zinc atom · Yield · Zea mays (maize)

Papers reporting a positive result 391

1. Method and Rate of Applying Zinc Sulfate for Corn on Zinc‐Deficient Soil in Western Nebraska¹ · 1963

   • positive
     Broadcasting and plowing under 5 pounds of Zn per acre before planting increased early growth and grain yield of corn.

     compared with Other methods of application

   cited by 1 paper here

2. Zinc Availability in Calcareous Michigan Soils as Influenced by Phosphorus Level and Temperature · 1964

   • positive
     Applying 4 pounds of Zn per acre raised corn yield from 7,504 to 8,680 pounds per acre on a calcareous Wisner clay loam in a field experiment.

   cited by 2 papers here

3. Nutrition of Corn (Zea mays L.) on a Calcareous Soil: III. Interaction of Zinc and Boron with Plant Population and the Relationship between Grain Yield and Leaf Composition · 1966

   • positive
     High rates of applied Zn or B increased corn grain yield at high plant populations.
   • negative
     High rates of applied Zn or B depressed corn grain yield at low plant populations.

   cited by 1 paper here

4. Response of Corn to Zinc as Affected by Nitrogen and Phosphorus Fertilizers · 1966

   • positive
     Corn forage yields ranked soil mixed zinc above zinc in nitrogen granules, phosphate granules, and no zinc.

     compared with no applied Zn

5. Zinc deficiency on the shallow soils of Niue · 1966

   • positive
     Application of 20 lb zinc per acre with NPK gave maximum sweet corn yields, double the control.

     compared with the control

   • positive
     A 5 lb zinc rate gave about 85% of the maximum yield of crotalaria and sweet corn.

     compared with maximum yield

   cites 1 paper here

6. The Influence of Zinc and Tryptophan on Polysome Stability and Growth Response of Corn Seedlings · 1968

   • positive
     Substituting indole acetic acid for zinc gave a slight increase in dry weight relative to the minus-zinc treatment.

     compared with minus-zinc treatment

7. Availability of Zinc, Copper and Iron in Fusions with Sulfur¹ · 1969

   • positive
     Zinc treatments increased total corn yields

8. Response of Several Corn Hybrids to Level of Water‐Soluble Zine in Fertilizers · 1969

   • positive
     Corn forage yield increased with fertilizer water-soluble zinc level.

9. Effect of Phosphorus Carriers and Zine Sources on Phosphorus‐Zine Interaction in Corn · 1969

   • positive
     Applying Zn increased corn grain yields only to levels produced without P fertilization.

     compared with without P fertilization

10. Response of Corn to Zn‐EDTA and ZnSO4 in Field Investigations¹ · 1969

    • positive
      Banded Zn-EDTA at 1.12 kg Zn/ha increased corn yield on the Norfolk soil
    • positive
      A higher broadcast Zn-EDTA rate of 4.48 kg Zn/ha was required to increase corn yield on the Litz soil
    • positive
      Broadcast Zn-EDTA at 2.24 kg Zn/ha increased corn yield on the Norfolk soil

    cited by 4 papers here

11. Response Of Maize Varieties To Zinc Fertilization · 1970

    • positive
      Pacific 984 produced the highest seed yield, 10.46 t/ha, with zinc application.

    cited by 2 papers here

12. Response of Corn to Residual and Applied Zinc as ZnSO4 and Zn‐EDTA in Field Investigations¹ · 1972

    • positive
      Broadcast Zn‐EDTA at 4.4 kg Zn/ha increased corn yield.
    • no effect
      A 2.2 kg Zn/ha Zn‐EDTA rate was inadequate to increase yield.

13. Field Response of Corn to ZnSO4 and Zn‐EDTA Placed with the Seed¹ · 1973

    • positive
      Each zinc application method increased corn grain yield versus the check.

      compared with the check

    cited by 2 papers here

14. Zinc Response of Maize (Zea mays L.) Grown on Sandy Inceptisols in Western Nigeria¹ · 1973

    • positive
      Zinc at 1 to 2 kg/ha increased savannah maize grain yield by 1,747 kg/ha.
    • positive
      Growth development and grain yield responses to zinc were limited to the savannah.

    cited by 2 papers here

15. Availability of Fertilizer Zinc to Corn in a Calcareous Mineral Soil · 1974

    • positive
      Seed dusting with Na 2 Zn‐EDTA increased five-year grain yield.
    • no effect
      Seed dusting with Na 2 Zn‐EDTA did not change leaf zinc or annual grain yield.

16. Sprinkler Application of P and Zn Fertilizers¹ · 1976

    • positive
      Zn application significantly increased corn grain yield in 1968.
    • no effect
      Zn application did not significantly increase corn grain yield in 1969.

17. Yield and Uptake Response of Corn to Zinc, as Influenced by Phosphorus Fertilization¹ · 1976

    • positive
      Increased Zn supply significantly increased growth and yield of corn.

    cited by 3 papers here

18. Differential Susceptibility of Corn Cultivars to Zinc Deficiency¹ · 1979

    • positive
      Zinc deficiency reduced whole-plant dry matter yield by 74% in White Opaque 2.

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

    • positive
      Zinc deficiency reduced whole-plant dry matter yield by 26.6% in Basi.

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

    cited by 3 papers here

19. Sodium, Potassium, and Zinc Relationship in Corn¹ · 1979

    • positive
      Zinc increased corn yield.

20. Nitrogen-Zinc Content in Maize as Affected by Their Different Sources · 1980

    • positive
      Combined N and Zn increased yield.
    • positive
      Zinc sulphate and rayplex zinc were similarly effective and superior to ZnO for dry matter yield.

      compared with ZnO

21. RESPONSE OF CORN TO ZINC SOURCE AND RATE OF ZINC BAND APPLIED WITH EITHER ORTHOPHOSPHATE OR POLYPHOSPHATE · 1980

    • positive
      Zinc at 1.7 kilograms per hectare was adequate for maximum corn yield.
    • positive
      Application of zinc increased corn yield at one of the three sites.
    • no effect
      Differences in zinc uptake from zinc sources were not reflected in corn yield.

    cited by 1 paper here

22. Ameliorative Role of Zn, K, and Gypsum on Maize Growth under Alkali Soil Conditions¹ · 1980

    • positive
      Combined 5 ppm Zn, 250 ppm K and gypsum application to alkali soil recovered yield to 75% of normal soil.

      compared with normal soil

    • positive
      The highest-yield treatment (10 ppm Zn, 250 ppm K, gypsum) gave 59% more yield than Zn-treated alkali soils.

      compared with Zn‐treated alkali soils

    • positive
      Combined 5 ppm Zn, 250 ppm K and gypsum application to alkali soil recovered yield to 91% of normal soil.

      compared with normal soil

    • positive
      The highest-yield treatment (10 ppm Zn, 250 ppm K, gypsum) gave 14% more yield than normal soil.

      compared with normal

    • positive
      Combined 5 ppm Zn, 250 ppm K and gypsum application to alkali soil recovered yield to 70% of normal soil.

      compared with normal soil

    • positive
      The highest yield was recorded with 10 ppm Zn, 250 ppm K and gypsum applied to alkali soil.

23. Effect of Fulvic Acid on the Diffusion of Zinc to a Simulated Root System · 1980

    • positive
      Fulvic acid and water flux with zinc significantly enhanced corn dry matter production.

24. Interactions of phosphorus, magnesium and zinc on the yield and nutrient content of maize · 1981

    • positive
      On soils A–E, forage yield was 5·1 to 5·6 g with Zn.

      compared with no Zn

    cites 1 paper herecited by 1 paper here

25. Studies on photosynthetic electron transport, photophosphorylation and CO₂fixation in zinc deficient leaf cells ofZea mavs. L. · 1981

    • positive
      Zinc deficiency lowered yields of isolated maize mesophyll and bundle sheath cells relative to normal plants.

      compared with normal plantsAbout lacking this nutrient, so it counts the other way round

26. INFLUENCE OF SOIL MASS AND DIMENSIONS ON ZINC RESPONSE IN CORN (Zea mays) · 1983

    • positive
      Zinc increased shoot dry matter yield of greenhouse corn.

27. Differential Susceptibility of Some Composite Maize Germplasms to Zinc Deficiency in Calcareous Soil · 1983

    • positive
      Lakshami had the maximum grain yield response to zinc.
    • negative
      Obregaon had the minimum grain yield response to zinc.

28. Field Evaluations of Zinc Sources Band Applied in Ammonium Polyphosphate Suspension · 1984

    • positive
      Zn fertilization increased grain yield at only two locations.

    cites 3 papers herecited by 1 paper here

29. EFFECT OF ZINC AND MAGNESIUM APPLICATIONS ON THE AVAILABILITY OF NATIVE CALCIUM TO WINTER MAIZE IN CALCAREOUS SOIL · 1984

    • positive
      Zinc addition significantly increased dry matter yield of maize roots, stem and leaf sheath.
    • positive
      Zinc addition significantly increased dry matter yield of maize leaf blade.

30. Plant Uptake of Heavy Metals in Zinc Fertilizers Made From Industrial By‐Products · 1985

    • positive
      Zinc increased corn forage yield on alkaline soil.
    • no effect
      Zinc did not increase corn forage yield on acid soil.

31. Responses of Yield, Components of Yield and Nutrient Content of Maize to Soil-Applied Zinc in Tropical Rainforest and Savannah Regions · 1985

    • positive
      Soil-applied zinc significantly increased maize yield in the new and old savannah soils.
    • positive
      A significant maize yield response to zinc was recorded only in an old field of the forest zone.

    cites 2 papers here

32. Micronutrients · 1987

    • positive
      Maximum corn yield occurred at 4 mg Zn per kg soil, 5628% more than at 0 Zn.

      compared with 0 Zn

    cites 1 paper here

33. Micronutrients · 1987

    • positive
      Yield tended to increase in three additional soils.
    • positive
      Yield increased significantly in two of eight soils.

34. Effect of cadmium and zinc on growth of corn in a coarse texture soil (typic ustipsamments) · 1989

    • positive
      Application of 5 mg Zn kg-1 soil increased corn yield.

35. Zinc studies in Zimbabwean soils: Effect of lime and phosphorus on growth, yield, and zinc status of maize · 1993

    • positive
      Maize yield responded to zinc application in soils receiving 240 kg P2O5/ha.
    • positive
      Maize yield responded to zinc application in limed soils.

    cites 1 paper here

36. EFFECT OF SOIL APPLICATION OF PHOSPHORUS AND METHOD OF APPLICATION OF SOME MICRONUTRIENTS ON GROWTH AND MINERAL COMPOSITION OF MAIZE PLANT · 1993

    • positive
      Zinc applied to the soil gave the highest maize dry matter yield.

37. CRITICAL LEVEL OF ZINC IN SEMIARID SOILS OF COIMBATORE DISTRICT AND MAIZE PLANT · 1994

    • positive
      Zn fertilisation at 5 ppm increased total dry matter production of maize in a greenhouse experiment.

