zinc atom · Yield · Triticum aestivum (wheat)

Papers reporting a positive result 456

1. Effect of Soil and Foliar Application of Micronutrients on Yield and Quality of Wheat · 1964

   • positive
     Zn application generally raised wheat grain yield.
   • positive
     Foliar Zn produced the highest straw yield.
   • positive
     Foliar zinc gave the maximum net profit among foliar sprays.

2. Influence of Genetic Variability on Zinc Response in Wheat · 1974

   • positive
     Without supplemental zinc, root dry matter yields were 9.4 to 36.8% lower than at 5 ppm zinc.

     compared with 5 ppm Zn levelAbout lacking this nutrient, so it counts the other way round

   • positive
     Without supplemental zinc, shoot dry matter yields were 8.6 to 33.5% lower than at 5 ppm zinc.

     compared with 5 ppm Zn levelAbout lacking this nutrient, so it counts the other way round

   cited by 1 paper here

3. Effect of zinc on protein and RNA content in wheat plant · 1977

   • positive
     Dry matter yield of wheat was highest at the 0.5 zinc level across all growth stages.

     compared with either side of this level

   cited by 1 paper here

4. Response of Wheat to Zinc Fertilization at Different Levels of Phosphorus in a Loamy Sand Soil · 1979

   • positive
     Application of zinc and phosphorus at all levels increased wheat grain and straw yield under field conditions.

5. Zinc availability to young wheat plants in Darling Downs black earths · 1980

   • positive
     Application rates of 1.2 to 3.7 kg zinc per ha were sufficient for maximum or near-maximum dry matter yield of wheat tops on deficient soils.

   cited by 2 papers here

6. Effect of sedimentary pyrites and Zn application on yield, Zn and Ca nutrition of rice and wheat crops and on amelioration of saline sodic soil · 1982

   • positive
     Zinc applications greatly increased grain yield and Zn uptake of rice and wheat crops.
   • positive
     Zn residues from higher Zn treatments produced significant yield responses in succeeding wheat.
   • positive
     Higher pyrites with adequate NPK but without Zn did not give yields equal to those from adding 11 kg Zn/ha.

     compared with adding 11 kg Zn/haAbout lacking this nutrient, so it counts the other way round

7. Responses of hybrid pearl millet (Pennisetum americanum L., K. Schum) and wheat (Triticum aestivum L.) to balanced fertilization at cultivators' fields · 1982

   • positive
     Wheat had its highest grain yield of 5.39 t/ha with the reported NPK and Zn fertilization.

8. Zinc Deficiency in Some Alluvial Soils (Entisols) of Gird Region and Response of Wheat to Zinc Application · 1984

   • positive
     Zinc application increased wheat yield by 25% in field experiments

   cited by 1 paper here

9. Response of Wheat to 2inc Application in Different Soils of Semi-Arid Region · 1985

   • positive
     Zinc fertilization significantly increased leaf, stem, grain and total dry matter yields.

     compared with absence of which

   cited by 1 paper here

10. Evaluation of amounts, methods and sources of zinc application to wheat in flood plain soils · 1986

    • positive
      Grain yield significantly increased through 10 kg Zn/ha regardless of zinc source.

    cites 1 paper herecited by 2 papers here

11. Iron and zinc fertilization with reference to the grain quality oftriticum aestivumL. · 1988

    • positive
      Iron and zinc significantly increased grain yield per plant and 1000 grain weight.
    • positive
      Iron and zinc significantly increased ear heads per tiller, ear head length and grains per ear with concentration.

    cited by 7 papers here

12. The Critical Zinc Deficiency Level and Response to Zinc Application of Wheat on Typic Ustochrepts · 1990

    • positive
      Increasing zinc application successively increased wheat grain yield.

    cites 1 paper herecited by 1 paper here

13. Response of eight winter crops to zinc fertilizer on a Typic Ustochrept soil · 1990

    • positive
      Zn fertilizer increased grain or seed and total biomass yield of wheat.

14. Response of Wheat to Zinc and Phosphorus in a Highly Calcareous Soil · 1994

    • positive
      Zinc and phosphorus application significantly increased wheat straw yield.
    • positive
      Zinc and phosphorus application significantly increased wheat grain yield.

    cited by 1 paper here

15. Effect of Herbicides and Fertilizer Levels on Weed Control and Nutrient Uptake by Wheat and Associated Weeds · 1995

    • positive
      Adding phosphorus or phosphorus plus zinc increased wheat yield compared with nitrogen alone.

      compared with application of nitrogen alone

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

    • positive
      Soil plus leaf zinc application gave a grain zinc concentration of 38 mg per kg dry weight, the highest increase.
    • positive
      Zinc treatments increased above-ground biomass production in wheat.
    • positive
      Zinc application by any tested method significantly increased grain yield in all wheat cultivars.
    • positive
      Leaf zinc application increased grain yield 124% against the control.

      compared with the control

    cited by 22 papers here

17. Phytosiderophore release by Sorghum, wheat, and corn under zinc deficiency · 1998

    • positive
      Zinc deficiency reduced shoot and root dry matter yields in the three cereals.

      About lacking this nutrient, so it counts the other way round

18. Effect of seed zinc content on grain yield and zinc concentration of wheat grown in zinc‐deficient calcareous soils · 1998

    • positive
      Seeds with 800 and 1,465 ng Zn seed‐1 produced significantly higher grain yield than low zinc seed.

      compared with low seed‐Zn

    cited by 1 paper here

19. Zinc Nutrition and Metabolism of Plants as Influenced by Supply of Phosphorus and Zinc · 1999

    • positive
      Moderate phosphorus and zinc supply gave wheat the highest dry matter production versus imbalanced applications.

      compared with other imbalance applications of phosphorus and zinc

20. Zinc nutrition and metabolism of plants as influenced by supply of phosphorus and zinc · 1999

    • positive
      Dry matter production of wheat was highest under the moderate P and Zn combination compared with other imbalanced P and Zn applications.

      compared with other imbalance applications of phosphorus and zinc

21. Study on Fertilization Practices to Super-high Yielding Winter Wheat Variety Shaan354 · 1999

    • positive
      Zinc fertilizer increased wheat yield.

22. EFFECTS OF SULPHUR, ZINC AND BORON ON YIELD, YIELD COMPONENTS AND NUTRIENT UPTAKE OF WHEAT · 1999

    • positive
      S, Zn and B application significantly increased grains per spike and 1000-grain weight of wheat.

      compared with control

    • positive
      S, Zn and B application significantly increased grain and straw yields of wheat.

      compared with control

    • positive
      The highest wheat grain yield, 25.82 q ha-1, was obtained with S, Zn and B applied together, 42% higher than the control.

      compared with control

23. Effect of sulphur and micronutrients on growth, nutrient content and yield of wheat (Triticum aestivum L.). · 2000

    • positive
      Zinc application increased wheat growth parameters and yield.

    cited by 1 paper here

24. Effect of Zinc Microelement on Quality of Some Wheat Cultivars Grown in Central Anatolia · 2000

    • positive
      Zinc application significantly increased thousand kernel weight.

    cited by 1 paper here

25. Deficiency of manganese is alleviated more by low zinc than low copper in wheat · 2000

    • positive
      Cu or Zn deficiency decreased biomass, leaf Cu/Zn and seed yield of wheat.

      About lacking this nutrient, so it counts the other way round

26. Levels of micronutrient cations in various plant parts of wheat as influenced by zinc and phosphorus application. · 2000

    • positive
      Application of 10 kg Zn ha−1 increased wheat grain yield by 12.9 per cent over control.

      compared with control

    • positive
      Application of 10 kg Zn ha−1 increased wheat straw yield by 11.4 per cent over control.

      compared with control

    cited by 1 paper here

27. EFFECT OF APPLYING NITROGEN COMBINED WITH ZINC ON WHEAT YIELD · 2000

    • positive
      Nitrogen plus zinc increased pot-grown winter wheat yield by 10\^2%～18\^8% on zinc-deficient soil.

28. EFFECT OF SILICON APPLICATION ON P-ZN INTERACTION AND THEIR EFFECT ON GROWTH AND NUTRIENT UPTAKE BY WHEAT GROWN IN SANDY SOIL · 2000

    • positive
      Zinc at 20 kg/feddan increased wheat dry matter yield, especially with 0 or 50 kg P/feddan.

29. Effects of organic amendments and zinc on the yield content and uptake of zone by wheat and maize grown in succession · 2000

    • positive
      Zn improved wheat yield.

    cited by 1 paper here

30. Zinc requirement of green gram (Vigna radiata)wheat (Triticum aestivum) crop sequence in alluvial soil · 2001

    • positive
      The residual effect of 7.5 kg Zn/ha on wheat straw yield increment was 12.4%, significant.
    • positive
      The residual effect of 7.5 kg Zn/ha on wheat grain yield increment was 15.3%, significant.

    cites 3 papers herecited by 1 paper here

31. Effect of zinc application methods on yield attributes, yield and nutrient uptake in wheat (Triticum aestivum) varieties under sodic soil · 2001

    • positive
      Foliar zinc sulphate gave 26% higher wheat grain yield than control.

      compared with control

    • positive
      All zinc methods increased wheat plant height, tillers and grains per spike versus no zinc.

      compared with control (no Zn)

    • positive
      All zinc methods increased wheat straw yield and nutrient uptake versus no zinc.

      compared with control (no Zn)

    cites 1 paper here

32. EFFECTS OF ZINC FERTILIZATION ON GRAIN YIELD AND SHOOT CONCENTRATIONS OF ZINC, BORON, AND PHOSPHORUS OF 25 WHEAT CULTIVARS GROWN ON A ZINC-DEFICIENT AND BORON-TOXIC SOIL · 2001

    • positive
      Mean grain yield rose 40% in the second year with zinc fertilization.
    • positive
      Mean grain yield rose 37% in the first year with zinc fertilization.
    • positive
      Zinc fertilization significantly increased grain yield across cultivars and years.

    cited by 8 papers here

33. Residual value of zinc fertiliser for production of wheat · 2001

    • positive
      Both current and previous zinc fertilizer applications increased wheat dry matter, dry matter zinc content, and grain yield.
    • positive
      Zinc contamination in single superphosphate applied in 1983 produced wheat grain yield on the approximately 2.4 t/ha maximum plateau reached by current zinc oxide applications.

      compared with zinc oxide applied in the current year (1996)

    • negative
      Previously applied zinc became less effective than current zinc for wheat dry matter, zinc uptake, and grain production as time since application increased.

      compared with current zinc

    cites 1 paper herecited by 3 papers here

34. Effect of phosphorus and zinc nutrition of wheat (Triticum aestivum) in soils of sub-humid southern plains of Rajasthan · 2001

    • positive
      The interaction between P and Zn had a significantly beneficial effect on wheat yields.
    • positive
      Grain and straw yields of wheat increased significantly with increasing doses of P and Zn.

    cited by 1 paper here

35. Effect of green manuring and zinc fertilization on productivity and nutrient uptake in Basmati rice (Oryza sativa)-wheat (Triticum aestivum) cropping system · 2001

    • positive
      Residual green manuring and zinc fertilization significantly raised wheat grain yield (3.09 and 3.20 t/ha).

    cited by 2 papers here

36. Potassium and zinc fertilization of wheat (Triticum aestivum) in western arid zone of India · 2001

    • positive
      At 9 kg Zn/ha, net returns were highest at 29,425.
    • positive
      At 6 kg Zn/ha, wheat yield attributes were statistically best.
    • positive
      At 6 kg Zn/ha, wheat yield was statistically best.

    cited by 3 papers here

37. Effect of zinc and magnesium nutrition on yield, quality and removal of nutrients in wheat (Triticum aestivum) · 2001

    • positive
      Zinc up to 5 kg/ha increased straw yield by 11.5% versus control.

      compared with the control

    • positive
      Protein yield increased significantly with zinc and magnesium.

      compared with the control

    • positive
      Zinc up to 5 kg/ha increased grain yield by 9.7% versus control.

      compared with the control

    • positive
      Increasing zinc raised straw zinc removal from 129.5 to 182.5 g/ha.
    • positive
      Zinc and magnesium had a significant synergistic interaction on yield.

    cites 1 paper herecited by 1 paper here

38. Productivity and profitability of Bt cotton (Gossypium hirsutum)wheat (Triticum aestivum) cropping system as affected by nutrient omissions · 2001

    • positive
      Zinc omission caused a marginal 2.0-2.5% wheat grain yield reduction in both years.

      About lacking this nutrient, so it counts the other way round

39. Effect of zinc levels and incubation with cow dung on yield and zinc uptake by soybean (Glycine max)wheat (Triticum aestivum) sequence in Vertisols · 2001

    • positive
      Residual 2.5 and 5 kg zinc significantly increased wheat grain yield.

      compared with control

40. Direct and residual effect of nutrient management in maize (Zea mays) - wheat (Triticum aestivum) cropping system · 2001

    • positive
      Wheat yield was 22.7% higher at the stated residual fertility.

41. Effect of integrated nutrient management on yield and nutrient uptake of rice (Oryza sativa)-wheat (Triticum aestivum) cropping system in lowlands of eastern Uttar Pradesh · 2001

    • positive
      Adding zinc to 100% recommended inorganic NPK gave higher grain and straw yields of wheat than NPK alone.

      compared with 100% of recommended NPK alone

42. Productivity, nutrient uptake and economics of wheat (Triticum aestivum) under potassium and zinc nutrition · 2001

    • positive
      At 6 kg Zn/ha, wheat net returns were reported as highest.
    • positive
      Zinc through 6 kg Zn/ha significantly improved wheat height, effective tillers and grains per spike over control.

      compared with control

    • positive
      Zinc through 6 kg Zn/ha significantly improved wheat 1,000-grain weight over control.

      compared with control

    • positive
      At 6 kg Zn/ha, wheat grain yield was 5.22 t/ha, 8.8% higher than control.

      compared with control

    cites 3 papers here

43. Effects of MnZn fertilizer applications on winter wheat in Mn Zn lack soil · 2001

    • positive
      Single Mn application raised wheat yield by 7.1%, less than combined Mn Zn application.

      compared with MnZn fertilizer applications

    • positive
      Single Zn application raised wheat yield by 5.5%, less than combined Mn Zn application.

      compared with MnZn fertilizer applications

44. Effect of tillage, nitrogen and zinc management on yield and yield components of wheat (Triticum aestivum) in North Eastern Plains Zone of India · 2001

    • positive
      Zinc foliar spray increased grain yield.

45. Effect of frequency of zinc application on yield of rice (Oryza sativa) and wheat (Triticum aestivum) in rice-wheat sequence · 2001

    • positive
      Applying Zn at 5 kgtha to rice every year resulted in higher wheat yields at Kaul.

46. INFLUENCE OF NITROGEN AND METHODS OF ZINC APPLICATION ON GROWTH AND YIELD OF WHEAT (TRITICUM AESTIVUM L.) VARIETIES · 2002

    • positive
      Soil application of the full zinc amount gave the highest wheat grain yield (33.8 and 20.48 q/ha) compared with split soil and foliar zinc methods.

      compared with 3/4 th soil + 1/4 th foliar and 1/2 soil + 1/2 foliar

47. Effect of Combined K, Zn, Mn Fertilization on Yield and Quality of Winter Wheat · 2002

    • positive
      Combined K Zn Mn significantly increased winter wheat yield.

48. Response of wheat (Triticum aestivum) to integrated nutrition of K, Mg, Zn, S and biofertilization · 2003

    • positive
      Grain yield with the integrated nutrient treatment with azotobacterization was 51.57 and 48.95 per cent higher than the lowest control yield in 1998-1999 and 1999-2000.

      compared with control

    • positive
      Straw yield with the integrated nutrient treatment with azotobacterization was 71.41 and 83.87 per cent higher than control in 1998-1999 and 1999-2000.

      compared with control

49. Effect of Regulating Nitrogenous Fertilizer on Wheat Population and Production Earnings · 2003

    • positive
      Doubling trace elements Fe, Zn, B and Mn increased wheat yield by 1147.5 kg/hm2.
    • positive
      Increased P, K, Fe, Zn, B and Mn fertilizer content (except N) increased wheat yield by 945 kg/hm2.
    • positive
      The same fertilizer application increased wheat yield by 754.5 kg/hm2.

50. Effects of Long-term Micronutrients Fertilization on Wheat Yield in Dryland of Loess Region · 2003

    • positive
      Applying Zn fertilizer increased average wheat yield by 110.4 kg/(hm 2·a), an increase rate of 4.4%
    • positive
      Zn fertilizer increased wheat yield by 7% in a dry rainfall year
    • positive
      Zn fertilizer increased wheat yield by 5.4% in a moist rainfall year
    • positive
      Zn fertilizer increased wheat yield by 4.3% in a normal rainfall year

51. Residual Effect of Zinc Application on Crop yield, Zinc Concentration in Crop Grain and Soil Available Zinc · 2003

    • positive
      All initial zinc rates increased first-crop wheat yield.
    • positive
      Initial zinc increased effective tillering and ear length in winter wheat.

    cited by 1 paper here

52. Effects of long-term applying m icronutrients fertilization on wheat yield and N and P uptake in dryland of Loess Plateau · 2003

    • positive
      Zn and B fertilizer raised wheat grain yield by 5.5% and 6.0% versus NP fertilizer.

      compared with only applying NP fertilizer

    • positive
      Zn and B fertilizer raised wheat grain yield by 8.4% and 8.9% versus KH2P04.

      compared with applying KH2P04

53. Effect of long-term applying zinc fertilizer on wheat yield and zinc absorption by wheat in dryland · 2003

    • positive
      Zinc fertilizer increased wheat yield by 7% in a rich rain year.
    • positive
      Zinc fertilizer increased wheat yield by 4.4% in a general year.
    • positive
      Zinc fertilizer increased wheat yield by 7% in a dry year.

    cited by 1 paper here

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

    • positive
      Zinc treatments significantly increased wheat yield and yield components compared with control.

      compared with control

55. Physiological Response of Wheat to Foliar Application of Zinc and Inoculation with some Bacterial Fertilizers · 2004

    • positive
      The same treatment produced superior shoot and root dry matter accumulation.

    cites 1 paper herecited by 2 papers here

56. Effect of phosphorus and zinc on yield of wheat and their interactive effect on uptake of nutrients in texturally varient soils · 2004

    • positive
      Zn application increased wheat grain yield by 16.18 per cent.

57. Study on the Formula of Special Ear Fertilizer for Rice and Wheat · 2004

    • positive
      Wheat yield was higher with the combined formula than N alone.

      compared with applying N only

58. Yield Effect and Benefit of the Wheat in Different Fertilizer Level,Quantity and Composition · 2004

    • positive
      Doubling Fe, Zn, B and Mn at a middle fertilizer level increased wheat yield relative to the lower level.

      compared with the lower fertilizer

    • positive
      Omitting N while adding P, K and trace elements increased yield by 5.51 kg/kg.

59. Physiological Response of Wheat to Foliar Application of Zinc and Inoculation with some Bacterial Fertilizers · 2004

    • positive
      The 50 mg L−1 zinc plus Ar and Am treatment gave superior wheat shoot and root dry matter accumulation.

60. 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 wheat 100-grain weight and grain and straw yields.

      compared with control

    • positive
      Combined NPK and micronutrient fertilization significantly increased wheat plant height, leaf area, and spike length versus control and NPK alone.

      compared with control

61. Improvement of wheat productivity in newly reclaimed soil in Egypt · 2005

    • positive
      Fe, Zn and Mn addition significantly increased thousand grain weight and grain yield.

