positive
  Spraying Maijujin at the setting stage gave significant positive effects on wheat water absorption.

  compared with the contrast

Effects of soil and foliar applications of Zn on winter wheat grain Zn concentration and bioavailability · 2010

• positive
  Combined soil and foliar Zn increased grain Zn concentration by 82.6%.
• positive
  Combined soil and foliar Zn increased grain Zn uptake by 83%.
• positive
  Foliar Zn increased grain Zn uptake by 69%.
• positive
  Foliar Zn increased grain Zn concentration by 63.9%.

Effect of foliar zinc application on the micronutrients of wheat grain · 2010

• positive
  Foliar Zn increased grain Zn concentrations by 51.7% and 73.5% across the two seasons.

  compared with no Zn supply

• positive
  Foliar Zn increased grain Fe concentrations by 12.4% and 12.9%.

  compared with no Zn supply

• negative
  Foliar Zn at early grain filling decreased wheat grain Cu concentration.
• no effect
  Zn spraying had no significant effect on grain Mn concentration.
• no effect
  Zn spraying at jointing and flowering had no significant effect on wheat grain Cu concentration.

Fungicidal Activity Enhancement of KNF-1002 Against Barley Powdery Mildew by Facilitating Foliar Uptake and Deposition · 2010

• positive
  Adding surfactants to KNF-1002 spray solution increased foliar uptake and deposition of the active ingredient on wheat.

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

• positive
  Foliar micronutrients stimulated nutrient uptake before and after salinization.

Zinc Fertilization Methods on Zinc Absorption and Translocation in Wheat · 2011

• positive
  Foliar zinc spray significantly increased grain zinc concentration in hydroponics.

cites 2 papers herecited by 3 papers here

Foliar zinc fertilization improves the zinc nutritional value of wheat (Triticum aestivum L.) grain · 2011

• positive
  Early grain filling foliar Zn produced maximum wheat grain Zn concentration.
• positive
  Foliar Zn increased wheat grain Zn concentration in both seasons.

cited by 4 papers here

EFFECT OF DIFFERENT NITROGEN AND POTASSIUM LEVELS AND FOLIAR APPLICATION OF BORON ON WHEAT YIELD · 2011

• positive
  Wheat grain K uptake was highest at high nitrogen levels with potassium and boron spray.

Effect of Iron Foliar Application on Yield and Iron Uptake of Different Wheat Genotypes · 2011

• positive
  Iron application at jointing increased root iron content, accumulation and its share of whole-plant iron.
• positive
  Iron application at jointing increased seed iron content, accumulation and its share of whole-plant iron.
• negative
  Foliar iron reduced stem iron content.
• negative
  Foliar iron reduced root iron accumulation and its proportion of whole-plant iron.

Effect of Zn application methods on distribution of Zn,phytate and protein in wheat pearling fractions · 2011

• positive
  Combined soil and foliar zinc increased zinc concentration in bran fractions by 53.4%.

  compared with control treatment(no Zn application)

• positive
  Combined soil and foliar zinc increased endosperm zinc concentration by 61.1%.
• positive
  Foliar zinc increased endosperm zinc concentration by 52.7%.
• positive
  Foliar zinc increased zinc concentration in bran fractions by 43.2%.

  compared with control treatment(no Zn application)

• no effect
  Soil zinc alone did not significantly affect grain zinc bioavailability.
• no effect
  Soil zinc alone did not increase grain fraction zinc concentration.

Effect of Magnesium Sulphate and Copper Sulphate Foliar Application on Wheat under Sandy Soil Conditions · 2011

• positive
  Foliar MgSO4 plus CuSO4 gave the highest grain Mg content of wheat (0.35 %).
• positive
  Foliar MgSO4 plus CuSO4 gave the highest grain Zn content of wheat (54.40 ppm).
• positive
  Foliar MgSO4 plus CuSO4 gave the highest grain N content of wheat (2.65 %).
• positive
  Foliar MgSO4 plus CuSO4 gave the highest grain Cu content of wheat (7.90 ppm).
• positive
  Foliar MgSO4 plus CuSO4 markedly increased macro and micronutrient contents in wheat shoot.
• positive
  Foliar MgSO4 plus CuSO4 gave the highest magnesium content in wheat straw compared with unsprayed plants (0.28 %).

  compared with unsprayed plants

• positive
  Foliar MgSO4 plus CuSO4 gave the highest copper content in wheat straw compared with unsprayed plants (3.80 ppm).

  compared with unsprayed plants

• positive
  Foliar MgSO4 plus CuSO4 gave the highest Zn content in wheat straw compared with unsprayed plants (46.20 ppm).

  compared with unsprayed plants

Alleviation of drought stress in winter wheat by late foliar application of zinc, boron, and manganese · 2012

• positive
  Greenhouse zinc and manganese sprays increased their respective grain concentrations.

cited by 5 papers here

Response of spring wheat to foliar fertilization with boron under reduced boron availability · 2012

• positive
  Foliar boron alleviated unfavorable nutrient uptake conditions.

EFFECT OF IRRIGATION INTERVALS, PHOSPHORUS LEVELS AND ANTIOXIDANTS OF FOLIAR ASCORBIC AND CITRIC ACID (ASCOBIN) APPLICATION ON MAIZE AND WHEAT CROPS AND SOME SOIL PROPERTIES · 2012

• positive
  Ascobin increased water consumption, efficiency, grain nutrient concentrations and uptake.

Wheat and Faba Bean Plants as Responded to Magnesium Nitrate Foliar Fertilization · 2012

• positive
  Magnesium nitrate foliar fertilization significantly increased concentrations and uptake of almost all measured macro and micronutrients in wheat organs.

Comparison of soil and foliar zinc application for enhancing grain zinc content of wheat when grown on potentially zinc‐deficient calcareous soils · 2013

• positive
  Foliar Zn application increases wheat grain Zn concentration by 61% on average
• positive
  Foliar Zn application is more effective than soil Zn application at improving wheat grain Zn content

  compared with soil Zn application

• positive
  Foliar Zn application increases wheat Zn bioavailability by 36% on average

cited by 5 papers here

Impact of phosphorus fertilization and foliar application of trace elements on growth and yield of two wheat cultivars · 2013

• positive
  Phosphorus fertilization and foliar spraying with citrine significantly increased nutrient uptake in wheat compared with the control.

  compared with the control

Effect of zinc application methods on apparent utilization efficiency of zinc and phosphorus fertilizers under basmati rice–wheat rotation · 2013

• positive
  Soil or foliar zinc increased total phosphorus uptake in wheat.
• positive
  Foliar zinc significantly increased phosphorus concentration in wheat flag leaves.

cites 2 papers here

Foliar Nickel Application Alleviates Detrimental Effects of Glyphosate Drift on Yield and Seed Quality of Wheat · 2013

• positive
  Foliar nickel enhanced grain nickel concentrations.
• positive
  Foliar nickel enhanced shoot nickel concentrations.

The Effectiveness of Synthesized Zinc-Amino Chelates in Supplying Zinc for Wheat · 2013

• positive
  Soil application of Zn fertilizers increased shoot Zn content of all three wheat cultivars relative to a no-Zn control.

  compared with control (no addition of Zn) treatment

Impact of double Zn and Se biofortification of wheat plants on the element concentrations in the grain · 2013

• positive
  Combined Zn and foliar Se biofortification raised wheat grain Se more effectively than Se alone.

  compared with Se-only biofortified plants

• positive
  Foliar selenium increased only wheat grain Se concentration versus non-biofortified plants.

  compared with non-biofortified plants

cited by 1 paper here

The Effect of Foliar Zn Application at Grain Filling Stage on Zn Bioavailability in Grain Fractions of Modern Winter Wheat Cultivars · 2013

• positive
  Foliar Zn application after flowering improved Zn bioavailability in grain fractions of wheat.

Effect of Zn application methods on wheat grain yield and Zn utilization in Zn-deficient soils of dryland · 2013

• positive
  Foliar and soil plus foliar Zn application increased grain Zn content by about 40%, up to 40 mg/kg.
• positive
  Each 1 kg/ha of foliar applied Zn increased grain Zn content by 6.70-13.04 mg/kg.
• positive
  Grain and total Zn utilization of foliar applied Zn were 80 and 132-221 times those of soil applied Zn.

  compared with soil applied Zn

• positive
  Zinc use efficiency of foliar applied Zn was higher than that of soil and soil plus foliar applied Zn.

  compared with soil and soil + foliar applied Zn

The Effect of Foliar Zn Application at Grain Filling Stage on Zn Content in Grain Fractions of Winter Wheat Yangmai 16 and Yangfumai 2 · 2013

• positive
  Foliar 0.2% ZnSO4 raised grain zinc concentration by 58%.
• no effect
  Foliar zinc did not affect zinc distribution across mature grain fractions.

Effects of Spraying Nitrogen and Zinc Fertilizers after Flowering on Grain Weight and Nutritional Quality of Winter Wheat · 2013

• positive
  Spraying nitrogen increased grain Fe content by 36.88% on average.
• positive
  Spraying zinc fertilizer increased grain Zn content.
• positive
  Spraying nitrogen increased grain Zn content by 11.25% on average.
• no effect
  Spraying zinc fertilizer had no significant effect on grain Fe and Mg contents.