38. EFFECT OF ZINC LEVELS AND ITS APPLICATION METHODS ON CORN PLANTS GROWN IN DIFFERENT SOILS OF EGYPT · 1994

    • positive
      Zinc fertilization up to 10 ppm increased corn fresh weight and dry matter yield.

    cited by 1 paper here

39. Phosphorus and zinc fertilization of corn grown in a Connecticut soil · 1995

    • positive
      Adding Zn to P increased corn grain yield in only one year.

      compared with 66 kg/ha P + 0 kg/ha Zn

    • positive
      P alone increased corn grain yield in three years relative to no P or Zn.

      compared with corn that received no P or Zn

    • positive
      P plus Zn increased grain yield in three years relative to no fertilizer.

      compared with corn that received no P or Zn

    • positive
      Zn alone increased corn grain yield in one year.

    cites 3 papers herecited by 1 paper here

40. Long‐Term Evaluation of Phosphorus and Zinc Interactions in Corn · 1995

    • positive
      Zn fertilization raised mean corn yield by 2 bu/acre over 26 years.
    • positive
      Zn fertilization increased yields in 5 of 26 years.

    cites 1 paper herecited by 2 papers here

41. Efficiency of Zinc Ethylenediaminetetraacetate and Zinc Lignosulfonate Soluble and Coated Fertilizers for Maize in Calcareous Soil · 1996

    • positive
      Zn−EDTA-3 at 15 mg·kg - 1 Zn raised maize yield to 42 g per pot from 25 g per pot.

      compared with control

    • positive
      Zn−LS-0 at 15 mg·kg - 1 Zn raised maize yield to 39 g per pot from 25 g per pot.

      compared with control

    cites 1 paper herecited by 1 paper here

42. Effects of chelated zinc, soluble and coated fertilizers, on soil zinc status and zinc nutrition of maize · 1996

    • positive
      Zinc fertilizers substantially increased maize crop yield.

    cited by 2 papers here

43. Genetic and Environmental Influences on Zinc Status in Maize Plants · 1996

    • positive
      Zinc treatment increased Os84-24 grain yield by 34%.
    • positive
      Zinc treatment increased Os64-9 grain yield by 13%.
    • positive
      Zinc treatment increased Os84-49 grain yield by 20%.
    • positive
      Presowing ZnSO4.7H2O increased natural seed yields by 10% to 32% in seven trials.

      compared with control (ordinary fertilization

    • negative
      Zinc treatment decreased Os 2-48 grain yield by 18%.
    • negative
      Zinc treatment decreased Os 1-48 grain yield by 22%.
    • no effect
      Five inbred lines had yields in the control range after zinc use.

      compared with control

44. 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

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

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

      compared with other imbalance applications of phosphorus and zinc

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

    • positive
      Dry matter production of corn 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

47. Studies on Influence of Zinc to the Summer corn Growth,Development and Yield · 1999

    • positive
      An increasing zinc level gave a yield increase rate of 9.83% relative to control.

      compared with control

    • positive
      Increasing zinc fertilizer application can also increase second root number, dry matter weight per plant and yield per plant.
    • positive
      An increasing zinc level raised yield by 811.35 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      An increasing zinc level raised yield by 1227.90 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      An increasing zinc level gave a yield increase rate of 17.85% relative to control.

      compared with control

    • positive
      An increasing zinc level raised yield by 1639.05 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      Increasing zinc fertilizer application can raise corn yield remarkably.
    • positive
      An increasing zinc level raised yield by 1383.60 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      An increasing zinc level gave a yield increase rate of 16.76% relative to control.

      compared with control

    • positive
      An increasing zinc level raised yield by 355.65 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      An increasing zinc level raised yield by 1094.55 kg/hm2 relative to control, averaged over 2 years.

      compared with control

    • positive
      An increasing zinc level gave a yield increase rate of 4.31% relative to control.

      compared with control

    • positive
      An increasing zinc level gave a yield increase rate of 13.26% relative to control.

      compared with control

    • positive
      An increasing zinc level gave a yield increase rate of 14.87% relative to control.

      compared with control

48. 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 maize yield.

49. Response of maize (Zea mays) to nitrogen and zinc fertilization · 2001

    • positive
      Zinc up to 5 kg/ha significantly enhanced maize growth, nutrient uptake, yield and returns over comparison treatments.

      compared with their respective counter treatments

    cited by 6 papers here

50. Effect of integrated nutrient management on productivity, profitability, nutrient uptake and soil fertility in rainfed maize (Zea mays) · 2001

    • positive
      RDF + Zn gave higher net return, B:C ratio and Zn uptake in maize.

    cited by 2 papers here

51. Influence of seed rate, nitrogen and zinc on fodder maize (Zea mays) in temperate conditions of western Himalayas · 2001

    • positive
      Zinc at 10 kg/ha significantly increased plant height, leaf area index and green fodder yield.

    cited by 9 papers here

52. Performance of baby corn (Zea mays) under different fertility levels and planting methods and its residual effect on sorghum (Sorghum bicolor) · 2001

    • positive
      Fertility level of 225 kg/ha N, P, K, S and Zn significantly increased baby corn plant growth, yield and yield attributes over the other treatments in a field trial at Varanasi.

      compared with rest of the treatments

53. Application of Zinc Fertilizer and Its Effects on Yield of Maize in Phaiozem and Chernozem · 2001

    • positive
      Zinc fertilizer application significantly increased maize yield under the tested soil conditions.

54. Effect of Zinc, Phosphate and Organic Fertilizer on Growth and Yield of Maize · 2001

    • positive
      Applying Zn and P fertilizer together during the maize seedling stage obviously increased biomass production, whereas Zn fertilizer alone was invalid.

      compared with Zn fertilizer alone

55. Nutrient omission effects on yield, water productivity and profitability of maize (Zea mays) · 2001

    • positive
      Zinc omission reduced yield by about 3%.

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

    cited by 1 paper here

56. Agronomic bio-fortification and productivity of maize (Zea mays L.) through zinc application · 2001

    • positive
      The 10 kg Zn/ha treatment had a reported 19.80% yield advantage over control.

      compared with the control

    • positive
      Soil application of 10 kg Zn/ha produced the highest cob length, cob width, grains per row, and grains per cob.
    • positive
      Soil application of 10 kg Zn/ha maximized dry-matter accumulation.
    • positive
      The 10 kg Zn/ha treatment had a reported 23.98% yield advantage over control.

      compared with the control

    cites 1 paper here

57. Effect of sulphur and zinc nutrition on yield and quality of maize in Typic Ustochrept soil of Kanpur · 2002

    • positive
      Zinc up to 5 kg ha−1 raised maize grain yield by 19 per cent over control.

      compared with control

    cited by 3 papers here

58. The efect of Zinc (Zn) application on the available Iron (Fe) contents of calcareous soils in thrace region · 2003

    • positive
      Zn application significantly increased maize dry matter yield.

59. Mobility and Availability to Plants of Two Zinc Sources Applied to a Calcareous Soil · 2003

    • positive
      Both zinc sources significantly increased maize dry matter yield compared with control.

      compared with the control treatment

    cites 2 papers herecited by 3 papers here

60. Effects of Zinc Complexes on the Distribution of Zinc in Calcareous Soil and Zinc Uptake by Maize · 2003

    • positive
      Zinc addition significantly increased maize dry matter yield relative to no zinc.

      compared with control treatment without Zn addition

    cited by 2 papers here

61. Effect of Applying Compound Micronutrient and Trace Elements on Output and Quality of Corn · 2003

    • positive
      Compound fertilizer with sulfuric acid zinc increased corn seed fruit production.

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

    • positive
      Initial zinc increased corn grain number per ear, ear length, and grain weight.

63. The Study of the Effect of Zinc Fertilizer Application to Maize Yield and Disease Prevention · 2003

    • positive
      Zinc fertilizer increased maize production in low-zinc soil.

64. Mobility and Availability to Plants of Two Zinc Sources Applied to a Calcareous Soil · 2003

    • positive
      Two Zn sources significantly increased maize dry matter yield compared with the control treatment in the greenhouse, in the absence of leaching.

      compared with the control treatment

    cited by 1 paper here

65. THE YIELD AND YIELD COMPONENTS OF MAIZE AS INFLUENCED BY NITROGEN, ZINC AND BORON FERTIL- IZATION · 2003

    • positive
      Zinc sulphate at 20 kg per fed significantly increased ear traits and yield.

66. Study on the Application of Trace Element Fertilizers to Fine Forage Maize Production · 2004

    • positive
      Zn at 600×10~(-6) significantly increased grain production by 9.23%.

67. YIELD AND QUALITY OF MAIZE (Zea mays L.) AS AFFECTED BY FOLIAR APPLICATION OF N AND Zn AT FLOWERING · 2004

    • positive
      Soil zinc increased maize yield attributes.
    • no effect
      Flowering foliar sprays gave no significant dry matter improvement.
    • no effect
      Flowering foliar sprays gave no significant yield component improvement.
    • no effect
      Flowering foliar sprays gave no significant yield improvement.

    cites 1 paper here

68. EFFECT OF WATER REGIME, NITROGEN LEVEL AND ZINC APPLICATION ON MAIZE YIELD AND ITS WATER RELATIONS · 2004

    • positive
      The highest maize yield resulted from 130 kg nitrogen, irrigation at 55% depletion and foliar zinc.
    • positive
      Foliar zinc produced higher maize yield than soil zinc.

      compared with SOil applied zinc

69. Effect of fertilizer and stover management on productivity and soil fertility in chickpea (Cicer arietinum)-maize (Zea mays) cropping system · 2005

    • positive
      Maize yield increased significantly with the recommended fertilizer dose over no fertilizer and biofertilizers.

      compared with the control (no fertilizer) and biofertilizers

70. Effects of Forms and Rates of Zinc Fertilizers on Cadmium Concentrations in Two Cultivars of Maize · 2006

    • positive
      Zn(NO3)2 produced more maize biomass than other zinc fertilizers.

      compared with others

71. Response of maize (Zea Mays L.) to zinc fertilization in relation to Mehlich 1 extractable zinc in Northern Nigeria · 2006

    • positive
      Zinc addition increased maize yield in many soils.

    cited by 1 paper here

72. Efficacy evaluation of different Zinc-organo complexes in supplying Zinc to Maize (Zea mays L.) plant · 2007

    • positive
      Dry matter production increased with zinc level until critical plant zinc concentration.

73. Effect of Zinc × Boron Interaction on Plant Growth and Tissue Nutrient Concentration of Corn · 2007

    • positive
      Applied Zn significantly increased corn dry matter yield.

    cites 1 paper herecited by 3 papers here

74. Widespread Deficiencies of Sulfur, Boron, and Zinc in Indian Semi-Arid Tropical Soils: On-Farm Crop Responses · 2007

    • positive
      Applications of S, B and Zn gave significant yield responses in maize, castor, groundnut and mung bean.
    • positive
      Yield responses were larger when S, Zn and B were applied along with N and P.

    cited by 3 papers here

75. EFFECT OF PHOSPHORUS RATES AND METHODS OF ZINC APPLICATION ON MAIZE YIELD AND ITS COMPONENTS · 2007

    • positive
      The highest yield and yield components occurred at 45 kg P2O5/fed with foliar zinc.
    • positive
      Zinc application by both methods improved maize yield and its components.

76. Application of fertilizer containing nitrification inhibitor and micronutrients in maize. · 2008

    • positive
      Seed-applied Zn and Mn increased maize yield compared with urea without micronutrients.

      compared with conventional fertilization with urea

77. Levels of zinc and phosphorus in limed soil samples in the production of sweet corn dry matter (Zea mays var. Saccharata) · 2008

    • positive
      The 3.2ppm zinc level had the highest sweet corn dry matter yield.

78. The effect of foliar application of Ekolist fertilizer on maize yielding and chemical composition · 2008

    • positive
      At higher nitrogen, Ekolist Mono Zn significantly increased maize dry matter yield versus control.

      compared with control object

79. Effect of zinc application on corn grown on a calcareous soil, Buri Ram series. · 2008

    • positive
      Zinc application significantly increased corn dry matter yield relative to no zinc addition.

      compared with no Zn addition

80. The effect of foliar application of Ekolist fertilizer on maize yielding and chemical composition · 2008

    • positive
      At higher nitrogen, foliar Ekolist Mono Zn significantly increased maize dry matter yield versus control.

      compared with control object

81. Effect of different chelated zinc sources on the growth and yield of maize (Zea mays L.) · 2009

    • positive
      Biological and grain yield were significantly higher among treatments.
    • positive
      Cob length, cob diameter and hundred grain weight were significantly higher among treatments.
    • positive
      Plant height, leaf area and stem diameter were significantly higher among treatments.
    • positive
      Grain number and weight per cob were significantly higher among treatments.
    • no effect
      Cob number and grain rows per cob did not differ significantly among zinc treatments.

    cites 2 papers herecited by 5 papers here

82. Effect of zinc foliar application on grain yield of maize and its yielding compone · 2009

    • positive
      Zinc fertilizer improved maize yield structure elements.
    • positive
      Zinc fertilizer increased maize grain yield by circa 18 % (mean of three years) compared with NPK fertilization alone.

      compared with treatment fertilized only with NPK

    • positive
      Zinc treatment increased the number of kernels per maize plant by 17.8 % compared with the NPK plot.

      compared with NPK plot

    • positive
      Zinc fertilizer at 1.0 kg Zn/ha significantly increased total N uptake and grain yield of maize.
    • positive
      Maize grain yield responded significantly to zinc foliar application in two of three study years.
    • positive
      The optimal zinc foliar spray rate for a significant grain yield response in maize was 1.0 to 1.5 kg Zn/ha.

    cited by 15 papers here

83. Effect of Different Applicating Methods of Fertilizers on Maize Yield and Soil Nutrients · 2009

    • positive
      Fertilizer treatments significantly increased maize yield by 3 387.0～ 5 473.0 kg.hm-2.

84. Effect of Balanced Fertilization on the Yield and Nutrient Absorption of Spring Maize · 2009

    • positive
      OPT + Zn treatment gave the highest maize yield of 12 934.0 kg/hm2 among all treatments.

      compared with all treatments

    • positive
      Suitable application of Zn fertilizer promotes maize yield increase.

85. MAIZE RESPONSE TO ZINC APPLICATION UNDER DEFFERENT PHOSPHORUS FERTILIZATION LEVELS, ITS NUTRIENTS UBTAKE, AND AVAILABILTY IN ALLOUVIAL SOILS · 2009

    • positive
      Zn0(S) and U+Zn(F) treatments gave the highest 1000-grain weight in both seasons.