62. Direct and residual effects of phosphorus and zinc fertilization on productivity of wheat (Triticum aestivum) - pearl millet (Pennisetum glaucum) cropping system · 2006

    • positive
      Zinc at 6 kg Zn/ha increased wheat straw yield by 16.8% versus no Zn.

      compared with no-use of Zn (control)

    • positive
      Zinc at 6 kg Zn/ha increased wheat grain yield by 19.4% versus no Zn.

      compared with no-use of Zn (control)

    cited by 1 paper here

63. Phosphorus and zinc requirements of wheat under wheat (Triticum aestivum) – pearl millet (Pennisetum glaucum) cropping system · 2006

    • positive
      Productivity of the wheat-pearl millet system and apparent P recovery were higher at 60 kg P2O5 ha-1 and 6 kg Zn ha-1.
    • positive
      Zinc fertilization up to 6 kg ha-1 significantly enhanced wheat grain and straw yields and P removal.

    cites 1 paper here

64. Effect of Zinc Humate on Growth of Soybean and Wheat in Zinc‐Deficient Calcareous Soil · 2006

    • positive
      Adding Zn humate enhanced wheat dry matter production by 120%.

    cited by 3 papers here

65. Zinc Tolerance in Wheat Cultivars as Affected by Varying Levels of Phosphorus · 2006

    • positive
      Applied zinc increased dry matter yield versus no zinc.

      compared with no Zn application

    cites 1 paper herecited by 2 papers here

66. Zinc Deficiency in Rainfed Wheat in Pakistan: Magnitude, Spatial Variability, Management, and Plant Analysis Diagnostic Norms · 2006

    • positive
      Soil-applied Zn increased rainfed wheat grain yield by up to 12% over control in field experiments.

      compared with control

    cites 2 papers herecited by 8 papers here

67. 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 grain yield of winter wheat (4355 Kg.ha-1).

    cites 2 papers herecited by 3 papers here

68. Effects of zinc on development of grain and dry matter accumulation in spring wheat after the ear culture in Vitro · 2006

    • positive
      Spring wheat grown at 6 mmol/L Zn2+ had higher grain percentage, 1000-grain weight and spike dry matter than the control.

      compared with CK

    • negative
      High zinc application reduced yield of spring wheat.
    • no effect
      Length of the second joint under spike and flowering number did not differ between 6 mmol/L Zn2+ and the control.

      compared with CK

69. RESPONSE OF WHEAT (TRITICUM AESTIVUM) TO NITROGEN AND ZINC APPLICATION · 2007

    • positive
      Application of 100 kg N/ha and 5 kg Zn/ha gave higher wheat yield under western Uttar Pradesh conditions.

    cited by 2 papers here

70. Effect of Zinc Application on Rice Yield under Wheat Rice System · 2007

    • positive
      Five kilograms zinc per hectare increased wheat grain yield by 31.6% over control, the highest increase.

      compared with control

    cited by 5 papers here

71. Effects of Soil and Foliar Application of Zn Fertilizer on Yield and Growth Characteristics of Bread Wheat (Triticum aestivum L.) Cultivars · 2007

    • positive
      Zinc application increased 1000 grain weight.
    • positive
      Zinc application increased number of tiller.
    • positive
      Zinc application increased grain yield.

    cites 3 papers herecited by 6 papers here

72. Effects of Zinc Deficiency and Drought on Grain Yield of Field‐grown Wheat Cultivars in Central Anatolia · 2007

    • positive
      Zinc deficiency decreased wheat grain yield.

      About lacking this nutrient, so it counts the other way round

    cites 1 paper herecited by 9 papers here

73. Management of zinc fertilizer under pearl millet–wheat cropping system in a typic ustipsamment · 2007

    • positive
      Applying 10 kg Zn ha−1 yearly or in alternate years produced better yields.

    cited by 1 paper here

74. Influence of Macro and Microelements Fertilizers on the Yield and Quality of Winter Wheat · 2007

    • positive
      P, K, Zn, Mn and B increased flour yield.

75. Effects of Zinc on Agronomic Characters and Grain Protein of Common Wheat after the Ear Culture in Vitro · 2007

    • positive
      Zinc increased grain number and grain percentage.
    • positive
      Zinc deficiency impaired grain filling and greatly reduced thousand-grain weight.

      About lacking this nutrient, so it counts the other way round

    • negative
      Excess zinc slightly reduced thousand-grain weight.
    • negative
      Low zinc reduced grain number in Dulun.

76. Response of different genotypes of winter wheat on combination application of nitrogen and zinc,iron fertilizers · 2007

    • positive
      Zinc and iron fertilizer application increased seedling yield by 8.0% in winter wheat genotypes.

77. Effect of seed priming in Zn solutions on chickpea and wheat. · 2007

    • positive
      Wheat seed primed in 0.4% Zn solution gave higher grains per spike, thousand grain weight and biological yield.
    • positive
      Wheat seed primed in 0.1% Zn solution gave the maximum grain yield.

78. EFFECT OF ZINC ON YIELD AND ZINC UPTAKE BY WHEAT ON SOME SOILS OF BANGLADESH · 2007

    • positive
      Applied zinc significantly increased wheat grain and straw yield.
    • positive
      Applied zinc significantly increased tillers per hill in wheat.

    cited by 12 papers here

79. Frequency and Rates of Zinc Application under Hybrid Rice – Wheat Sequence in a Mollisol of Uttarakhand · 2008

    • positive
      Zinc application significantly increased grain yield in both rice and wheat.

    cited by 4 papers here

80. EVALUATION OF NPZn (10:50:1.5 Zn) COMPLEX FERTILIZER IN RICE WHEAT CROPPING SYSTEM · 2008

    • positive
      Wheat grain and straw yields were maximal under combined ZnSO4 and NPZn zinc application.
    • positive
      Wheat agronomic zinc efficiency for biomass and grain yield was maximal at combined 5 kg Zn per hectare.

    cited by 1 paper here

81. Chapter 7 Zinc Deficiency in Wheat in Turkey · 2008

    • positive
      Zinc application enhanced wheat grain yield by a factor of 6-8 in very low-yield areas.
    • positive
      Zinc fertilisation increased wheat grain yield.
    • positive
      Zinc application increased wheat growth and yield.

    cites 2 papers here

82. Effect of Foliar Spraying Zn on the Yield in Wheat · 2008

    • positive
      Applying zinc fertilizer increased wheat yield.

83. Effect of Zn~(2+) on Dry Matter and Zinc Accumulation in Wheat Seedling · 2008

    • positive
      Zinc significantly increased root and plumule dry matter accumulation.

      compared with 0 mg·L-1 Zn

    cited by 1 paper here

84. Effect of Zinc Fertilization in Yield Components of Two Wheat Cultivars · 2008

    • positive
      Foliar application of 0.8 kg Zn/ha increased spike number per m2 in durum wheat cv. Doar 85 with a rate of increase of 15.7 relative to control.

      compared with control treatment

    • positive
      Foliar application of 0.8 kg Zn/ha increased spike number per m2 in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 13.4 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased seeds per spike in durum wheat cv. Doar 85 with a rate of increase of 10.6 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased seeds per spike in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 22.0 relative to control.

      compared with control treatment

    • positive
      Foliar application of 0.8 kg Zn/ha increased seeds per spike in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 17.6 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased 1000-seed weight in durum wheat cv. Doar 85 with a rate of increase of 7.4 relative to control.

      compared with control treatment

    • positive
      Foliar application of 0.8 kg Zn/ha increased seeds per spike in durum wheat cv. Doar 85 with a rate of increase of 13.7 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased 1000-seed weight in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 6.6 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased spike number per m2 in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 21.8 relative to control.

      compared with control treatment

    • positive
      Soil application of 8.0 kg Zn/ha increased spike number per m2 in durum wheat cv. Doar 85 with a rate of increase of 28.8 relative to control.

      compared with control treatment

    • positive
      Foliar application of 0.8 kg Zn/ha increased 1000-seed weight in durum wheat cv. Doar 85 with a rate of increase of 15.7 relative to control.

      compared with control treatment

    • positive
      Soil addition of zinc gave higher increases in wheat yield components than foliar addition of zinc.

      compared with foliar addition of zinc

    • positive
      Foliar application of 0.8 kg Zn/ha increased 1000-seed weight in bread wheat cv. Abu-Ghraib 3 with a rate of increase of 13.4 relative to control.

      compared with control treatment

    cites 1 paper herecited by 2 papers here

85. EFFECT OF PHOSPHORUS, ZINC AND SULPHUR APPLICATION ON THE GROWTH CHARACTERS, P AND ZN UPTAKE, YIELD COMPONENTS OF WHEAT PLANT GROWN ON CALCAREOUS SOIL · 2008

    • positive
      Highest P and Zn plus S produced the highest reported yield components.
    • no effect
      P and Zn without S did not significantly increase yield or components over control.

      compared with the control

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

    • positive
      Zinc application improved wheat plant height and spike length.
    • positive
      Zinc application improved grains per spike and grain and straw yield.
    • positive
      Zinc application improved wheat growth and yield under low to medium salinity.
    • no effect
      Thousand grain weight was the exception to the yield traits improved by zinc application.

87. Effect of integrated nutrient management on productivity and nutrient uptake in wheat and soil fertility. · 2009

    • positive
      The combined full-dose treatment gave significantly higher wheat grain yield of 52.75 q/ha than half-dose treatments.

      compared with 50% recommended NPK

    • positive
      The combined full-dose treatment gave significantly higher wheat straw yield of 61.65 q/ha than half-dose treatments.

      compared with 50% recommended NPK

    • positive
      Raising fertility from 50% to 100% and integrating amendments increased earhead length, grains per earhead, and grain weight.

      compared with 50%

    cited by 2 papers here

88. Enhancement of wheat grain yield and yield components through foliar application of zinc and boron. · 2009

    • positive
      Combined zinc and boron maximized thousand grain weight, averaging 52.2 across years.
    • positive
      Foliar zinc and boron significantly increased biological and grain yields compared with both controls.

      compared with both control treatments

    • positive
      Combined zinc and boron maximized grain yield at 2833 kg ha -1 in 2004-05 and 2555 kg ha -1 in 2005-06.
    • positive
      Combined zinc and boron maximized biological yield, with 11389 kg ha -1 in 2005-06.
    • positive
      Foliar zinc and boron significantly increased spikes per area, grains per spike and thousand grain weight compared with controls.

      compared with both control treatments

    • positive
      Combined zinc and boron produced a maximum of 56 grains per spike in 2004-05 and 48.2 in 200506.

    cites 1 paper herecited by 7 papers here

89. Selecting Zinc‐Efficient Wheat Genotypes with High Grain Yield Using a Stress Tolerance Index · 2009

    • positive
      Zinc fertilizer increased spring wheat yield by an average 883 kg ha −1 in Karaj.
    • positive
      Zinc fertilizer increased spring wheat yield by an average 913 kg ha −1 in Isfahan.

    cites 1 paper herecited by 1 paper here

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

    • positive
      The greatest thousand-grain weight followed 80 kg Zn plus foliar Fe.

    cites 2 papers herecited by 2 papers here

91. Residual, direct and cumulative effect of zinc application on wheat and rice yield under rice-wheat system · 2009

    • positive
      The residual zinc effect on wheat yield was statistically lower than the cumulative effect.

      compared with cumulative effect of Zn

    • positive
      Direct application of 10 kg Zn ha -1 gave the highest wheat grain yield of 5467 kg ha -1.
    • positive
      Cumulative application of 10 kg Zn ha -1 produced wheat grain yield of 4994 kg ha -1.
    • positive
      Direct application of 5 and 10 kg Zn ha -1 significantly increased wheat grain yield.
    • positive
      Residual, direct and cumulative zinc increased thousand grain weight, spike number and spike length.

    cites 2 papers herecited by 9 papers here

92. Effects of P and Zn Combination on the Growth,Yield and Kernel Nitrogen Content of Wheat · 2009

    • positive
      A suitable P and Zn ratio increased economic efficiency.
    • positive
      A suitable P and Zn ratio enhanced wheat grain output.

93. Nutrient uptake, growth and yield of wheat (Triticum aestivum) as affected by zinc application rates. · 2009

    • positive
      Applying Zn up to 12 kg Zn per ha increased net return.
    • positive
      Combined Zn and NPK application significantly improved growth and yield parameters of wheat compared with the NPK-only control.

      compared with control (recommended NPK)

    • negative
      Value cost ratio decreased as Zn doses were increased beyond 4 kg Zn per ha.

    cites 3 papers herecited by 7 papers here

94. The effect of integrated use of vermicompost, biofertilizer (Azotobacter chroococcum) and inorganic fertilizers (N, P, K and Zn) on yield and nutrient content and their uptake by wheat. · 2009

    • positive
      Combined vermicompost, Azotobacter and zinc with 100% recommended fertilizer dose significantly increased grain and straw yield of wheat.
    • no effect
      The 75% recommended fertilizer dose plus Zn, vermicompost and Azotobacter gave wheat grain and straw yields at par with the 100% combination.

95. Residual, direct and cumulative effect of zinc application on wheat and rice yield under rice-wheat syst · 2009

    • positive
      Direct 5 and 10 kg Zn ha-1 significantly increased wheat grain yield.
    • positive
      Residual, direct and cumulative zinc increased yield attributes, most with cumulative treatment.
    • negative
      Residual zinc produced a statistically lower wheat yield increase than cumulative zinc.

      compared with cumulative effect of Zn

96. Effect of integrated nutrient management practices on yield and nutrient uptake by wheat and their residual effect on succeeding mung crop in wheat-mung cropping system. · 2009

    • positive
      Combined PSB, Zn and FYM with 100% recommended NPK gave significantly higher wheat grain and straw yield than 50% recommended NPK.

      compared with 50% Rec., NPK

    • positive
      Integrating PSB, Zn and FYM with 100% recommended NPK gave the highest net income, Rs. 27245/ha, in wheat.
    • positive
      Integrating PSB, Zn and FYM with 100% recommended NPK gave the highest benefit:cost ratio, 1.54, in wheat.

97. Effect of phosphorus and zinc fertilization on biochemical composition and bread making qualities of Wheat. · 2010

    • positive
      Combined phosphorus and zinc had a synergistic effect on wheat 1000-seed weight.

98. Long-Term Effect of Crop Residues and Zinc Fertilizer on Crop Yield, Nutrient Uptake and Fertility Build-up under Rice-Wheat Cropping System in Calciorthents · 2010

    • positive
      The highest grain yield in both crops occurred with 10 kg Zn ha−1 and full straw incorporation.
    • positive
      The 5 kg Zn ha−1 plus full residue treatment was the next most promising for crop yields.
    • positive
      Combined residues and zinc increased wheat grain yield from 3.0 to 3.92 t ha−1.

99. Effects of Soil Residual Se and Zn on Yield and Nutritional Quality of Wheat in Different Rotation Systems · 2010

    • positive
      Residual Se and Zn significantly increased wheat biomass and yield under soybean-wheat rotation.
    • no effect
      Residual Se and Zn did not tend to raise wheat biomass and yield under maize-wheat rotation.

100. Effect of Zinc Fertilizer on the Accumulation of Dry Matter and Yield of Winter Wheat in Dry Land · 2010

     • positive
       In Lunxuan 987, spike number per ha was highest at the moderate zinc level.
     • positive
       Yield of Lunxuan 987 increased significantly by 23.8% at the lower and moderate zinc levels.
     • positive
       In Lunxuan 987, grain number per spike and 1000-grain weight were highest at the lower zinc level.
     • no effect
       Zinc fertilizer application did not significantly increase yield of Jing 9428.
     • no effect
       Zinc fertilizer had only a slight effect on winter wheat yield components, with no significant difference among treatments.
     • negative
       In Lunxuan 987, spike number per ha, grain number per spike and 1000-grain weight were reduced at the highest zinc level.

101. Improvement in Reproductive Development, Seed Yield, and Quality in Wheat by Zinc Application to a Soil Deficient in Zinc · 2011

     • positive
       Zinc application improved pollen-producing capacity of anthers, pollen viability and seed yield of wheat relative to the control.

       compared with control (no Zn)

     cited by 2 papers here

102. EFFECT OF FOLIAR APPLICATION OF NITROGEN, POTASSIUM AND ZINC ON WHEAT GROWTH · 2011

     • positive
       Two combined foliar sprays gave maximum spike count of 238 per square meter.
     • positive
       Two combined foliar sprays gave the maximum tiller count of 527 per square meter.

     cited by 6 papers here

103. Effects of Exogenous Zn on Zn Absorption and Accumulation of Winter Wheat at Later Growth Stage · 2011

     • positive
       Exogenous zinc significantly enhanced wheat dry matter accumulation.
     • negative
       Excess zinc fertilizer lowered dry matter accumulation.

104. Influence of Zinc Fertilizer on the Photosynthetic and Senescent Characteristic of Flag Leaf of Winter Wheat on Dry Land · 2011

     • positive
       Moderate zinc treatment increased Jing 9428 yield insignificantly.
     • no effect
       Lunxuan987 yield under moderate zinc was equivalent to its yield under lower zinc.

       compared with lower zincNo difference from an alternative treatment

     • negative
       High zinc reduced spike number, grains per spike and 1000-grain weight.
     • negative
       High zinc clearly reduced wheat yield.

105. Response of different plant nutrients in cluster-bean (Cyamopsis tetragonoloba)-Wheat (Triticum aestivum) cropping system · 2011

     • positive
       wheat grain yield was significantly superior with combined recommended NPK and Zn than with other treatments.

       compared with rest of the treatment tested

     • positive
       wheat straw yield was significantly superior with combined recommended NPK and Zn than with other treatments.

       compared with rest of the treatment tested

106. Effects of municipal wastewater and zinc fertilizer on yield and yield components of wheat (Triticum aestivum L.) in the Yasouj region of Iran. · 2012

     • positive
       Zinc micronutrient improved wheat grain yield, straw yield and 1000-grain weight.
     • positive
       Zinc micronutrient improved wheat spike length, height and tiller number.

     cites 2 papers herecited by 3 papers here

107. Response of wheat to foliar application of zinc · 2012

     • positive
       Foliar zinc increased the number of fertile wheat tillers.
     • positive
       Foliar zinc increased wheat yield.

     cited by 4 papers here

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

     • positive
       Under greenhouse drought, zinc spray increased grain yield by 13%.
     • positive
       Under field drought, foliar zinc increased grain yield by 15%.
     • no effect
       Foliar zinc, boron, and manganese did not affect wheat grain yield without drought.

     cited by 15 papers here

109. Zinc bioavailability response curvature in wheat grains under incremental zinc applications · 2012

     • positive
       Zinc application significantly increased wheat grain yield.

     cites 1 paper herecited by 5 papers here

110. Dynamics of Zinc Fractions, Availability to Wheat (Triticum aestivum L.) and Residual Effect on Succeeding Maize (Zea mays L.) in Inceptisols · 2012

     • positive
       Zinc sources increased wheat dry matter yield relative to control.

       compared with the control

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

     • positive
       Application of zinc increased dry matter yield and grain number per ear head of wheat.

112. Effects of Foliar Spraying Microelement Fertilizers on Yield and Quality of Winter Wheat · 2012

     • positive
       Foliar zinc increased wheat yield without a reported significant increase.

113. Effects of Cu/Zn-SODM and Mn-SODM on Growth and Development and Yield of Wheat(Triticum aestivum) · 2012

     • positive
       Soaking with Cu/Zn-SODM gave the largest yield increase, 14.1%-16.1%

114. Effect on Spring Wheat Yield and Micronutrient Element's Content Applying Zinc Fertilizer · 2012

     • positive
       Zinc-enriched fertilizer improved wheat grain yield.

115. IMPACT OF FOLIAR SPRAYING OF SOME ORGANIC SUBSTANCES AND MICRONUTRIENTS ON WHEAT GROWN ON CLAYEY SOIL · 2012

     • positive
       Humic acid, zinc, and iron spraying raised grain nitrogen and phosphorus percentages.

116. GROWTH, NUTRIENTS UPTAKE AND GRAIN YIELD OF SOME WHEAT CULTIVARS AS AFFECTED BY ZINC APPLICATION UNDER SANDY SOIL CONDITIONS · 2012

     • positive
       Application of 3.0 kg Zn/fed had positive significant effects on growth traits, grain yield and its attributes of wheat compared with the control.

       compared with 0.0 (control)

     cites 1 paper herecited by 1 paper here

117. Response of wheat to foliar application of zinc Resposta do trigo à aplicação foliar de zinco · 2012

     • positive
       Foliar zinc increased wheat yield.
     • positive
       Foliar zinc increased fertile tiller number in wheat.