[Effects of exogenous proline on the growth of wheat seedlings under cadmium stress]. · 2013

• positive
  Increasing sprayed proline increased wheat Zn accumulation.

  compared with the control

Effects of combination use of N and Zn fertilizers on the yield and N,Zn concentrations in wheat · 2013

• positive
  Foliar Zn application had a greater effect than soil application.

  compared with soil

Improving nutritional quality of wheat through soil and foliar zinc application · 2013

• positive
  Soil and foliar zinc increased wheat grain zinc content by 80%.

cites 1 paper herecited by 1 paper here

Substitution of soil application of urea with foliar application to minimize the wheat yield losses. · 2013

• positive
  Foliar urea increased grain nitrogen concentration and uptake compared with soil application at sowing.

  compared with soil application at sowing

cites 1 paper here

Production potential and nutrient uptake of wheat (Triticum aestivum) as affected by organic sources of nutrients and micronutrients · 2014

• positive
  Foliar Fe and Mn significantly improved wheat nutrient uptake.

cites 1 paper here

Foliar Zinc, Nitrogen, and Phosphorus Application Effects on Micronutrient Concentrations in Winter Wheat · 2014

• positive
  Foliar Zn+N significantly increased Fe.
• positive
  Foliar Zn+P significantly increased Fe.
• positive
  Foliar Zn+N significantly increased Ca concentrations.
• positive
  Foliar Zn+P significantly increased Ca concentrations.
• no effect
  Zn and Zn+P foliar treatments showed similar reductions in Zn content and its distribution in grain and leaves.

  compared with foliar‐applied ZnNo difference from an alternative treatment

cites 1 paper herecited by 8 papers here

Effects of different zinc fertilization methods on yield and grain Zn concentration of maize and wheat · 2014

• positive
  Soil and foliar Zn fertilizer application significantly raised Zn concentration in winter wheat grains for all cultivars.
• positive
  Foliar Zn application had a better effect than soil Zn application on Zn enrichment of wheat grains.

  compared with soil Zn application method

The Effect of Spraying Qishanbao at Different Growth Stages on Wheat Yield and Quality · 2014

• positive
  Spraying Qishanbao increased water absorption by 3.3%.

CHEMICAL AND BIOLOGICAL APPROACHES FOR IMPROVING WHEAT PRODUCTIVITY UNDER SALINE SODIC SOIL CONDITIONS · 2014

• positive
  The combined treatment increased uptake of N, P, K, Fe, Mn and Zn.

SILICON MANAGEMENT AND SUSTAINABLE WHEAT PROUDUCTION UNDER RAIN – FED SOIL · 2014

• positive
  Silicate spray significantly increased grain and straw N, P and K.

  compared with control (without addition any silicate)

Effects of La~（3+） on yield and quality traits of wheat with different gluten types · 2014

• positive
  La3+ spray significantly decreased flour water absorption of Wanmai 48.

Effect of Silicon and Saline Irrigation Water on Productivity of Two Wheat Cultivars at South Sinai, Egypt · 2014

• positive
  Silicon significantly increased grain potassium content under saline conditions.

Effect of zinc application methods on apparent utilization efficiency of zinc and potassium fertilizers under rice-wheat rotation · 2015

• positive
  Foliar zinc increased potassium concentration in wheat straw.
• positive
  Foliar zinc increased zinc concentration in rice and wheat flag leaves, grain, and straw.

cites 2 papers here

Assessment of ZN Interaction with Nutrient Cations in Alkaline Soil and its Effect on Plant Growth · 2015

• positive
  A combined soil and foliar zinc treatment increased boot stage potassium uptake by up to 6.24%.

Zinc enrichment in wheat genotypes under various methods of zinc application · 2015

• positive
  UP2628 had its highest grain Zn content under combined soil and foliar application.
• positive
  UP262 had its highest grain Zn content under combined soil and foliar application.

cites 3 papers herecited by 3 papers here

Agronomic fortification of rice and wheat grains with zinc for nutritional security · 2015

• positive
  Foliar Zn along with propiconazole at earing and milk stages was beneficial in increasing grain Zn content in wheat.

cited by 4 papers here

Combined effects of drought stress and NPK foliar spray on growth, physiological processes and nutrient uptake in wheat. · 2015

• positive
  Foliar macronutrients improved nutrient contents in both wheat genotypes.

EFFECT OF SOIL AND FOLIAR APPLICATIONS OF DIFFERENT DOSES OF NPK FERTILIZERS ON QUALITY AND QUANTITY OF WHEAT (Triticum aestivum L.) CROP · 2015

• positive
  Increasing soil NPK to recommended rates significantly increased grain or straw N, P and K concentration and uptake.
• positive
  Four foliar sprays significantly increased grain or straw N, P and K concentration and uptake.

Effects of Putrescine Foliar Spray on Nutrient Accumulation, Physiology, and Yield of Wheat · 2016

• positive
  Putrescine spray decreased sodium accumulation in salt-stressed wheat.

Physiological, biochemical, and nutritional parameters of wheat treated with a fungicide and foliar fertilizer · 2016

• positive
  Foliar fertilizer significantly increased nitrogen, phosphorus and potassium concentrations in wheat flag leaves.

Effect of zinc on yield and quality of wheat cultivars · 2016

• positive
  The combined soil and foliar ZnSO4 treatment increased wheat grain nutrient uptake.

  compared with soil application of ZnSO4 @ 50 kg ha−1

Phosphorus Efficiency in Wheat as Affected by Foliar Spray with Zinc, Humic Acid and Biofertilizer (Bacillus megatherium sp.) Addition Under Calcareous Soil Conditions · 2016

• positive
  Combined treatments increased N, P, K, Fe, Mn and Zn content and uptake by wheat grain.

Effect of Organic and Mineral Fertilization on Wheat Yield and Quality · 2016

• positive
  Foliar K-humate improved wheat nutrient contents.

EFFECT OF SOIL AND FOLIAR APPLICATIONS OF NP COMPAINED WITH GA3 ON YIELD COMPONENTS OF WHEAT · 2016

• positive
  GA3 foliar spray increased wheat grain and straw nutrient contents versus no GA3 spray.

  compared with without foliar GA3 spraying

Nitrogen, phosphor and potassium changes in soil and wheat under foliar application of Leonardite, N and K · 2016

• positive
  Integrated N and K plus foliar potassium increased wheat potassium content.
• positive
  Foliar Urea increased soil, plant and grain nitrogen content over other treatments.

  compared with other treatments

Biofortification of Wheat Cultivars to Combat Zinc Deficiency · 2017

• positive
  Soil plus foliar zinc application increased grain zinc concentration to 63.1 mg kg-1 in 2014-15.

  compared with control

• positive
  Soil plus foliar zinc application increased grain zinc concentration to 62.3 mg kg-1 in 2013-14.

  compared with control

cites 3 papers herecited by 3 papers here

Crop yield and micronutrient contents (Cu, Fe, Mn and Zn) in spring wheat grain depending on the fertilization method · 2017

• positive
  Soil and foliar urea produced the highest grain Fe concentration and uptake in both cultivars.

Evaluation of different amendments and foliar fertilizer for immobilization of heavy metals in contaminated soils · 2017

• positive
  Amendments and foliar fertilizer significantly decreased Cd accumulation in wheat.
• positive
  Amendments and foliar fertilizer significantly decreased soil Cd availability.

cited by 1 paper here

Effect of Zn application methods on Zn distribution and bioavailability in wheat pearling fractions of two wheat genotypes · 2017

• positive
  foliar raised Zn concentration and bioavailability in whole grain and pearling fractions.
• positive
  soil+foliar Zn application raised Zn concentration and bioavailability in whole grain and pearling fractions.

cites 1 paper herecited by 2 papers here

MANGANESE NUTRITION IMPROVES THE PRODUCTIVITY AND GRAIN BIOFORTIFICATION OF BREAD WHEAT IN ALKALINE CALCAREOUS SOIL · 2017

• positive
  Foliar 0.75 M Mn gave maximum grain Mn concentration in the first experiment.
• positive
  foliar application produced grain Mn concentration of 36.94 µg g −1.

cites 1 paper herecited by 1 paper here

Effects of Zn, macronutrients, and their interactions through foliar applications on winter wheat grain nutritional quality · 2017

• positive
  Combined foliar nutrient applications slightly increased grain macronutrient concentrations in some cases.
• positive
  Foliar Zn with N increased grain Zn concentration by 101%.
• positive
  Foliar Zn with P increased grain Zn concentration by 67.9%.
• positive
  Foliar Zn with K increased grain Zn concentration by 121%.
• positive
  Foliar Zn alone increased grain Zn concentration by 95.7% across six site-years.

cites 1 paper herecited by 4 papers here

The Effect of Different Zinc Application Methods on Yield and Grain Zinc Concentration of Bread Wheat Varieties · 2017

• positive
  Soil plus foliar zinc improved grain zinc concentrations more effectively.

Agronomic biofortification of wheat grains with zinc through different modes of zinc fertilization · 2017

• positive
  Maximum grain Zn increase from foliar spray was 125.73% in 2014–15.

  compared with control

• positive
  Foliar Zn significantly increased grain Zn content at all locations.

  compared with control

• positive
  Maximum grain Zn increase from foliar spray was 122.82% in 2015–16.

  compared with control

cited by 1 paper here

Mitigating zinc deficiency through integration of agronomic biofortification for achieving high zinc wheat grain in northern states of India · 2017

• positive
  Foliar zinc application significantly increased wheat grain zinc concentration over control at all locations.

  compared with control

Influence of nitrogen levels and chlormequat on nutrient status and nitrogen uptake by wheat · 2017

• positive
  Seed inoculation plus foliar chlormequat at 1000 ppm significantly increased nitrogen uptake.

Improving Nutritional Quality of Wheat Grain through Foliar Zinc Combined with Macronutrients · 2017

• positive
  Foliar Zn+N generally increased Zn concentration and bioavailability versus foliar Zn alone.

  compared with foliar Zn alone

• positive
  Zn containing foliar fertilizers increased flour total Zn concentration by 60.0% in 2012–2013.
• positive
  Zn containing foliar fertilizers increased flour total Zn concentration by 81.0% in 2013–2014.
• no effect
  Foliar N alone had little effect on Zn concentration and bioavailability.

cites 2 papers herecited by 4 papers here

Impact of Different Zinc Application Methods on Yield and Yield Components of Various Wheat (Triticum aestivum L.) Cultivars · 2017

• positive
  Combined soil and foliar zinc gave better grain zinc content of 33.11 mg·kg-1 than other treatments.

  compared with all other treatments

cites 1 paper here

Efficiency of Different Nitrogen Fertilizer Sources on Soil Productivity, Fertility and Economically of Wheat Followed by Maize Crops Grown under Calcareous Soil Conditions. · 2017

• positive
  AG injection increased wheat grain N, P, K concentrations and uptake.

  compared with AN applying

• positive
  AG injection improved available soil N, P and K at harvest relative to AN in wheat and maize.

  compared with AN fertilizer

Environmental Impact for Applications of Neem Cake Coated Urea and Nano Iron Foliar on Rationalization of Chemical Nitrogen Fertilizers and Wheat Yield · 2017

• positive
  Neem coated urea and foliar nano iron increased wheat nitrogen uptake and recovery efficiency.