86. Effects of zinc fertilizer on growth, development and yield of maize sown in saline-alkaline soil in cold region. · 2009

    • positive
      Adequate zinc fertilizer increased yield.
    • positive
      Adequate zinc fertilizer increased dry matter accumulation.
    • negative
      Heavy zinc fertilizer decreased yield.

87. ROOT ZONE TEMPERATURE INFLUENCES ZINC REQUIREMENT OF MAIZE CULTIVARS ON A CALCAREOUS LOAM SOIL · 2010

    • positive
      In the hybrid FHY-396, maximum relative shoot dry matter yield was produced at 9 mg Zn kg−1 soil regardless of root-zone temperature.
    • positive
      In the variety EV-7004, maximum relative shoot dry matter yield was produced at 3 mg Zn kg−1 soil regardless of root-zone temperature.

    cites 1 paper here

88. Diagnosis of Secondary and Micronutrient Deficiencies and Their Management in Rainfed Agroecosystems: Case Study from Indian Semi‐arid Tropics · 2010

    • positive
      Sulfur, boron and zinc applications significantly increased maize yield relative to farmer input.

      compared with farmer's input treatment

    cites 1 paper herecited by 1 paper here

89. Integrated Nutrient Management to Enhance On-Farm Productivity of Rain Fed Maize in India · 2010

    • positive
      Maize grain yield increased with the FI plus sulfur, boron and zinc treatment compared with no fertilizer or Farmers’ Inputs alone.

      compared with no fertilizer inputs or FI

    • positive
      Maize grain yield increased with the FI plus NP plus SBZn treatment compared with no fertilizer or Farmers’ Inputs alone.

      compared with no fertilizer inputs or FI

    • positive
      Use of SBZn with the FI enhanced partial factor productivity of maize (202).

    cites 2 papers here

90. EFFECTS OF MICRONUTRIETNS ON GROWTH AND PRODUCTIVITY OF MAIZE IN ACIDIC SOIL · 2010

    • positive
      The complete micronutrient treatment produced the highest maize grain yield, 5.99 t/ha.

91. Zinc Partitioning in Maize Grain after Soil Fertilization with Zinc Sulfate · 2010

    • positive
      FHY-421 grain yield was maximal at 18 kg Zn ha -1.
    • positive
      Golden grain yield was maximal at 9 kg ha -1 zinc.

    cites 3 papers herecited by 9 papers here

92. Effect of Inorganics and Organics on Soil Characteristics and Crop Yield under Rainfed Maize Gobi Sarson Sequence · 2010

    • positive
      The integrated treatment produced the highest maize straw yield, 106 q ha−1.

      compared with control plots

    • positive
      The integrated treatment produced the highest maize grain yield, 35.6 q ha−1.

      compared with control plots

93. Effects of zinc on the yield, uptake and distribution of nitrogen/phosphorus/potassium/zinc in different genotypes of maize. · 2010

    • positive
      The authors conclude appropriate zinc supply can enhance maize yield and N and K utilization.
    • positive
      Appropriate zinc supply increased grain number per kernel.

94. Response of Sweet Corn (Zea mays L. saccharata Sturt) to Sulphur and Zinc Fertilization · 2010

    • positive
      Sulphur and zinc fertilization up to 45 kg and 6 kg ha−1 tended to increase yield attributes, green cob yield and green fodder yield.
    • positive
      The highest incremental benefit:cost ratio, 19.09, was recorded with 3 kg Zn ha−1.
    • negative
      Incremental benefit:cost ratio decreased as sulphur and zinc levels were successively increased up to 60 kg S and 9 kg Zn ha−1.

95. Effect of Se,Zn and Fe application on yield and nutritional quality of maize and soybean · 2010

    • positive
      Combined fertilizer and micronutrient application increased maize grain yield versus no fertilizer by 15.6% to 73.8%.

      compared with control(no fertilizer application)

96. Study on the Effect of Different Fertilizer Treatments in Producing Corn Seeds · 2010

    • positive
      The specified fertilizer combination improved ear length, ear diameter and rows.

97. Effect of N,P,K and Zn fertilization on first cutting yield and quality of Zea mexicana · 2010

    • positive
      N, P, K and Zn fertilizers significantly raised first-cut hay yield by 6.02%–37.94%.
    • positive
      N, P, K and Zn fertilizers significantly raised fresh first-cut yield by 7.00%–39.08%.

98. Effects of Zinc on the Yield,Nitrogen/Phosphorus/Potassium/Zinc Uptake and Distribution of Different Genotypes of Maize · 2010

    • positive
      Appropriate zinc supply could enhance maize yield.
    • positive
      Appropriate zinc supply improved grain number per kernel.

99. Effects of micronutrients on growth and productivity of maize in acidic soil · 2010

    • positive
      Complete micronutrient supply gave the highest grain yield, 5.99 t/ha.

100. Effects of micronutrients on growth and productivity of maize in acidic soil · 2010

     • positive
       All micronutrients with NPK produced the highest grain yield, 5.99 t/ha, 171% above control.

       compared with control plot

101. Compatibility and feasibility evaluation of zinc application with pesticides and bio-fertilizers as seed treatments in maize · 2011

     • positive
       Combined Zn, insecticide and biofertilizer seed treatment significantly increased maize shoot yield over control.

       compared with control

     • no effect
       Zn seed treatment was equally efficient as soil Zn for maize growth and dry matter yield.

       compared with Zn supplementation through soil applicationNo difference from an alternative treatment

102. Response of different corn populations to fertigated nitrogen and certain micronutrients in sandy soil · 2011

     • positive
       Zn applied at the highest maize plant density increased grain yield by 16% compared with the check.

       compared with the check

     cites 1 paper herecited by 1 paper here

103. Productivity and yield components of corn fertilized with different sources and levels of zinc · 2011

     • positive
       Zinc fertilization increased corn income under the experiment conditions.

104. Impact of Integrated Nutrient Management on Yield and Nutrient Uptake by Maize under Rain-Fed Conditions · 2011

     • positive
       Substituting 25 or 50% N with FYM + 4 kg Zn/ha performed better than 100% N fertilizer alone for leaf area index, grain and straw yield.

       compared with 100% N fertilizer alone

     • positive
       Zinc application enhanced maize grain yield by 12% over the treatment with no zinc.

       compared with treatment where no Zn was applied

     • positive
       The 75% + 25% (CF + FYM) and 4 kg Zn/ha combination gave the maximum maize grain yield of 5.18 t/ha.

     cited by 2 papers here

105. Effect of balanced nutrition on yield, nutrient uptake and soil fertility of maize (Zea mays) in Vertisol of Tamil Nadu · 2011

     • positive
       Grain yield was highest at 8.15 t/ha under 250:60:25:10 fertilizer.
     • positive
       The 250:60:25:10 treatment produced highest net returns of 38,867/ha.
     • positive
       Stover yield was highest at 14.6 t/ha under 250:60:25:10 fertilizer.
     • positive
       The 250:60:25:10 treatment produced highest net B:C ratio of 1.79.

     cited by 1 paper here

106. Effect of application of nitrogen and zinc fertilizers on dry material accumulation and yield in maize · 2011

     • positive
       Nitrogen and zinc increased maize kernel weight and yield.
     • positive
       Nitrogen and zinc increased maize ear length, ear diameter and kernel number.

107. Effects of Potassium,Zinc,Selenium Fertilizers and Optimized Fertilization on Maize Yield and Fertilizer Absorption in Slight Saline and Alkaline Lands · 2011

     • positive
       Proper additional zinc fertilizer increased maize yield.
     • positive
       Organic fertilizer mixed with nitrogen and zinc was especially effective for maize yield.

108. Study on the Technology of Soil Fertility for High Yielding Cultivation of Maize Plant in Jilin Province · 2011

     • positive
       Zn significantly increased maize grain yield.

109. Priming effect of different times of maize seeds with nutrient elements in water stress on corn yield · 2011

     • positive
       Zinc seed priming had the greatest impact on growth and yield of maize.
     • positive
       Maize grain yield was highest, 73/39 gr, with zinc seed priming.
     • positive
       Priming maize seeds with zinc increased seed weight by 44/81%.

     cited by 1 paper here

110. Balanced plant nutrition enhances rainfed crop yields and water productivity in Jharkhand and Madhya Pradesh states of India · 2012

     • positive
       Balanced nutrition increased maize yield by 27–56% in Jharkhand.

     cites 1 paper herecited by 1 paper here

111. CRITICAL DEFICIENCY LEVEL OF ZINC FOR CORN ON CALCAREOUS SALT-AFFECTED SOILS IN CENTRAL IRAN · 2012

     • positive
       Zn application increased dry matter yield of corn in most soils in a greenhouse experiment.

     cites 1 paper here

112. Effect of Zinc Sulfate on Quantitative and Qualitative Characteristics of Corn (Zea Mays) in Drought Stress · 2012

     • positive
       Zinc induced an increase in seeds per ear from 710 to 770 in corn.
     • positive
       Zinc increased thousand kernels weight from 27.3 to 31.3 grams in corn.

113. 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 maize dry matter yield relative to control.

       compared with the control

     cites 1 paper here

114. Effect of different methods of zinc application on growth and yield of maize (Zea mays L.). · 2012

     • positive
       Different methods of zinc application significantly increased grain yield and stover yield of maize compared with the control.

       compared with control

     • no effect
       Seed priming with one per cent zinc solution for 8 hour was the exception: it did not increase grain and stover yield of maize compared with the control.

       compared with control

115. Influence of High-application of Zinc Fertilizers on Absorption and Accumulation of Zn Content and Maize Yield · 2012

     • positive
       Maize with high-applied Zn fertilizer had better yield and Zn content of grain and plants than with normal Zn application.

       compared with normal application of Zn fertilizer

     • positive
       Maize yield increased with increased Zn application.
     • negative
       Maize yield was reduced under excessive Zn fertilizer application.

116. The effects of on-farm seed priming and planting date on emergence characteristics, yield and yield components of a corn cultivar (S.C. 260) in Hamedan · 2012

     • positive
       Zinc priming at the first planting date increased harvest index.

       compared with no primed

117. INTEGRATED NUTRIENT MANAGEMENT (INM) FOR HYBRID MAIZE GROWN IN CALCAREOUS SOIL · 2012

     • positive
       Integration of 100% NPK with FYM and micronutrients gave higher hybrid maize yield than 100% NPK with poultry manure, ZnSO4 and FeSO4.

       compared with the treatment that received 100% NPK + poultry manure + ZnSO4 + FeSO4

118. BIOCHEMICAL STUDIES ON THE EFFECT OF Zn AND Cu ON THE CONTENT OF SOME CONSTITUENTS OF CORN GRAINS · 2012

     • positive
       Foliar Zn or Cu increased corn grain yield.

119. Effects of Nitrogen and Zinc Spray on Yield of Corn (Zea Mays L.) in Drought Stress · 2013

     • positive
       Zinc increased thousand-grain weight by 9% compared with the control.

       compared with control treatment

     • positive
       Zinc increased grain yield by 16.5% compared with the control.

       compared with control treatment

120. Effect of NPKS and Zn application on growth, yield, economics and quality of baby corn · 2013

     • positive
       Successive zinc increments up to 10 kg Zn ha−1 improved growth, yields, and economic returns.

     cites 2 papers herecited by 7 papers here

121. AMELIORATION OF ZINC DEFICIENCY OF CORN IN CALCAREOUS SOILS OF THAILAND: ZINC SOURCES AND APPLICATION METHODS · 2013

     • positive
       Zinc application increased corn growth, dry matter yield, and zinc uptake.

     cites 1 paper herecited by 1 paper here

122. Role of Seed Priming with Zinc in Improving the Hybrid Maize (Zea mays L.) Yield · 2013

     • positive
       Zinc priming increased nearly all physiological and yield parameters.

     cited by 2 papers here

123. Balanced Nutrition for Enhancing the Productivity and Sustainability of Maize (Zea mays L.) under Rainfed Condition in Rajasthan · 2013

     • positive
       The treatment gave a higher benefit: cost ratio of 3.53 than other treatments.

       compared with other treatments

     • positive
       Balanced nutrition significantly increased maize grain yield to 2570 kg/ha.
     • positive
       The higher N, P and Zn treatment gave higher net return of 32493/ha than other treatments.

       compared with other treatments

     • positive
       The treatment increased maize grain yield by 43.5% over control.

       compared with control

124. The Effect of Zinc Sulfate Different Amount Soil and Foliar Application on Correlated Grain Characters in Sweet Corn · 2013

     • positive
       Zn foliar application at 0.005 concentration gave higher grain production.

     cites 2 papers here

125. Preliminary Study on Hidden Deficiency of Secondary and Trace Elements in Spring Maize in Jilin Province · 2013

     • positive
       In the west of Jilin province, zinc fertilizer increased spring maize grain yield by 18.7%-35.0%.