118. Residual and cumulative effect of fertilizer zinc applied in wheat-cotton production system in an irrigated aridisol · 2013

     • positive
       Residual 7.5 kg Zn/ha optimized wheat productivity in 2005-06.
     • positive
       Residual 10.0 kg Zn/ha optimized wheat productivity in 2006-07.

     cites 1 paper herecited by 2 papers here

119. Effects of Iron and Zinc Spray on Yield and Yield Components of Wheat (Triticum Aestivum L.) in Drought Stress · 2013

     • positive
       Zinc spray increased thousand kernel weight.
     • positive
       Zinc spray increased seed yield.
     • positive
       Zinc increased seed yield in interaction with iron.

     cited by 3 papers here

120. INTERACTIVE EFFECTS OF ZINC AND NITROGEN APPLICATION ON WHEAT GROWTH AND GRAIN YIELD · 2013

     • positive
       Application of 150 kg N and 15 kg Zn ha−1 gave the highest wheat yield components.
     • positive
       Application of 150 kg N and 15 kg Zn ha−1 gave the highest wheat grain yield, 4044 kg ha−1.
     • positive
       Application of 150 kg N and 15 kg Zn ha−1 gave the highest wheat straw yield, 5067 kg ha−1.

     cites 1 paper herecited by 5 papers here

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

     • positive
       The highest pooled basmati rice and wheat yields occurred with soil phosphorus and foliar zinc.

     cites 5 papers herecited by 1 paper here

122. Treatment of wheat seed with zinc, fungicide, and polymer: seed quality and yield · 2013

     • positive
       Zn seed treatment increased wheat yield per plant.

     cited by 2 papers here

123. The effecT of GenoType and Zinc on SeedlinG GrowTh in four whea T cul TivarS (T. aesTivium l.) · 2013

     • positive
       Zinc application increased shoot dry matter production.

       compared with 0

124. Effects of Zinc on Growth and Physiological Characters of Flag Leaf and Grains of Winter Wheat after Anthesis · 2013

     • positive
       Grains per spike, grain weight per spike and 1000-grain weight were highest at 200 mg/kg Zn and lowest at 800 mg/kg Zn.

       compared with 800 mg/kg Zn content

     cites 4 papers herecited by 5 papers here

125. The interaction Zn application and salinity on the yield and zinc concentration in grain wheat. · 2013

     • positive
       Increasing Zn application significantly increased grain Zn concentration.
     • positive
       Applying 20 mg.kg soil Zn increased shoot yield.
     • positive
       Applying 20 mg.kg soil Zn increased grain yield.

     cites 1 paper here

126. Utilization Efficiency of Zinc by Some Wheat Cultivars Under Stress Condition of Zinc Deficiency · 2013

     • positive
       Foliar application of Zn significantly increased straw and grain yields of the three wheat cultivars.
     • positive
       Foliar Zn-EDTA responses of straw and grain yields and grain and flag leaf Zn concentration in Sakha-93 were greater than with ZnSO.

       compared with ZnSO

127. RESPONSE OF WHEAT (TRITICUM AESTIVUM L.) TO SOIL APPLIED BORON AND ZINC FERTILIZERS UNDER IRRIGATED CONDITIONS · 2013

     • positive
       Combined addition of 2.0 kg B and 5 kg Zn ha-1 significantly affected 1000-grain weight of wheat compared with untreated control.

       compared with untreated control

     • positive
       Combined addition of 2.0 kg B and 5 kg Zn ha-1 significantly affected wheat grain yield compared with untreated control.

       compared with untreated control

     • positive
       Combined application of 2.0 kg B ha-1 and 5.0 kg Zn ha-1 improved wheat dry matter production by 14.5% over control.

       compared with over control

     • positive
       Combined addition of 2.0 kg B and 5 kg Zn ha-1 significantly affected number of tillers per m2, spike length and number of grains per spike of wheat compared with untreated control.

       compared with untreated control

     • positive
       Combined application of 2.0 kg B ha-1 and 5.0 kg Zn ha-1 improved wheat grain yield by 9.4% over control.

       compared with over control

     cites 7 papers herecited by 1 paper here

128. Yield Effect of Formula and Zinc Fertilizer on Winter Wheat Planted in the Soil with Different Zinc Content · 2013

     • positive
       Zinc fertilizer increased winter wheat yield by 10.8% at 0.68 mg / kg available soil zinc.
     • no effect
       Adding zinc to formula fertilizer did not noticeably change yield at 1.34 mg / kg available soil zinc.

       compared with formula fertilizer treatmentNo difference from an alternative treatment

     • negative
       Zinc fertilizer decreased wheat yield most at 2.26 mg / kg available soil zinc.
     • no effect
       Adding zinc to formula fertilizer did not noticeably change yield at 1.57 mg / kg available soil zinc.

       compared with formula fertilizer treatmentNo difference from an alternative treatment

129. Effects of Foliage Application at Initial Stage of Grain Filling on Yield Components and Yield of Triticum aestivum L. · 2013

     • positive
       Albit plus zinc produced the highest thousand grain weight and yield.

       compared with monopotassium phosphate

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

     • positive
       Spraying zinc after flowering increased winter wheat thousand kernel weight by 1.33 g.

       compared with control

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

     • positive
       Wheat yield increased with soil Zn level.

132. Effect of Soil Application of Zinc Fertilizer on Growth and Yield of Wheat at Bakrajow and Kanypanka locations in Sulaimani Governorate. · 2013

     • positive
       Higher zinc application rates increased wheat grain yield at both locations.
     • negative
       Relative wheat yield decreased with increasing zinc application rate at both locations.

     cites 2 papers herecited by 1 paper here

133. Impact of zinc application on its translocation into various plant parts of wheat and its effect on chemical composition and quality of grain · 2013

     • positive
       The maximum pooled grain yield of wheat was 4.66 t/ha with 20 kg Zn/ha, versus 3.88 t/ha in the control.

       compared with control plots (100% NPK alone)

     • positive
       Increasing Zn levels increased grain and straw yields and harvest index of wheat compared with NPK alone.

       compared with NPK alone

     cites 1 paper herecited by 4 papers here

134. Effect of potassium and zinc fertilizer on crop yield, nutrient uptake and distribution of potassium and zinc fractions in Typic Ustipsamment · 2014

     • positive
       Zinc fertilization significantly increased wheat yield.

     cites 1 paper herecited by 1 paper here

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

     • positive
       Zn, FYM and RFD produced the maximum wheat grain yield of 4.45 tonnes/ha.

       compared with 2.5 kg Zn /ha + recommended fertilizer dose

     cites 2 papers herecited by 1 paper here

136. Evaluation of Growth Responses in Wheat as Affected by the Application of Zinc and Boron to a Soil Deficient in Available Zinc and Boron · 2014

     • positive
       Combined zinc and boron produced the maximum increase in the named growth and yield traits.

     cites 1 paper here

137. Direct and Residual Effect of FYM and Zinc Levels on Yield, Zn Uptake and Available Zn in Rice-Wheat Sequence on a Vertisol · 2014

     • positive
       Residual ten kg Zn per hectare increased wheat grain yield for four years.

       compared with control

138. Direct and Residual Effect of Zn and Organic Manures on Yield, Zn Content and Uptake in a Rice (Oryza sativa) – Wheat (Triticum aestivum) Sequence on a Vertisol · 2014

     • positive
       Zn at 2.5 and 5.0 kg ha−1 and its residual effect significantly increased grain yield, Zn content in grain and straw.
     • positive
       Poultry manure along with 1.25 kg Zn ha−1 gave the maximum wheat yield.

139. Effects of foliar application of zinc sulfate at different phenological stages on yield formation and grain zinc content of bread wheat (cv. Kohdasht) · 2014

     • positive
       Foliar Zn at the stemming and grain filling stages was much more effective for wheat grain yield and its components than foliar Zn at the stem elongation stage.

       compared with foliar Zn application at the stem elongation stage

     cites 2 papers herecited by 1 paper here

140. The Effect of Zinc Fertilizer Application on Grain Yield of Different Zinc-Efficient Spring and Winter Wheat Cultivars · 2014

     • positive
       Zinc addition increased grain yield of the winter wheat Sabalan by 17% compared with no added Zn control.

       compared with no added Zn control

     • positive
       Zinc addition increased grain yield of the spring wheat Sholeh by 48% compared with no added Zn control.

       compared with no added Zn control

     • no effect
       Zinc addition had no effect on grain yield of some other wheat genotypes compared with no added Zn control.

       compared with no added Zn control

141. Effect of Zinc Chelate Foliar Application on Yield and Yield Components of Four Wheat Cultivars · 2014

     • positive
       Zinc foliar application at shooting increased seed yields.
     • positive
       Zinc foliar application at shooting increased biological.
     • positive
       Zinc foliar application at shooting + flowering stages increased seed yields.
     • positive
       Zinc foliar application at shooting + flowering stages increased biological.

142. Yield responses of the main cereal crops to the application approaches and rates of zinc fertilizer in China · 2014

     • positive
       Zn fertilizer application could effectively improve yields of wheat, maize and rice.

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

     • positive
       Soil and foliar Zn fertilizer application slightly enhanced winter wheat yield.

144. Study on Effect of Micronutrient Fertilizer Zinc on Wheat · 2014

     • positive
       Right amount of zinc fertilizer gave significant economic benefits in wheat production.

145. Effect of Application of Trace Element Fertilizer on Wheat Yield and Content of Trace Elements · 2014

     • positive
       Zn fertilizer application increased wheat yield.

146. Effect of Cu, Fe, Mn, Zn Foliar Application on Productivity and Quality of Some Wheat Cultivars (Triticum aestivum L.) · 2014

     • positive
       Combined micronutrient foliar application gave the highest wheat grain yield in the two seasons: 6.270 and 6.400 ton ha -1.
     • positive
       Combined micronutrient foliar application gave the highest wheat spike length in the two seasons: 9.32 and 9.56 cm.
     • positive
       Combined micronutrient foliar application gave the highest wheat spikes number m -2 in the two seasons: 279.33 and 282.9.
     • positive
       Combined micronutrient foliar application gave the highest wheat straw yield in the two seasons: 12.58 and 12.77 ton ha -1.
     • positive
       Combined micronutrient foliar application gave the highest wheat harvest index in the two seasons: 33.21 and 33.36 %.
     • positive
       Combined micronutrient foliar application gave the highest wheat number of spikelets spike -1 in the two seasons: 16.26 and 16.37.
     • positive
       Combined micronutrient foliar application gave the highest wheat biological yield in the two seasons: 18.84 and 19.17 ton ha -1.
     • positive
       Combined micronutrient foliar application gave the highest wheat number of grains spike -1 in the two seasons: 39.73 and 40.98.
     • positive
       Combined micronutrient foliar application gave the highest wheat 1000-grain weight in the two seasons: 42.50 and 43.26 g.
     • positive
       Combined micronutrient foliar application gave the highest wheat tillers number m -2 in the two seasons: 318.4 and 329.3.

     cites 2 papers herecited by 3 papers here

147. Studying the effect of nutrient fertilizers on agronomical and biological yieldof wheat (CV Alvand) · 2014

     • positive
       Applying Zn solephate increased 1000 grain weight of Alvand wheat by 1.4 g at the 1% level.
     • positive
       Applying Zn had a significant effect on wheat biological yield at the 5% level, reported as 2700 kg per hectare.
     • positive
       Applying Zn solephate increased the number of spikes per area in Alvand wheat, reported as 110 spike.
     • positive
       Applying Zn had a significant effect on wheat grain yield at the 5% level, reported as 1450 kg per hectare.

     cited by 1 paper here

148. Effect of Wheat Grains Soaking in Micro-element Solutions on Yield and its Components · 2014

     • positive
       Fe+Mn+Zn produced maximum plant height, spike length, seed weight, spikelet and spike numbers, grain yield, and straw yield in both seasons.

149. Influence of organic and inorganic fertilizers on soil fertility and productivity of wheat (Triticum aestivum) · 2015

     • positive
       Zn in integrated fertilizer use increased grain and straw yield by 35.5 and 45.5 percent over control.

       compared with control

150. Contribution of liquid fertilizers to improve productivity of late sown wheat in western plain zone of Uttar Pradesh · 2015

     • positive
       Zinc gave maximum grain yield of 39.6 q/ ha in 2012-13.

       compared with control treatment

     • positive
       Liquid zinc significantly increased wheat straw yield over control in both years.

       compared with control

     • positive
       Zinc produced the maximum grain yield of 41.4 q/ ha in 2011-12, versus 39.0 q/ ha for control.

       compared with control treatment

     • positive
       Liquid zinc significantly increased wheat tiller number over control in both years.

       compared with control

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

     • positive
       Foliar zinc up to 1.0% progressively increased yield without statistical significance.
     • positive
       Zinc application improved wheat growth and yield parameters despite apparently sufficient soil zinc.

     cited by 1 paper here

152. The effectiveness of seed priming with synthetic zinc-amino acid chelates in comparison with soil-applied ZnSO₄in improving yield and zinc availability of wheat grain · 2015

     • positive
       Zn(Gly)2 priming increased wheat grain yield by 46% over soil applied Zn sulfate.

       compared with soil applied Zn-sulfate treatment

     • positive
       Zn(Gln)2 priming increased wheat grain yield by 14% over soil applied Zn sulfate.

       compared with soil applied Zn-sulfate treatment

     cited by 1 paper here

153. Improving use efficiency of applied phosphorus fertilizer by zinc fertilization in Basmati rice-wheat cropping system · 2015

     • positive
       Wheat at 60 kg P2O5 and 5 kg Zn per hectare had the highest grain yield, 5.43 tha−1.

     cites 1 paper here

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

     • positive
       Zn fertilizer applied to low-Zn soil increased wheat grain yield by up to 6.4-50.1%.

     cited by 4 papers here

155. Long-term effects of fertilization and manuring on productivity and soil biological properties under rice (Oryza sativa)–wheat (Triticum aestivum) sequence in Mollisols · 2015

     • positive
       Adding Zn and hand weeding to full NPK improved rice and wheat productivity.

       compared with 100% NPK alone

     cites 1 paper herecited by 1 paper here

156. ZINC REQUIREMENT FOR OPTIMUM GRAIN YIELD AND ZINC BIOFORTIFICATION DEPENDS ON PHOSPHORUS APPLICATION TO WHEAT CULTIVARS · 2015

     • positive
       Zinc application increased grain yield in all tested wheat cultivars at variable rates.

     cites 1 paper here

157. The effect of foliar application of zinc (Zn) on yield and yield components of irrigated wheat cultivars in ahvaz weather conditions · 2015

     • positive
       Application of 0.005 zinc per hectare increased grain yield versus control.

       compared with control treatment

     cites 1 paper herecited by 4 papers here

158. Growth and yield responses of rice, wheat and beans to Zn and Cu fertilizers in soils of Mbeya region, Tanzania · 2015

     • positive
       The Zn and Cu treatment with N and P produced the highest wheat grain yield of 5.58 g pot -1.

       compared with control

159. Application of Salicylic Acid and Zinc Improves Wheat Yield through Physiological Processes under Different Levels of Irrigation Intervals · 2015

     • positive
       Zn mitigated drought effects on growth characters and yield components.

       compared with drought

     cited by 4 papers here

160. EFFECT OF PHOSPHORUS ANDZINC ON YIELD OF WHEAT AND THEIR INTERACTIVE EFFECT ON UPTAKE OF NUTRIENTS IN TEXTURALLY VARIENT SOILS · 2015

     • positive
       Zn increased wheat straw by 13.70.
     • positive
       Zn increased wheat grain yield by 16.18 per cent.

161. Investigation of Zn Use Efficiency and Zn Fertilization Efficiency in Some Genotypes of Wheat · 2016

     • positive
       Zn application increased grain yield by 12.61% over control.

       compared with control

     cited by 1 paper here

162. Residual phosphorus and zinc influence wheat productivity under rice–wheat cropping system · 2016

     • positive
       Higher zinc applied to the prior rice crop significantly increased wheat grain yield and yield components.

       compared with 0 kg Zn ha(-1)

     cites 2 papers herecited by 1 paper here

163. Sulphur and Zn management in groundnut (Arachis hypogaea)-wheat (Triticum aestivum) cropping system: Direct effects on system productivity and residual effects on yield, energetics and Zn biofortification in wheat · 2016

     • positive
       Residual effects of 5 and 7.5 kg Zn/ha applied to groundnut increased wheat grain yield by 4.1 and 4.5%.
     • positive
       Residual effects of 5 and 7.5 kg Zn/ha applied to groundnut increased wheat energy returns by 6.1×103 and 7.8×103 MJ.
     • positive
       Residual effects of 5 and 7.5 kg Zn/ha applied to groundnut increased wheat net profit by ` 3 300 and ` 4 000/ha.

164. Valuing increased zinc (Zn) fertiliser-use in Pakistan · 2016

     • positive
       Gross wheat yield could increase by 0.6 Mt. grain y−1 in Sindh.
     • positive
       Surveyed wheat grain yield response to Zn fertiliser was 8 in Punjab.
     • positive
       Surveyed wheat grain yield response to Zn fertiliser was 14 % in Sindh.
     • positive
       Gross wheat yield could increase by 2.0 in Punjab.

     cited by 3 papers here

165. Improving wheat and soil productivity through integrated nutrient management and efficient planting system · 2016

     • positive
       RDF + FYM + BF + Zn increased grain yield 14.1% over RDF alone in 2008–09.

       compared with RDF alone

     • positive
       RDF + FYM + BF + Zn increased grain yield 16.8% over RDF alone in 2007–08.

       compared with RDF alone

     • positive
       Combined RDF or 75% RDF with manure, biofertilizer and zinc raised wheat spikes and grains per spike versus control and RDF alone.

       compared with control and treatment receiving RDF only

     • positive
       RDF + FYM + Zn raised grain and straw yields versus control and RDF alone.

       compared with control and RDF alone

166. Yield response of wheat cultivars to zinc application rates and methods · 2016

     • positive
       Zinc at 10.50 kg ha - 1 gave maximum grain yield, 4256 kg ha -1.
     • positive
       Side dressing zinc gave significantly higher grain yield, 3859 kg ha -1.
     • positive
       Side dressing zinc gave significantly higher harvest index, 41.72 %.
     • positive
       Side dressing zinc gave significantly higher grains per spike, 48.
     • positive
       Side dressing zinc gave significantly higher thousand grain weight, 41.11 g.
     • positive
       Side dressing zinc gave significantly higher biological yield, 9457 kg ha -1.
     • positive
       Zinc at 10.50 kg ha - 1 gave maximum thousand grain weight, 51.26 g.
     • positive
       Zinc at 10.50 kg ha - 1 gave maximum harvest index, 46.45 %.
     • positive
       Zinc at 10.50 kg ha - 1 gave maximum biological yield, 10521 kg ha -1.
     • positive
       Zinc at 10.50 kg ha - 1 gave maximum grains per spike, 58.

     cites 4 papers herecited by 2 papers here

167. Effect of Zinc Application on Root Parameters, Yields and Zinc Uptake of Different Wheat Varieties · 2016

     • positive
       Zinc application increased average grain yield across wheat varieties by 52.2 percent.

       compared with no Zn application

168. Effect of Foliar Application of Zinc on Yield of Wheat Grown under Water Stress Condition · 2016

     • positive
       Skipping irrigation at flowering and heading with 0.04% foliar zinc produced the highest yield, 3.57 t ha -1.

     cites 5 papers herecited by 1 paper here

169. EFFECT OF INORGANIC NITROGEN SOURCES WITH FOLIAR APPLICATION OF ZN AND B ON WHEAT (Triticum aestivum L.) CULTIVATED IN ALLUVIAL SOIL · 2016

     • positive
       Foliar Zn and/or B significantly increased wheat grain and straw yields under inorganic nitrogen sources.

     cites 3 papers here

170. 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 Zn, humic acid, biofertilizer and P rates increased wheat yields and 1000-grain weight.

171. The Integration Effect between Mineral and Biofertilization on Wheat Production in Soils High in Iron at the New Valley, Egypt . · 2016

     • positive
       Mineral P and Zn fertilizers alone or with biofertilizers increased wheat yield parameters.
     • positive
       The integrated fertilizer treatment was most effective for yield, nutrients, and biochemical contents.

     cites 1 paper here

172. Effect of Zinc Application on the Nutrient Content of Wheat (Triticum aestivum L.) Irrigated with Different Saline Waters · 2016

     • positive
       Zinc application to soil favorably affected grain and straw yield of wheat.

173. Crop establishment methods and Zn nutrition in Bt-cotton: Direct effects on system productivity, economic-efficiency and water-productivity in Bt-cotton-wheat cropping system and their residual effects on yield and Zn biofortification in wheat · 2016

     • positive
       The 5 kg/ha Zn treatment raised 2013–14 wheat grain yield 12.3% over control.

       compared with control

     • positive
       The 7.5 kg/ha Zn treatment raised 2013–14 wheat grain yield 12.9% over control.

       compared with control

     • positive
       Direct 5 kg Zn/ha to wheat enhanced system productivity 7.7% over control.
     • positive
       The 5 kg/ha Zn treatment raised 2014–15 wheat grain yield 8.1% over control.

       compared with control

     • positive
       The 7.5 kg/ha Zn treatment raised 2014–15 wheat grain yield 8.3% over control.

       compared with control

     cites 2 papers here

174. Response of wheat genotypes to zinc fertilization for improving productivity and quality · 2017

     • positive
       Zinc sulfate plus two foliar sprays gave the greatest net returns and benefit–cost ratio.
     • positive
       Zinc EDTA plus foliar spray gave the highest yields, grain zinc and recovery efficiency.

       compared with 2.5 kg Zn (ZnSO4·7H2O) + 0.5% foliar spray

     cites 3 papers herecited by 7 papers here

175. Effect of N and Zn Use Efficiency on Yield and both nutrients uptake by Wheat · 2017

     • positive
       At 20 kg Zn ha -1, straw yield was higher at 14.99 g pot -1.
     • positive
       At 20 kg Zn ha -1, grain yield was higher at 26.82 g pot -1.

     cites 3 papers here

176. The influence of foliar fertilization with nitrogen, sulphur, amino acids and microelements on spring wheat · 2017

     • positive
       Foliar microelements increased grain yield of spring wheat in only one year out of five.

177. Study of Missing Nutrient Technique on the Yield and Nutrient Uptake of Wheat · 2017

     • positive
       Complete stated nutrient application gave the highest wheat grain and straw yield.

       compared with control or when any nutrient were missing

178. Physiological Responses and Yield of Wheat Plants in Zinc-Mediated Alleviation of Drought Stress · 2017

     • positive
       Foliar Zn application in the field increased wheat grain yield and grain Zn concentration under adequate water supply and rain-fed conditions.
     • positive
       Soil Zn application increased wheat grain yield by 10.5% under adequate water supply.
     • positive
       Soil Zn application increased wheat grain yield by 22.6% under moderate drought.
     • positive
       Soil Zn application increased wheat grain yield by 28.2% under severe drought.

     cites 3 papers herecited by 11 papers here

179. Efficiency Evaluation of Dairy Wastewater Derived Zinc Micronutrient Containing Sustainable Fertilizers · 2017

     • positive
       Zn-WWT significantly increased dry wheat mass yield relative to controls.

       compared with control samples

180. 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 yield in some cases.

     cited by 3 papers here

181. Effect of Phosphorus, Sulphur and Zinc on Growth, Yield and Yield Attributes of Wheat (Triticum aestivum) · 2017

     • positive
       The nutrient application significantly increased wheat yield attributes.
     • positive
       The nutrient application significantly increased wheat yield.

     cited by 1 paper here

182. Role of Chelated Micronutrient and their Salts for Improving Crop Production of Wheat (Triticum aestivum L.) · 2017

     • positive
       Zn HEDP treatment gave the maximum grain yield in wheat.
     • positive
       Zn HEDP treatment gave the maximum thousand grain weight in wheat.
     • positive
       Zn HEDP treatment gave the maximum straw yield in wheat.
     • positive
       Zn HEDP treatment gave the maximum ear length in wheat.