Effect of Some Organic Extracts and Ascorbic Acid Applied as Foliar Spray on the Growth, Productivity and NPK Uptake of Wheat · 2017

• positive
  Foliar organic extracts significantly increased wheat grain NPK uptake, with potassium fulvate highest.
• positive
  Potassium humate increased NPK uptake by wheat grain.

cites 1 paper here

Foliar fertilisation of wheat plants with phosphorus · 2017

• positive
  Increasing foliar P concentration increased the contribution of foliar P to wheat P uptake.
• positive
  Foliar phosphoric acid consistently increased wheat P uptake.

Zinc accounting for different varieties of wheat (Triticum aestivum) under different source and methods of application · 2017

• positive
  Combined soil Zn-EDTA and foliar spray gave the highest grain zinc uptake.
• positive
  Combined soil Zn-EDTA and foliar spray gave the highest zinc use efficiencies.
• positive
  Combined soil Zn-EDTA and foliar spray gave the highest grain zinc concentration.
• positive
  Soil plus foliar zinc increased uptake by 5.2–5.6% versus soil application alone.

  compared with soil application alone

cites 1 paper here

Impacts of Balanced Fertilization Based on Soil Testing on Yield, Nutrients Uptake and Net Return of Irrigated Wheat Grown in Delta, Egypt · 2018

• positive
  Soil test based NPK plus micronutrient spray enhanced wheat nutrient uptake compared with other treatments.

  compared with other treatments

Zinc and Iron Concentration as Affected by Nitrogen Fertilization and Their Localization in Wheat Grain · 2018

• positive
  Soil plus foliar Zn and Fe increased grain Fe by 35% compared with soil application.

  compared with soil application only

cites 1 paper herecited by 1 paper here

Rational Application of Fertilizer Nitrogen to Soil in Combination With Foliar Zn Spraying Improved Zn Nutritional Quality of Wheat Grains · 2018

• positive
  200 kg N ha–1 with foliar Zn + sucrose maximized grain Zn concentration of Jinan 17 at 59.4 mg kg–1.
• positive
  Zinc spraying was more effective than soil fertilizer N application.

  compared with soil fertilizer N application

• positive
  200 kg N ha–1 with foliar Zn + sucrose maximized grain Zn concentration of Jimai 22 at 55.8 mg kg–1.
• positive
  200 kg N ha–1 with foliar Zn + sucrose maximized grain Zn concentration of Jimai 20 at 56.9 mg kg–1.
• positive
  200 kg N ha–1 with foliar Zn + sucrose maximized grain Zn concentration of Luyuan 502 at 60.9 mg kg–1.
• positive
  Spraying Zn (with or without sucrose) increased grain Zn concentrations by 11.1–15.6 mg·kg–1 relative to deionized water.

  compared with deionized water

cites 3 papers here

5−Aminolevulinic Acid Induces Regulation in Growth, Yield and Physio-Biochemical Characteristics of Wheat under Water Stress · 2018

• positive
  Foliar ALA significantly enhanced K+, Ca2+ and P accumulation in both roots and shoots of water-stressed wheat.

  compared with control (no spray (NS) and/or water spray (WS))

Pseudomonas-aided zinc application improves the productivity and biofortification of bread wheat · 2018

• positive
  Combined Pseudomonas and soil plus foliar zinc increased bioavailable zinc in wheat grain compared with the control.

  compared with the control

• positive
  Soil and foliar zinc application with Pseudomonas enhanced zinc concentration in whole grain, embryo, aleurone and endosperm of bread wheat.
• positive
  Soil and foliar zinc with Pseudomonas inoculation was better at enhancing grain zinc concentration and bioavailability.

cited by 4 papers here

Promotion of Nutrient Uptake, Nutrient Use Efficiency and Apparent Nutrient Recovery of Wheat (Triticum aestivum L.) by Application of Phosphate and Potash Solubilizing Bacteria · 2018

• positive
  Phosphate treatment with PSB seed and soil application significantly promoted phosphorus uptake by wheat grain to 17.98 kg/ha.

  compared with 45 kg P2O5 + PSB seed inoculation

• positive
  The phosphate treatment promoted apparent phosphorus recovery by 15.11%.

  compared with 45 kg P2O5 + PSB seed inoculation

• positive
  Potash treatment with KSB seed and soil application gave the significantly highest potassium uptake by wheat grain, 18.27 kg/ha.

Comparison of physiological and biochemical responses of wheat and barley to Selenium by spraying application under rain fed conditions. · 2018

• positive
  At 18 g/ha, sprayed selenium increased chlorophyll a and total chlorophyll a+b in wheat and barley.

Effects of different methods and time of boron application on the nutrient concentration and uptake by wheat (Triticumaestivum L.) · 2018

• positive
  Foliar boron spray at both stages gave the highest grain boron uptake, statistically identical to booting-stage spray.

  compared with foliar spray of B at booting stage

• positive
  Foliar boron spray at primodia and booting stages gave the highest grain boron concentration, 19.60 μg g-1, versus 6.75 μg g-1 in control.

  compared with control (T1)

Cotton Crop in Changing Climate · 2018

• positive
  Combined soil and foliar zinc fertilizer improved apparent zinc recovery in wheat.
• positive
  Soil plus foliar zinc application raised wheat grain zinc content to 76.49 mg/kg.

  compared with 38.86

• positive
  Combined soil and foliar zinc application gave significantly higher total zinc uptake in long-duration wheat cultivars than soil application alone, at 960 g/ha.

  compared with soil application

• positive
  Combined soil and foliar zinc application gave significantly higher total zinc uptake in short-duration wheat cultivars than soil application alone, at 933 g/ha.

  compared with soil application

cites 1 paper here

Assessment Iron Application to Improve Agro-Morphological Traits and Bio-Fortification of Grain Wheat Grown in Different Nitrogen Conditions · 2018

• positive
  Foliar Fe fertilisers remained effective on grain Fe concentration of bread wheat.

  compared with non application Fe

Agronomic Biofortification of Zinc in Wheat (Triticum Aestivum L.) · 2018

• positive
  Total zinc uptake by long-duration wheat cultivars was higher with soil and foliar zinc application than with soil application (960 g/ha).

  compared with soil application

• positive
  Combined soil and foliar zinc application raised wheat grain zinc content to 76.49 mg/kg.
• positive
  Soil and foliar zinc fertilizer application improved apparent zinc recovery in wheat.
• positive
  Total zinc uptake by short-duration wheat cultivars was higher with soil and foliar zinc application than with soil application (933 g/ha).

  compared with soil application

cites 1 paper here

Effect of Mineral and Bio - Fertilizers on Productivity of Wheat (Triticum astivum L.) under South West Suez Canal Conditions · 2018

• positive
  Mineral fertilization at 80% of the recommended rate plus Bio-Green Merakl spraying significantly increased grain potassium.

Studies on the effect of zinc, iron, and FYM on growth, yield and quality improvement in timely sown wheat (Triticum aestivum L.) varieties · 2018

• positive
  Basal ZnSO4 and tillering FeSO4 with NPK gave highest grain zinc concentration.

  compared with other nutrient management treatments

• positive
  Basal ZnSO4 and tillering FeSO4 with NPK gave highest grain iron concentration.

  compared with other nutrient management treatments

Consequences of nano nutrients and different fertility levels on productivity of late sown wheat (Triticum aestivum L.) · 2018

• positive
  Nano P, K and Zn spray increased nutrient concentration of wheat plant and soil samples.

Zinc biofortification of bread wheat, triticale, and durum wheat cultivars by foliar zinc fertilization · 2019

• positive
  Foliar zinc increased bread wheat grain zinc from 31.0 to 63.0 mg kg−1.

  compared with 31.0

cites 3 papers herecited by 3 papers here

Improving Zinc Concentration and Bioavailability of Wheat Grain through Combined Foliar Applications of Zinc and Pesticides · 2019

• positive
  Combined foliar zinc and pesticides raised estimated zinc bioavailability in flour by 79.2%.
• positive
  Foliar zinc at milk stage produced higher whole grain zinc concentration and bioavailability than application at flowering.

  compared with Zn applied at flowering stage

• positive
  Combined foliar zinc and pesticides raised estimated zinc bioavailability in bran by 95.4%.
• positive
  Combined foliar zinc and pesticides raised estimated zinc bioavailability in grain by 94.5%.
• positive
  Foliar zinc with pesticides improved whole grain and milling fraction zinc concentration as effectively as foliar zinc alone.

  compared with foliar Zn application alone

cites 2 papers herecited by 7 papers here

Impact of foliar and root application of phosphorus on zinc concentration of winter wheat grown in China · 2019

• positive
  Foliar zinc increased grain total zinc by 79.4% under both growth conditions.
• negative
  In the field, foliar zinc plus phosphorus reduced grain total and soluble zinc concentrations compared with zinc alone.

  compared with foliar Zn alone

• negative
  In the field, foliar zinc plus phosphorus increased grain phytic acid and phytic acid to zinc ratio relative to zinc alone.

  compared with foliar Zn alone

• negative
  Foliar zinc plus phosphorus reduced the soluble zinc fraction in wheat tissues.

  compared with Zn-only foliar application

• negative
  Foliar zinc plus phosphorus decreased grain zinc concentration by 13.2% versus zinc only in solution culture.