126. Influence of application of zinc fertilizers on NPK absorption and accumulation of maize in high phosphate soil · 2013

     • positive
       Maize yield increased with zinc application from 10 to 50 kg/hm2.
     • negative
       Excess zinc application reduced maize yield.

127. The Response of Three Cultivars Corn( Zea mays.L) For Ading Zinc in Babil . · 2013

     • positive
       Increasing zinc fertilizer levels significantly increased yield and grain yield.

128. Response of Maize to Soil Applied Zinc Fertilizer under Varying Available Zinc Status of Soil · 2014

     • positive
       Location 3 grain yield reached 7.56 t ha-1, 28.84% over NPK control, with 5.00 kg Zn ha-1.

       compared with NPK control

     • positive
       Location 2 grain yield reached 7.45 t ha-1, 33.15% over NPK control, with 5.00 kg Zn ha-1.

       compared with NPK control

     • positive
       At low initial soil Zn, 7.50 kg Zn ha-1 gave the highest plant height, thousand grain weight, cob yield, stover and grain yield.
     • positive
       At medium and high initial soil Zn, 5.00 kg Zn ha-1 gave the highest listed growth and yield measures.

     cited by 3 papers here

129. Different Forms of Soil Zinc - their Relationship with Selected Soil Properties and Contribution towards Plant Availability and Uptake in Maize Growing Soils of Erode District, Tamil Nadu · 2014

     • positive
       At the very low Zn location, 7.50 kg Zn ha-1 gave a higher maize dry matter production of 76.4 g plant-1.

     cites 1 paper here

130. Enhanced nutrient and rainwater use efficiency in maize and soybean with secondary and micronutrient amendments in the rainfed semi-arid tropics · 2014

     • positive
       Applying N, P plus 50% of the S, B and Zn dose every year gave the highest crop yields and N and P efficiency indices.
     • positive
       Balanced fertilization with added S, B and Zn increased maize grain yield by 13–52% compared with N and P fertilization alone.

       compared with nitrogen (N) and phosphorus (P) fertilization alone

     cites 1 paper herecited by 1 paper here

131. Effect of Cu AND Zn On Maize (Zea Mays L.) Yield and Nutrient Uptake in Coastal Plain Sand Derived Soils of Southeastern Nigeria · 2014

     • positive
       Cu and Zn applications significantly increased maize dry matter, nutrient concentration, uptake and grain yield.

     cites 2 papers herecited by 1 paper here

132. 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
       Zinc alone significantly increased height, grain yield, dry matter and tissue zinc and boron in the crop named maize in this sentence.

     cites 1 paper here

133. Efficacy of foramsulfuron + iodosulfuron applied with adjuvants and zinc fertilizer · 2014

     • positive
       Herbicide alone or with adjuvants or zinc fertilizers increased maize yield versus untreated control.

       compared with untreated control

     • no effect
       Zinc fertilizer had no apparent effect on maize grain yield.

134. Influence of Integrated Levels of Potassium and Zinc on the Green Fodder Yield of Miaze (Zea mays L.) · 2014

     • positive
       Potassium and zinc applications significantly improved growth and fodder traits over control.

       compared with No Potassium + No Zinc (Control)

     cites 1 paper here

135. Influence of zinc application through seed treatment and foliar spray on growth, productivity and grain quality of hybrid maize · 2014

     • positive
       Combined zinc seed priming and foliar spray significantly improved 1000-grain weight, biological yield and grain yield of maize hybrid Pioneer 30 -Y-87.
     • positive
       Combined zinc seed priming and foliar spray significantly improved plant height, cob length and cob diameter of maize hybrid Pioneer 30 -Y-87.
     • positive
       Combined zinc seed priming and foliar spray significantly improved harvest index of maize hybrid Pioneer 30 -Y-87.

     cites 5 papers herecited by 3 papers here

136. Effect of intra- row spacing of leucaena leucocephala on growth, yield and economics of maize under varying levels of zinc and sowing methods · 2014

     • positive
       Maize grain yield increased significantly at 50 cm spacing, uniform sowing and 25 kg/ha zinc versus their respective comparators.

       compared with intra row spacing of 100 cm, paired row planting and no zinc application

     • positive
       Maize stover yield increased significantly under the same treatment combination.

       compared with intra row spacing of 100 cm, paired row planting and no zinc application

137. Effect of soil application and foliar spray of Zn fertilizer on Zinc absorption and accumulation of maize in sandy soil · 2014

     • positive
       Foliar and soil Zn fertilizer application significantly increased maize Zn concentration and grain yield.

138. Effect of zinc fertilizer on yield formation of maize under water stresses · 2014

     • positive
       Zinc fertilizer enhanced maize yield under water stress.
     • positive
       Zinc fertilizer increased dry matter accumulation and translocation to grains under water stress.

139. 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.

140. Effects of Different Ways of Applying Zinc Fertilizer and the Amount of Zinc Fertilizer on the Content of Starch in Summer Maize and Yield of Summer Maize · 2014

     • positive
       Soil zinc fertilizer 30 kg / ha maximized dry matter yield in Yuzhou.
     • positive
       Soil zinc at 15 kg / ha plus two sprays of 7. 5 kg / ha maximized dry matter yield in Xunxian.
     • positive
       At equal zinc amount, soil plus spray zinc gave better grain yield response in Yanshi and Yuzhou than Xunxian.

       compared with Xunxian

     • positive
       Appropriate zinc fertilizer increased grain yield.
     • positive
       Soil zinc fertilizer 15 kg / ha maximized dry matter yield in Yanshi.

141. RESPONSE OF MAIZE YIELD AND YIELD COMPONENTS TO SOAKING SEEDS IN SOME MICRONUTRIENTS SOLUTIONS UNDER WATER STRESS CONDITIONS · 2014

     • positive
       Fe+Mn+Zn+Cu seed soaking increased grain yield by 17.0% versus control.

       compared with control treatment

     • positive
       Fe+Mn+Zn seed soaking increased grain yield by 22.0% versus control.

       compared with control treatment

142. Effect of nitrogen source and Zinc foliar on growth and yield of corn (Zea mays L.) · 2014

     • positive
       Zinc at 50 mg Zn L-1 significantly increased plant height, leaf area and seed yield of corn.

     cites 1 paper here

143. Changes in Yield and its Components of Maize (Zea mays L.) to Foliar Application of Zinc Nutrient and Mycorrhiza under Water Stress Condition · 2015

     • positive
       Seven-day irrigation with mycorrhiza and zinc chelate had the highest harvest index.

       compared with 21 day irrigation period without application of Zn chelate and mycorrhiza

     • positive
       Seven-day irrigation with mycorrhiza and zinc chelate had the highest yield components.

       compared with 21 day irrigation period without application of Zn chelate and mycorrhiza

144. Corn Silage (Zea mays L.) Response to Zinc Foliar Spray Concentration When Grown on Sandy Soil · 2015

     • positive
       The 0.09% Zn foliar application raised corn silage yield by 49.4% compared to control.

       compared with control

     • negative
       Zn foliar spray up to 0.10% decreased corn silage yield by 26% compared to 0.09%.

       compared with Zn foliar applications at 0.09%

     cites 2 papers herecited by 4 papers here

145. Zinc bioavailability in maize grains in response of phosphorous–zinc interaction · 2015

     • positive
       Zn and P treatments increased maize growth and yield relative to control, with combined treatment more effective than either alone.

       compared with control

     cites 2 papers herecited by 4 papers here

146. Long-term effect of high phosphorus doses on zinc status of maize on a non-calcareous loamy soil · 2015

     • positive
       Foliar zinc increased maize thousand-kernel weight.
     • no effect
       Foliar zinc did not significantly increase maize grain yield.

     cites 1 paper here

147. Impact of Nutrient Seed Priming on Germination, Seedling Development, Nutritional Status and Grain Yield of Maize · 2015

     • positive
       Zn plus Mn seed priming increased field grain yield by 15%.

     cited by 1 paper here

148. SOIL AMELIORANT, FERTILIZER APPROACHES AND IRRIGATION METHODS: CONTEMPORARY APPROACH TOWARDS PROFITABILITY OF SWEET CORN (ZEA MAYS SACCHARATA L.) UNDER KONKAN CONDITION · 2015

     • positive
       Drip irrigated sweet corn on soil ameliorated with 50% lime requirement and soil test based NPK plus micronutrient fertilizer recorded the highest yield.
     • positive
       Drip irrigated corn on soil ameliorated with 25% lime requirement and soil test based fertilizer had a higher B:C ratio of 2.24 in 2013-14.
     • positive
       Drip irrigated corn on soil ameliorated with 25% lime requirement and soil test based fertilizer had a higher B:C ratio of 2.16 in 2013-13.

149. INVESTIGATING THE EFFECTS OF BORON AND ZINC ON CORN SEED SET IN MAZANDARAN IRAN · 2015

     • positive
       Zinc application significantly increased corn grain yield.
     • no effect
       Zinc combined with boron had no significant effect on grain yield.

150. Maize Yield Response to Zinc Sources and Effectiveness of Diagnostic Indicators · 2015

     • positive
       Zinc fertilization increased average maize yield from 10,540 to 11,530 kg ha−1 at the highest blend rate.

       compared with without Zn

     • positive
       At equal zinc rate, complex fertilizer gave a significantly higher yield response than the physical blend.

       compared with physical blend with the same Zn rate

     cited by 6 papers here

151. Effect of zinc foliar, potassium elements and irrigation terms of concentrations of nitrogen, phosphorus and potassium in grain and some quantitative characteristics of corn (KSC704) · 2015

     • positive
       grain yield was highest under alternate furrow irrigation with the combined fertilizer and lowest under fixed furrow irrigation with control.

       compared with fixed furrow irrigation and control

     cites 1 paper here

152. Evolution A Alternate Pathway of Maize+Mashbean Intercropping System to Planting Geometry and Nutrient Management in Alluvial Plain Zone of India · 2015

     • positive
       Intercropping with recommended NPK+Zn+PSB under paired planting gave the highest gross and net returns.

153. Effect of different types of zinc on growth and yield of maize · 2015

     • positive
       Complex amino acid zinc chelate urea enhanced kernel weight per ear.

154. Effect of Zinc-Phosphorus Interaction on Corn Silage Grown on · 2015

     • positive
       At the highest phosphorus supply, 5 mg·kg −1 zinc increased corn aerial dry weight by around 15% versus no zinc.

       compared with no Zn soil supply

     • no effect
       Zinc–phosphorus interaction had no significant effect on corn growth, mineral content or aerial dry weight.

     cites 3 papers here

155. Effect of zinc application timing on yield formation by two types of maize cultivars · 2015

     • positive
       Modern maize cultivars responded best to zinc applied before sowing compared with NPK alone

       compared with NPK

     cites 2 papers herecited by 1 paper here

156. Response of maize to different rates and methods of zinc application · 2015

     • positive
       The 5.0 soil plus 0.5 foliar zinc combination increased ear length and ear weight.
     • positive
       The same zinc combination increased grain and biological yield.
     • positive
       Increasing zinc raised thousand-grain weight and grain count per ear.

     cites 1 paper here

157. EFFECT OF FARMYARD MANURE, PHOSPHORUS AND ZINC ON YIELD, AND GRAIN QUALITY OF MAIZE (Zea mays l.) · 2015

     • positive
       FYM, phosphorus and foliar zinc applied in combination gave the best maize yield and yield components.

158. MANAGING NITROGEN REQUIREMENTS FOR MAIZE CROP GROWN ON SANDY SOIL USING FOLIAR APPLICATION OF NITROGEN AND ZINC WITH BIO-FERTILIZATION. · 2015

     • positive
       The interaction between zinc and bio-fertilizer significantly increased plant height, ear weight per plant and 100-grain weight in maize.
     • positive
       Foliar Zn-EDTA increased maize grain yield by 7.13%.

159. THE EFFECT OF PHOSPHORUS AND ZINC FERTILIZATION ON MAIZE YIELD AND YIELD COMPONENTS · 2015

     • positive
       Foliar application of 3.75 kg Zn ha-1 gave high grain yield (4957 kg ha-1).
     • positive
       Foliar application of 3.75 kg Zn ha-1 gave high thousand grains weight (338.5 g).
     • positive
       Foliar application of 3.75 kg Zn ha-1 gave high biological yield (12620 kg ha-1).