183. Humic acid affects zinc availability and wheat yield in zinc deficient calcareous soil · 2017

     • positive
       That treatment produced 16% more grain yield than control.

       compared with control

     • positive
       The 10 kg zinc plus humic acid treatment produced the maximum wheat grain yield of 3496 kg ha-1.
     • positive
       That treatment produced 3.5% more grain yield than 5 kg zinc with humic acid.

       compared with Zn application @ 5 kgha-1 along with humic acidapplication

184. Effectiveness of Zinc and Gypsum Application Against Cadmium Toxicity and Accumulation in Wheat (Triticum aestivum L.) · 2017

     • positive
       Zinc and gypsum application increased wheat growth and yield in Cd-contaminated soil.

     cites 1 paper here

185. Shift in physiological and biochemical processes in wheat supplied with zinc and potassium under saline condition · 2017

     • positive
       K+Zn at 100 and 25 kg ha−1 was most effective at increasing grain yield.

186. Effects of bio fertilizer and nano Zn-Fe oxide on physiological traits, antioxidant enzymes activity and yield of wheat (Triticum aestivumL.) under salinity stress · 2017

     • positive
       Application of nano Zn-Fe oxide increased wheat grain yield by about 17.40% compared with no nano oxide at the highest salinity level.

       compared with no application of nano oxide

     cited by 3 papers here

187. The qualitative and quantitative impact of copper and zinc applications on winter wheat cultivation · 2017

     • positive
       Zn increased wheat yield.

188. Synergistic use of nitrogen and zinc to bio-fortify zinc in wheat grains · 2017

     • positive
       NIA-Amber yielded 6.03 tons/ha under 150 kg N and 10 kg Zn per hectare.

     cites 2 papers herecited by 4 papers here

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

     • positive
       Soil Zn increased wheat grain yield at low-Zn locations in 2015–16 by 3.3 to 10.5% over no soil Zn.

       compared with no soil Zn addition

     • positive
       Soil Zn increased wheat grain yield at low-Zn locations in 2014–15 by 3.9 to 12.6% over no soil Zn.

       compared with no soil Zn addition

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

     • positive
       Soil zinc application markedly increased wheat grain yield relative to foliar zinc application.

       compared with foliar Zn application

     • positive
       Soil zinc application significantly increased wheat grain yield over control at 23 locations in both years.

       compared with control

     • negative
       Foliar zinc fertilizer was quite less effective than soil application for wheat grain yield.

191. Nutrient Management on Crop Productivity and Changes in Soil Organic Carbon and Nutrient Content of Wheat Crop under North West Indo-Gangetic Plains of India · 2017

     • positive
       Adding 100% NPK + FYM + PSB + Azotobactor+ Zn + Fe + Mn significantly increased growth and yield attributes of wheat.

     cites 1 paper here

192. Integration of Organic and Mineral Nutrient Sources Enhances Wheat Productivity, Soil Health and Profitability in western Uttar Pradesh · 2017

     • positive
       The 100% NPK + FYM + Azotobactor + Zn + Mn + Fe treatment gave more wheat productivity and remunerative returns.
     • positive
       The 100% NPK + FYM + PSB + Azotobactor + Zn + Fe + Mn treatment gave significantly higher wheat grain yield, 58.40 q/ha.
     • positive
       The 125% NPK + Zn + Mn treatment gave wheat grain yield of 57.9 q/ha, followed by the top treatment.
     • positive
       The 100% NPK + FYM + PSB + Azotobactor + Zn + Fe + Mn treatment gave significantly higher plant height, dry matter accumulation and effective tillers.

     cites 1 paper here

193. Effect of Nitrogen, Zinc and Boron on Nutrient Concentration at Maximum Tillering of Wheat · 2017

     • positive
       Application of 10 kg Zn per ha increased wheat grain yield by 9.7 per cent.

194. 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 the maximum 19.50 spikelets per spike.
     • positive
       Combined soil and foliar zinc gave maximum harvest index of 39.25%.
     • positive
       Combined soil and foliar zinc gave maximum biological yield of 11.93 t·ha-1.
     • positive
       Combined soil and foliar zinc gave the maximum 50.36 grains per spike.
     • positive
       Combined soil and foliar zinc gave maximum 1000-grain weight of 34.16 g.
     • positive
       Combined soil and foliar zinc gave the maximum wheat tiller count, 564.67 m-2.
     • positive
       Combined soil and foliar zinc gave maximum wheat spike length of 10.83 cm.
     • positive
       Combined soil and foliar zinc gave maximum grain yield of 6.00 t·ha-1.

     cites 3 papers herecited by 1 paper here

195. Integrating Effects of Applied Zn with Organic Amendments for Enhanced Maize and Wheat Yields at Two Diverse Calcareous Soils · 2017

     • positive
       Increasing Zn and amendments increased succeeding wheat growth and grain yield, with a relatively higher response in Peshawar.

196. Effect of N, Zn and B Levels on Yield, N, Zn and B Concentration, Uptake and N Use Efficiency in Maize –Wheat Sequence in a Vertisol · 2017

     • positive
       Application of 10 kg Zn significantly increased grain yield, N uptake, and Zn and B concentration in grain of maize and wheat, respectively, over control.

       compared with control

     • positive
       Combined application of 10 kg Zn and 1.0 kg B significantly increased grain yield, N uptake, and Zn and B concentration in grain of maize and wheat, respectively, over control.

       compared with control

197. Direct and residual effect of Zinc and FYM on quality and uptake of N, P, and K in pearl millet-wheat cropping system · 2017

     • positive
       Direct and residual Zn with FYM improved pearl millet and wheat yields and N, P and K uptake.

198. Phenophase-based nitrogen and zinc scheduling for agronomic zinc biofortification and indices of wheat (Triticum aestivum) · 2017

     • positive
       The named zinc spray schedule increased effective tillers, grain weight and yield over other treatments.

       compared with other treatments

     cited by 1 paper here

199. Efficacy of zinc on yield, economics and soil properties of wheat (Triticum aestivum) in black soil of central Gujarat · 2017

     • positive
       The highest Zn level gave maximum straw yield of 50.74 kg/ha.

       compared with control

     • positive
       Zn at 10 kg/ha with NPK significantly increased wheat yield and harvest index versus NPK alone and other zinc doses.

       compared with NPK alone and other doses of zinc

     • positive
       The highest Zn level gave maximum grain yield of 44.37 kg/ha.

       compared with control

200. Quantifying the contribution of microbial inoculation and zinc fertilization to growth, yield and economics of wheat (Triticum aestivum) in different methods of cultivation · 2017

     • positive
       Zinc increased total Zn uptake under the recommended dose to 327.7 g/ha, versus 289.2 g/ha without zinc.

       compared with same treatment without zinc application

     • positive
       Zinc fertilization increased grain yield by 180 kg/ha.
     • positive
       Zinc fertilization increased net returns by Rupees 2 340/ha.

     cited by 1 paper here

201. Spring Wheat Response to Supplemental Nutrient Additions under Silty Clay Loam Soils of Minnesota · 2018

     • positive
       Combined applications of Cu, Zn and S increased spring wheat grain yield over the recommended treatment and check in 2015 only.

       compared with recommended treatment and check

202. Improved potassium nutrition retrieves phosphorus‐induced decrease in zinc uptake and grain zinc concentration of wheat · 2018

     • positive
       Optimal zinc, phosphorus and potassium each improved wheat growth parameters and grain yield relative to low supply.

       compared with low levels

     • no effect
       Potassium with optimal zinc and phosphorus did not significantly affect wheat grain yield.

     cited by 1 paper here

203. Micronutrient seed priming improves stand establishment, grain yield and biofortification of bread wheat · 2018

     • positive
       Seed priming with Zn+B gave the highest benefit : cost ratio in bread wheat.
     • positive
       Seed priming with Zn+Mn increased grain yield by 33% relative to untreated seeds.

       compared with untreated seeds

     • positive
       Seed priming with Zn+B+Mn increased grain yield by 8% relative to untreated seeds.

       compared with untreated seeds

     • positive
       Seed priming with Zn increased grain yield by 21% relative to untreated seeds.

       compared with untreated seeds

     • positive
       Seed priming with Zn+B increased grain yield by 34% relative to untreated seeds.

       compared with untreated seeds

     cited by 1 paper here

204. Comparison of Foliar Verses Soil Application of Micronutrients on the Production of Wheat (Triticum aestivum. L) Crop. · 2018

     • positive
       Soil Zn application increased tillers per plant to 20.81.
     • positive
       Soil Zn at 6 Kg ha-1 produced maximum grain yield of 5113.33 Kg ha-1.
     • positive
       Zn at 6 Kg ha-1 gave higher grain yield.

     cites 1 paper here

205. Zinc-fertilization effects on wheat yield and yield components · 2018

     • positive
       Combined soil and foliar zinc application produced the highest two-year average grain yield, 3.93 t/ha.

       compared with control

     cited by 8 papers here

206. Efficient Nutrient Management for High Crop Yield and Quality in Wheat Crop in Central Uttar Pradesh · 2018

     • positive
       Zinc with 100% NPK increased wheat yield by 31%.

       compared with 100% NPK

     • positive
       Zinc with 125% NPK increased wheat yield by 19%.

       compared with 125% NPK

207. Effect of Sulphur, Zinc, Boron and Iron on Growth and Yield of Wheat [Triticum aestivum L.] · 2018

     • positive
       The combined NPK, FYM and micronutrient treatment was superior for plant height and yield attributes.
     • positive
       The combined NPK, FYM and micronutrient treatment produced maximum grain yield of 53.05 q/ha.

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

     • positive
       The combination of Pseudomonas inoculation with zinc seed priming and soil application was more effective in improving grain yield of wheat.

     cites 1 paper herecited by 4 papers here

209. Magnetite and Zinc Oxide Nanoparticles Alleviated Heat Stress in Wheat Plants · 2018

     • positive
       Zinc nanoparticles at 10 ppm enhanced yield of Gimmeza7 wheat.

210. EFFECT OF ZINC AND IRON FOLIAR APPLICATION WITH TWO LEVELS OF IRRIGATION WATER ACIDITY ON THE QUANTITATIVE AND QUALITATIVE PARAMETERS OF WHEAT (TRITICUM AESTIVUM L.) · 2018

     • positive
       Irrigation at pH 5 with 5 g L -1 zinc produced the most grain yield.

     cited by 2 papers here

211. EVALUATION OF ADVANCED WHEAT GENOTYPES FOR ZINC EFFICIENCY AND YIELD: Soil and Environmental Sciences Division, Nuclear Institute for Food and Agriculture (NIFA), Tarnab, Peshawar, Khyber Pakhtunkhwa, Pakistan · 2018

     • positive
       Zn fertilizer improved wheat production.
     • positive
       Combined application of Zn with N and P significantly increased yield and yield components of all three tested wheat genotypes.

212. Effect of foliar application of iron and zinc on nutrient uptake and grain yield of wheat under different irrigation regimes · 2018

     • positive
       Foliar iron and zinc increased wheat grain yield.

     cited by 4 papers here

213. Effect of integrated nutrient management (INM) on yield and economics of wheat in black soil of Gird zone of Madhya Pradesh · 2018

     • positive
       Maximum net return and benefit cost ratio were obtained with 20 kg S + 5 kg Zn per ha applied with 100% NPK

214. Effect of Soil application and Zinc Solubility on grain filling, grain yield and some biochemical traits of wheat under Salinity Stress · 2018

     • positive
       Zinc application without salinity increased grain filling period length by 29.22% relative to no zinc at 90 mM.

       compared with non-zinc conditions in soil at 90 m molar

     • positive
       Zinc application without salinity increased seed weight by 72.45% relative to no zinc at 90 mM.

       compared with non-zinc conditions in soil at 90 m molar

     • positive
       Zinc application without salinity increased seed filling speed by 20.20% relative to no zinc at 90 mM.

       compared with non-zinc conditions in soil at 90 m molar

     • positive
       Zinc application without salinity increased grain yield by 47.56% relative to no zinc at 90 mM.

       compared with non-zinc conditions in soil at 90 m molar

215. Effects of different fertilizer treatments on grain yield and yield components of spring wheat · 2018

     • positive
       Mixed Cu, Mn, Zn, Ca micronized fertilizer raised grain yield 38.6% versus standard NPK.

       compared with control (standard NPK fertilization)

     cites 1 paper here

216. Zinc application enhances grain zinc density in genetically-zinc-biofortified wheat grown on a low-zinc calcareous soil · 2018

     • positive
       Grain yield of both wheat cultivars was significantly increased by Zn application compared with no Zn application.

       compared with without Zn application

     cited by 4 papers here

217. Chemical Fractions and Availability of Zinc in Winter Wheat Soil in Response to Nitrogen and Zinc Combinations · 2018

     • positive
       High N with Zn increased winter wheat yield and yield components.

     cited by 3 papers here

218. IMPORTANCE OF GYPSUM, ORGANIC MANURE APPLICATION AND NITROGEN, ZINC FERTILIZATION FOR WHEAT CROP IN SALINE SODIC SOILS. · 2018

     • positive
       The stated fertilizer treatment increased wheat yield.

219. Zinc fertilization: Practice to improve zinc use efficiency and yield of wheat grown on calcareous soil · 2018

     • positive
       Zinc fertilization improved wheat yield in zinc deficient calcareous soil.

220. Influences of organic and inorganic fertilizers on productivity and soil fertility of wheat (Triticum aestivum L.) in Typic Ustochrept soil of Uttar Pradesh · 2018

     • positive
       The integrated treatment gave significantly higher growth and yield attributes.
     • positive
       The integrated fertilizer treatment gave greater productivity and residual soil fertility.

221. Effect of different level of potassium and zinc on growth, yield attributes and yield of late sown wheat (Triticum aestivum L.) under irrigated system · 2018

     • positive
       Potassium and zinc application significantly increased grain and straw yields.

       compared with control

     • no effect
       Harvest index did not change significantly under potassium and zinc fertilizer application.

       compared with control

     cited by 1 paper here

222. EVALUATION OF ADVANCED WHEAT GENOTYPES FOR ZINC EFFICIENCY AND YIELD · 2018

     • positive
       Zn fertilizer use improved wheat production.
     • positive
       Combined zinc with N and P significantly increased yield and yield components of all tested wheat genotypes.

     cites 3 papers here

223. Nutrient omissions effects on growth, yield, water productivity and profitability of wheat (Triticum aestivum) in maize (Zea mays)-wheat cropping system · 2018

     • positive
       Omitting Zn caused a 2–5% yield reduction.

       About lacking this nutrient, so it counts the other way round

224. The Effect of CCC, Zinc Sulfate and Nitoxin on Root Growth and Grain Yield of Wheat under Dry Land Farming and Greenhouse Conditions · 2018

     • positive
       The greatest grain yield (1710 kg per hectare) was obtained with CCC at 2.5 g L-1, 50 kg Zn and Nit seed treatment.

225. ENRICHMENT OF WHEAT BY ZINC FERTILIZER, MYCORRHIZA AND PREHARVEST DROUGHT STRESS · 2019

     • positive
       Preharvest drought stress with Zn at 2 kg ha-1 gave the second highest wheat grain yield.
     • negative
       Zinc application at 2 kg ha-1 significantly reduced the grain filling rate of wheat.

       compared with Zn1: 0 kg ha-1

226. Alleviation of terminal drought stress in wheat by foliar application of zinc and manganese · 2019

     • positive
       Foliar zinc and manganese application increased spikes per plant in wheat under irrigation withdrawal at flowering or grain filling compared with foliar application treatments.

       compared with foliar application treatments

     • positive
       Grains per spike followed the same increasing trend as spikes per plant under zinc and manganese foliar application in wheat.

     cites 2 papers here

227. Potential of zinc seed treatment in improving stand establishment, phenology, yield and grain biofortification of wheat · 2019

     • positive
       Osmopriming with 0.01 M Zn improved grain yield and biological yield.
     • positive
       Osmopriming with 0.01 M Zn improved other yield related traits.

     cites 2 papers herecited by 1 paper here

228. Soil Fertility Status after Harvest of Wheat (Triticum aestivum L) in Salt Affected Soils of Gujarat as Influenced by Iron and Zinc Enriched FYM · 2019

     • positive
       Enriched farmyard manure plus recommended fertilizer significantly increased wheat grain yield over control.

       compared with control

     • positive
       The same treatment significantly increased wheat straw yield over control.

       compared with control

229. Effect of Iron and Zinc Enriched FYM on Growth, Yield and Quality of Wheat (Triticum aestivum L) in Salt Affected Soils of Gujarat · 2019

     • positive
       T8 significantly increased effective tillers, spike length and spike number over T1.

       compared with T1

     cites 1 paper here

230. Effect of zinc‐biofortified seeds on grain yield of wheat, rice, and common bean grown in six countries · 2019

     • positive
       Soil zinc increased wheat grain yield at sites in India, Pakistan and China.

     cites 3 papers herecited by 2 papers here

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

     • positive
       Soil zinc application was the most cost-effective zinc method.
     • positive
       Zinc application improved wheat grain yield in both tillage systems.
     • positive
       Zinc seed priming was most effective for grain yield in both tillage systems.

     cites 2 papers herecited by 1 paper here

232. Efficiency of forms and times of entering zinc in sowings of winter wheat · 2019

     • positive
       Foliar zinc complexonate increased wheat productivity by 0.2–0.54 t/hectare, greatest with two applications.

     cited by 1 paper here

233. Effect of long‐term balanced and imbalanced inorganic fertilizer and FYM application on chemical fraction of DTPA ‐extractable micronutrients and yields under rice–wheat cropping system in mollisols · 2019

     • positive
       The stated fertilizer regimes produced the highest wheat grain yield of 3.50 t ha −1.

       compared with control

234. Response of Chemical Fertilizers and Micronutrients on Yield, Yield Attributes and Economics under Maize-Wheat Cropping System · 2019

     • positive
       Adding zinc to NPK maximized benefit cost ratio and sustained soil productivity.
     • positive
       The combined fertilizer treatment gave the highest wheat crop yield of 59.26 q/ha.

235. Evaluation Effect of Spray Micronutrient Elements (Mn, Zn) on Seed Yields, Its Components and Protein Percentage of Wheat (Triticum aestivum L.) · 2019

     • positive
       1000-seed weight was highest at 40 g with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Biological yield was highest at 10364 kg.ha-1 with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Seed yield was highest at 5595 kg.ha-1 with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Wheat spike length was highest at 11 cm with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Number of spikes per square meter was highest at 403 with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Number of seeds per spike was highest at 42 with 10 kg.ha-1 zinc.

       compared with different level of zinc

     • positive
       Harvest index was highest at 54% with 10 kg.ha-1 zinc.

       compared with different level of zinc

236. Superimposition effect of micronutrients, organic manure and microbial inoculants over NPK does on wheat (Triticum aestivum L.) · 2019

     • positive
       Combined NPK+FYM+S+Zn+B+Fe gave the highest gross income in both seasons.
     • positive
       Combined NPK+FYM+S+Zn+B+Fe gave the highest grain yield in both seasons.
     • positive
       Combined NPK+FYM+S+Zn+B+Fe gave the highest net income in both seasons.

237. Effect of Different Blended Fertilizer Formulation on Yield and Yield Components of Bread Wheat (Triticum aestivum L.) in Siyadebrenawayu District, North Shewa, Ethiopia · 2019

     • positive
       Blended fertilizer NPS 1 B 1 Zn 1 gave the highest net return, 58443 ETB/ha.
     • positive
       Additional application of S, B and Zn at T9 gave the highest straw yield, 8.51 t/ha.
     • positive
       Additional application of S, B and Zn at T9 gave the highest grain yield, 5.77 t/ha.
     • positive
       Blended fertilizer NPS 1 B 1 Zn 1 increased grain yield by 19% compared with the recommended NP fertilizer.

       compared with recommended NP fertilizer

     • positive
       Blended fertilizer NPS 1 B 1 Zn 1 increased straw yield by 35.45% compared with the recommended NP fertilizer.

       compared with recommended NP fertilizer

     • positive
       Additional application of S, B and Zn at T9 gave the highest above ground dry biomass yield, 14.29 t/ha.