  compared with Zn-only foliar application

cites 4 papers herecited by 1 paper here

Foliar application of micronutrients enhances crop stand, yield and the biofortification essential for human health of different wheat cultivars · 2019

• positive
  Foliar micronutrients increased zinc content of wheat flour by 21%.

  compared with control without foliar feeding

• positive
  Foliar micronutrients increased copper content of wheat flour by 47%.

  compared with control without foliar feeding

cited by 2 papers here

Mineral Elements Bioavailability in Milling Fractions of Wheat Grain Response to Zinc and Nitrogen Application · 2019

• positive
  Foliar Zn increased grain Zn concentration by 42.6%.
• positive
  Foliar Zn increased total daily absorbed Zn in grain by 32.0%.
• positive
  Foliar Zn increased total daily absorbed Zn in flour by 66.0%.
• positive
  Foliar Zn increased Zn in each milling fraction.
• negative
  Foliar Zn lowered grain Mn concentration by 6.8%.
• no effect
  Foliar Zn did not influence Mn and Zn distribution among fractions.
• negative
  Foliar Zn lowered grain Ca concentration by 4.3%.

cited by 2 papers here

The effect of NPK foliar fertilization on yield and macronutrient content of grain in wheat under Kostanai-Kazakhstan conditions · 2019

• positive
  Tillering plus stem-elongation fertilizer generally gave the greatest grain macronutrient uptake.
• positive
  Foliar fertilizer generally increased grain N, P, K and Ca uptake.

cites 1 paper herecited by 1 paper here

Simultaneous Biofortification of Wheat with Zinc, Iodine, Selenium, and Iron through Foliar Treatment of a Micronutrient Cocktail in Six Countries · 2019

• positive
  Foliar cocktail application biofortified wheat with Zn, I, Se and partly Fe.

cited by 6 papers here

Influence of Zn nutrition on the productivity, grain quality and grain biofortification of wheat under conventional and conservation rice–wheat cropping systems · 2019

• positive
  Foliar zinc under plough tillage was most effective for grain zinc biofortification.
• positive
  Soil zinc application better improved zinc use efficiency indices.

cites 1 paper herecited by 1 paper here

Zinc and amino acids on wheat-soybean intercropping under no-till management · 2019

• positive
  Zinc foliar fertilization increased the grain Zn concentration of wheat compared with a control without Zn or amino acid application.

  compared with a control (without the Zn or AA application)

cites 1 paper here

EFFECT OF SOAKING AND SPROUTING USING SALINE WATER ON CHEMICAL COMPOSITION OF WHEAT GRAINS · 2019

• positive
  Sterilization and imbibition soaking increased zinc, manganese and calcium in wheat grains.

Enhancing Zinc Accumulation and Bioavailability in Wheat Grains by Integrated Zinc and Pesticide Application · 2019

• positive
  Grain Zn biofortification was achieved in both low- and high-yield wheat plants with Zn spray alone or combined with pesticides.
• positive
  Foliar Zn application alone or combined with pesticides increased Zn concentration and bioavailability in wheat whole grain, bran and flour regardless of spray timing.

  compared with the control

cites 3 papers herecited by 4 papers here

RESPONSE OF WHEAT PLANTS TO DIFFERENT ORGANIC EXTRACTS UNDER SANDY SOIL CONDITIONS · 2019

• positive
  Spraying with organic extracts significantly increased nutrient uptake of N, P, K, Fe, Mn, Zn and Cu in wheat compared with untreated plants

  compared with untreated plants

Research Regarding the Influence of Folliar Fertilization on Plant Assimilation, Grain Yield and Quality of Wheat, in the Transylvanian Field Conditions · 2019

• positive
  Nitrogen foliar fertilizer increased leaf nitrogen content.

Combined soil and foliar ZnSO ₄ application improves wheat grain Zn concentration and Zn fractions in a calcareous soil · 2019

• positive
  Combined soil and foliar ZnSO4 application increased grain Zn concentration in winter wheat, rather than Zn-EDTA.

  compared with Zn‐EDTA

cites 3 papers herecited by 4 papers here

Effect of manganese and nitrogen fertilization on the content of some essential micronutrients and composition of fatty acids in winter wheat grain · 2019

• positive
  Foliar Mn at 1.5 kg ha -1 gave the highest grain Zn content, 28.4 mg kg -1.
• positive
  Foliar Mn at 1.5 kg ha -1 gave the highest grain Fe content, 58.4 mg kg -1.

cites 1 paper here

Effect of foliar nutrition of nano-fertilizers and amino acids on growth and yield of wheat. · 2019

• positive
  NCSF treatment produced Zn of 26.33.

  compared with control treatment

• positive
  NCSF treatment produced Cu of 32.66.

  compared with control treatment

• positive
  NCSF treatment produced Mn in grain of 69.43 µg g −1.

  compared with control treatment

Studying differences in soil and foliar uptake and seed deposition of zinc in HarvestPlus-biofortified wheat genotypes grown in greenhouse conditions · 2019

• positive
  Combined soil and foliar fertilizer raised average grain zinc concentration of biofortified genotypes 3.5 fold.

Yield and grain zinc concentration of wheat as affected by nutri priming and foliar application of zinc · 2019

• positive
  Foliar application of zinc significantly improved grain zinc concentration of wheat.
• no effect
  Adding urea at 0.5% and 1% to the zinc sulphate spray did not significantly improve grain zinc concentration over zinc sulphate alone.

  compared with application of zinc sulphate heptahydrate aloneNo difference from an alternative treatment

Effect of Zinc Nano-Fertilizer on Growth and Yield of Wheat (Triticum aestivum L.) under Saline Irrigation Condition · 2019

• positive
  ZnO nanoparticle seed plus foliar treatment significantly enhanced zinc uptake by wheat grain and straw compared with bulk zinc sources.

  compared with bulk Zn sources

• positive
  ZnO nanoparticle seed plus foliar treatment significantly enhanced grain and straw zinc content compared with bulk zinc sources.

  compared with bulk Zn sources

Effect of zinc fertilization on wheat yield under sandy loam soil · 2019

• positive
  Treatment T8 (soil ZnSO4 20 kg ha-1 plus foliar spray at milking and dough stages) gave significantly higher zinc content in wheat straw.

Characterization of biofortified harvestplus wheat genotypes for root uptake, shoot translocation, foliar absorption, re-mobilization and seed deposition of Zn · 2019

• positive
  Combined soil and foliar fertilizers increased mean grain Zn concentration of biofortified genotypes 3.5 folds.

Fate and Bioaccessibility of Iodine in Food Prepared from Agronomically Biofortified Wheat and Rice and Impact of Cofertilization with Zinc and Selenium · 2020

• positive
  Foliar iodine fertilizer increased selenium concentration in wheat and rice grains.
• positive
  Foliar iodine fertilizer increased zinc concentration in wheat and rice grains.

cites 1 paper herecited by 2 papers here

The Effectiveness of Foliar Applications of Zinc and Biostimulants to Increase Zinc Concentration and Bioavailability of Wheat Grain · 2020

• positive
  The fulvic acid combination increased insoluble grain zinc.
• positive
  Foliar zinc plus fulvic acid increased grain zinc by 16% over zinc alone.

  compared with foliar Zn alone

• positive
  Foliar zinc plus amino acids increased grain zinc by 11% over zinc alone.
• positive
  Foliar zinc plus amino acids and soil nitrogen increased grain nitrogen concentration.
• positive
  The amino acid combination increased insoluble zinc at N120.
• positive
  Foliar zinc plus biostimulants and soil nitrogen significantly increased grain zinc concentration and bioavailability.
• positive
  Foliar zinc plus amino acids and soil nitrogen increased grain iron concentration and bioavailability.
• positive
  Foliar zinc plus fulvic acid generally improved zinc bioavailability relative to zinc alone.

  compared with foliar Zn alone

cites 3 papers herecited by 4 papers here

THE EFFECT OF SILICON FOLIAR AND ROOT APPLICATION ON GROWTH, PHYSIOLOGY, AND ANTIOXIDANT ENZYME ACTIVITY OF WHEAT PLANTS UNDER CADMIUM TOXICITY · 2020

• positive
  Foliar silicon hindered cadmium uptake.

Evaluates Effect of Amino Acids, Humic Acid and Antioxidants as Foliar Application on the Biochemical Content and Productivity of Wheat Under North Sinai Soils Conditions · 2020

• positive
  Foliar antioxidants raised nutrient content in wheat straw and grain more than amino acids and humic acid.

  compared with amino acids and humic acid

Enhancing nutrient translocation, yields and water productivity of wheat under rice–wheat cropping system through zinc nutrition and residual effect of green manuring · 2020

• positive
  Foliar spray of 0.5% chelated Zn-EDTA at 20, 40, 60 and 80 DAS raised wheat nutrient content and uptake relative to other Zn treatments.

  compared with Zn treatments

Effect of sulphur and FYM on yield content and uptake of nutrient by wheat · 2020

• positive
  FYM and sulphur soil application improved wheat nitrogen, phosphorus, potassium and sulphur uptake.

Biological Rationale for the Protein Growth Stimulant Application to Increase Wheat Yield and Assessment of Grain Quality Using Microfocus X-ray and Optical Imaging Techniques · 2020

• positive
  Foliar stimulant spraying raised total nitrogen in wheat leaves by an average of 84.6% in 92% of samples.