160. Exploring the Role of Zinc in Maize (Zea Mays L.) through Soil and Foliar Application · 2015

     • positive
       Foliar application of Zn fertilizers had a positive effect on economic and biological yield of maize.

     cites 1 paper herecited by 5 papers here

161. Effect of zinc foliar nutrition and irrigation periods on some growth parameters and productivity of corn (Zea mays L.) · 2015

     • positive
       The 80 mg zinc concentration significantly affected thousand-grain weight.
     • positive
       The 80 mg zinc concentration significantly affected average grains per cob.
     • positive
       The 80 mg zinc concentration significantly affected corn grain yield.

     cites 1 paper here

162. Root growth, productivity and profitability of baby corn (Zea maysL.) as influenced by nutrition levels under irrigated ecosystem · 2016

     • positive
       10 kg Zn/ha produced net profit of 138.81×103 Rs./ha.

       compared with control

     • positive
       10 kg Zn/ha produced green fodder yield of 30.49 t/ha.

       compared with control

     cited by 1 paper here

163. Effect of nitrogen and zinc fertilization on quality and productivity of maize (Zea mays L.) · 2016

     • positive
       Zinc at 5.0 kg Zn/ha significantly increased maize stover yield over 2.5 kg Zn/ha.

       compared with 2.5 kg Zn/ha

     • positive
       Zinc at 5.0 kg Zn/ha significantly increased maize grain yield over 2.5 kg Zn/ha.

       compared with 2.5 kg Zn/ha

164. Lime and zinc application influence soil zinc availability, dry matter yield and zinc uptake by maize grown on Alfisols · 2016

     • positive
       Zinc addition increased dry matter yield in Hariharapur soil.

165. Foliar Applied Potassium and Zinc Enhances Growth and Yield Performance of Maize under Rainfed Conditions · 2016

     • positive
       The combined foliar spray produced the highest 1000 grain weight.

       compared with FKS + RRZn and RRK+ FZS

     • positive
       The combined foliar spray produced the highest grain yield.

       compared with FKS + RRZn and RRK+ FZS

     cited by 3 papers here

166. Impact of nano-chelated micronutrients and biological fertilizers on growth performance and grain yield of maize under deficit irrigation condition · 2016

     • positive
       The same fertilizer treatments gave a similar increase in maize grain yield and yield components.
     • positive
       Complete micronutrients, bulk NPK and nano-chelated Zn significantly improved leaf area, ear length and ear diameter of maize over the control.

       compared with the control

167. Blended Fertilizers Effects on Maize Yield and Yield Components of Western Oromia, Ethiopia · 2016

     • positive
       Blended fertilizer with Cu and Zn gave maximum grain yield of 8399.7 kg ha-1.

       compared with control

     • positive
       Blended fertilizer with Cu and Zn gave maximum total biomass yield of 16867.7 kg ha-1.
     • positive
       Blended fertilizer with Cu and Zn gave maximum stover yield of 8553.1 kg ha-1.
     • no effect
       Adding Cu and Zn did not significantly change maize agronomic characters or yield except leaf area.

       compared with recommended NP fertilizers or blended fertilizerNo difference from an alternative treatment

168. Potassium Management for Improving Growth and Grain Yield of Maize (Zea mays L.) under Moisture Stress Condition · 2016

     • positive
       Foliar Zn at 0.1–0.2% improved maize growth, yield and yield components under moisture stress.

     cited by 1 paper here

169. Reproductive development and grain quality in maize in response to application of Zn alone or with B in soil low in available Zn and B · 2016

     • positive
       Zn alone or with B significantly increased maize reproductive yield relative to control.

       compared with control

170. Nitrogen, phosphorus and zinc enhance Maize hybrid productivity and build up soil phosphorus and zinc in Maize faba bean cropping system in semiarid region · 2016

     • positive
       N, P and Zn fertilization significantly increased maize thousand grain weight versus control.

       compared with control

     • positive
       Each increment of N, P and Zn increased maize thousand grain weight.

171. Co-Granulated and Blended Zinc Fertilizer Comparison for Corn and Soybean · 2016

     • positive
       MAP+ZnSO4 at 2.2 kg Zn ha-1 produced greater corn yield at Novelty in 2013.

       compared with N only control

     • positive
       MAP+Super Zn at 5.5 kg Zn ha-1 produced greater corn yield at Novelty in 2013.

       compared with N only control

     • no effect
       Changing Zn fertilizer amount from 2.2 to 5.6 kg Zn ha-1 had no significant yield effect.

     cites 3 papers herecited by 1 paper here

172. Foliar Phosphorus and Zinc Application Improve Growth and Productivity of Maize (Zea mays L.) Under Moisture Stress conditions in Semi-Arid Climates · 2016

     • positive
       Foliar 0.3% Zn significantly increased maize yield and yield components.

     cites 2 papers herecited by 1 paper here

173. Effect of zinc salt solutions on the development of chlorophyll and formation of seeds of maize hybrids · 2016

     • positive
       Zinc deficiency had a negative effect on maize seed production.

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

     cites 1 paper here

174. Maize biofortification and yield improvement through organic biochemical nutrient management · 2016

     • positive
       Foliar Zn application improved maize grain yield slightly by 8.0%.

175. Effect of fertility levels on growth, yield and soil fertility status of maize (Zea mays L.) in vertisol of Maharashtra · 2016

     • positive
       That fertilizer treatment produced husk yield of 1378.2 ha-1.
     • positive
       That fertilizer treatment produced stover yield of 7161.0 ha-1.
     • positive
       That fertilizer treatment produced spindle yield of 1642.6 ha-1.
     • positive
       That fertilizer treatment produced biological yield of 13866.8 ha-1.
     • positive
       That fertilizer treatment produced grain yield of 6705.8 kg ha-1.

     cites 3 papers here

176. Influence of balanced nutrition, seed rate and plant geometry on fodder maize in south-eastern Rajasthan · 2016

     • positive
       The N 100 + P 30 + K 30 + Zn 5 kg/ha combination gave the highest green and dry fodder yields of fodder maize, at 48.06 and 12.70 t/ha.

177. Response of Maize Yield to Nitrogen Fertilization and Foliar Spray by Some Microelements · 2016

     • positive
       The combination of 130 kg N per feddan with mixed Zn + Mn + Fe foliar spray gave the greatest values of kernel number, ear and kernel weight, biological yield and grain yield.
     • positive
       The micronutrient foliar spray with mixed Zn + Mn + Fe was the most effective treatment for growth, yield and yield components of maize.

     cites 2 papers here

178. Foliar application of Zinc and Boron improved the productivity and net returns of maize grown under rainfed conditions of Pothwar plateau · 2017

     • positive
       Combined foliar Zn and B harvested 45% more maize yield than the control.

       compared with control treatments

     • positive
       Foliar Zn and B in combination gave higher net returns and benefit:cost ratio for maize.
     • positive
       Combined foliar Zn and B harvested 12% more maize yield than seed priming.

       compared with seed priming

     cites 1 paper herecited by 3 papers here

179. Micronutrient supply through granular-coated single superphosphate under field conditions · 2017

     • positive
       Residual Zn increased off-season corn grain yield by 43% over the control.

       compared with control

     cites 1 paper here

180. Influence of potassium, zinc and FYM on growth, yield, nutrient contents and uptake by forage maize (Zea mays L.) grown on loamy sand soil · 2017

     • positive
       K2O 60 kg/ha, Zn 20 kg/ha and FYM 10 t/ha significantly increased plant height, green forage yield and dry matter yield over control

       compared with control

181. Methods of Irrigation, Fertilizer Approaches and Soil Ameliorant Use in Rabi Sweet Corn (Zea mays saccharata L.) in Lateritic Soils of Konkan · 2017

     • positive
       Soil-test-based NPK and micronutrient fertilization produced the highest green cob yield of 2.05 t/ha.

       compared with control, recommended dose of fertilizer and soil test based fertilizer requirement of NPK

182. Right time of phosphorus and zinc application to maize depends on nutrient–nutrient and nutrient–inoculum interactions · 2017

     • positive
       Basal P with late Zn without rhizobacteria inoculation gave optimum maize fodder yields compared with basal applications of both P and Zn.

       compared with basal applications of both P and Zn

183. Effect of Different Nutrient Management Practices on the Economics of Late Sown Kharif Maize (Zea mays L.) in Western Uttar Pradesh, India · 2017

     • positive
       T13 gave higher gross returns of .49595.00.
     • positive
       T13 gave higher net return of .30300.00.
     • positive
       T13 gave a higher B:C ratio of 1.57.
     • positive
       T13 gave the highest grain yield of 26.42 q/ha.

184. Direct and Residual Effect of Zinc and Boron on Productivity, Nutrient Uptake and Quality on Mustard (Brassica juncea) and Succeeding Maize (Zea mays) in Subtropical Inceptisols of Jammu · 2017

     • positive
       Residual Zn and B raised succeeding maize grain yield by up to 13.3 percent without statistical significance.

       compared with RDF

     • positive
       Residual Zn and B raised succeeding maize stover yield by up to 11.36 percent without statistical significance.

       compared with RDF

185. Performance of fodder maize (Zea Mays L.) as influenced by residual effect of in organic fertilizer and biofertilizers in Western UP · 2017

     • positive
       RP and SSP plus zinc treatments yielded more fodder per plant than RP alone and no fertilizer.

       compared with 40 kg P2O5 through RP alone

186. Productivity of maize by leaf application of zinc (Zn) and copper (Cu) · 2017

     • positive
       Foliar application of Zn increased maize productivity.
     • positive
       Zn increased maize productivity even when used in soil with high Zn content.

     cites 1 paper here

187. Growth and yield of baby corn (Zea mays L.) As influenced by zinc fertilization · 2017

     • positive
       Each increment of zinc application improved dry matter and green fodder yields of baby corn.
     • positive
       Each increment of zinc application improved corn, cob and husk yields of baby corn.

     cites 2 papers herecited by 1 paper here

188. Effect of Zinc on Growth, Plant Yield, NPK Uptake and Economics · 2017

     • positive
       Soil Zn at 6 kg ha-1 plus one foliar spray of 0.05% Zn at 25 DAS gave the highest net return (Rs. 165442 ha-1) in baby corn.

189. Assessment Effect of Different Irrigation Regime and Fertilizer Combinations on Seed Yield, Radiation Use Efficiency and Biochemical Parameters of Corn · 2017

     • positive
       Alternate furrow irrigation with the C+K, Zn, B, Fe fertilizer treatment gave the highest maize seed yield, 12950 kg/ha, against 8894 kg/ha under fixed furrow irrigation and control.

       compared with fixed furrow irrigation and control

190. Critical limits and zinc requirement for maize (Zea mays L.) production in acid soils of south-eastern Nigeria · 2017

     • positive
       Zinc levels significantly increased maize grain yield.
     • positive
       Zinc fertilizers significantly improved grain yield in the field experiment.

191. Influence of Zinc and Cadmium on Physiological and Biochemical Characteristics of Maize (Zea mays L.) · 2017

     • positive
       Seed yield was highest at the 30 mg zinc treatment.

192. Effects of micronutrient on growth and micronutrient content of hybrid maize (Zea mays L.) · 2017

     • positive
       Zn applied with recommended NPKS gave the highest grain yield of maize, 10.1 t/ha, under field conditions.
     • positive
       Zn application alone produced about 50% yield benefit over the control in maize.

       compared with control

193. 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 maize growth and grain yield, with a relatively higher response in Peshawar.