238. Influence of sowing dates and zinc levels on yield and yield components of wheat (Triticum aestivum) · 2019

     • positive
       Zinc application increased wheat grain yield at every sowing date.
     • positive
       Wheat grain yield was maximal for 29 Nov sowing with 30 kg/ha zinc compared with the minimum for 30 Dec with 0 kg/ha zinc.

       compared with 30 Dec and 0 kg/ha zinc

     • positive
       Wheat grain yield was highest at 30 kg/ha zinc and lowest at 0 kg/ha zinc.

       compared with 0 kg/ha zinc

     cites 1 paper here

239. Effect of Foliar Application of Zinc and Boron on Growth and Yield Components of Wheat · 2019

     • positive
       Foliar zinc produced a maximum wheat 1000 grains weight of 36g.
     • positive
       Zinc plus boron produced a maximum wheat biological yield of 19059kg ha -1.
     • positive
       Zinc plus boron produced a maximum wheat harvest index of 31.30%.
     • positive
       Zinc plus boron produced a maximum wheat grains spike -1 of 45.
     • positive
       Foliar zinc produced a maximum wheat biological yield of 14707.7kg ha -1.
     • positive
       Foliar zinc produced a maximum wheat grain yield of 5743kg ha -1.
     • positive
       Zinc plus boron produced a maximum wheat grain yield of 5966.67kg ha -1.
     • positive
       Zinc plus boron produced a maximum wheat 1000 grains weight of 37g.
     • positive
       Foliar zinc produced a maximum wheat harvest index of 39.06%.

     cited by 1 paper here

240. Foliar applied iron and zinc improves the growth, physiological and yield related traits of wheat under drought · 2019

     • positive
       Combined iron and zinc significantly increased seed yield to 5350 kg/ha under drought.
     • positive
       Combined iron and zinc increased spike length to 16 cm under drought.
     • positive
       Combined iron and zinc significantly increased 1000 grain weight to 40 g under drought.

     cites 2 papers here

241. Agronomic zinc biofortification of wheat to improve accumulation, bioavailability, productivity and use efficiency · 2020

     • positive
       Zinc application significantly increased wheat grain yield in field experiments.
     • positive
       The highest wheat grain yield, 5.41 t/ha, was recorded with 5.00 kg Zn/ha applied.

     cites 1 paper herecited by 4 papers here

242. Foliar applied zinc increases yield, zinc concentration, and germination in wheat genotypes · 2020

     • positive
       Zinc treatment increased grain yield compared with no treatment.

       compared with non‐treated

     cites 2 papers herecited by 1 paper here

243. Zinc–nitrogen interaction effect on wheat biofortification and nutrient use efficiency · 2020

     • positive
       Natural organic Zn fertilizers achieved the highest grain yields.

     cites 2 papers herecited by 1 paper here

244. Efficiency of Foliar Feeding with Zinc and Copper Chelates of Spring Soft Wheat in the Conditions of the Southern Forest-Steppe of the Omsk Irtysh Region · 2020

     • positive
       Foliar zinc at 20 g/ha increased yield by 0.25 t/ha.

       compared with control

     cited by 1 paper here

245. Evaluation of different levels of nitrogen, zinc and their combined effect on yield and yield contributing traits of wheat · 2020

     • positive
       Number of effective tillers plant-1 (4.00) was maximum with 160 kg N/ha plus 2 kg Zn/ha.
     • positive
       Straw yield (6.27 t/ha) was highest with 2 kg Zn/ha compared with the control.

       compared with control

     • positive
       Grain yield (6.27 t/ha) was maximum with 160 kg N/ha plus 2 kg Zn/ha.
     • positive
       Straw yield (7.40 t/ha) was maximum with 160 kg N/ha plus 2 kg Zn/ha.
     • positive
       Number of effective tillers plant-1 (3.00) was highest with 2 kg Zn/ha compared with the control.

       compared with control

     • positive
       Grain yield (5.22 t/ha) was highest with 2 kg Zn/ha compared with the control.

       compared with control

     cites 5 papers here

246. Yield and phenological indices of wheat as affected by exogenous fertilization of Zinc and Iron · 2020

     • positive
       At 15 kg Zn ha-1, grain yield reached 3775 kg ha-1.
     • positive
       Zn and Fe levels significantly affected yield and yield components.

     cites 1 paper herecited by 5 papers here

247. Zinc-biofortified wheat required only a medium rate of soil zinc application to attain the targets of zinc biofortification · 2020

     • positive
       Zinc fertilization significantly increased grain yield in both wheat cultivars.

     cites 3 papers herecited by 8 papers here

248. Sorption characteristics, growth and yield response of wheat (Triticum aestivum L.) to application of essential nutrients on nitisol and vertisol of Central Highland of Ethiopia · 2020

     • positive
       Omitting Zn reduced wheat grain yield by up to 4.7% in Nitisols.

       About lacking this nutrient, so it counts the other way round

     cited by 1 paper here

249. [Impacts of combined N and Zn application on Zn translocation, partitioning, and accumulation in Triticum aestivum]. · 2020

     • positive
       Foliar Zn application significantly increased the reported grain quantity.

250. Effect of Zinc Nutrition in Mitigating Late Sowing Induced Heat Stress in Wheat Crop · 2020

     • positive
       Zinc treatments increased thousand grain weight by 14.94 percent.

       compared with control

     • positive
       Zinc treatments increased thousand grain weight by 9.08 percent.

       compared with control

     cites 1 paper here

251. Fortification of Bread Wheat Using Synthesized Zn-Glycine and Zn-Alanine Chelates in Comparison with ZnSO₄in a Calcareous Soil · 2020

     • positive
       Zn amino acid chelates increased grain yield relative to ZnSO4.

       compared with ZnSO4 treatment

     cited by 1 paper here

252. Agronomic and economic response of bread wheat to foliar zinc application · 2020

     • positive
       Zinc application marginally increased grain yield.

     cites 1 paper herecited by 5 papers here

253. Zinc Biofortification in the Grains of Two Wheat (Triticum aestivum L.) Varieties Through Fertilization · 2020

     • positive
       The 3.0 kg Zn ha−1 treatment gave the highest wheat grain yield, 3.90 t ha−1, statistically similar to higher rates.

       compared with Zn4.5 and Zn6.0 treatments

     cites 1 paper here

254. Boron and zinc fertilizer applications are essential in emerging vegetable‐based crop rotations in Nepal · 2020

     • positive
       Zinc application tended to increase wheat yields under field conditions.

255. EFFECT OF PRECEDING CROPS AND FOLIAR MICRONUTRIENTS APPLICATIONS ON YIELD AND YIELD COMPONENTS OF BREAD WHEAT UNDER SANDY SOIL CONDITIONS · 2020

     • positive
       Foliar application of the Fe + Mn + Zn mixture gave the highest yield and yield components in wheat.
     • positive
       Wheat grown after clover with foliar Fe + Mn + Zn gave the maximum net income compared with the other treatments.

       compared with the other treatments

     cites 1 paper here

256. Influence of Integrated Nutrients on Growth and Yield Attributes of Wheat (Triticum aestivum L.) Crop [Cv.PBW-343] in Inseptisol · 2020

     • positive
       Treatment T9 gave significantly highest wheat plant height, green leaves, tillers and dry weight.

       compared with chemical treatment (T3)

     • positive
       Treatment T9 produced straw yield of 93.52 q ha-1.

       compared with chemical treatment (T3)

     • positive
       Treatment T9 produced harvest index of 40.13%.

       compared with chemical treatment (T3)

     • positive
       Treatment T9 produced biological yield of 156.22qha-1.

       compared with chemical treatment (T3)

     • positive
       Treatment T9 produced the highest mean economic productivity of 62.79 q ha-1.

       compared with chemical treatment (T3)

257. 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 yields relative to other Zn treatments.

       compared with Zn treatments

     cites 1 paper here

258. Combined application of formula, zinc, and sulfur fertilizers to improve the yield and grain quality of wheat. · 2020

     • positive
       Combined zinc and sulfur fertilizers gave the highest yield.
     • positive
       Combined fertilizer increased partial nitrogen productivity by 35.0%.
     • positive
       Combined fertilizer increased partial potassium productivity by 99.1%.
     • positive
       Combined fertilizer increased partial phosphorus productivity by 107.0%.

259. Agronomic fortification in wheat (Triticum aestivum L.) with zinc · 2020

     • positive
       Zinc application significantly affected grain and straw yields over the control without zinc.

       compared with control (without Zn)

     • positive
       Zinc application significantly affected plant height and number of tillers over the control without zinc.

       compared with control (without Zn)

     • positive
       Zinc application increased the availability of nitrogen, phosphorus and potassium in post-harvest soil.

260. Photosynthetic characteristics and productivity in a wheat–maize system under varying zinc rates · 2020

     • positive
       Zinc increased wheat yield by 4–19%.

     cites 1 paper here

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

     • positive
       Zinc nutrition enhanced productivity, profitability and grain biofortification of wheat under both tillage systems.
     • positive
       Zinc seed priming gave the maximum net benefits under both tillage systems.

     cites 2 papers herecited by 5 papers here

262. Effects of Biofertilizers and Nano Zinc-Iron Oxide on Yield and Physicochemical Properties of Wheat under Water Deficit Conditions · 2020

     • positive
       Azotobacter with nano Zn-Fe oxide increased grain yield by 88% compared with control under severe water limitation.

       compared with control

     cites 2 papers herecited by 1 paper here

263. Productivity Enhancement of Wheat (Triticum aestivum L) by Integrated Nutrient Management Under Salt Affected Soils · 2020

     • positive
       The specified fertilizer and Biozote application produced maximum wheat grain yield of 4.76 tha-1, 35% more than farmer practice.

       compared with Farmer practice

     cited by 1 paper here

264. Zinc, a micronutrient and its effect to performance of BARI gom30 · 2020

     • positive
       At 2 kg Zn/ha, wheat had the highest grain yield, 5.06 t/ha.
     • positive
       At 0 kg Zn/ha, wheat had the highest spike length, 9.92 cm.
     • positive
       At 2 kg Zn/ha, wheat had the highest grain number, 47.70 per spike.
     • positive
       At 2 kg Zn/ha, wheat had the highest effective tiller number, 3.92 per plant.
     • positive
       At 2 kg Zn/ha, wheat had the highest 1000-grain weight, 47.73 g.
     • positive
       At 2 kg Zn/ha, wheat had the highest straw yield, 6.21 t/ha.
     • positive
       At 0 kg Zn/ha, wheat had the highest harvest index, 46.16%.
     • positive
       At 2 kg Zn/ha, wheat had the highest total tiller number, 4.42 per plant.
     • positive
       At 0 kg Zn/ha, wheat had the highest fertile spikelet number, 19.59 per spike.
     • negative
       At 0 kg Zn/ha, wheat had the highest sterile spikelet number, 3.22 per spike.

     cites 7 papers here

265. Efficacy of sources and application mode of micronutrients on dry matter accumulation, productivity of wheat and residual organic carbon status in sandy loam soil · 2020

     • positive
       The same soil application gave the highest biological yield, 10.14 t ha-1.
     • positive
       The same soil application gave the highest grain yield, 4.25 t ha-1.
     • positive
       Soil Zn HEDP, MnSO4 and Colemanite with RDF gave maximum wheat dry matter accumulation.
     • positive
       Foliar Zn HEDP, EDTA Mn and DOT with RDF gave the highest harvest index, 42.18.
     • positive
       The same soil application gave the highest straw yield, 5.89 t ha-1.

266. Zinc-Induced Biochemical Constituents and Reproductive Yield of Wheat with Zinc Supply in Sand Culture Conditions · 2020

     • positive
       Dry matter yield increased by a maximum of 15% at 1.0 mg l-1 zinc.

267. Interactive Effect of Zinc Foliar application and Potassium Fertilizer on Productivityand Grains quality of Wheat · 2020

     • positive
       Zinc foliar treatment significantly increased wheat yields and its attributes.
     • positive
       450 g Zn/fed gave the highest wheat yields and its attributes versus other foliar applications.

       compared with other foliar application

     cites 4 papers here

268. Effect of Iron and Zinc Enriched Organics on Growth, Yield Attributes and Yield of Wheat in Loamy Sand · 2020

     • positive
       Enriched vermicompost with RDF significantly improved grain and straw yield relative to RDF control.

       compared with control (RDF)

     • positive
       Enriched vermicompost with RDF significantly improved number of grains per earhead relative to RDF control.

       compared with control (RDF)

     • positive
       Enriched vermicompost with RDF significantly improved number of effective tillers per meter row length relative to RDF control.

       compared with control (RDF)

     • positive
       Enriched vermicompost with RDF significantly improved 1000 grain weight relative to RDF control.

       compared with control (RDF)

269. Assessment of site specific nutrient management on the productivity of wheat at Bhairahawa, Nepal · 2020

     • positive
       RRD, SSNM and SSNM+Zn+B were superior to the other treatments for yield attributes and yield.

       compared with rest of the treatments

270. Effects of Biofertilizers, Nano Zn Oxide and Nano Fe Oxide on Quantum Yield and Variation of Grain Filling of wheat (Triticum aestivum L.) under Soil Salinity Condition · 2020

     • positive
       The same treatment gave a maximum grain filling period of 52.85 days.
     • positive
       The same no salinity treatment gave maximum grain filling rate of 0.00172 g.day-1.
     • positive
       The same treatment gave maximum effective grain filling period of 39.18 days.
     • positive
       No salinity plus nano Zn Fe oxide and Pseudomonas yielded maximum grain weight of 0.049 g.
     • positive
       Nano Zn Fe oxide increased wheat grain yield by about 17.40% at the highest salinity.

       compared with no application of nano oxide

271. Study the effect of iron, zinc and manganese foliar application on morphological and agronomic traits of bread wheat (Chamran cultivar) under different irrigation regimes · 2021

     • positive
       Iron, zinc and manganese foliar application increased number of spikes per m-2 under water stress.
     • positive
       Iron, zinc and manganese foliar application increased number of grain per spike under water stress.
     • positive
       Iron, zinc and manganese foliar application increased number of tillers per m-2 under water stress.
     • positive
       Iron, zinc and manganese foliar application increased 1000-seed weight under water stress.
     • positive
       Iron, zinc and manganese foliar application increased grain yield under water stress.
     • positive
       Iron, zinc and manganese foliar application increased spike length under water stress.

272. Economic efficiency of the use of microelement chelates in cultivation of spring wheat on quasigleyic blac soil · 2021

     • positive
       Zn chelate in the Zn20 option gave the largest 1000-grain mass, 32.33 g.
     • positive
       Zn and Cu chelate foliar feeding had a positive effect on seed germination, 1000-grain mass and grain unit.
     • positive
       Zn and Cu chelates increased grain yield by 0.10-0.23 t/ha (4.5-10.5%) on average.

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

     • positive
       Nano Zn with RDF increased wheat yield attributes.

     cites 1 paper here

274. STIMULATING EFFECTS OF PRE-SOWING SEED TREATMENT WITH METAL NANOPARTICLES ON WINTER WHEAT GROWTH AND DEVELOPMENT · 2021

     • positive
       Zn treatment enhanced stand productivity and tended to increase thousand-grain weight.

275. Effect of Environmentally Benign Nano-nitrogen, Potassium, Zinc on Growth and Yield Enhancement in Triticum aestivum · 2021

     • positive
       Nano-N, K, Zn significantly increased 100 seed weight, yield, and biomass accumulation relative to control and bulk fertilizers.

       compared with control and bulk/chemical N, K, Zn

     • positive
       Nano-N, K, Zn significantly increased plant height, seeds per spike, and root length relative to control and bulk fertilizers.

       compared with control and bulk/chemical N, K, Zn

276. Effect of Zinc and Magnesium Fertilizers on the Yield and Some Characteristics of Wheat (Triticum aestivum L.) Seeds in Two Years · 2021

     • positive
       The highest wheat grain yield, 7.68 Ton ha−1, came with 60 kg ha−1 zinc and 140 kg magnesium per hectare.

     cites 1 paper herecited by 2 papers here

277. Effect of balanced use of nutrients on yield attributes, yield and protein content of wheat (Triticum aestivum) · 2021

     • positive
       The S, Zn and 125% NPK treatment gave the highest biological yield, 130.63 q/ha.

       compared with 100% NPK treatment

     • positive
       Biological yield was 66% higher than with 100% NPK.

       compared with 100% NPK treatment

     cites 1 paper herecited by 1 paper here

278. Response of wheat plants with different allele status of gene Gpc-B1 on zinc deficiency · 2021

     • positive
       Under zinc deficiency, line 15-7-2 showed decreased spike length and grain number.

       About lacking this nutrient, so it counts the other way round

279. Isolation screening and molecular characterization of zinc solubilizing bacteria and their effect on the growth of wheat (Triticum aestivum) · 2021

     • positive
       Zinc-solubilizing bacteria enhanced plant productivity.

280. AGROCHEMICAL REGULATORY INDICATORS OF MINERAL NUTRITION OF SPRING WHEAT IN THE FOREST STEPPE OF WESTERN SIBERIA · 2021

     • positive
       Zinc at 20 g/ha gave the greatest spring wheat yield increase, 0.14 t/ha over control.

       compared with control

     • positive
       Zinc and copper chelates applied by foliar feeding at stemming increased spring wheat yield by 0.03 to 0.16 t/ha compared with control.

       compared with control

281. Do nitrogen and zinc application alleviate the adverse effect of heat stress on wheat (Triticum aestivum L.)? · 2021

     • positive
       Zinc application mitigated heat effects through increased mean grain weight.

     cites 2 papers here

282. DTPA‐extractable zinc threshold for wheat grain yield response to zinc fertilization in Mollisols · 2021

     • positive
       Zinc fertilization increased wheat grain yield in six of fourteen trials.
     • positive
       Wheat grain yield response to Zn fertilization ranged from 300 to 949 kg ha –1.

     cites 1 paper herecited by 1 paper here

283. Long-Term Zinc Fertilization in Calcareous Soils Improves Wheat (Triticum aestivum L.) Productivity and Soil Zinc Status in the Rice–Wheat Cropping System · 2021

     • positive
       Zn applied at 10 kg ha-1 in alternate years was the best application method for wheat yield and Zn uptake.
     • no effect
       Zn applied at 7.5 kg ha-1 in each year gave a wheat yield comparable to the best method.

     cites 5 papers herecited by 1 paper here

284. Response of Iron and Zinc on Yield Attributes, Yield and Economics of Wheat (Triticum aestivum L.) · 2021

     • positive
       Zinc and iron treatment combinations significantly increased wheat yield attributes, yield, net returns and benefit cost ratio.

     cites 1 paper here

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

     • positive
       T11 gave maximum growth and yield attributes.
     • positive
       T11 gave the highest benefit-cost ratio, 2.12.

       compared with treatment T12

     • positive
       T11 gave the highest net returns, 54870 ₹/ha.

       compared with treatment T12

     • positive
       T11 yielded 4.25 t/ha grain, the highest reported.

       compared with treatment T12

     • positive
       T11 yielded 5.89 t/ha straw, the highest reported.

       compared with treatment T12

286. Cycocel, iron and zinc effects on yield and physiological characteristics of wheat under drought stress conditions · 2021

     • positive
       Iron + zinc foliar application gave the highest wheat seed yield, 5543 kg ha−1, compared with 4638 kg ha−1 for the control.

       compared with control treatment (pure water)

     cites 3 papers herecited by 1 paper here

287. Effect of VC, FYM, S, Zn, Azotobacter and PSB on Growth and Yield Attributes of Maize and Wheat · 2021

     • positive
       S and Zn further improved maize and wheat growth and yield attributes.

288. Integrated Foliar Nutrients Application Improve Wheat (Triticum Aestivum L.) Productivity under Calcareous Soils in Drylands · 2021

     • positive
       Foliar Zn+B produced the most spikes per square meter.
     • positive
       Foliar Zn+B produced the most grains per spike.
     • positive
       Foliar Zn + B applied once at booting increased wheat yield and yield components.

     cites 2 papers here

289. Growth and Yield of Wheat as Influenced by Micronutrients Under Water Deficit Condition · 2021

     • positive
       Zinc and iron mitigated drought effects and improved wheat growth and yield.

     cites 4 papers herecited by 1 paper here

290. Comparative bio-efficacy of zinc fortified phosphatic fertilizers in rice (Oryza sativa)-wheat (Triticum aestivum) cropping system in north-western India · 2021

     • positive
       ZnDAP plus Zn spray increased wheat straw yield by about 20.1% versus control.

       compared with control

     • positive
       ZnSSP plus Zn spray increased wheat straw yield by 23.4% versus control.

       compared with control

291. 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 yield.

     cites 1 paper herecited by 1 paper here

292. Foliar application of zinc improves morpho-physiological and antioxidant defense mechanisms, and agronomic grain biofortification of wheat (Triticum aestivum L.) under water stress · 2021

     • positive
       Foliar 10 mM zinc improved wheat grains per spike, 100 grain weight, and biological yield under water stress.

       compared with control

     • positive
       Foliar 10 mM zinc increased wheat grain yield under water stress compared with control.

       compared with control

     cites 4 papers herecited by 7 papers here

293. Effect of Hydrogen Peroxide and Zinc Spraying on the Growth, Yield and Antioxidant Enzyme of Wheat Triticum aestivum L · 2021

     • positive
       Higher Zn significantly increased spike number.
     • positive
       Higher Zn significantly increased grain yield.

     cites 1 paper here

294. Zinc Phasing and Fertilization Effects on Soil Properties and Some Agromorphological Parameters in Maize–Wheat Cropping System · 2021

     • positive
       Annual 10 kg zinc yielded maximum plant height, tillers and leaf number, exceeding no zinc.

       compared with no zinc

295. Effect of integrated diseases management (IDM) modules for the management of stripe rust of wheat · 2021

     • positive
       In wheat, the same IDM module gave the maximum number of tillers (2.89 in 2018-19 and 3.00 in 2019-20) among all treatments.

       compared with all the treatments

296. Biofortification: Effect of Zn and Fe application on wheat genotypes in Bangladesh · 2021

     • positive
       Zinc application increased wheat yield.

     cites 2 papers here

297. Role of Zinc on Drought Tolerance in Some Wheat (Triticum aestivum L.) Cultivars under Reduced Soil Water · 2021

     • positive
       Foliar zinc at 500 ppm gave the best performance for grain yield per plant and 100-grain weight in wheat

     cites 4 papers here

298. Role of exogenous-applied salicylic acid, zinc and glycine betaine to improve drought-tolerance in wheat during reproductive growth stages · 2021

     • positive
       Zn increased grain yield per pot by 15.23%.

       compared with control treatment

     cites 1 paper here

299. Impact of soil applied humic acid, zinc and boron supplementation on thegrowth, yield and zinc translocation in wheat · 2021

     • positive
       The combination gave maximum grain yield.
     • positive
       The combination gave maximum spike length.
     • positive
       Combined zinc, boron and humic acid increased yield and components.
     • positive
       The combination was associated with higher 1000-grain weight.
     • positive
       The combination gave maximum straw yield.
     • positive
       The combination gave maximum grain filling rate.