Site-Specific Factors Influence the Field Performance of a Zn-Biofortified Wheat Variety · 2020

• positive
  Foliar Zn fertilisation increased grain Zn concentration of all varieties at all sites.

cites 1 paper here

Zinc-Induced Effects on Productivity, Zinc Use Efficiency, and Grain Biofortification of Bread Wheat under Different Tillage Permutations · 2020

• positive
  Foliar-applied zinc under plough tillage gave the maximum grain zinc content of wheat (31%).
• positive
  Foliar zinc application gave the highest bioavailable zinc (30%) in wheat.

cites 4 papers herecited by 4 papers here

Combining Seed Dressing and Foliar Applications of Phosphorus Fertilizer Can Give Similar Crop Growth and Yield Benefits to Soil Applications Together With Greater Recovery Rates · 2020

• positive
  Foliar phosphorus in photosynthetic light substantially increased leaf phosphorus uptake.

cites 1 paper here

The effectiveness of foliar applications of different zinc source and urea to increase grain zinc of wheat grown under reduced soil nitrogen supply · 2020

• positive
  Adding urea to foliar ZnSO4 or Zn(Gly)2 further increased grain Zn concentration under reduced soil N rates.

  compared with foliar ZnSO4 or Zn(Gly)2

• positive
  Foliar Zn(Gly)2 increased grain Zn concentration by 150% under single wheat plantation.
• positive
  Foliar Zn(Gly)2 increased grain Zn concentration by 88% under wheat-summer maize rotation.
• no effect
  Foliar ZnSO4 was similar to Zn(Gly)2 in increasing grain Zn.

  compared with Zn(Gly)2No difference from an alternative treatment

cites 3 papers here

Foliar Application of Humic-Stabilized Nanoferrihydrite Resulted in an Increase in the Content of Iron in Wheat Leaves · 2020

• positive
  Spraying humic-stabilized nanoferrihydrite raised iron content in wheat leaves by 70–75% compared with Fe-EDTA at both tested concentrations.

  compared with ferric ammonium salt of ethylenediaminetetraacetic acid (Fe-EDTA)

Fortification of bread wheat with iron through soil and foliar application of iron-organic-complexes · 2020

• positive
  Soil applied Fe-OCs increased shoot iron concentration and other macronutrients in wheat.
• positive
  Foliar Fe-Gly, Fe-Tyr, and Fe-Chi increased grain iron concentration relative to Fe-EDDHA.

  compared with Fe-EDDHA

cites 1 paper here

The Effect of Foliar Spray with Managanes and Elements and Bio-Fertilization of Some of the Elements Absorption of Wheat Plant (Triticum aestivum L.) · 2021

• positive
  Manganese spray at 80 mg Mn L-1 significantly increased copper concentration in wheat leaves.

  compared with Mn0

• positive
  Copper spray at 10 mg Cu L-1 significantly increased copper concentration in wheat leaves.

  compared with Cu0

• positive
  Manganese spray at 80 mg Mn L-1 significantly increased manganese concentration in wheat leaves.

  compared with Mn0

• positive
  Copper spray at 10 mg Cu L-1 significantly increased manganese concentration in wheat leaves.

  compared with Cu0

Zinc Enrichment in Two Contrasting Genotypes of Triticum aestivum L. Grains: Interactions between Edaphic Conditions and Foliar Fertilizers · 2021

• positive
  Foliar spraying enhanced grain Zn content in both genotypes, with enrichment varying across fields.

cites 3 papers herecited by 1 paper here

Manganese Supply Improves Bread Wheat Productivity, Economic Returns and Grain Biofortification under Conventional and No Tillage Systems · 2021

• positive
  Mn foliar application gave the highest grain Mn concentration of bread wheat, 29% above no application, under both tillage systems.

  compared with no application

cites 2 papers herecited by 2 papers here

Impact of foliar application of different nano-fertilizers on soil microbial properties and yield of wheat · 2021

• positive
  Nano Zn with RDF increased wheat nutrient uptake.

cited by 1 paper here

Response of wheat grown on copper-contaminated soil to soil silicon fertilisation · 2021

• positive
  Soil silicon application limited the negative effect of copper on wheat only in the Lindbergh cultivar.

Biofortification of wheat with zinc as affected by foliar applications of zinc, pesticides, phosphorus and biostimulants · 2021

• positive
  Fulvic acids with zinc plus pesticides raised grain zinc bioavailability in 2017.
• negative
  KH2PO4 spray decreased grain zinc concentration regardless of zinc form.
• no effect
  Zn-glycine did not surpass ZnSO4 for grain zinc concentration and bioavailability.

  compared with ZnSO4 sprayNo difference from an alternative treatment

cites 6 papers here

Response of wheat to micronutrients foliar application, compost, and N fertilizer level · 2021

• positive
  Foliar micronutrients significantly increased wheat nitrogen uptake.

cites 1 paper here

Combined use of different nanoparticles effectively decreased cadmium (Cd) concentration in grains of wheat grown in a field contaminated with Cd · 2021

• positive
  Combined foliar application of all three nanoparticles reduced cadmium uptake in wheat straw by 84% relative to control.

  compared with control

• positive
  Combined foliar application of all three nanoparticles reduced cadmium uptake in wheat grain by 99% relative to control.

  compared with control

cited by 2 papers here

Agrotechnical Biofortification as a Method to Increase Selenium Content in Spring Wheat · 2021

• positive
  Combined grain and soil fertilization with foliar application at tillering and stem elongation gave the highest spring wheat selenium content, 0.696 mg·kg−1 Se.
• positive
  Combined grain, soil, and foliar selenium application significantly increased selenium content in spring wheat grain.

cites 1 paper here

Physiological and molecular responses of wheat following the foliar application of Iron Oxide nanoparticles · 2021

• positive
  Fe content of wheat increased in response to foliar application of FeNPs and bulk iron oxide.

The Role of a Catholyte in the Foliar Nutrition of Winter Wheat Plants · 2021

• positive
  Leaf and stem potassium content increased by 0.07%, 0.09% and 0.06%.

Growth, Nutrient Uptake and Yield of Wheat as Influenced by Foliar Sprays of Cattle Urine and Nitrogen · 2021

• positive
  Foliar spray of cattle urine at 7.5% significantly affected nitrogen uptake by wheat, at 3.15 gm pot-1.
• positive
  Foliar spray of cattle urine at 7.5% significantly affected phosphorus uptake by wheat, at 1.09 gm pot-1.
• positive
  Foliar spray of cattle urine at 7.5% significantly affected potassium uptake by wheat, at 3.54 gm pot-1.

Foliar Zinc Application to Wheat May Lessen the Zinc Deficiency Burden in Rural Quzhou, China · 2021

• positive
  Foliar Zn significantly increased zinc concentration in wheat grain and flour.

  compared with 0

cites 4 papers herecited by 2 papers here

Response of bread wheat and nutrient removal with new micronutrient molecules fertilization · 2021

• positive
  Combined micronutrient application with NPK increased zinc, manganese and boron uptake.

Effect Of Zinc Application On Nutrient Content And Quality Of Wheat Crop In Alluvial Soils Of Eastern UP · 2021

• positive
  Nutrient content was maximal with soil zinc plus foliar zinc sulfate.
• positive
  Nutrient uptake was maximal with soil zinc plus foliar zinc sulfate.

cites 1 paper here

Influence of Foliar Fertilization of Nutrients on Growth, Yield and Economics of Wheat Under Sub-Tropical Rainfed Conditions · 2021

• positive
  Combined foliar spray of 0.5% N (urea) + 0.5% K (KCl) gave the highest uptake of N, P and K in wheat; T3 and T6 were statistically at par.

  compared with T3 and T6

cites 1 paper herecited by 1 paper here

Distribution and accumulation of zinc and nitrogen in wheat grain pearling fractions in response to foliar zinc and soil nitrogen applications · 2021

• positive
  Foliar zinc and soil nitrogen increased grain zinc concentration.
• positive
  Foliar zinc significantly raised pericarp nitrogen concentration.
• positive
  Foliar zinc and soil nitrogen increased grain nitrogen concentration.
• no effect
  Foliar zinc did not alter grain nitrogen or zinc distribution.

cites 3 papers herecited by 2 papers here

Spring wheat yield (Triticum aestivum L.) when applying selenium fertilizers in extreme growing conditions · 2021

• positive
  Foliar processing gave the greatest efficiency of selenium.

Spraying high concentrations of chelated zinc enhances zinc biofortification in wheat grain · 2021

• positive
  Higher zinc spray concentration raised grain zinc concentration.

cited by 2 papers here

Effects of foliar application of micronutrients on concentration and bioavailability of zinc and iron in wheat landraces and cultivars · 2021

• positive
  Foliar zinc significantly increased grain zinc bioavailability in wheat cultivars.
• positive
  Foliar zinc significantly increased grain zinc bioavailability in wheat landraces.
• no effect
  Foliar iron did not significantly affect grain iron concentration in wheat cultivars.
• no effect
  Foliar iron did not significantly affect grain iron concentration in wheat landraces.

cites 1 paper herecited by 1 paper here

Effect of Salicylic Acid Foliar Application on Two Wheat Cultivars Grown under Zinc Stress · 2021

• positive
  Salicylic acid reduced zinc translocation in only one cultivar.

Mineral Quantification of Triticum aestivum L. Enriched in Zinc—Correlation between Minerals in Soils and Whole Wheat Flours · 2021

• positive
  Zinc foliar spraying enhanced flour zinc content in both varieties.

Grain zinc and iron concentrations of Chinese wheat landraces and cultivars and their responses to foliar micronutrient applications · 2022

• positive
  Foliar Fe spray increased cultivar grain Fe by 1.2 mg kg−1, without statistical significance.
• positive
  Foliar Fe spray increased landrace grain Fe by 3.4 mg kg−1, without statistical significance.
• positive
  Foliar Zn spray significantly increased grain Zn in cultivars by 6.4 mg kg−1.
• positive
  Foliar Zn spray significantly increased grain Zn in landraces by 12.6 mg kg−1.

cites 1 paper herecited by 1 paper here

Multimodality liver directed treatment for colorectal liver metastasis: Array of complementary options can yield improved outcomes a south Asian single center experience · 2022

• positive
  Foliar iron raised landrace grain iron by 3.4 mg kg−1 without statistical significance.
• positive
  Foliar iron raised cultivar grain iron by 1.2 mg kg−1 without statistical significance.

Compost and Biostimulants versus Mineral Nitrogen on Productivity and Grain Quality of Two Wheat Cultivars · 2022

• positive
  Foliar biostimulant increased grain Cu and Zn.
• positive
  Foliar biostimulant increased grain P, K and Ca.