194. 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

195. EFFECT OF FYM AND DIFFERENT SOURCES OF P, Zn AND Fe ON SOME MICRONUTRIENTS CONTENT IN SOIL AND PLANT · 2017

     • positive
       Zn-EDTA gave higher corn dry matter yield than ZnSO4 in both soils.

       compared with ZnSO4

     cites 1 paper here

196. Fortification of Locally Developed Single Super Phosphate With Zinc Sulphate for Enhanced Zinc Nutrition to Maize Crop Under Calcareous Soil Conditions · 2018

     • positive
       Coating SSP with zinc at 10 kg ha-1 produced maximum yield and yield components.

     cited by 1 paper here

197. Organic manures: an efficient move towards maize grain biofortification · 2018

     • positive
       Organic materials combined with soil and foliar zinc significantly increased maize yield.
     • positive
       Press mud with soil zinc increased grain yield by 69.71%.

     cites 1 paper herecited by 1 paper here

198. Effect of zinc on growth, yields, zinc use efficiency and economics in baby corn · 2018

     • positive
       Net return was highest (₹165442 per ha) with soil application of 6 kg Zn per ha plus one foliar spray of 0.05% Zn at 25 DAS.
     • positive
       Total fodder yield was maximum (20.42 t per ha) with soil application of 6 kg Zn per ha plus one foliar spray of 0.05% Zn at 25 DAS.
     • positive
       Dry matter accumulation of baby corn was highest (45.26 g per plant) with soil application of 6 kg Zn per ha plus one foliar spray of 0.05% Zn at 25 DAS.
     • positive
       Young cob yield was highest (8.06 t per ha) with soil application of 6 kg Zn per ha plus one foliar spray of 0.05% Zn at 25 DAS.
     • positive
       B:C ratio was highest with soil application of 6 kg Zn per ha plus one foliar spray of 0.05% Zn at 25 DAS.

     cited by 2 papers here

199. Optimizing Inorganic Fertilizers Use for Sustainable Intensification of Rain-Fed Maize in Three Agro-Ecological Zones of Mali · 2018

     • positive
       The diagnostic treatment with Zn, Mg and B gave the best grain yields across the three agro-ecological zones, better than the NPK levels.

       compared with different levels of NPK

200. Efficiency of Coated Urea on Nutrient Uptake and Maize Production · 2018

     • positive
       UCuZn produced maximum maize grain N concentrations and yield, with a reported increase of 79.5% versus urea control.

       compared with urea

     • positive
       UCuZnDMPP produced maximum maize grain N concentrations and yield, with a reported increase of 74.1% versus urea control.

       compared with urea

201. Seed treatment with Penicillium sp. or Mn/Zn can alleviate the negative effects of cold stress in maize grown in soils dependent on soil fertility · 2018

     • positive
       Mn/Zn increased maize biomass at 51 DAS in cold-stressed plants in high P soil but not low P soil.

       compared with untreated control

     cited by 2 papers here

202. Effect of Different Levels of Seed Rate, Nitrogen and Zinc on Growth and Yield of Fodder Maize (Zea mays L.) · 2018

     • positive
       Application of 10 kg zinc ha-1 significantly increased green fodder yield over no zinc (33.07 t ha-1).

       compared with no zinc application

     • positive
       Application of 10 kg zinc ha-1 significantly increased dry matter accumulation over no zinc (103.69 g plant-1).

       compared with no zinc application

     cites 1 paper here

203. Phosphorus-induced zinc deficiency in maize (Zea mays L.) on a calcareous chernozem soil · 2018

     • positive
       Foliar zinc hexamine raised grain yield by 1.7 to 1.8 t ha−1 in 1991.
     • positive
       Foliar zinc sulphate raised grain yield by 1.6 to 3.8 t ha−1 in 2006.

204. Effect of Zinc Fertilizer Levels and Application Methods on Zinc Fractions and Grain Yield of Maize · 2018

     • positive
       Seed fortification with 0.5 % Zn-EDTA plus two 0.2 % sprays gave a relatively highest yield of 59.0 qha-1 versus either method alone.

       compared with seed fortification and foliar application alone

     • negative
       Higher soil zinc application levels reduced maize grain yield.

205. Effect of nitrogen, boron and zinc as basal and foliar application on growth and yield of maize (Zea mays L.) · 2018

     • positive
       Treatment 12 gave higher grain yield.

     cited by 3 papers here

206. EFFECT OF FOLIAR APPLICATION OF SOME NUTRIENTS ON MAIZE EARS ROT DISEASE, SYNTHASE OF ANTI-DEFENSE COMPOUNDS, QUALITY OF MAIZE GRAINS AND BREAD · 2018

     • positive
       Twice-applied mixtures of urea with boron, zinc or potassium gave better maize yield and 100-grain weight than each nutrient alone.

       compared with each of urea, boron, zinc and potassium alone

207. Effect of different levels of seed rate, nitrogen and zinc on quality and nutrient uptake of fodder maize (Zea mays L.) · 2018

     • positive
       Zinc 10 kg ha-1 increased green fodder yield to 33.07 t ha-1.

       compared with no zinc

208. Effect of balanced fertilization on production, quality, energy use efficiency of baby corn (Zea mays) and soil health · 2018

     • positive
       With 50 kg S and 10 kg Zn/ha, energy returns were highest (223.12 and 219.69 x 103 MJ/ha) compared with preceding doses.

       compared with its preceding doses

     • positive
       With 50 kg S and 10 kg Zn/ha, energy profitability was highest (10.25 and 10.19) compared with preceding doses.

       compared with its preceding doses

     • positive
       With 50 kg S and 10 kg Zn/ha, net energy returns were highest (203.31 and 200.09 x 103 MJ/ha) compared with preceding doses.

       compared with its preceding doses

     • positive
       With 50 kg S and 10 kg Zn/ha, energy productivity was highest (0.473 and 0.471 kg/MJ) compared with preceding doses.

       compared with its preceding doses

     cites 1 paper here

209. Evaluation of Micronutrient Application at Different Growth Stages on Yield and Yield Components and Grain Quality of Sweet Corn · 2018

     • positive
       Foliar application of iron and zinc at 5 per thousand in the vegetative and early reproductive stage gave a net income gain of 271298 tomans per hectare in sweet corn.

210. Optimizing Inorganic Fertilizers Use for Sustainable Intensification of Rain-Fed Maize in Three Agro-Ecological Zones of Mali · 2018

     • positive
       The diagnostic treatment with Zn, Mg and B gave the best grain yields across the three agro-ecological zones.

       compared with the different levels of NPK

211. Effect of Plant Geometry, Fertility Level and Zinc Level on Kharif Baby Corn (Zea mays L.) · 2019

     • positive
       Higher zinc improved baby corn yield to 13.38q ha-1.
     • positive
       Higher zinc improved net return to Rs 211821 ha-1.
     • positive
       Higher zinc improved green fodder yield to 277.7q ha-1.
     • positive
       Higher zinc improved the benefit-cost ratio to 4.77.

     cites 3 papers herecited by 1 paper here

212. Response of maize (Zea mays L.) to foliar application of zinc and planting geometry · 2019

     • positive
       stover yield was higher at 10.11 t ha-1.

     cited by 1 paper here

213. Response of maize crop to various levels of micro-nutrient application under rain-fed conditions of Azad Kashmir · 2019

     • positive
       Value-cost analysis indicated farmers could obtain two to four times more profit from Zn, B and Cu in maize.
     • positive
       Zn, B and Cu at 2:1:2 kg/ha with macronutrients gave significantly high maize yields in Muzaffarabad and Kotli.

214. Effect of Vermicompost and Zinc Application on Growth and Yield Attribute of Maize Crop · 2019

     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize weight of grain per cob to 95.04 g.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize biological yield to 9311.46 kg ha-1.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased plant height and leaf area index.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize number of grain per cob to 457.09.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize stover yield to 5415.13 kg ha-1.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize seed yield to 3896.33 kg ha-1.
     • positive
       Vermicompost at 4.5 t ha-1 plus zinc at 5.0 kg ha-1 increased maize seed index to 33.65.

     cites 2 papers here

215. Effect of Nanofertilizers and Biofertilizers on Yield of Maize: Biplot Analysis · 2019

     • positive
       Zinc nanofertilizers increased production of most maize traits.

     cites 1 paper here

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

     • positive
       The combined fertilizer treatment gave the highest maize crop yield of 33.22 q/ha.
     • positive
       Adding zinc to NPK maximized benefit cost ratio and sustained soil productivity.

217. Impact of foliar fertilization with nanosized zinc hydroxy nitrate on maize yield and quality · 2019

     • positive
       Optimal zinc concentration management increased maize grain yield versus the control.

       compared with control

218. Effect of zinc and zinc solubilizing bacteria on the yield and nutrient uptake by maize in calcareous soil · 2019

     • positive
       ZSB inoculation increased mean grain and stover yield by 4.2 per cent compared with no ZSB inoculation.

       compared with treatments without ZSB inoculation

     • positive
       The 7.5 kg Zn/ha level gave the highest grain and stover yield.

219. Impact of Sources, Levels of Zinc and Zinc Solubilizing Bacteria on the Growth and Yield of Maize in Calcareous Soil · 2019

     • positive
       ZSB inoculation raised mean maize grain yield 4.2% relative to no inoculation.

       compared with treatments without ZSB inoculation

     • positive
       ZSB inoculation raised maize stover yield 4.2% relative to no inoculation.

       compared with treatments without ZSB inoculation

     • positive
       Application of 7.5 kg Zn ha-1 raised mean maize grain yield 11.3% over no Zn.

       compared with no Zn application

220. Effect of zinc application on the maize · 2019

     • positive
       Zinc application clearly increased maize yields, but its effectiveness depended more on weather conditions.

       compared with control

     cites 4 papers herecited by 1 paper here

221. Effect of nitrogen and zinc levels on growth, yield and economics of baby corn (Zea mays L.) · 2019

     • positive
       The same fertilizer combination gave maximum net return of Rs 146134.91.
     • positive
       120 kg N per hectare with 1.5% zinc gave maximum baby corn height and cob number.
     • positive
       The same fertilizer combination gave maximum husked cob weight of 81.46 g.
     • positive
       The same fertilizer combination gave maximum green cob yield of 7.26 t ha-1.

     cited by 1 paper here

222. Effect of combined levels of nitrogen and zinc on yield and yield attributes of kharif maize (Zea mays L.) · 2019

     • positive
       The treatment had the highest benefit:cost ratio, 1.63.

       compared with other treatments

     • positive
       The treatment had the highest net return, Rs.59108.00 ha-1.

       compared with other treatments

     cited by 1 paper here

223. Growth and yield of sweet corn (Zea mays L. saccharata) as influenced by zinc and boron · 2019

     • positive
       The stated zinc and boron treatment produced a green cob yield of 5.94 t.

224. Fortification of maize (Zea mays L.) by methods and time of Zinc application · 2019

     • positive
       Zinc foliar application at the lateral stage produced higher grain yield and yield attributes than earlier stages.

       compared with earlier stages

     • positive
       Combined soil and foliar zinc significantly improved cob length and grain number per cob.
     • positive
       Combined soil and foliar zinc significantly improved plant height, leaf area index and dry matter accumulation.
     • positive
       Combined soil and foliar zinc significantly improved grain and biological yield.

225. Zinc supply methods and doses for corn · 2019

     • positive
       Foliar Zn increased corn spike length.
     • negative
       Increasing Zn doses reduced corn grain productivity.
     • negative
       Increasing Zn doses reduced corn thousand-grain mass.

226. Effect of combination of nitrogen and foliar applied zinc on growth and yield of hybrid maize · 2019

     • positive
       Increased nitrogen with zinc favorably influenced maize growth and yield components.

227. Maize biofortification and yield improvement through organic biochemical nutrient management · 2019

     • positive
       Zn application improved maize grain yield by 8.0%.

228. Response of Various Fertility and Zinc Levels on Growth, Quality and Productivity of Maize (Zea mays L.) under Sub-Humid Zone of Rajasthan · 2019

     • positive
       The combined 100% NPK and 6.0 kg zinc treatments significantly improved maize plant height at 30 and 60 DAS and harvest.

       compared with control

     • positive
       The combined treatments significantly improved maize grains per cob, cob length and seed index.

       compared with control

     • positive
       The combined treatments significantly improved net return and benefit cost ratio for maize.

       compared with control

     • positive
       The combined treatments significantly improved maize grain, stover and biological yield.

       compared with control

229. Potential of Zinc Solubilizing Bacillus Strains to Improve Growth, Yield, and Quality of Maize (Zea mays) · 2019

     • positive
       Zn solubilizing Bacillus strains, alone and in combination, significantly improved maize growth, yield and grain nutrient concentrations at both experimental sites.

230. Effect of Nutrients Application Method on Productivity and Economics of Maize · 2019

     • positive
       Basal application of phosphorus, potassium and zinc progressively increased growth and yield attributes compared with T1 delayed P and K.

       compared with T1 where P K applied at 30 days after sowing

231. Soil Application of Zinc Fertilizer Increases Maize Yield by Enhancing the Kernel Number and Kernel Weight of Inferior Grains · 2020

     • positive
       Soil Zn fertilizer increased maize yield by 4.2-16.7%.
     • positive
       Zn fertilizer increased kernel weight in the apical section but not in middle and basal sections.
     • positive
       Zn fertilizer increased kernel number in the apical section.
     • positive
       Zn application significantly increased pollen viability at tasseling.

     cited by 10 papers here

232. Effect of nutrient management on growth, yield and quality of maize · 2020

     • positive
       Maize fertilized with 75% NPK + FYM + Zn + B + S had the highest yield attributes.
     • positive
       Maize fertilized with 75% NPK + FYM + Zn + B + S had the highest grain yield, 48.8 q/ha, at Meerut in kharif 2015.

233. To assess the nutrient uptake by maize crop and residual soil fertility · 2020

     • positive
       The 75% NPK + FYM @ 7.5 t + Zn + B + S treatment gave the highest B:C ratio (2.89) in maize.
     • positive
       The 75% NPK + FYM @ 7.5 t + Zn + B + S treatment gave the highest net returns in maize (55730 per ha).