300. Influence of zinc fertilization levels and frequencies on crop productivity, zinc uptake and buildup of soil zinc in maize–wheat system · 2022

     • positive
       Wheat yield was highest under annual 10 kg Zn ha−1, at par with annual and alternate-year 7.5 kg Zn ha−1.

       compared with 7.5 kg Zn ha−1 every year and alternate year

     cites 1 paper herecited by 1 paper here

301. Understanding factors influencing wheat productivity in Ethiopian highlands · 2022

     • positive
       A combination of NPK and zinc gave an additional 26–57% yield relative to the other treatments in Hosaina.

       compared with the other treatments

302. Agronomic biofortification and productivity of wheat with soil zinc and diazotrophic bacteria in tropical savannah · 2022

     • positive
       Zinc with P. fluorescens improved grain zinc concentration by 34.0 and 33.3%.

       compared with controls

     • positive
       Zinc with P. fluorescens increased grain yield by 20.3 and 20.6%.

       compared with controls

     cites 2 papers herecited by 2 papers here

303. Effect of nitrogen and zinc nanofertilizer with the organic farming practices on cereal and oil seed crops · 2022

     • positive
       wheat yield was 5.35% higher with nitrogen and zinc nanofertilizers plus organic practice.

304. Impact of Nitrogen, Zinc and Humic Acid Application on Wheat Growth, Morphological Traits, Yield and Yield Components · 2022

     • positive
       The authors conclude that N 160 kg ha-1, Zn 12 kg ha-1 and HA 10 kg ha-1 significantly increased wheat yield and yield components.

305. Effect of Crop Establishment Methods and Microbial Inoculations on Augmenting the Energy Efficiency and Nutritional Status of Rice and Wheat in Cropping System Mode · 2022

     • positive
       Zinc fertilization contributed 10.1–11.0 × 103 MJ ha−1 of net energy.

306. Efficacy of neem and zinc coated urea on productivity and economics of wheat (Triticum aestivum) · 2022

     • positive
       T8 significantly increased B:C ratio relative to other treatments.

       compared with other treatments

     • positive
       T8 produced significantly better yield attributing characters during both study years.
     • positive
       T8 produced significantly better grain and straw yield during both study years.
     • positive
       T8 significantly increased net returns relative to other treatments.

       compared with other treatments

     cited by 1 paper here

307. 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 dry matter accumulation of 294.0 g m-1 than recommended dose of fertilizer.

       compared with recommended dose of fertilizer (RDF)

     • positive
       The 75 % NPK combined treatment gave a grain yield of 55.9 q ha-1 with better nutrient availability than recommended dose of fertilizer.

       compared with recommended dose of fertilizer (RDF)

     • positive
       The 75 % NPK combined treatment gave a number of tillers per m-1 row length of 68.9 than recommended dose of fertilizer.

       compared with recommended dose of fertilizer (RDF)

     • no effect
       The 75 % NPK combined treatment was at par with 100 % NPK combined with nano Zn or bio-stimulant for growth and yield.

       compared with 100 % NPK nano Zn / Bio-stimulantNo difference from an alternative treatment

308. 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 wheat dry matter and grain yield.
     • positive
       Combined zinc application increased wheat grain yield by 9.8% in 2019.

       compared with control

     • positive
       Zinc sulfate increased crop productivity.
     • positive
       Combined zinc application increased wheat grain yield by 11% in 2020.

       compared with control

     cites 5 papers herecited by 2 papers here

309. 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 yield attributes, grain yield and harvest index.

       compared with other treatments

     • positive
       Soil plus foliar zinc fertilisation significantly increased economic returns.

       compared with other treatments

     cites 2 papers here

310. Influence of Nitrogen and Zinc on Yield Attributes, Yield and Economics of Wheat (Triticum aestivum L.) · 2022

     • positive
       T9 nitrogen and zinc treatment significantly increased spikes/m² relative to other treatments.

       compared with other treatments of different levels of nitrogen and foliar application of zinc

     • positive
       T9 nitrogen and zinc treatment significantly increased grains per spike relative to other treatments.

       compared with other treatments of different levels of nitrogen and foliar application of zinc

     • positive
       T9 nitrogen and zinc treatment significantly increased straw yield relative to other treatments.

       compared with other treatments of different levels of nitrogen and foliar application of zinc

     • positive
       T9 nitrogen and zinc treatment gave higher net return.
     • positive
       T9 nitrogen and zinc treatment gave higher gross return.
     • positive
       T9 nitrogen and zinc treatment gave the highest benefit cost ratio of 2.11.
     • positive
       T9 nitrogen and zinc treatment significantly increased grain yield relative to other treatments.

       compared with other treatments of different levels of nitrogen and foliar application of zinc

     cites 1 paper here

311. The Role of Fertilization with Nano-Zinc Oxide on the Growth and Yield of Wheat in Calcareous Desert Soil · 2022

     • positive
       Zinc humate nano fertilizer increased straw yield by 57.01% over the control.

       compared with control treatment

     • positive
       Zinc nano-fertilizers increased grain yield and grain nitrogen and potassium concentrations relative to regular zinc fertilizers.

       compared with regular zinc fertilizers

     • positive
       Zinc humate nano fertilizer increased grain yield by 45.36% over the control.

       compared with control treatment

312. Mitigation of drought stress effects on wheat yield via the foliar application of boron, zinc, and manganese nano-chelates and supplementary irrigation · 2022

     • positive
       Supplementary irrigation with B + Mn + Zn nano-chelates gave the highest grain yield of 2528.33 kg/ha−1.

     cites 3 papers here

313. Influence of Zinc and Neem Coated Urea on Growth and Yield of Wheat under Shiwalik Foothills of Jammu · 2022

     • positive
       Zinc coated urea gave significantly better wheat height, dry matter production and leaf area index than other treatments, with several coated urea treatments at par.

       compared with other treatments

     • positive
       Zinc coated urea gave significantly better wheat crop growth rate, grain yield and straw yield than other treatments, with several coated urea treatments at par.

       compared with other treatments

314. Productivity, Nutrient Content and Uptake of Wheat (Triticum aestivum L.) as Influenced by Integration of Organic, Inorganic and Biofertilizers Nutrient Sources · 2022

     • positive
       T10 gave the maximum wheat grain yield of 4.84 t ha-1.

     cited by 1 paper here

315. Wheat growth, photosynthesis and physiological characteristics under different soil Zn levels · 2022

     • positive
       Low zinc increased wheat yield.

316. The Impact of Minerals on Wheat Plants Grown under Salinity Stress · 2022

     • positive
       Zn or Ni treatment alleviated salt injury in the wheat harvest index.
     • positive
       Zn or Ni treatment alleviated salt injury in wheat root, shoot and spike length.

317. Interactive Effects of K-Humate, Proline and Si and Zn Nanoparticles in Improving Salt Tolerance of Wheat in Arid Degraded Soils · 2022

     • positive
       Foliar proline plus Si and Zn nanoparticles increased biological yield by 24%.
     • positive
       Foliar proline plus Si and Zn nanoparticles increased straw yield by 26%.
     • positive
       Foliar proline plus Si and Zn nanoparticles increased grain yield by 21%.

318. Effect of Nano-nutrient on Growth Attributes, Yield, Zn Content, and Uptake in Wheat (Triticum aestivum L.) · 2022

     • positive
       Combined nano N, P, K and Zn with 75% NPK increased grain yield 26.9% over 100% NPK.

       compared with 100% NPK

     • positive
       Nano Zn increased grain yield 16.5% over 100% NPK.

       compared with 100% NPK

319. Impact of in-furrow fertilizers on winter wheat grain yield and mineral concentration · 2022

     • positive
       Adding sulphur and zinc increased yield over the base product at one low-STP site.

       compared with the base product

320. Iron and zinc micronutrients and soil inoculation of Trichoderma harzianum enhance wheat grain quality and yield · 2022

     • positive
       The approach increased spike length, grain mass and biomass.

     cites 2 papers herecited by 1 paper here

321. Effect of Zinc and Bio-fertilizers on Growth and Yield of Wheat (Triticum aestivum L.) · 2022

     • positive
       Treatment 9 yielded higher number of spikes/m2 (371.84) in wheat.
     • positive
       Treatment 9 yielded higher B:C ratio (2.48) in wheat.
     • positive
       Treatment 9 yielded highest harvest index (31.14 %) in wheat.
     • positive
       Treatment 9 yielded higher net returns (INR 108712.4/ha) in wheat.
     • positive
       Treatment 9 yielded higher number of grains/spike (55.17) in wheat.
     • positive
       Treatment 9 yielded higher straw yield (12.59 t/ha) in wheat.
     • positive
       Treatment 9 yielded Higher gross returns (INR 152544.4/ha) in wheat.
     • positive
       Treatment 9 yielded higher grain yield (5.697 t/ha) in wheat.

     cites 3 papers here

322. 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

     • positive
       Zn-NPs significantly improved the yield of wheat compared with control.

       compared with control

     cites 1 paper herecited by 1 paper here

323. Assessment of Zinc, Boron, and Iron Foliar Application on Wheat Yield and Yield Components Under Drought Stress · 2022

     • positive
       Fe + Zn + B increased wheat seed yield by 17% compared with the control treatment.

       compared with control treatment

     cites 1 paper here

324. Optimization of phosphorus (P) induced zinc (Zn) deficiency in low and high P soils and monitoring their effect on productivity, Zn and P uptake by wheat (Triticum aestivumL.) · 2022

     • positive
       In high phosphorus soil, wheat yield increased with zinc addition of 10 mg kg−1 and no phosphorus addition.
     • positive
       In low phosphorus soil, wheat yield increased with zinc addition up to 5 mg kg−1.

     cites 2 papers here

325. Influence of Different Rates and Frequencies of Zn Application to Maize–Wheat Cropping on Crop Productivity and Zn Use Efficiency · 2022

     • positive
       Annual 10 kg zinc increased wheat grain size.

       compared with no-Zn application

     cites 4 papers herecited by 2 papers here

326. Azospirillum brasilense and Zinc Rates Effect on Fungal Root Colonization and Yield of Wheat-Maize in Tropical Savannah Conditions · 2022

     • positive
       Grain yield and yield components of maize-wheat were increased by A. brasilense inoculation under residual Zn rates of 3 to 4 kg ha-1 in tropical savannah conditions.

     cites 3 papers here

327. Combined foliar application of Zn and Fe increases grain micronutrient concentrations and alleviates water stress across diverse wheat species and ploidal levels · 2022

     • positive
       Combined zinc and iron spray significantly increased yield and alleviated water-stress yield loss.
     • positive
       Hexaploid wheat had the highest yield increase from combined spray under both moisture conditions.

     cites 4 papers herecited by 2 papers here

328. EFFICIENCY OF APPLICATION OF MICROFERTILIZERS WHEN GROWING CEREAL CROPS ON HEAVY LOAM SODDY-PODZOLIC SOILS IN THE CENTRAL REGEON OF THE NON-CHERNOZEM ZONE · 2022

     • positive
       Zinc microfertilizers increased winter wheat yield by 10% on poorly cultivated soil.

       compared with liming at pHKCl 5.4

329. Soil copper and manganese availability to wheat (Triticum aestivum) as affected by long-term fertilization in an Inceptisol · 2022

     • positive
       NPK+Zn enhanced wheat yield.

     cites 1 paper here

330. EFFECT OF FYM AND ZINC ON GROWTH, YIELD ATTRIBUTES AND PRODUCTIVITY PARAMETERS OF WHEAT (TRITICUM AESTIVUM L.) · 2022

     • positive
       The combined treatment significantly increased grain, straw and biomass yield and harvest index over control.

       compared with the control

     • positive
       The combined treatment significantly increased tiller, ear, seed and spike traits.

331. Effect of Farmyard Manure (FYM) and Zinc Fertilizer Application on Yield Parameters of Common Wheat (Triticum aestivum L.) Grown on Sandy-clay Loam of Borno State, Nigeria · 2022

     • positive
       FYM and zinc significantly increased thousand-grain weight.
     • positive
       The 5t/ha FYM plus 5ppm Zn treatment gave among the best wheat grain yields.
     • positive
       The 10t/ha FYM plus 0 ppm Zn treatment gave among the best wheat grain yields.
     • positive
       FYM and zinc significantly increased harvest index.

     cites 3 papers herecited by 1 paper here

332. Efficiency of foliar fertilization of spring wheat variety of String myronivska by zinc and manganese in Polissia of Ukraine · 2022

     • positive
       In drought conditions, foliar zinc or EDTA-chelated trace element fertilization increased wheat grain yield by more than 30% compared to the control.

       compared with control

     cites 3 papers here

333. Grain yield and quality of wheat are improved through post-flowering foliar application of zinc and 6- benzylaminopurine under water deficit condition · 2023

     • positive
       Applying Zn increased yield, straw dry weight and kernel weight relative to plants sprayed with water alone.

       compared with plants sprayed with water alone

     cites 5 papers here

334. Response of Integrated Nutrient Management (INM) on Growth, Yield, and Nutrient use Efficiency of Wheat under Irrigated Conditions · 2023

     • positive
       The highest wheat grain yield, 4.9 t/ha, was recorded under integrated nutrient management with 120 kg N, 90 kg P, 60 kg K, 5 kg Zn, and 1 kg B per ha combined with bio-fertilizer plus farmyard manure.

     cites 1 paper here

335. Effect of Zinc Fertilization on Yield, Zinc Biofortification and Indices of Wheat Varieties · 2023

     • positive
       Wheat variety HUW 234 with 5 kg Zn/ha had significantly higher effective tillers, 1,000-grain weight and yield than the other treatments.

       compared with the other treatments

     • positive
       Wheat variety HUW 234 with 5 kg Zn/ha had significantly higher zinc uptake and partial factor productivity than the other treatments.

       compared with the other treatments

     cites 3 papers here

336. Effect of Slow Release Coated Urea on Growth, Yield and Economics of Wheat (Triticum aestivum) under Subtropical Conditions of Jammu · 2023

     • positive
       Applying 100 % of recommended N as ZnCU with recommended P, K and Zn gave the highest B:C ratio in wheat.
     • positive
       Applying 100% of recommended N as ZnCU with recommended P, K and Zn gave significantly better plant height and dry matter production in wheat.
     • positive
       85% of recommended N as ZnCU with recommended P, K and Zn closely followed the top treatment in net returns (₹ 76580) in wheat.
     • positive
       Applying 100 % of recommended N as ZnCU with recommended P, K and Zn gave the highest gross return in wheat.
     • positive
       85% of recommended N as ZnCU with recommended P, K and Zn closely followed the top treatment in gross return (₹ 106341) in wheat.
     • positive
       Applying 100% of recommended N as ZnCU with recommended P, K and Zn gave significantly better yield attributing characters, grain yield and straw yield in wheat.
     • positive
       Applying 100 % of recommended N as ZnCU with recommended P, K and Zn gave the highest net returns in wheat.
     • positive
       85% of recommended N as ZnCU with recommended P, K and Zn closely followed the top treatment in B:C ratio (2.57) in wheat.

     cites 1 paper here

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

     • positive
       Foliar zinc application gave a 50% boost in grain production.

     cites 1 paper here

338. Zn Fertilizer and Mycorrhizal Inoculation Effect on Bread Wheat Cultivar Grown under Water Deficit · 2023

     • positive
       Combined zinc and AMF enhanced wheat growth and yield under drought.
     • positive
       Zinc application enhanced wheat growth and yield under drought.

     cites 2 papers here

339. Zinc-induced enhancement in growth, ionic contents and yield of bio-fortified and standard wheat (Triticum aestivum L.) varieties · 2023

     • positive
       Zinc application significantly improved grain yield, particularly at 0.06%, across all varieties.

     cites 1 paper herecited by 1 paper here

340. Integrated use of plant growth-promoting bacteria and nano-zinc foliar spray is a sustainable approach for wheat biofortification, yield, and zinc use efficiency · 2023

     • positive
       Nano-Zn up to 5 kg Zn ha −1 with A. brasilense increased wheat grain yield in 2019.

     cites 4 papers here

341. Zinc and Potassium Fertilizer Synergizes Plant Nutrient Availability and Affects Growth, Yield, and Quality of Wheat Genotypes · 2023

     • positive
       Zn and K2O fertilizers significantly increased grain number, spike length, thousand-grain weight, grain yield and harvest index.

     cites 4 papers herecited by 2 papers here

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

     • positive
       The highest grain yield was 646 g/m2 under 5% zinc spray, grain-filling irrigation and normal nitrogen.

     cites 7 papers here

343. The Effect of Foliar Zinc Application on the Leaf Chlorophyll Concentrations and Grain Yields of the Winter Wheat (Triticum aestivum L.) in the Field Experiments of Two Seasons · 2023

     • positive
       Zn treatments tended to increase both varieties’ yields in 2021/2022.

344. FEATURES OF THE INFLUENCE OF LEAF FEEDING WITH LIQUID FERTILIZERS ON MINERAL NUTRITION, PRODUCTIVITY AND QUALITY OF WINTER WHEAT SEEDS · 2023

     • positive
       Double zinc foliar application increased yield by 0.18 t/ha.

345. Effect of Nano Potassium and Nano Zinc on Growth and Yield Enhancement in Wheat (Triticum aestivum L.) · 2023

     • positive
       The highest tillers per running row meter was 73.57 under treatment 9.
     • positive
       The highest grains per spike was 51.67 under treatment 9.
     • positive
       The highest straw yield was 8.90 t/ha under treatment 9.
     • positive
       The highest spikes per running row meter was 62.90 under treatment 9.
     • positive
       The highest grain yield was 6.61 t/ha under treatment 9.
     • positive
       The highest spike length was 11.93 cm under treatment 9.
     • positive
       The highest effective tillers per running row meter was 60.10 under treatment 9.