Effect of foliar application of silicon, selenium and zinc on heavy metal accumulation in wheat grains in field studies · 2022

• positive
  Foliar silicon application reduced arsenic and lead contents in wheat grains.

cited by 1 paper here

Exogenously applied ZnO nanoparticles induced salt tolerance in potentially high yielding modern wheat (Triticum aestivum L.) cultivars · 2022

• positive
  Foliar nano-Zn raised K contents to some extent.
• positive
  Foliar nano-Zn significantly raised Ca content in wheat roots and shoots.

Evaluation of the Potential of Smart Fertilizers on Growth and Nutrient Availability of Wheat (Triticum aestivum L.) · 2022

• positive
  The 75 % NPK combined treatment gave a better availability of nutrients in soil.

  compared with recommended dose of fertilizer (RDF)

Yield, zinc efficiencies and biofortification of wheat with zinc sulfate application in soil and foliar nanozinc fertilisation · 2022

• positive
  Soil zinc plus 3 kg/ha foliar nanozinc increased zinc partitioning index and intake.
• positive
  Combined soil and foliar zinc increased wheat shoot zinc concentration and accumulation.

  compared with control

• positive
  Combined soil and foliar zinc increased wheat grain zinc concentration and accumulation.

  compared with control

• positive
  Foliar nanozinc improved grain biofortification.
• positive
  Soil zinc plus 2.5 kg/ha foliar nanozinc improved applied zinc recovery.
• positive
  Soil zinc plus 2.5 kg/ha foliar nanozinc improved zinc utilisation efficiency.
• positive
  Soil zinc plus 3 kg/ha foliar nanozinc increased plant and grain zinc concentration and accumulation.
• positive
  Soil zinc plus 2.5 kg/ha foliar nanozinc improved zinc use efficiency.
• negative
  Further foliar zinc increases decreased zinc use efficiency, utilisation efficiency and recovery.

cites 4 papers herecited by 1 paper here

The use of protein hydrolysate obtained by deep processing of meat raw materials for foliar feeding of soft wheat and reducing the intensity of disease development · 2022

• positive
  Foliar spraying with a protein growth stimulator increased total nitrogen in wheat leaves by an average of 84.6%, in 92% of samples.

Determining the Effect of Zinc Fortification on Growth, Yield and Economics of Wheat (Triticum aestivum L.) Under Irrigated Condition · 2022

• positive
  Soil plus foliar zinc fertilisation significantly increased grain zinc content.

  compared with other treatments

cites 2 papers here

Foliar Application of Zinc and Potassium Mitigates the Effect of Salt Stress on Wheat · 2022

• positive
  Zn-EDTA foliar application significantly increased nutrient status of wheat grains.

cites 3 papers here

A Case Study on Minerals Accumulation in Grains and Flours of Bread Wheat Fertilized with ZnSO4 and Tecnifol Zinc · 2022

• positive
  Zn values were slightly higher with foliar ZnSO4 than with Tecnifol Zinc.

  compared with Tecnifol Zinc

cites 1 paper here

Foliar Spraying of Mannose Alleviates Cadmium Stress by Changing the Subcellular Distribution and Chemical Forms of Cadmium in Wheat Root · 2022

• positive
  Mannose increased cadmium retention in wheat roots.
• positive
  Mannose reduced cadmium accumulation in wheat shoots.

  compared with Cd treatment alone

Optimizing zinc foliar spray for zinc fortification and yield improvement in wheat · 2022

• positive
  Foliar Zn at 14 or 21 days after flowering increased whole-grain Zn by 15.3-17.0 mg/kg.

  compared with water-spray

• positive
  Zn spray enhanced Zn concentration in all grain layers, most in endosperm layers L3-L8, by up to 10.8 mg/kg.

  compared with water-spray

cites 2 papers here

Foliar application of three dithiocarbamates inhibits the absorption and accumulation of Cd in wheat · 2022

• positive
  Two DTC sprays reduced Cd more than one or three.

  compared with spraying DTCs once and thrice

The Effect of Nitrogen (Urea) and Zinc Applied in Different Doses from the Soil and Leaves on the Development, Dry Matter Amount and Mineral Content of Wheat and Corn Plants · 2022

• positive
  Foliar fertilizer produced higher wheat mineral content.

Foliar-applied potassium triggers soil potassium uptake by improving growth and photosynthetic activity of wheat and maize · 2022

• positive
  Foliar K elevated K levels in both crops.
• positive
  Foliar K increased wheat root K uptake by about 23%.

cites 1 paper here

BIO FORTIFICATION WITH IRON AND ZINC IMPROVES THE GRAIN QUALITY AND YIELD ATTRIBUTES OF WHEAT CROP · 2022

• positive
  Two 0.3% Fe sprays increased grain Fe contents 31% over control.

  compared with control

• positive
  Two 0.3% Zn sprays increased grain Zn concentration by 43.8% compared with control.

  compared with control

Zinc concentration and bioavailability of Chinese steamed bread prepared from foliar zinc‐biofortified wheat grain · 2023

• positive
  Foliar Zn increased the estimated Zn bioavailability of steamed bread to as high as 5.5–7.8 mg.

cites 4 papers here

Effects of the timing of epibrassinolide spraying on yield and nitrogen use efficiency of wide-belt sowing wheat. · 2023

• positive
  Epibrassinolide spraying improved nitrogen uptake efficiency.
• positive
  Epibrassinolide spraying promoted aboveground nitrogen accumulation.
• positive
  The four listed schedules gave the greatest increase in aboveground nitrogen accumulation.
• positive
  The four schedules improved uptake efficiency by 16.4%-18.8%.

Effect of Nano-Phosphorus Formulation on Growth, Yield and Nutritional Quality of Wheat under Semi-Arid Climate · 2023

• positive
  Foliar nano P with DAP slightly increased postharvest soil macro and micronutrients.

cites 1 paper here

Zinc accumulation in wheat, and how it's affected by genetics and sulphate of zinc. · 2023

• positive
  Foliar zinc application raised the zinc content of wheat grains.

cites 2 papers here

Role of Soil and Foliar‐Applied Carbon Dots in Plant Iron Biofortification and Cadmium Mitigation by Triggering Opposite Iron Signaling in Roots · 2023

• positive
  Foliar carbon dot spraying enhanced wheat grain zinc content by 19%.
• positive
  Foliar carbon dot spraying enhanced wheat grain manganese content by 30%.
• positive
  Foliar carbon dot spraying enhanced wheat grain iron content by 44%.
• no effect
  Foliar carbon dot spraying left wheat grain cadmium accumulation unchanged.

cited by 1 paper here

Enhancing Grain Yield and Zinc Content in Bread Wheat Using Zinc and Nitrogen Application under Supplementary Irrigation Treatments · 2023

• positive
  The highest grain zinc concentration was 32.69% under 5% zinc spray, grain-filling irrigation and normal nitrogen.
• positive
  Foliar zinc application increased grain zinc content.

cites 4 papers here

Differential response of diverse wheat genotypes to Mn application for yield and quality parameters under Mn deficient soil of North-western India · 2023

• positive
  PDW 274 showed a maximum grain Mn concentration increase of 51.3%.

  compared with control

• positive
  PBW621 showed a maximum straw Mn concentration increase of 51.2%.

  compared with control

cites 2 papers here

Zinc Foliar Application Mitigates Cadmium-Induced Growth Inhibition and Enhances Wheat Growth, Chlorophyll Contents, and Yield · 2023

• positive
  Foliar Zn reduced Cd content in wheat shoots and grain.
• positive
  Foliar Zn increased Zn content in wheat shoots and grain.

cites 1 paper herecited by 1 paper here

Native rhizobacteria suppresses spot blotch disease, improves growth and yield of wheat under salt–affected soils · 2023

• positive
  Dual seed and foliar rhizobacterial inoculation improved P uptake by 15.8–46.3%.

Role of Temporal Zn Fertilization along with Zn Solubilizing Bacteria in Enhancing Zinc Content, Uptake, and Zinc Use Efficiency in Wheat Genotypes and Its Implications for Agronomic Biofortification · 2023

• positive
  The same treatment enhanced straw Zn by 23.1%.
• positive
  The same treatment increased total Zn uptake by 55.0%.

cites 2 papers here

Foliar applications of a zeolite-based biostimulant affect soil enzyme activity and N uptake in maize and wheat under different levels of nitrogen fertilization · 2023

• positive
  Foliar zeolite increased the aboveground to belowground nitrogen uptake ratio in wheat.
• positive
  Foliar zeolite increased wheat root nitrogen concentration by about 10%, particularly at the lowest nitrogen rate.

Elemental Imaging of Fertilized ZnO NP Wheat Endosperms Using Laser Ablation–Inductively Coupled Plasma Optical Emission Spectrometry · 2023

• positive
  Four rounds of foliar ZnO NPs significantly increased endosperm Zn content by 221 ± 61%.
• no effect
  Foliar ZnO NPs did not alter the grain micronutrient accumulation pattern.

Ameliorating the adverse effects of salinity on wheat plants using the bio-wastes (pomegranate peel extract and /or compost) · 2023

• positive
  Compost and PPE treatments increased wheat N, P, and K content.