234. Evaluation of Maize for Different Methods and Levels of Zinc Application · 2020

     • positive
       Seed treatment with 4 g kg-1 zinc produced the highest maize grain yield and net returns.
     • positive
       Zinc application significantly enhanced maize growth and yield relative to absolute control.

       compared with absolute control

235. Response of Plant Geometry, Graded Fertility and Zinc Level on Productivity, Profitability and Quality of Rainfed Baby corn (Zea mays L.) in Bihar · 2020

     • positive
       A higher level of zinc improved B:C ratio of baby corn to 4.77.
     • positive
       A higher level of zinc improved green fodder yield of baby corn to 277.7q ha-1.
     • positive
       A higher level of zinc improved baby corn yield of baby corn to 13.38q ha-1.
     • positive
       A higher level of zinc improved net return of baby corn to Rs 211821 ha-1.

     cites 3 papers here

236. Response of Maize to Organic Fertilization and Some Nano-Micronutrients · 2020

     • positive
       Sheep manure at 20 m3/fed plus nano Fe, Zn and Mn increased TWC1100 maize yield and components in Alexandria.

     cited by 1 paper here

237. Response of Maize to Secondary Nutrients and Micronutrients in the Guinea Savanna of Nigeria · 2020

     • positive
       Adding S+Zn over recommended NPK gave the highest maize yield advantage in Toro, 2.4 t ha–1.

       compared with recommended NPK fertilizers

     • positive
       Adding S+B+Zn over recommended NPK gave the highest maize yield advantage in Faskari, 2.8 t ha–1.

       compared with recommended NPK fertilizers

     cites 1 paper herecited by 1 paper here

238. Synergisms of Microbial Consortia, N Forms, and Micronutrients Alleviate Oxidative Damage and Stimulate Hormonal Cold Stress Adaptations in Maize · 2020

     • positive
       Additional supplementation with Zn and Mn gave the highest shoot biomass production in maize.

     cites 1 paper here

239. Response of plant geometry, graded fertility and zinc level on yield and nutrients uptake by baby corn (Zea mays L.) and nutrients status of soil · 2020

     • positive
       Zinc level 5.0 kg ha-1 improved green fodder yield to 277.7 q ha-1.
     • positive
       Zinc level 5.0 kg ha-1 improved baby corn yield to 13.38 q ha-1.

240. Bio-fortification of iron and zinc improves the biomass, uptake, distribution and yield of different maize varieties · 2020

     • positive
       Zinc treatment T3 gave the maximum biomass, leaf area and seed yield of maize

241. Effect of zinc and iron ferti-fertification on growth, yield and economics of baby corn (Zea mays L.) · 2020

     • positive
       Soil and foliar zinc and iron application significantly increased baby corn growth and yield over control.

       compared with control

242. Residual effect of weed management and nutrient application in succeeding wheat (Triticum aestivum L.) following an application to quality protein maize (Zea mays L.) · 2020

     • positive
       NPKS+Zn nutrient application gave significantly higher maize grain yield (4275 kg ha-1).
     • positive
       NPKS+Zn nutrient application gave significantly higher maize stover yield (7227 kg ha-1).

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

     • positive
       Zinc increased maize yield by 4–13%.

     cites 1 paper here

244. Effect of foliar application of zinc, boron and iron on seed yield and quality of sweet corn cv. Madhuri · 2020

     • positive
       Micronutrient plus RDF treatment raised cob weight to 102.0 g.

       compared with other treatments

     • positive
       Zinc and boron foliar spray ranked next for seed yield, fodder yield and shelling percentage.

       compared with other combinations of major and micronutrients application

     • positive
       Micronutrient plus RDF treatment raised 100 seed weight to 12.03 g.

       compared with other treatments

     • positive
       RDF with zinc, boron and iron produced significantly higher fodder yield.
     • positive
       Micronutrient plus RDF treatment raised seeds per cob to 590.7.

       compared with other treatments

     • positive
       Micronutrient plus RDF treatment raised seed yield to 31.79 q/ha.

       compared with other treatments

245. Deep Placement of Briquette Urea Increases Agronomic and Economic Efficiency of Maize in Sandy Loam Soil · 2020

     • positive
       RDF with Zn gave a 2.7% grain yield advantage over RDF.

       compared with recommended dose of fertilizer (RDF)

     • positive
       Blended fertilizer (10:26:26 NPK) with Zn gave a 7.8% grain yield advantage over RDF.

       compared with recommended dose of fertilizer (RDF)

     cites 1 paper here

246. Yield and qualitative evaluation of fodder maize ( Zea mays L.) under potassium and zinc based integrated nutrient management · 2020

     • positive
       Application of 100% RDK with PGPR, FYM and two zinc sprays gave higher green and dry fodder yields than other treatments and control.

       compared with other treatments and control

247. Effect of Zinc Fertilization on Yield of Baby Corn (Zea Mays L.) · 2020

     • positive
       No zinc treatment had lower yield and yield attributes.

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

248. Effect of zinc application strategies on maize grain yield and zinc concentration in mollisols · 2020

     • positive
       Zinc fertilization increased maize grain yield (GY) in four of five sites.

       compared with a control

     cites 4 papers herecited by 4 papers here

249. Optimum Olsen Phosphorus/Zinc_DTPA ratio for the initial growth of maize in agricultural soils of the Mediterranean region · 2020

     • positive
       The sole application of Zn increased maize yield only in a soil with high Olsen P (28 mg kg-1) and low Zn DTPA (0.36 mg kg-1).

250. Effect of chelated iron and zinc application on growth and productivity of maize (Zea mays L.) in subtropical climate · 2020

     • positive
       Compared with sulphate salts and HEDP chelated Fe and Zn sources, productivity increased by 8%.

       compared with sulphate salts (T4 & T8) and HEDP (T5 & T9)

     cited by 2 papers here

251. Prediction of Maize Yields from In-Season GreenSeeker Normalized Difference Vegetation Index and Dry Biomass as Influenced by Different Nutrient Combinations · 2020

     • positive
       N+P+K+Ca+Mg+Zn+B+S gave the highest grain yields.

252. PRODUCTIVITY OF CORN HYBRIDS FOR GRAIN DEPENDING ON CULTIVATION METHODS IN THE CONDITIONS OF THE VOLGA FOREST-STEPPE ZONE · 2020

     • positive
       Leaf fertilizing increased Talisman grain yield by 0.57 t/ha.
     • positive
       Leaf fertilizing increased Gitago grain yield by 0.48.
     • positive
       Leaf fertilizing increased Novotop grain yield by 0.44 t/ha.
     • positive
       Leaf fertilizing increased Phenomenon grain yield by 0.81.

253. Exceeding Potassium and Zinc Application Rate above Farmers Practiced Rate Improves Dry Matter Partitioning, Photosynthetic Attributes, Yield and Quality of Maize (Zea mays L.) under Dryland Condition · 2020

     • positive
       The 60 kg K2O ha-1 plus 30 kg ZnSO4.7H2O ha-1 treatment raised dry matter accumulation and crop growth rate over farmer practice.

       compared with farmers adopted practice

     • positive
       The higher potassium and zinc treatment improved maize yield over farmer practice.

       compared with farmers adopted practice

254. Effect of soil and foliar application of micro nutrients (Zn, Fe & B) on field performance of Maize (Zea mays L.) in Northern Karnataka · 2020

     • positive
       Foliar Zn, Fe and B increased grain yield by 16.96% in 2016-17.

       compared with farmers practice

     • positive
       Foliar Zn, Fe and B increased grain yield by 25.27% in 2017-18.

       compared with farmers practice

     • positive
       Pooled grain yield was 21.03% above farmer practice.

       compared with farmers practice

     • positive
       Zn, Fe and B increased yield-related traits.
     • positive
       Soil and foliar Zn, Fe and B increased gross return, net returns and benefit:cost ratio.

255. Intensification of corn fertilizer system under irrigation conditions in the Chechen republic · 2021

     • positive
       Bioplant Flora seed treatment with the fertilizer mixture gave maximum PR38A24 grain yield of 14.4 t/ha.

256. Evaluation of foliar application of zinc nanoparticles on growth and yield parameters of maize (Zea mays L.) grown under greenhouse conditions · 2021

     • positive
       A 750 ppm foliar zinc nanoparticle spray significantly increased yield parameters.

     cited by 1 paper here

257. Productivity and Chemical Constituents of some Maize Hybrids as Affected by Foliar Sprinkle Treatments · 2021

     • positive
       The combined foliar spray produced the highest growth characteristics and yield attributes.

       compared with further foliar sprinkle treatments

258. Effect of traditional sources of Zn and ZnO-nano-particles foliar application on productivity and P-uptake of maize plants grown on sandy and clay loam soils · 2021

     • positive
       The Zn fertilizers raised maize grain yield and 100-grain weight.

     cites 1 paper herecited by 1 paper here

259. Effect of agronomic biofortification on growth, yield, uptake and quality characters of maize (Zea mays .L) through integrated management practices under North-eastern region of Tamil Nadu, India · 2021

     • positive
       The S6 integrated nutrient treatment was most efficient for maize growth and yield traits under irrigation.

     cites 3 papers here

260. Evaluate the response of different levels of zinc, iron and organic manure on yield attributing parameters of hybrid maize (Zea mays L.) · 2021

     • positive
       Zinc, iron and vermicompost gave the maximum cob length in 2019 and 2020.

       compared with all the treatments

     cites 1 paper here

261. Residual effect of fertility levels, wheat varieties and zinc on growth and yield of succeeding baby corn (Zea mays L.) · 2021

     • positive
       Prior zinc application up to 12 kg ha-1 significantly enhanced baby corn growth and yield over control.

       compared with control

262. Effect of Potassium and Zinc on Growth and Yield of Baby Corn (Zea mays L .) · 2021

     • positive
       T9 produced maximum cob girth, unhusked cob weight and unhusked cob yield.
     • positive
       T9 produced maximum dry weight, cob number and cob length.
     • positive
       T9 produced maximum green fodder and B: C ratio.

     cites 1 paper here

263. Influence of Zinc Chelates on Yield and Zn Uptake by Maize · 2021

     • positive
       TNAU Zn citrate raised yield 9.17% over ZnSO4 spray.

       compared with ZnSO4 foliar spray

     • positive
       Foliar TNAU Zn EDTA gave highest grain yield of 7158 kg ha-1.
     • positive
       TNAU Zn EDTA raised yield 12.3% over ZnSO4 spray.

       compared with ZnSO4 foliar spray

     • positive
       Foliar TNAU Zn EDTA gave highest stover yield of 12741 kg ha-1.

264. Study the Impact of Vermicompost, Zinc and Iron on the Performance of Hybrid Maize (Zea mays L.) · 2021

     • positive
       The treatment significantly increased cobs per plant over control.

       compared with control

     • positive
       The treatment significantly increased cobs per square metre over control.

       compared with control

265. Effects of zinc on the growth and yield of maize (Zea mays l.) cultivated in a tropical acid soil using different application techniques · 2021

     • positive
       Ear length and diameter increased by up to 20% with Zn application

       compared with no fertiliser applied as control

     cited by 3 papers here

266. Seed priming with zinc improves field performance of maize hybrids grown on calcareous chernozem · 2021

     • positive
       Zinc priming raised maize grain yield by about 18% relative to the unprimed control.

       compared with control

     • positive
       Zinc priming raised maize grain yield by about 8.4% relative to water priming.

       compared with water priming

     cites 1 paper here

267. Zinc behavior in maize cropping system as influenced by coal application and magnetized Zn contaminated water · 2021

     • positive
       Plants irrigated with Zn-contaminated water had significantly higher shoot dry matter yield than the control treatment.

       compared with control treatment

268. Effect of Different Levels of Nitrogen and Zinc on Growth and Yield of Baby Corn (Zea mays L) · 2021

     • positive
       Net return was maximum with 160 kg N/ha plus 25 kg Zn/ha (treatment 10), at Rs. 178301.5/ha.
     • positive
       Cob yield was maximum with 160 kg N/ha plus 25 kg Zn/ha (treatment 10), at 973.33 kg/ha.
     • positive
       Benefit-cost ratio was maximum with 160 kg N/ha plus 25 kg Zn/ha (treatment 10), at 3.74.
     • positive
       Stover yield was maximum with 160 kg N/ha plus 25 kg Zn/ha (treatment 10), at 1633.33 kg/ha.