346. Response of Phosphorus and Zinc on Yield and Economics of Wheat (Triticum aestivum) · 2023

     • positive
       Phosphorus 90 kg/ha plus Zn 35 kg/ha produced a higher Gross return of 154405 INR/ha.
     • positive
       Phosphorus 90 kg/ha plus Zn 35 kg/ha produced a higher Net return of 103109.85 INR/ha.
     • positive
       Phosphorus 90 kg/ha plus Zn 35 kg/ha produced a higher Grain yield of 4.90 t/ha.
     • positive
       Phosphorus 90 kg/ha plus Zn 35 kg/ha produced a higher B:C of 2.01.
     • positive
       Phosphorus 90 kg/ha plus Zn 35 kg/ha produced a higher Straw yield of 8.38 t/ha.

     cites 1 paper here

347. Productivity of wheat (Triticum aestivum) as influenced by zinc fertilization under semi-arid conditions of Kandahar, Afghanistan · 2023

     • positive
       The zinc treatment produced significantly more tillers at 90 DAS, 576/m2, than other treatments.

       compared with rest of the treatments

     • positive
       The zinc treatment gave higher gross returns of 147.23 × 103 `/ha.
     • positive
       The zinc treatment produced significantly higher 1,000-grain weight of 52.2 g.

       compared with rest of the treatments

     • positive
       The zinc treatment produced significantly more grains per spike, 51.1.

       compared with rest of the treatments

     • positive
       The zinc treatment gave higher biological yield of 10.2 tonne/ha.
     • positive
       The zinc treatment gave a higher harvest index of 40%.
     • positive
       The zinc treatment produced significantly more spikelets per spike, 20.7.

       compared with rest of the treatments

     • positive
       The zinc treatment gave higher net returns of 103.39 × 103 `/ha.
     • positive
       The zinc treatment produced significantly higher dry matter production of 291 g/m2.

       compared with rest of the treatments

     • positive
       The zinc treatment gave a higher benefit to cost ratio of 3.19.
     • positive
       The zinc treatment gave higher grain yield of 4.09 tonnes/ha.
     • positive
       The zinc treatment produced significantly more spikes per m2, 319.

       compared with rest of the treatments

     • positive
       The zinc treatment produced significantly more tillers at 60 days after sowing, 346/m2, than other treatments.

       compared with rest of the treatments

     • positive
       The zinc treatment gave higher straw yield of 6.39 tonne/ha.

     cites 4 papers here

348. Biofortification effect of FYM zinc and iron on yield and quality of wheat (Triticum aestivum L.) · 2023

     • positive
       Combined zinc, iron and FYM produced straw yield of 71.86 and 75.18 q h-1 in two years.
     • positive
       Combined zinc, iron and FYM produced grain yield of 53.95 and 56.95 q h-1 in two years.
     • positive
       Combined zinc, foliar ferrous sulphate and FYM gave superior wheat yield to sole applications.

       compared with sole application of zinc, iron and FYM

     cites 1 paper here

349. Effect of various foliar applied micronutrients (Zn+Fe+Cu+B) on growth and yield of wheat under Faisalabad condition · 2023

     • positive
       The Zn+Fe+Cu+B combination substantially improved spike length, number of spikelets and number of grains of wheat compared with other treatments.

       compared with other treatments

     • positive
       The Zn+Fe+Cu+B combination substantially improved 1000-grain weight, grain yield and harvest index of wheat compared with other treatments.

       compared with other treatments

     cites 4 papers herecited by 1 paper here

350. Loading of zinc and iron in grains of different wheat genotypes in the calcareous and floodplain soils of Bangladesh · 2023

     • positive
       Zn application increased wheat grain yield by 3.8–25.7% over the varieties and locations.

     cites 3 papers herecited by 1 paper here

351. Effect of Foliar and Soil Application of Zinc on Grain Filling, Yield and Some Physiological Traits of Wheat (Triticum aestivum L.) under Salinity Stress · 2023

     • positive
       Combined Zn increased grain yield by 34.56%.

       compared with no Zn application at the highest salinity level

     • positive
       Combined Zn increased effective grain filling period by 29.22%.

       compared with no Zn application at the highest salinity level

     • positive
       Combined Zn increased grain filling period by 20.2%.

       compared with no Zn application at the highest salinity level

     cites 3 papers here

352. Zinc Absorption through Leaves and Subsequent Translocation to the Grains of Bread Wheat after Foliar Spray · 2023

     • positive
       Foliar zinc treatment improved leaf area, height and spikelet number per spike of bread wheat.
     • positive
       Foliar zinc treatment improved grain number per spike and grain yield of bread wheat.

     cites 4 papers herecited by 4 papers here

353. Influence of Nitrogen and Foliar Application of Nano Zinc on Growth and Yield of Wheat (Triticum aestivum) · 2023

     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave maximum Benefit cost ratio, 2.21.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave higher number of tillers / hill, 7.60.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave higher grains/spike, 49.80.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave maximum Gross returns, 1,15,460.00INR/ha.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave higher straw yield, 7.02 t/ha.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave maximum Net returns, 79,447.00INR/ha.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave higher grain yield, 5.90 t/ha.
     • positive
       Treatment 6 (Nitrogen 125% + Nano zinc 4ml) in wheat gave higher number of effective tillers/hill, 6.00.

354. RESPONSE OF ZINC IN ALLUVIAL SOIL FOR HIGHER YIELD OF WHEAT · 2023

     • positive
       Zinc increased straw and dry matter yields across rabi crops relative to control.

       compared with control

355. Potential of Zinc Glycinate and Calcium Chloride on Morphological and Yield Characters of Wheat (Triticum aestivum L) · 2023

     • positive
       Treatment T12 gave more tillers per plant (5.73) than other treatments.

       compared with other treatments

     • positive
       Treatment T12 gave higher seed yield per plant (16.37 g) than other treatments.

       compared with other treatments

     • positive
       Treatment T12 gave higher harvest index (40.09%) than other treatments.

       compared with other treatments

     • positive
       Treatment T12 gave longer spikes (15.18 cm) than other treatments.

       compared with other treatments

     cites 2 papers here

356. Alleviation of cadmium toxicity and fortification of zinc in wheat cultivars cultivated in Cd contaminated soil · 2023

     • positive
       Pirsabak-2015 with 1% foliar zinc had the highest grain yield.
     • positive
       Pirsabak-2015 with 1% foliar zinc had 56 grains per spike.
     • positive
       Pirsabak-2015 with 1% foliar zinc had the highest biological yield.
     • positive
       Pirsabak-2015 with 1% foliar zinc had 40.6 g thousand grain weight.

     cites 6 papers here

357. Biofortification of wheat (Triticum aestivum L.) genotypes with zinc and manganese lead to improve the grain yield and quality in sandy loam soil · 2023

     • positive
       Zn and Mn treatment increased crop yield.

     cites 2 papers here

358. Enhancement of Wheat Productivity and Zinc Accumulation Through Integrated Use of Zinc and Beneficial Microbes Under Irrigated and Rainfed Conditions · 2023

     • positive
       Irrigated yield rose 33%.
     • positive
       Rainfed yield rose 38.9%.

     cites 1 paper here

359. 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
       TRB-72-311 with foliar Zn and ZSB enhanced grain Zn by 17.8%.

     cites 5 papers here

360. Enhancing wheat production and quality in alkaline soil: a study on the effectiveness of foliar and soil applied zinc · 2023

     • positive
       Zn fertilization increased grain and biological yield over control

       compared with control

     • positive
       Zn fertilization increased grain per spike and 1,000 grain weight over control

       compared with control

     cites 5 papers herecited by 3 papers here

361. Wheat plant response to zinc enrichment: results from a big plot assay · 2023

     • positive
       Almansor grains became heavier.

     cites 1 paper here

362. Effect of Spraying Humic Acid and Different Types of Zinc Fertilizer on Some Growth and Yield Traits of Wheat · 2023

     • positive
       Nano zinc outperformed traditional zinc for the studied wheat traits.

       compared with traditional zinc

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

     • positive
       Zinc addition increased 1000 grain weight.
     • positive
       Zinc addition increased grain yield.

     cites 2 papers herecited by 1 paper here

364. Effect of Plant Growth Regulators and Nano Zinc on Growth and Yield of Wheat (Triticum aestivum L.) · 2023

     • positive
       The treatment gave higher tiller number of 12.67 per plant.
     • positive
       The treatment gave significantly superior effective tiller number of 9.47 per hill.
     • positive
       The treatment gave significantly maximum grain number per spike of 28.00.

365. Integrated nutrient management effects on yield, nutrient uptake and economics of soybean (Glycine max)–wheat (Triticum aestivum) cropping system · 2023

     • positive
       Full RDF plus zinc gave the highest soybean and wheat straw yields of 4.30 and 6.14 t/ha.

366. Evaluation of zinc application methods and integrated nutrient management on variation in growth, yield and yield contributing factors in wheat · 2023

     • positive
       Soil plus foliar zinc combined with 75% recommended fertilizer, 2.5 t/ha farmyard manure and zinc solubilizing bacteria gave the maximum wheat grain yield improvement (5.5 t/ha).

367. Effect of Spraying Zinc on Yield and Grain Zn-Content in Two Wheat Cultivars · 2023

     • positive
       Zinc spraying at 45 days after sowing significantly increased Giza-168 yield in both seasons.
     • positive
       Zinc spraying increased yield and some yield components in both wheat cultivars, mostly without statistical significance.

     cites 1 paper here

368. Response of Wheat to Farmyard Manure and Zinc Application in a Vertisol of Central India · 2023

     • positive
       5 t FYM plus 5 kg Zn per hectare gave the highest grain weight.
     • positive
       Sole 5 kg Zn per hectare significantly enhanced spike length.
     • positive
       Sole 5 kg Zn per hectare significantly enhanced number of grains per spike.

     cites 2 papers here

369. Effect of Various Levels of Sulphur and Zinc on Growth and Yield of Late-Sown Wheat (Triticum aestivum L.) · 2023

     • positive
       30 kg Sulphur ha-1 plus 40 kg Zinc ha-1 was the most effective treatment for yield.

370. Exogenous Application of Potassium and Zinc for the Growth, Yield and Agronomic Zinc Biofortification of Wheat (Triticum aestivum L.) · 2023

     • positive
       Increasing potassium and zinc application increased wheat growth and yield.

     cites 1 paper here

371. Direct Effect of FYM, vermicompost, biofertilizer, sulphur and zinc on growth and yield on maize (Zea mays L.) and their residual effect on succeeding wheat (Triticum aestivum L.) in maize-wheat cropping system · 2024

     • positive
       Organic amendments with RDN, sulfur, zinc and inoculants increased wheat growth and yield.

     cites 1 paper here

372. Metal nanoparticles to improve the heat resilience in wheat (Triticum aestivum L.) · 2024

     • positive
       Zinc nanoparticles at 100 ppm gave the strongest reported growth and yield improvements in heat-stressed wheat.

373. Impact of Organic and Inorganic Plant Growth Promoters on Growth Indices and Yield of Wheat (Triticum aestivum L.) Varieties · 2024

     • positive
       The mixture of micronutrients gave the highest grain yield.

       compared with all other treatment

     • positive
       The mixture of micronutrients gave the highest number of tillers.

       compared with all other treatment

374. Effect of zinc scheduling on yield and yield attributes of wheat crop (Triticum aestivum L.): A case study in Uttarakhand region · 2024

     • positive
       Applying zinc and NPK at the same time is expected to increase wheat yield even more.
     • positive
       T4 (RDF 100% + 3 kg/ha zinc monohydrate) was found best for straw yield (56.2 q ha-1) among all treatments.

       compared with all the treatments

     • positive
       T4 (RDF 100% + 3 kg/ha zinc monohydrate) was found best for biological yield (99.3 q ha-1) among all treatments.

       compared with all the treatments

     • positive
       T4 (RDF 100% + 3 kg/ha zinc monohydrate) was found best for grain yield (42.8 q ha-1) among all treatments.

       compared with all the treatments

     • positive
       T4 (RDF 100% + 3 kg/ha zinc monohydrate) was found best for number of grains per spike (31) among all treatments.

       compared with all the treatments

     • positive
       T4 (RDF 100% + 3 kg/ha zinc monohydrate) was found best for spike length (12.8 cm) among all treatments.

       compared with all the treatments

375. THE FOLIAR APPLICATION OF NITROGEN AND ZINC APPLIED DURING TILLERING AND BOOTING STAGE ENHANCED THE GROWTH AND PRODUCTION OF WHEAT (TRITICUM AESTIVUM L.) · 2024

     • positive
       Combined N and Zn at tillering gave the highest growth and yield traits.

     cites 3 papers here

376. To find out the effect of method of sowing (S), level of NPK (F), and zinc doses (Z) on plant growth, yield attributing characters and seed yield on bread wheat (Triticum aestivum L.) · 2024

     • positive
       Ridge sowing with 1.25 RDF NPK and 5.0 kg Zn/ha was the best practice for seed number per spike and raw and graded seed yield in kg per plot.
     • positive
       Ridge sowing with 1.25 RDF NPK and 5.0 kg Zn/ha was the best practice for graded seed yield in q per ha, seed recovery and benefit-cost ratio.

377. Impact of Nano-fertilizers on Productivity and Profitability of Wheat (Triticum aestivum L.) · 2024

     • positive
       100% NPK plus Nano N, P, K and Zn increased wheat grain yield by 29.8% over 100% NPK.

       compared with 100% NPK

     • positive
       100% NPK plus Nano N, P, K and Zn increased wheat straw yield by 13.7% over 100% NPK.

       compared with 100% NPK

378. Soil zinc application decreases arsenic and increases zinc accumulation in grains of zinc-biofortified wheat cultivars · 2024

     • positive
       Soil zinc enhanced wheat crop yield.

     cites 1 paper here

379. Foliar application of iron and zinc improves morpho-physiological and agronomic grain bioforti ication of wheat (Triticum aestivum L.) under restricted irrigation conditions · 2024

     • positive
       Zn and Fe foliar application improved grains per spike, 1000 grain weight and biological yield of wheat compared with control.

       compared with control

     • positive
       Zn and Fe foliar application increased grain yield of wheat by 1.0% and 0.5% over control.

       compared with control

     cites 2 papers here

380. Biofortification of wheat in salt-affected soil through seed priming and soil application of zinc · 2024

     • positive
       Soil Zn application increased wheat grain and straw yields across seed priming treatments by up to 23%
     • positive
       Soil Zn application is more effective than seed Zn priming in enhancing wheat grain yield and Zn concentration

       compared with seed Zn priming

     • positive
       Seed Zn priming increased wheat grain and straw yields across soil Zn rates by up to 21%

     cites 2 papers here

381. Nutrient-coated urea mitigates deleterious impacts of salinity and supports wheat performance by enhancing antioxidant activities, photosynthetic performance and nitrogen use efficiency · 2024

     • positive
       Zinc and sulfur coated urea significantly increased wheat growth and yield.
     • positive
       Zinc coated urea increased wheat yield.

382. Agronomy biofortification of wheat grain in a saline and calcareous soil · 2024

     • positive
       The reported thousand kernel weight increase under the proposed fertilizer regime was 8%.
     • positive
       120 kg Zn ha−1 plus 5 kg Fe ha−1 improved thousand kernel weight by 9.1% over control.

       compared with control treatment

     • positive
       120 kg Zn ha−1 plus 5 kg Fe ha−1 improved grain yield by 23.4% over control.

       compared with control treatment

     • positive
       The reported yield increase under the proposed fertilizer regime was 619 kg ha−1.

     cites 5 papers here

383. Zinc-priming via moringa leaf extract (MLE30) achieved Zn biofortified wheat grains and drought tolerance by efficient anti-oxidant status · 2024

     • positive
       Seed zinc priming with MLE30 produced maximum antioxidant contents under terminal drought at milking.

       compared with normalCondition

     • positive
       Zinc priming with MLE30 improved morphological growth and yield attributes of Zincol-16 under terminal drought.

       compared with normalCondition

     cites 1 paper here

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

     • positive
       Soil or foliar zinc application increased wheat grain yield.

     cites 2 papers herecited by 1 paper here

385. Effect of different nutrient management on yield and economics of wheat (Triticum aestivum L.) · 2024

     • positive
       T8 (100% NPK + vermicompost 1 t/ha + zinc 5 kg/ha) gave superior grain yield (50.50 q ha-1) in wheat.
     • positive
       T8 (100% NPK + vermicompost 1 t/ha + zinc 5 kg/ha) gave highest 1000-grain weight (46.7 g) in wheat.
     • positive
       T8 (100% NPK + vermicompost 1 t/ha + zinc 5 kg/ha) gave highest benefit-cost ratio (2.13) in wheat.
     • positive
       T8 (100% NPK + vermicompost 1 t/ha + zinc 5 kg/ha) gave superior straw yield (61.70 q ha-1) in wheat.

     cites 3 papers here

386. Enhancing Wheat Growth and Yield through Foliar Application of Zinc in Combination with Methionine, Histidine and Citric Acid as Chelators · 2024

     • positive
       Zinc application significantly increased grain yield, biological yield and thousand seed weight.
     • positive
       Zinc with methionine increased grain yield by 11.3% over control.

       compared with control

     • positive
       Zinc with methionine increased biological yield by 10.3% over control.

       compared with control

     • positive
       Zinc application significantly increased harvest index.

     cites 1 paper here

387. Effect of Foliar Application of Zinc on Leaf Expanse, Dry Matter Accumulation and Its Correlation with Grain Yield in Wheat · 2024

     • positive
       Zinc increased grain yield by up to 16.7%.
     • positive
       Zinc increased dry matter at maximum tillering.

388. Effect of enhanced doses of phosphorous and zinc fertilizers over recommended doses of fertilizers (RDF) on grain yield and its attributes in wheat (Triticum durum L.) · 2024

     • positive
       A 25% higher zinc dose produced 42.4 q/ha grain yield, significantly above RDF and control.

       compared with RDF

     cites 2 papers here

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

     • positive
       Adding zinc by seed soaking and plant spraying increased plant height, number of tillers and flag leaf area of wheat relative to the control.
     • positive
       Adding zinc by seed soaking and plant spraying increased grain yield and 1000-grain weight of wheat.

     cites 2 papers here

390. Soil Applied Zinc Fertilizer Enhanced Yield and Yield Components of Wheat · 2024

     • positive
       BARI Gom-32 with zinc application had the highest 1000-grain weight at 51.47 g.
     • positive
       BARI Gom-32 with zinc application had the highest spike length at 10.41 cm.
     • positive
       BARI Gom-32 with zinc application had the highest straw yield at 5.27 t ha-1.
     • positive
       BARI Gom-32 with zinc application had the highest number of grains spike-1 at 43.53.
     • positive
       BARI Gom-32 with zinc application had the highest number of effective tillers at 4.00.
     • positive
       BARI Gom-32 with zinc application had the highest biological yield at 9.39 t ha-1.
     • positive
       BARI Gom-32 with zinc application had the highest number of total tillers at 4.86.
     • positive
       BARI Gom-32 with zinc application had the highest grain yield at 4.12 t ha-1.
     • positive
       BARI Gom-32 with zinc application had the highest harvest index at 43.93%.

391. Zinc biofortification of wheat through fertilizer and genotype management · 2024

     • positive
       Zn-EDTA + urea substantially increased spike weight in Pishtaz.

     cites 3 papers here

392. Potassium and zinc improves physiological performance, nutrient use efficiency, and productivity of wheat · 2024

     • positive
       NPK plus Zn increased wheat spike length by 15% relative to control.

       compared with control

     • positive
       NPK plus Zn increased wheat grain yield by 78% relative to control.

       compared with control

     cites 1 paper here

393. Assessment of the Economics with and yield by Integrated Nutrient Management on Wheat (Triticum aestivum L.) · 2024

     • positive
       Under the integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) the maximum gross income recorded in wheat was 141586 Rs. ha-1.
     • positive
       The integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) increased gross income by 11.34% over the control treatment in wheat.

       compared with control treatment

     • positive
       The integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) increased net income by 11.19% over the control treatment in wheat.

       compared with control treatment

     • positive
       The integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) increased grain yield by 12.76% over the control treatment in wheat.

       compared with control treatment

     • positive
       Under the integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) the maximum grain yield recorded in wheat was 58.75 q ha-1.
     • positive
       Under the integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) the maximum net income recorded in wheat was 93036 Rs. ha-1.
     • positive
       Under the integrated treatment (NPK + S + Zn + Azotobacter + PSB + vermicompost) the maximum straw yield recorded in wheat was 79.31 qha-1.

394. Physiological, biochemical and hormonal response of wheat cultivars to foliar application of growth stimulants and zinc nano-chelate under water deficit stress · 2024

     • positive
       Zinc nano-chelate produced the highest biological and grain yield in both environments.

     cites 3 papers here

395. Zinc foliar application may alleviate drought stress in wheat species through physiological changes · 2024

     • positive
       Foliar zinc alleviated the grain yield loss caused by water stress.

     cites 5 papers here

396. Variation in wheat yield and soil properties at different landscape positions, nutrient sources, and rates in the tropical cereal-based cropping systems of Ethiopia · 2024

     • positive
       Zinc × NP increased biomass yield on Vertisols.
     • positive
       Zinc × NP increased biomass yield on Cambisols.
     • positive
       Zinc × NP increased biomass yield on Nitisols.
     • no effect
       Increasing zinc did not improve yield on Nitisols.

     cites 2 papers herecited by 1 paper here

397. The Effect of Spraying Iron, Zinc and Copper Nanoparticles on the Components of the Crop of Two Cultivars of Bread Wheat · 2024

     • positive
       T9 produced the highest grain yield, 7.891 ton hectar -1.

       compared with other additives

     • positive
       T9 produced the highest tiller count, 767.17.

       compared with other additives

     • positive
       T9 produced the highest biological yield, 23.533 ton hectar -1.

       compared with other additives

398. 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 harvest index increased to 55.3%.
     • positive
       At T4 the value cost ratio and marginal rate of return were better than at T1-T3 in all wheat cultivars.

       compared with T1-T3

     • positive
       At T4 grain yield increased to 4.2 tons per ha.

     cites 4 papers herecited by 1 paper here

399. Assessment of Plant Growth Promoters on Growth Characteristics, Yield Attributes and Yield of Wheat (Triticum aestivum L.) Varieties in Central Plain Zone of Uttar Pradesh, India · 2024

     • positive
       Micronutrient spray gave maximum 425.13 tillers per square metre at maturity.
     • positive
       Micronutrient spray gave maximum straw yield of 7072.20 kg ha-1.
     • positive
       Micronutrient spray gave maximum grain yield of 4572.17 kg ha-1.

400. Effects of Vinasse and zinc complex on the yield, crude protein, and gluten of winter wheat · 2024

     • positive
       Vinasse plus zinc complex treatments increased winter wheat yield compared with control plots.

       compared with control plots

     • positive
       The highest Vinasse dose combined with zinc complex had the greatest positive effect on yield.