Soil and foliar zinc application techniques influence the productivity, zinc concentration, and protein content in the grains of bread wheat varieties · 2023

• positive
  Soil plus foliar zinc application gave the highest grain zinc concentration, 33.7 to 37.60 µg g-1, among the zinc application techniques.

  compared with these various application techniques

cites 5 papers here

The Influence of the Levels and Addition Methods of Zinc on Stimulating some Enzymes to Resist Salinity · 2023

• positive
  Zinc addition increased soil Zn concentration.
• positive
  Zinc addition increased Zn concentration in wheat roots.
• positive
  Zinc addition increased Zn concentration in wheat straw.

cited by 1 paper here

Cadmium (Cd) Minimization and Zinc (Zn) Biofortification in Wheat (Triticum aestivum L.) Grains by Spraying with the Foliar Zn Fertilizer in Cd-Contaminated Fields · 2023

• positive
  T2 foliar zinc reduced wheat grain cadmium concentration by 44.5% relative to controls.

  compared with controls

cites 2 papers herecited by 1 paper here

EFFECTIVENESS OF SOIL AMENDMENT AND DIFFERENT FOLIAR FERTILIZERS IN REDUCING CADMIUM ACCUMULATION AND TRANSPORT IN WINTER WHEAT (TRITICUM AESTIVUM L.) · 2023

• positive
  Foliar Si/Ca/Zn spray added to sepiolite plus KDP further reduced wheat grain Cd.

  compared with sepiolite + KDP treated soil

• positive
  Increasing foliar barrier dose decreased wheat grain Cd concentration.

cites 1 paper here

Zinc fertilization effect on macro and micro-nutrients concentrations and uptake in wheat (Triticum aestivum) varieties · 2024

• positive
  The highest nutrient uptake occurred with soil and foliar Zn-EDTA application at tillering and booting.

Residual effect of nutrient management of kharif groundnut on nutrient content-uptake and soil nutrient-microbial dynamics in subsequent wheat under organic farming · 2024

• positive
  The stated organic fertilizer and panchgavya treatment significantly raised available soil nitrogen.
• positive
  The stated organic fertilizer and panchgavya treatment significantly raised wheat nitrogen content.
• positive
  The stated organic fertilizer and panchgavya treatment significantly raised wheat NPK uptake.

Influenced Quality of Wheat (Triticum aestivum L.) and Abate the Environmental Pollution by Soil Applied with Foliar Fertilization of NPK Fertilizer in Saline Soil · 2024

• positive
  The same treatment increased N, P, and K content in grain and straw significantly.

  compared with other treatments, including control

• positive
  The same treatment increased N, P, and K uptake in grain and straw significantly.

  compared with other treatments, including control

Impact of nutrient doses on the physicochemical quality of wheat and consumer acceptability in feeding · 2024

• positive
  Treatment T7 significantly enhanced wheat nitrate uptake to 159.8 kg/ha.

Optimizing Grain Zinc Biofortification in Bread Wheat: Innovative Fertilization Strategies for Field Conditions · 2024

• positive
  Soil or foliar zinc application increased wheat grain and leaf zinc concentration.

cites 2 papers here

Manganese and Zinc Foliar Applications IncreaseNutrient Content and MitigateCadmium-Induced Growth Inhibitionin Spring Wheat · 2024

• positive
  All three fertilizers reduced cadmium transport from glume to grain.

cites 1 paper herecited by 1 paper here

EFFECT OF LEVELS AND METHODS OF ZINC ADDITION ON THE GROWTH AND YIELD OF WHEAT CULTIVATED IN SALINE SOILS · 2024

• positive
  Seed soaking and plant spraying with zinc increased the potassium concentration and the potassium/sodium ratio in wheat straw and roots.
• positive
  Seed soaking and plant spraying with zinc reduced the chloride and sodium concentration in wheat straw and roots.

cites 1 paper here

Synergistic effects of microbial inoculation, different forms of iron application, and phosphorus on wheat growth and nutrient uptake in alkaline soil · 2024

• positive
  Combining AMF + TSP with foliar iron gave desirable seed nutrient content, particularly zinc, iron and magnesium.

Zinc biofortification of wheat through fertilizer and genotype management · 2024

• positive
  Soil application of zinc sulfate was as effective as a method to enhance grain Zn content.

Simultaneous Biofortification: Interaction between Zinc and Selenium Regarding Their Accumulation in Wheat · 2024

• positive
  Foliar zinc raised wheat grain zinc content by 12.07–71.88%.
• no effect
  Soil zinc application had little effect on wheat grain zinc.

cites 4 papers here

Yield and quality of different wheat cultivars as influenced by agronomic biofortification of N, K, S and Zn through foliar sprays in North-Western India · 2024

• positive
  ZnSO4 foliar spray gave significantly higher grain Zn than KCl spray.

  compared with KCl (1.0%)

• positive
  ZnSO4 foliar spray gave significantly higher grain Zn than N spray.

  compared with N (2.0%)

• positive
  ZnSO4 spray increased grain Zn content by 9.9% over no spray.

  compared with no spray

• positive
  ZnSO4 foliar spray gave significantly higher grain Zn than S spray.

  compared with S (2.0%)

cites 1 paper here

Wheat Response to Foliar-Applied Phosphorus Is Determined by Soil Phosphorus Buffering · 2024

• positive
  Foliar phosphorus had potential to increase wheat phosphorus uptake.
• positive
  Foliar phosphorus had potential to improve phosphorus concentration in wheat shoots.
• positive
  Foliar phosphorus had potential to improve phosphorus concentration in wheat grains.

cites 2 papers here

Fertigation of wheat (Triticum aestivum L.) cultivars with zinc leads to enhanced yield and marginal rate of return in silty loamy soils · 2024

• positive
  At T4 internal use efficiency and partial nutrient budget were enhanced.

Agronomic fortification of wheat (Triticum aestivum L.) using biosynthesized zinc nanoparticles · 2024

• positive
  Actinobacteria-derived zinc nanoparticles gave significantly higher total zinc uptake (682.52 g ha-1) in wheat.
• positive
  Actinobacteria-derived zinc nanoparticles gave significantly higher zinc content (65.75 ppm) in wheat.
• positive
  Actinobacteria-derived zinc nanoparticles gave significantly higher zinc uptake (425.49 g ha-1) in wheat.
• positive
  Actinobacteria-derived zinc nanoparticles gave significantly higher zinc content (54.98 ppm) in wheat.
• positive
  Actinobacteria-derived zinc nanoparticles gave significantly higher zinc uptake (257.03 g ha-1) in wheat.

Effect of zinc management on yield, nutrient content, and acquisition of zero-tilled wheat (Triticum aestivum) · 2024

• positive
  Application of 50 kg Zn/ha with two foliar sprays of 0.5% Zn increased grain Zn content by 33.9% over control.

  compared with control

IMPACT OF DIFFERENT ZINC APPLICATION METHODS AND PHOSPHORUS DOSES ON GROWTH, YIELD AND GRAIN ZINC CONTENTS OF WHEAT · 2024

• positive
  P3 with foliar Zn gave maximum Zn concentration.

Biofortification of Wheat Using Biologically Synthesized Zinc Nanoparticles · 2024

• positive
  T12 treatment gave significantly higher grain zinc content (55.87 ug per g) in wheat.
• positive
  T12 treatment gave significantly higher straw zinc content (66.27 ug per g) in wheat.
• positive
  T12 treatment gave significantly higher total zinc uptake (616.32 ug per plant) in wheat.

Effect of foliar application of nitrogenous fertilizers on growth attributes, soil properties, quality and productivity of wheat (Triticum aestivum L.) · 2024

• positive
  The same treatment gave significantly higher available soil nitrogen, phosphorus and potassium after harvest.

Agronomic biofortification of genetically biofortified wheat genotypes with zinc, selenium, iodine, and iron under field conditions · 2024

• positive
  Foliar Zn spray added more than 15 mg kg −1 grain Zn in Zn-biofortified genotypes.
• positive
  Foliar Zn enhanced grain Fe.

cites 2 papers here

Synergistic Approaches for Wheat Productivity in Saline-Sodic Soils: Nano-Gypsum, Bacillus Inoculation and Nanomaterial Foliar Treatments · 2024

• positive
  Essential nutrient levels in wheat increased with the treatments, with NZnO having the strongest effect followed by NSiO2.

BIO-FERTILIZATION BY CHITOSAN WITH MINERAL N-FERTILIZATION AT DIFFERENT RATES AND THEIR EFFECT ON THE WHEAT YIELD UNDER SANDY SOIL CONDITIONS · 2024

• positive
  Chitosan soaking with 75% nitrogen increased soil available K by 68.1% over control.

  compared with control

• positive
  Chitosan soaking with 75% nitrogen increased soil available P by 1128.9% over control.

  compared with control

Impact of foliar zinc and boron application on wheat yield, quality and post-harvest soil properties · 2024

• positive
  Foliar applications significantly improved soil nitrogen, available phosphorus and sulfur, especially T4 and T6.
• positive
  T4 improved grain boron content to 15.05 ppm.
• positive
  T4 improved grain zinc content to 36.34 ppm.

Improving salinity tolerance of wheat (Triticum aestivum L.) genotypes by foliar and soil applications of silicic acid (H2SiO3) · 2024

• positive
  Si application (foliar) significantly enhanced Si concentration by 6% in wheat.

Agronomic Biofortification to Improve Productivity and Grain Zn Concentration of Bread Wheat · 2025

• positive
  Foliar zinc application increased grain zinc concentration by 70%.

cited by 2 papers here

Effect of Different Sources and Levels of Zinc on the Nutrient Content, Uptake and Fertility Status of Wheat · 2025

• positive
  RDF plus soil-applied ZnSO4 at 30 kg ha-1 produced higher wheat nutrient content.
• positive
  RDF plus soil-applied ZnSO4 at 30 kg ha-1 produced higher N, P, K, S, Zn, Fe, Cu and Mn uptake in wheat.

cites 1 paper here

Nano urea’s environmental edge and economic efficacy in boosting wheat grain yield across diverse Indian agro-climates · 2025

• positive
  Two sprays of nano urea or 5% urea combined with 75% RDN can save 25% of nitrogen (1.02 billion kg) annually compared with recommended practice.

  compared with recommended practice

Sustainable Iron Enrichment in Wheat: Leveraging Fertilization and Microbial Solubilization for Higher Yield and Nutrient Density · 2025

• positive
  TRB-29-116 with foliar Fe and FeSB increased grain, straw and total Fe uptake.
• positive
  TRB-29-116 with foliar Fe and FeSB enhanced grain and straw Fe content.

Foliar Application of Manganese-Zinc Fertilizer Mitigated the Harmful Effects of Cadmium on Wheat and Reduced Human Health Risks · 2025

• positive
  The five foliar fertilizers inhibited cadmium transfer to edible wheat parts.

cites 3 papers here

Effect of foliar fertilization applied at different phenological stages on wheat (Triticum aestivum L.) yield and grain nutrient content under greenhouse conditions · 2025

• positive
  Foliar applications significantly increased iron, zinc and manganese content in wheat grain.

cites 4 papers here

Effect of fertility levels and weed management practices on nutrient content in grain, straw, and total nutrient uptake of wheat under restricted irrigation conditions · 2025

• positive
  The F4 fertilizer treatment gave the highest grain and straw nitrogen, phosphorus, and potassium content; fertility effects were significant.

Insight into Cd Detoxification and Accumulation in Wheat by Foliar Application of Ferulic Acid · 2025

• positive
  A 20 μM ferulic acid foliar application reduced grain cadmium content by 66.3% compared with cadmium stress alone.

  compared with Cd-stressed alone

Effect of biostimulants combined with fertilization on yield and nutritional value of wheat crops · 2025

• positive
  Foliar application of base cations and biostimulants led to beneficial changes in wheat nutrient homeostasis.
• positive
  Foliar application of base cations and biostimulants increased grain mineral content moderately and in a genotype-specific way.

cites 1 paper here

Genotypic Variability in Root System Architecture and Its Association With Fe and Zn Biofortification in Wheat ( Triticum aestivum L.) · 2025

• positive
  Zincol‐16 showed the maximum improvement in grain Zn content, 33.18 mg Zn kg −1, with soil application of Zn.

cites 2 papers here

Impacts of Organic Fertilizer Along With Silicon and Zinc on Yield, Nutrient Uptake and Protein Content in Grain of Wheat · 2025

• positive
  Foliar nanoparticles improved silicon uptake more than soil application.

  compared with soil application

• positive
  Foliar nanoparticles improved zinc uptake more than soil application.

  compared with soil application

Biofortification and growth enhancement of wheat via bacteria-assisted iron and zinc nanoparticles · 2025

• positive
  Foliar spray of NPs with PGPR seed priming significantly increased wheat iron content by 27% compared with the RDF control in a pot experiment.

  compared with RDF control

• positive
  Foliar spray of NPs with PGPR seed priming significantly increased wheat zinc content by 53% compared with the RDF control in a pot experiment.

  compared with RDF control

Exploring the Potential of Foliar Nano Zinc Oxide Application on Wheat Cultivation in Zinc Deficient Inceptisol · 2025

• positive
  Foliar nano zinc oxide enhanced soil nutrient status and nutrient uptake.
• positive
  The treatment gave significantly higher leaf zinc concentration at 70 DAS (17.21 mg kg-1).
• positive
  The treatment gave significantly higher leaf zinc concentration at 50 DAS (14.15 mg kg-1).

The Effectiveness of Foliar Nano Zinc Oxide Application on Nutrient Uptake and Quality of Wheat in Zinc Deficient Inceptisol · 2025

• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat potassium uptake, 177.03 kg ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat nitrogen uptake, 160.37 kg ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat phosphorus uptake, 38.51 kg ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat copper uptake, 50.07 g ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat zinc uptake, 554 g ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat manganese uptake, 751 g ha-1.
• positive
  GRDF combined with 1200 ppm nano-ZnO foliar spray gave the highest wheat iron uptake, 1245 g ha-1.

Nano urea effects on nitrogen use efficiency and yield potential of wheat under limited irrigation · 2025

• positive
  The combination of 80 kg N/ha with two urea sprays at tillering and jointing gave the highest grain nitrogen content, 1.8%.
• positive
  The combination of 80 kg N/ha with two urea sprays at tillering and jointing gave the highest uptake of nitrogen.

Impact of Front-Line Demonstrations of Azotobacter in Wheat in Karji Village, District of Kaimur, Bihar, India · 2025

• positive
  Azotobacter with recommended fertilisers enhanced nitrogen content.

Comparative analysis of urea and nano urea along with zinc fertilization on yield and nutrient uptake in wheat (Triticum aestivum) · 2025

• positive
  Foliar spray of 0.1% nano-zinc oxide significantly increased Zn nutrient uptake by 18% in wheat compared with no zinc fertilization.

  compared with no Zn fertilization

• negative
  Nitrogen at 65 kg/ha with nano urea foliar spray reduced wheat N uptake by 23.8% compared with nitrogen at 130 kg/ha.

  compared with nitrogen application at 130 kg/ha

Co-application of salicylic acid and potassium induce salinity tolerance by modulating ion homeostasis, chlorophyll pigments and photosynthetic apparatus in wheat · 2025

• positive
  Foliar SA at 0.02% and K at 0.1% significantly improved wheat leaf nutrient concentrations under salt stress.

Bio and chemical fertilizers integration supplemented by biostimulants a sustainable way to reduce chemical inputs in rainfed wheat systems · 2025

• positive
  CF75 + BF with seaweed produced maximum grain zinc content of 36.43 g g ─ 1.

Mercapto-Functionalized Carbon Dots Reduce Cadmium Accumulation in Wheat Grains via Plant–Soil–Microbial Regulation · 2025

• positive
  Foliar SH-CDs reduced grain cadmium by 43.8%.

  compared with control group (CK)

cites 1 paper here

Soil applied biochars and foliar applied nanoparticles improve wheat growth in cadmium contaminated soil · 2025

• positive
  Without biochar, foliar nanoparticles reduced grain Cd uptake by 33%.

  compared with no-BC

cites 1 paper here

Effect of Zinc and Boron Application on Growth, Yield, Nutrient Uptake and Residual Soil Fertility in Wheat (Triticum aestivum L.) · 2025

• positive
  Soil Zn and B application left the highest residual soil Zn, 1.47 mg/kg.
• positive
  Soil Zn and B application left the highest residual soil B, 1.08 mg/kg.

Integrated organic and biostimulant strategies to improve wheat productivity under salt-affected soil conditions · 2026

• positive
  Foliar applications enhanced physiological performance and nutrient assimilation.

Effects of combined N and Zn application on nitrogen translocation, yield and nitrogen and zinc efficiency of winter wheat · 2026

• positive
  Foliar Zn at anthesis increased post-anthesis N accumulation.

cites 1 paper here

Yield and nutrient augmentations in wheat: Application of plasma processed zinc · 2026

• positive
  Plasma-treated foliar applications increased Fe concentration in wheat by 62.34% relative to non-plasma-treated foliar spray

  compared with non-plasma-treated

• positive
  Plasma-treated foliar applications increased leaf and root Zn concentration in wheat by 50.35% relative to control

  compared with control

• positive
  Plasma-treated foliar applications increased Zn concentration in wheat by 94.30% relative to non-plasma-treated foliar spray

  compared with non-plasma-treated

• positive
  Plasma-treated foliar applications increased Fe concentration in wheat tissues by 28.81% relative to control

  compared with control

Roles of Soil and Foliar Spray of Zinc Nutrition in Cadmium Reduction of Wheat Grain · 2026

• positive
  Foliar zinc applications increased wheat grain Zn concentration by 173.06% in Cd5 soil.
• positive
  Foliar zinc application reduced wheat grain Cd concentration by 9.31% in Cd5 soils.

  compared with inadequate Zn fertilization

• positive
  Foliar zinc applications increased wheat grain Zn concentration by 77.67% in Cd0 soil.
• positive
  Combined soil and foliar zinc application reduced wheat grain Cd accumulation.
• positive
  Foliar zinc application reduced wheat grain Cd concentration by 70.49% in Cd-free soils.

  compared with inadequate Zn fertilization

cites 3 papers here

Unlocking the Phyllosphere’s Role: Selenium Nanoparticles Reprogram Sulfur Metabolism and Enrich Sphingomonas to Reduce Cadmium in Wheat · 2026

• positive
  Both SeNP types reduced wheat cadmium accumulation.

Integrated straw return and biostimulant application improve soil nitrogen supply and grain yield-quality synergy in winter wheat under mild saline-alkaline stress · 2026

• positive
  SR+BS significantly enhanced soil total nitrogen by 19.6% relative to the control.

  compared with control

Agronomic Biofortification Strategies to Increase Grain Zinc Concentrations of Wheat, Rice and Maize: A Systematic Review and Network-Meta-Analysis. · 2026

• positive
  The combination of soil and foliar zinc application increased grain zinc concentration in wheat by 114.8% over the baseline.

  compared with baseline

• positive
  Foliar zinc fertilisation increased grain zinc concentration in wheat by 18.0 mg/kg.
• positive
  Soil plus foliar zinc fertilisation significantly increased grain zinc concentration in wheat by 28.7 mg/kg.

Nutrient Concentration and Uptake in Wheat (Triticum aestivum L.) as Influenced by Metallic Micronutrient Fertilisation in the Ganges–Yamuna Doab · 2026

• positive
  Soil application of zinc, iron and copper sulphates gave the highest straw K uptake (79.13 kg/ha).

  compared with nutrient management practices

• positive
  Soil application of zinc, iron and copper sulphates gave the highest grain P uptake (28.17 kg/ha).

  compared with nutrient management practices

• positive
  Soil application of zinc, iron and copper sulphates gave the highest straw N uptake (49.85 kg/ha).

  compared with nutrient management practices

• positive
  Soil application of zinc, iron and copper sulphates gave the highest grain N uptake (147.94 kg/ha).

  compared with nutrient management practices

• positive
  Combined soil application of zinc, iron and copper sulphates improved nutrient concentration and uptake in wheat under the studied conditions.
• positive
  Soil application of zinc, iron and copper sulphates gave the highest straw P uptake (11.28 kg/ha).

  compared with nutrient management practices

• positive
  Soil application of zinc, iron and copper sulphates gave the highest grain K uptake (35.04 kg/ha).

  compared with nutrient management practices