401. Appropriate Soil Fertilization or Drone-Based Foliar Zn Spraying Can Simultaneously Improve Yield and Micronutrient (Particularly for Zn) Nutritional Quality of Wheat Grains · 2024

     • positive
       Soil zinc incorporation or a higher fertilizer N/P ratio enhanced wheat grain zinc concentration and yield.

     cites 1 paper here

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

     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher 1,000 grain weight (42.35 g) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher productive spikes per square meter (259.33 m-2) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher benefit cost ratio (2.49) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher net returns (₹ 63,746 ha-1) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher straw yield (64.71 q ha-1) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher grain yield (46.75 q ha-1) in wheat.
     • positive
       Actinobacteria-derived zinc nanoparticles gave significantly higher number of grains per spike (48.50) in wheat.

403. Response of Five Wheat Cultivars (Triticum aestivum L.) To Urea Fertilizer Levels and Some Micronutrients Application at North Delta of Egypt. · 2024

     • positive
       The highest nitrogen rate and M2 micronutrients significantly increased wheat grains per spike to 64.5.
     • positive
       The highest nitrogen rate and M2 micronutrients significantly increased wheat grain yield to 2.211tons fed.-1.
     • positive
       The highest nitrogen rate and M2 micronutrients significantly increased wheat fertile tillers to 265 per square metre.

404. 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 gave about 25% higher grain yield than control in wheat.

       compared with control

     • positive
       Soil application of 50 kg Zn/ha with two foliar sprays of zinc sulfate gave the highest yield attributes and grain yield of wheat.
     • positive
       Application of 50 kg Zn/ha with two foliar sprays of 0.5% Zn gave the highest net returns among the Zn treatments.

       compared with the Zn treatments

405. Elucidation of biochemical and physiological modulations in Triticum aestivum induced by green synthesized nitrogen-enriched zinc nano-complexes · 2024

     • positive
       Green Zn-NC increased wheat yield by 22 %.

406. Short‐Term Benefits of Tillage and Agronomic Biofortification for Soybean–Wheat Cropping in Central India · 2024

     • positive
       Foliar Zn and Fe produced 14.2% higher soybean equivalent yield than control.

       compared with control

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

     • positive
       P3 with soil-mixed Zn gave the highest grain weight per spike.
     • positive
       P3 with soil-mixed Zn gave the highest no. of tillers.
     • positive
       P3 with foliar Zn gave maximum spike length, 14.25.
     • positive
       P3 with foliar Zn gave maximum spikelets per spike, 17.67.
     • positive
       P3 with soil-mixed Zn gave the highest harvest index.
     • positive
       P3 with soil-mixed Zn gave the highest grain yield.
     • positive
       P3 with soil-mixed Zn gave the highest biological yield.

408. Effect of foliar application of zinc, mg and urea on growth, yield and economics of wheat (Triticum aestivum L.) crop · 2024

     • positive
       T5 had the highest grain and spikelet counts and test weight.
     • positive
       T5 had the highest plant height, tillers and spike length.
     • positive
       T5 produced the highest wheat grain yield of 45.47 q ha-1.

409. Biofortification of Wheat Using Biologically Synthesized Zinc Nanoparticles · 2024

     • positive
       T12 treatment gave significantly higher grain yield (3.95 g per plant) in wheat.
     • positive
       Seed priming plus foliar spraying at 500 ppm with actinobacteria-biosynthesized zinc nanoparticles (T12) gave significantly higher number of grains per spike (46.73) in wheat.
     • positive
       T12 treatment gave significantly higher 1000 grain weight (42.26 g) in wheat.
     • positive
       T12 treatment gave significantly higher straw yield (5.97 g per plant) in wheat.

410. Seed Priming and Foliar Spraying with Biosynthesized Zinc Nanoparticles on Wheat (Triticum aestivum L.) Production · 2024

     • positive
       The same treatment significantly increased grain weight per spike to 1.83 g in wheat.
     • positive
       The same treatment significantly increased grain yield to 3.95 g plant-1 in wheat.
     • positive
       The same treatment significantly increased the number of grains per spike to 46.73 in wheat.
     • positive
       The same treatment significantly increased total dry matter production to 45.57 g pot-1 in wheat.
     • positive
       The same treatment significantly increased the number of tillers per plant to 4.87 in wheat.
     • positive
       The same treatment significantly increased straw yield to 5.97 g plant-1 in wheat.

411. Increase in above ground dry matter accumulation with application microbial consortia and zinc fertilization in different cultivation methods of wheat · 2024

     • positive
       Zn fertilization increased dry matter production by 9.8-11.6 g/m2 at 60 DAS.
     • positive
       RDN plus zinc gave the highest dry matter accumulation, on par with the two reduced RDN microbial formulations.

       compared with 75% RDN + Anabaena sp. (CR1) + Providencia sp. (PR3) consortia + Zn and 75% RDN + Anabaena-Pseudomonas biofilmed formulations + Zn

     • positive
       Zn fertilization increased dry matter production by 18.2-20.0 g/m2 at 90 DAS.

412. Evaluation of Variable Rates of Zinc Sulfate Fertilization on Soil Chemical Characteristics, Fertility Status, and Growth Components of Wheat (Triticum aestivum): A Case Study on the Hilly Region of Uthal, Balochistan · 2024

     • positive
       Higher zinc fertilization significantly increased wheat growth and yield by 15-20% compared with control.

       compared with control

413. Effect of zinc and iron fortification on growth and yield of wheat (Triticum aestivum L.) · 2024

     • positive
       seed yield
     • positive
       Number of effective tillers/plant
     • positive
       1000-seed weight
     • positive
       Number of total tillers/plant
     • positive
       straw yield

414. EFFECT OF INORGANIC AND CHELATE FORMS OF ZINC- AND COPPER-CONTAINING FERTILIZERS ON WHEAT GRAIN PRODUCTIVITY AND QUALITY CHARACTERISTICS · 2024

     • positive
       Zinc fertilizers gave spring wheat 1000-seed mass of 42.40–44.97 g.
     • positive
       Zinc sulfate gave spring wheat grain yield of 2.13 t/ha.

       compared with control value

     • positive
       Zinc chelate increased winter wheat grain yield by 0.37 t/ha.

       compared with control variant

     cites 1 paper here

415. Response of Different Source and Method of Zinc Application on Productivity of Wheat (Triticum aestivum L.) in South- West Rajasthan · 2024

     • positive
       Combined soil and foliar zinc application with ZSB gave the significantly highest straw yield of wheat compared with control.

       compared with control

416. Comprehensive Study on Foliar Application of Zn (Fortification) on Growth, Yield and Zinc Content in Wheat · 2024

     • positive
       The number of grains per spike rose consistently with increasing zinc application.

417. BIOENERGETIC AND ECONOMIC EFFICIENCY OF WINTER AND SPRING WHEAT CULTIVATION IN THE CONDITIONS OF THE ORENBURG URALS · 2024

     • positive
       In spring wheat, the highest energy and economic efficiency value, 1.66, was on the Carb-N-Humik option with Albit and Amino Zn.

418. PHYSIOLOGICAL ASPECTS OF THE USE OF MINERAL NUTRITION EL-EMENTS IN THE CULTIVATION TECHNOLOGY OF WINTER AND SPRING WHEAT IN THE CONDITIONS OF ULYANOVSK REGION · 2024

     • positive
       Zn and Mn sulfate seed and foliar treatment raised yield of spring wheat Simbirtsit by 13.7-20.3 % without fertilizers.

       compared with without fertilizers

     • positive
       Zn and Mn sulfate seed and foliar treatment raised yield of Bazalt winter wheat by 12.7-22.0 % without fertilizers.

       compared with without fertilizers

419. Sustainable Plant Nutrition of Winter Wheat · 2024

     • positive
       The highest Vinasse dose with zinc complex had the greatest positive effect on yield.
     • positive
       Vinasse and zinc complex treatments gave higher yield than control plots.

       compared with control plots

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

     • positive
       All zinc application methods enhanced profitability.

     cited by 5 papers here

421. Wheat genotype responses to phosphorus and zinc: Differential growth, mycorrhizal interactions, and zinc accumulation · 2025

     • positive
       Zn plus P increased thousand grain weight by 10%.

       compared with control

     • positive
       Zn plus P increased grains per spike by 17%.

       compared with control

     • positive
       Zn plus P increased spikelets per spike by 11%.

       compared with control

     • positive
       Zn plus P increased spike length by 10%.

       compared with control

     • positive
       Zn plus P increased wheat grain yield by 23% versus control.

       compared with control

     cites 2 papers here

422. Effect of organic manures on productivity, nutrient uptake and soil fertility in pearl millet-wheat cropping sequence in Agra region · 2025

     • positive
       The 75% RDF, FYM and Zn treatment gave significantly higher grain and straw yields in both crops.

423. IMPROVING PHYSIOLOGY, GROWTH, PRODUCTIVITY, AND GRAIN BIO-FORTIFICATION OF WHEAT WITH SOIL AND FOLIAR APPLIED MICRONUTRIENTS · 2025

     • positive
       The T15 combination (Zn + B + Mn soil application + foliar spray) gave the maximum improvement in grain yield and biomass of wheat.

424. Influence of Phosphorus and Zinc Nutrition on Growth and Yield of Wheat · 2025

     • positive
       The highest phosphorus and zinc doses produced significantly higher tiller, ear head, and spikelet measures, at par with the next lower doses.

       compared with 60 kg P2O5 ha-1 and 5.0 kg Zn ha-1

     • positive
       The highest phosphorus and zinc doses produced significantly higher grain and straw yields, at par with the next lower doses.

       compared with 60 kg P2O5 ha-1 and 5.0 kg Zn ha-1

425. Effect of Phosphorus and Zinc on Wheat Yield, Nutrient Uptake, Quality and Post Harvest Soil Fertility Status · 2025

     • positive
       High phosphorus and zinc application produced significantly higher grain yield, at par with the lower rates.

       compared with 60 kg P2O5 ha-1 and 5.0 kg Zn ha-1

     • positive
       High phosphorus and zinc application produced significantly higher straw yield, at par with the lower rates.

       compared with 60 kg P2O5 ha-1 and 5.0 kg Zn ha-1

426. Biofortification of Romanian and Egyptian Wheat Cultivars with Zinc and Its Effect on Yield · 2025

     • positive
       Foliar zinc treatment caused significant increases in production of Ciprian wheat.
     • positive
       Both seed-treatment variants with zinc caused significant increases in production of Pădureni spring wheat.

427. Influence of Different Rates of Phosphorus and Zinc Application to Micronutrients Uptake and DTPA Extractable Fe, Mn, Zn and Cu Status after Wheat (Triticum aestivum L.) Harvesting · 2025

     • positive
       Zn application at 7.5 kg ha-1 gave the highest DTPA-extractable Zn in soil after wheat harvest.

428. Effect of different levels of nitrogen, zinc and iron on yield of wheat · 2025

     • positive
       The 175% N + Zn + Fe treatment produced maximum grain yield.

       compared with T6-150% N + Zn + Fe

429. Targeting nutrient sources and forms to identify yield-limiting nutrients for wheat under contrasting rainfall regimes and landscape positions in mixed-farming systems · 2025

     • positive
       Zn omission caused wheat grain yield penalties within the reported 0.54–9% range versus All-Blend.

       compared with All-BlendAbout lacking this nutrient, so it counts the other way round

     cites 3 papers herecited by 1 paper here

430. Optimizing wheat growth and zinc uptake with compost and rice husk in alkaline conditions · 2025

     • positive
       1000-grain weight increased 24% under combined compost, rice husk and zinc relative to control.

       compared with the control

     • positive
       spike length increased 59% under combined compost, rice husk and zinc relative to control.

       compared with the control

     cites 1 paper here

431. Studies on effect of seed treatment and methods of sowing on growth and yield of wheat (Triticum aestivum L.) under late sown conditions · 2025

     • positive
       Seed treatment with 0.5% zinc solution in line sowing gave the maximum B:C ratio, 1.62 and 1.75.

       compared with seed treatment with 0.5% zinc solution in broadcasting methods of sowing

     • positive
       Seed treatment with 0.5% zinc solution in line sowing gave seed yield of 49.23 and 45.75 q/ha, the highest observed.

       compared with 0.5% zinc solution in broadcasting methods of sowing

     • positive
       Seed treatment with 0.5% zinc solution in line sowing gave the maximum net return, Rs. 50588 and Rs. 60852/ha.

       compared with seed treatment with 0.5% zinc solution in broadcasting methods of sowing

     • positive
       Seed treatment with 0.5% zinc solution in line sowing gave straw yield of 64.11 and 58.33 q/ha, the highest observed.

       compared with 0.5% zinc solution in broadcasting methods of sowing

432. Influence of zinc foliar spray on growth, some important physiological processes, yield and yield attributes of bread wheat under water stress · 2025

     • positive
       Zinc increased wheat grain yield under control and drought treatments.
     • positive
       Zinc increased yield attributes under control and drought treatments.

     cites 4 papers herecited by 1 paper here

433. Comparative efficacy of Zn-EDTA and ZnSO4 in mitigating zinc deficiency in wheat for sustainable production · 2025

     • positive
       Zn-EDTA increased spikelets per spike by 7%.

       compared with control

     • positive
       Zn-EDTA increased thousand grain weight by 12%.

       compared with control

     • positive
       Zinc application significantly improved wheat growth and yield traits versus control.

       compared with control

     • positive
       Zn-EDTA increased wheat spike length by 31%.

       compared with control

     • positive
       Zn-EDTA increased straw yield by 10%.

       compared with control

     • positive
       Zn-EDTA increased grain yield by 10%.

       compared with control

434. Effect of Phosphorus and Zinc Fertilization on Yield and Nutrient Use Efficiency of Wheat (Triticum aestivum L.) in Tigray Highlands of Northern Ethiopia · 2025

     • positive
       Balanced P and Zn fertilization significantly increased wheat grain and biomass yields.
     • positive
       The 20 kg P ha⁻1 and 5 kg Zn ha⁻1 combination achieved the best wheat yield.
     • negative
       Applying 30 kg P ha⁻1 and 10 kg Zn ha⁻1 reduced wheat yields.

     cites 4 papers here

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

     • positive
       Combined application of Fe and Zn significantly improved yield attributes of wheat.

     cites 2 papers here

436. Effects of iron, zinc, and silicon nanoparticles on morpho-physiological growth, yield, and quality of wheat (Triticum aestivum L.) under drought stress · 2025

     • positive
       Fe and Zn nanoparticles improved wheat flour yield by 4.7% under drought stress.
     • positive
       Fe and Zn nanoparticles increased wheat tiller number by 26.1% under drought stress.

437. Zinc Translocation from Coastal Soil to Wheat as Mediated by Zinc Supply Levels and Soil Properties · 2025

     • positive
       Zinc application increased wheat grain yield under low soil salinity.
     • positive
       Soil zinc application increased grain yield in 20 wheat genotypes.
     • no effect
       Foliar zinc application did not further increase wheat grain yield.

     cites 1 paper here

438. Zinc nano particles for enhancing salinity stress resilience in wheat (Triticum aestivum L.) · 2025

     • positive
       Zinc nanoparticles enhanced wheat yield traits, most strongly at 25 mM NaCl.

       compared with controls

439. Effect of soil fertility management practices on dry matter accumulation of wheat (Triticum aestivum L.) in the Varanasi region of Uttar Pradesh · 2025

     • positive
       The 100% RDF, zinc and iron treatment gave the highest wheat dry matter accumulation at 30 and 60 DAS relative to the control and 75% RDF.

       compared with the control and the application of 75% RDF

440. Role of zinc application from organic and biological sources on wheat (Triticum aestivum L.) productivity under semi-arid conditions · 2025

     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher grains per spike.
     • positive
       Zinc application enhanced economic returns under both tillage systems.
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher grain yield.
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher number of effective tillers (m⁻²).
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher dry matter accumulation (g m⁻²).
     • positive
       Zinc application enhanced wheat productivity under both tillage systems.
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher straw yield.
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher 1000-grain weight (g).
     • positive
       RDF with ZnSO₄ and ZSB seed treatment produced significantly higher harvest index (%).

441. Effect of Nano Potassium and Nano Zinc on Growth and Yield Enhancement in Wheat (Triticum aestivum L.) · 2025

     • positive
       The combination produced highest spikes per running row meter of 62.90.
     • positive
       The combination produced highest grains per spike of 51.67.
     • positive
       The combination produced highest grain yield of 6.61 t/ha.
     • positive
       The combination produced highest straw yield of 8.90 t/ha.
     • positive
       The combination produced highest effective tillers per running row meter of 60.10.
     • positive
       The combination produced highest tillers per running row meter of 73.57.
     • positive
       The combination produced highest spike length of 11.93 cm.

442. Effect of foliar and soil application of zinc for improving the production and productivity of wheat in rainfed rice-wheat cropping system under mid-hill zone of Himachal Pradesh · 2025

     • positive
       Combined foliar and soil zinc improved wheat growth, yield attributes and yield.

443. Evaluating Carbon Sequestration and Soil Organic Carbon Enhancement with Innovative Slow-Release Micronutrient Products · 2025

     • positive
       Wheat yield increased in three out of four field trials using Soileos Zinc micronutrient.

444. EFFECT OF INTEGRATED NUTRIENT MANAGEMENT ON YIELD, QUALITY AND UPTAKE OF NUTRIENTS IN WHEAT (TRITICUM AESTIVUM L.) CROP IN AGRA REGION OF INDIA · 2025

     • positive
       The maximum dry matter yield of wheat (60.69 q ha-1) was recorded with 75% RDF + 5 t FYM ha-1 + 5 Kg Zn ha-1.
     • positive
       The maximum grain weight of wheat was recorded with 75% RDF + 5 t FYM ha-1 + 5 Kg Zn ha-1.

445. Effectiveness of the Use of Trace Elements in the Cultivation of Grain Crops in Long-Term Experiments on Sod-Podzolic Soil · 2025

     • positive
       Zinc and copper micro-fertilizers increased winter wheat yield by 12% against the background of mineral fertilizers.

       compared with background of mineral fertilizers

446. Impact of Fe-EDTA, EDTA, and Zn Applications on Fe and Zn Levels and Biomass Production in Bread Wheat · 2025

     • positive
       Fe and Zn fertilization increased biomass and nutrient concentrations.
     • positive
       The combined high Fe-EDTA and Zn treatment raised yield 43% over control.

       compared with control

     cites 2 papers here

447. Agronomic biofortification of wheat with zinc through co‐addition of organic carbon with zinc fertilizers · 2025

     • positive
       Inorganic zinc increased grain yield by 26% to 41% versus fertilized control.

       compared with fertilized control

     cites 2 papers here

448. Comparative efficacy of soil and foliar zinc application for agronomic biofortification of wheat with zinc · 2025

     • positive
       Soil zinc increased grain yield 13.2% versus control in 2021–2022.

       compared with the control

     • positive
       Soil zinc increased grain yield 11.4% versus control in 2022–2023.

       compared with the control

     cites 8 papers here

449. Impact of zinc foliar spraying and potassium fertilization on yield and its components of some wheat genotypes · 2025

     • positive
       Foliar potassium plus zinc significantly increased wheat yield and components versus control in both seasons.

       compared with control treatment

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

     • positive
       Foliar Zn and B gave the highest wheat grain yield, 44.57 q/ha.

       compared with soil application of Zn (25 kg/ha) and B (2 kg/ha)

     • positive
       Foliar Zn and B gave the highest wheat straw yield, 58.4 q/ha.

       compared with soil application of Zn (25 kg/ha) and B (2 kg/ha)

451. 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 partial factor productivity of N by 0.71–5.78%.
     • positive
       Foliar Zn at anthesis raised thousand-kernel weight by 0.70–10.97%.
     • positive
       Foliar Zn at anthesis improved the grain-filling rate by 0.63–9.96%.
     • positive
       Foliar Zn at anthesis raised yield by 0.71–5.78%.

     cites 3 papers here

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

     • positive
       Foliar zinc application increased wheat grain yield by 32.79% in soils with elevated Cd5 content compared with inadequate zinc fertilization.

       compared with inadequate Zn fertilization

     • positive
       Foliar zinc application increased wheat grain yield by 49.75% in Cd-free soils compared with inadequate zinc fertilization.

       compared with inadequate Zn fertilization

     • positive
       Combined soil and foliar zinc application significantly increased wheat grain yield.

     cites 5 papers here

453. Effect of Foliar Nutrient Salt Sprays on Wheat Yield under Terminal Heat Stress in the Lower Gangetic Plains in West Bengal · 2026

     • positive
       Combined zinc and boron spray increased grain yield.

454. Effect of sole and combined application of sulphatic micronutrients fertilisers on growth traits of wheat (Triticum aestivum L.) · 2026

     • positive
       Combined Zn, Fe, and Cu fertilization significantly enhanced height, tiller number, and dry matter versus control and individual applications.

       compared with control and individual applications

455. Integrated nutrient management enhances soil physico-chemical properties, yield and grain quality of wheat (Triticum aestivum L.) · 2026

     • positive
       Integrated nutrient treatment T10 significantly improved grain yield.

456. Optimising wheat yield and water use efficiency through strategic irrigation scheduling and zinc biofortification · 2026

     • positive
       Basal application of 5.0 kg Zn/ha enhanced wheat grain yield by 23.1 % compared with the control without Zn.

       compared with control (no Zn)

     • positive
       Irrigation at CRI + booting + milking stage with basal 5.0 kg Zn/ha enhanced wheat productivity by improving water use and nutrient uptake.