269. Productivity of Maize (Zea mays L.) as Influenced by Nutrient Omission in Inceptisols of Nagaland · 2021

     • positive
       Zn omission reduced maize grain yield by 8.0% versus T1.

       compared with T1 treatmentAbout lacking this nutrient, so it counts the other way round

     • positive
       Maize growth, yield attributes and yield were superior with all nutrients applied.
     • negative
       lime omission reduced maize grain yield by 17.4% versus T1.

       compared with T1 treatment

     • negative
       B omission reduced maize grain yield by 9.1% versus T1.

       compared with T1 treatment

     • negative
       N omission reduced maize grain yield by 24.6% versus T1.

       compared with T1 treatment

     • negative
       K omission reduced maize grain yield by 13.6% versus T1.

       compared with T1 treatment

     • negative
       P omission reduced maize grain yield by 21.0% versus T1.

       compared with T1 treatment

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

     • positive
       T14 significantly increased maize 1000 grain weight.

       compared with T13 (100% RDN+25% N-FYM+S+Zn+Az+PSB)

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

     cites 1 paper here

271. Application Methods of Iron and Zinc Chelates on Grain Yield and Their Absorption in Maize of Dezful City (Khuzestan Province, South west of Iran) · 2021

     • positive
       Foliar zinc chelate treatment produced maize grain yield of 5.22 kg.ha-1.

272. Influence of Nitrogen and Zinc on Growth and Yield of Baby Corn (Zea mays L.) · 2021

     • positive
       The 100 kg nitrogen plus 30 kg zinc treatment was best for Corn yield.
     • positive
       The 100 kg nitrogen plus 30 kg zinc treatment was best for Cob yield.

     cites 3 papers herecited by 1 paper here

273. Maize Growth and Yield Response to Different Rates of Humic Acid and Zinc · 2021

     • positive
       Combined 15 kg humic acid per hectare and 9 ml/l foliar zinc gave the highest 100-kernel weight (41.83 g) in Pioneer 3084 maize.
     • positive
       Combined 15 kg humic acid per hectare and 9 ml/l foliar zinc gave the highest grain yield (7.192 t/ha) in Pioneer 3084 maize.
     • positive
       Combined 15 kg humic acid per hectare and 9 ml/l foliar zinc gave the highest number of kernels per row (54.13) in Pioneer 3084 maize.

     cited by 1 paper here

274. Agronomic Biofortification through Integrated Nutrient Management on Maize (Zea mays L.) Hybrids · 2021

     • positive
       The combined nutrient treatment gave the highest growth and yield attributes.
     • positive
       The combined nutrient treatment produced 10.35 tha-1 stover yield.
     • positive
       The combined nutrient treatment produced 8.52 tha-1 grain yield.

275. 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

     cited by 1 paper here

276. Maize Yield Response to Zinc Fertilization in Farmer’s Field under Rainfed Condition in Hill Region of Assam, Eastern Himalayan Region · 2021

     • positive
       Zn application increased kernel weight in Zn-deficient soils.
     • positive
       Zinc fertilization increased maize yield from 4.62 t ha−1 without Zn to 4.91 t ha−1 with Zn under recommended fertilizer dose.

       compared with without Zn

     • positive
       Zn application increased maize yield in Zn-deficient soils.
     • positive
       Zn application increased cob length, cob diameter and kernel numbers in Zn-deficient soils.
     • positive
       Zn application alone raised maize yield by 9.15 % over farmers practice without any fertilizers.

       compared with farmers practice without any fertilizers

277. PROSPECTS OF GROWING CORN FOR GRAIN FOR BIOETHANOL PRODUCTION · 2021

     • positive
       Double Ecolist Mono Zinc with Biomag produced the highest bioethanol yield, 0.72-0.90 thousand l / ha above control.

       compared with control

278. EFFICIENCY OF GRAIN CORN CULTIVATION METHODS IN THE CONDITIONS OF THE MIDDLE VOLGA REGION · 2021

     • positive
       Leaf dressing with Izagri Nitrogen at 2 l/ha plus Izagri Zn at 1 l/ha increased grain corn yield by 0.58 t/ha or 7.4%.

     cited by 1 paper here

279. Effect of omission of nutrients on productivity, uptake of nutrients in maize (Zea mays L.) and residual soil fertility in Dystrudept of Nagaland · 2021

     • positive
       Full nutrient application significantly improved maize growth, yield attributes and yield.
     • positive
       Zinc omission reduced maize grain yield by 8.0%.

       compared with all the treatmentAbout lacking this nutrient, so it counts the other way round

     • negative
       Omitting N, P, K, Zn, or B significantly reduced their available postharvest soil content.

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

     • positive
       Maize 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 here

281. Managing essential plant nutrients to improve maize productivity in the savanna agroecological zones of Northern Ghana: the role of secondary and micronutrients · 2022

     • positive
       Omitting B from balanced fertilization reduced maize grain yield by about 14%.

       compared with balanced fertilizationAbout lacking this nutrient, so it counts the other way round

     • positive
       Omitting Zn from balanced fertilization reduced maize grain yield by about 28%.

       compared with balanced fertilizationAbout lacking this nutrient, so it counts the other way round

     • positive
       Adding S, Zn and B to NPK increased maize yield 60% over NPK only in Sudan savanna.

       compared with NPK-only treatment

     • positive
       Adding S, Zn and B to NPK increased maize yield 64% over NPK only in Guinea savanna.

       compared with NPK-only treatment

     cites 1 paper herecited by 1 paper here

282. Fertigation with Zn-Lysine Confers Better Photosynthetic Efficiency and Yield in Water Stressed Maize: Water Relations, Antioxidative Defense Mechanism and Nutrient Acquisition · 2022

     • positive
       Zn-Lys fertigation improved grain yield under limited water supply in both maize cultivars.

283. Effect of irrigation intervals and foliar spray of zinc and silicon treatments on maize growth and yield components of maize · 2022

     • positive
       Foliar zinc and silicon produced the highest plant height and improved yield components.

       compared with untreated treatments

     • positive
       Combined zinc and silicon gave the best yield, followed by zinc and then silicon.

       compared with zinc, silicon treatments

     cited by 1 paper here

284. Influence of Agronomic biofortification on Maize · 2022

     • positive
       S6 significantly increased maize grain and stover yield.
     • positive
       S6 significantly increased maize growth and yield attributes.
     • positive
       S6 produced higher maize grain yield of 8.2 t ha-1.
     • positive
       S6 produced higher maize stover yield of 10.16 t ha-1.

     cites 1 paper here

285. Production potential of maize under agronomic biofortification · 2022

     • positive
       The S6 nutrient treatment produced stover yield of 10.16 and 10.35 t/ha in maize.
     • positive
       The S6 nutrient treatment produced plant height, leaf area index, dry-matter accumulation in maize.
     • positive
       The S6 nutrient treatment produced cob length, no. of grains/row, cob weight in maize.
     • positive
       The S6 nutrient treatment produced grain yield of 8.27 and 8.52 t/ha in maize.

286. Zinc application rate for optimal profitability of maize production systems in the savanna agroecological zones of Northern Ghana · 2022

     • positive
       Maize grain yield ranked 7.5 through 15 kg Zn ha−1 equally, above 5, 2.5 and control.

       compared with control

     • positive
       Potential gross profit from Zn application was highest at 5 kg Zn ha−1.

     cites 2 papers here

287. Effect of P fertilization and Spraying by Micronutrients on Productivity of Intercropped Maize and Soybean and Competitive Relationships under Different Farming Systems · 2022

     • positive
       Combined zinc and manganese spraying gave superior maize earliness, growth, and yield traits.

288. Effect of Integrated Nutrient Management on Yield, Economics and Post-harvest Soil Properties of Sweet Corn Grown under Mid-Central Table Land Zone of Odisha · 2022

     • positive
       Post-harvest soil properties were highest in T6, where bio fertilizer consortia, B and Zn were applied with standard fertilization in the INM package.
     • positive
       Sweet corn cob length was highest (28.5 cm) in the integrated package of bio fertilizer consortia, B and Zn with standard fertilization (T6).
     • positive
       Sweet corn no of grains per row was highest (47.55) in the integrated package of bio fertilizer consortia, B and Zn with standard fertilization (T6).

289. Efficiency of Microfertilizer Oracle Multicomplex in Corn Cultivation Technology · 2022

     • positive
       Balanced macro- and micronutrition raised thousand-grain weight by 55-59 g.

290. Balanced Fertilization in Rice-maize Cropping System to Enhance Productivity, Economics and Soil Fertility Status in North Coastal Zone, Andhra Pradesh · 2022

     • positive
       Balanced NPK and zinc fertilization increased maize grain yield to 7286kg ha-1.
     • positive
       Balanced fertilization increased maize straw yield to 9065kg ha-1.

291. Integrated Nutrient Management in Maize-Cowpea Intercropping System Is an Attractive Option to Improve the Fodder Productivity and Quality · 2022

     • positive
       Monocropped maize with either specified nutrient treatment had significantly higher green fodder yield.

     cited by 1 paper here

292. Efficacy of Soil Applied Phosphorus and Foliar Zinc Application on Different Growth Stages to Improve Productivity of Maize (Zea mays) · 2022

     • positive
       Zn applied half at vegetative and half at reproductive stages improved maize thousand grains weight (255.5 g).
     • positive
       5 kg ha -1 with Zn improved maize thousand grains weight (258.33 g).
     • positive
       Zn applied half at vegetative and half at reproductive stages improved maize ear weight (127.4 g).
     • positive
       5 kg ha -1 with Zn improved maize Ear length (18.4 cm).
     • positive
       Zn applied half at vegetative and half at reproductive stages improved maize Ear length (18.2 cm).
     • positive
       5 kg ha -1 with Zn improved maize ear weight (129.6 g).

     cites 3 papers here

293. Effects of Conventional and Nano Fertilizers on Growth and Yield of Maize (Zea mays L.) · 2022

     • positive
       The treatment increased dry matter production to 15013 kg ha-1.
     • positive
       The treatment increased stover yield to 12094 kgs ha-1.
     • positive
       The treatment increased grain yield to 8926 kgs ha-1.
     • positive
       The treatment increased harvest index to 42.46.
     • positive
       The treatment increased grains per cob to 496.

294. Effects of fused and blended fertilizers on maize yield and soil properties · 2022

     • positive
       Adding S and Zn benefited maize yield only in 2015, the first residual year.

       compared with without S and Zn

     • no effect
       Maize grain yields were similar with fused and blended S and Zn fertilizers throughout 2012–2016.

       compared with blended

     cites 3 papers here

295. Potential of corn hybrids of universal use · 2022

     • positive
       Nur grain yield reached 61.3 c/ha under NK background and foliar zinc.
     • positive
       Bilyar-160 grain yield reached 67.41 c/ha under NK background and foliar zinc.
     • positive
       Voronezhsky-279 grain yield reached 77, 39 c/ha under NK background and foliar zinc.

     cites 1 paper here

296. Effect of Nitrogen, Zinc and Iron on Growth and Yield of Baby-corn (Zea mays L.) Prayagraj Condition · 2022

     • positive
       cob yield with husk was reported under combined nitrogen, zinc and iron treatment.
     • positive
       cob yield without husk was reported under combined nitrogen, zinc and iron treatment.
     • positive
       Number of cobs per plant was reported under combined nitrogen, zinc and iron treatment.
     • positive
       Number of leaves per plant was significantly higher under combined nitrogen, zinc and iron treatment.
     • positive
       cob length was reported under combined nitrogen, zinc and iron treatment.
     • positive
       cob weight with out husk was reported under combined nitrogen, zinc and iron treatment.
     • positive
       cob weight with husk was reported under combined nitrogen, zinc and iron treatment.

     cites 1 paper here

297. Response of Maize to Different Application Methods and Rates of Fulvic Acid and Zn under Soil Affected by Salinity Conditions · 2022

     • positive
       Soil zinc followed by fulvic acid spray gave the highest mean maize yield and components.

     cites 2 papers here

298. Yield and Grain Quality of Divergent Maize Cultivars under Inorganic N Fertilizer Regimes and Zn Application Depend on Climatic Conditions in Calcareous Soil · 2022

     • positive
       Split doses of N combined with Zn gave higher maize grain yields than adding N at once.

       compared with adding at once

299. 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 maize grain size.

       compared with no-Zn application

     cites 1 paper here

300. 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.

301. Productivity, quality, and land use efficiency of cereal-legume forages under monocropping and intercropping systems with integrated use of organic and inorganic nutrient sources · 2022

     • positive
       Monocropped maize with 75%RDF + Zn + PGPR + FYM yielded 138.3 q ha−1 dry matter, among the maximum treatments.
     • positive
       Monocropped maize with 100%RDF + Zn + FYM yielded 135.7 q ha−1 dry matter, among the maximum treatments.

     cites 1 paper here

302. BORON AND ZINC FERTILIZER APPLICATION TO MAIZE CROPS IN A LITHIC QUARTZIPSAMMENT · 2022

     • positive
       Soil B and Zn applications increased maize grain yield in low-B and low-Zn soils.

303. EFFECT OF ZINC AND BORON ON GROWTH AND YIELD OF MAIZE (ZEA MAYS L.) IN PYUTHAN, NEPAL · 2022

     • positive
       NPK with Zn and B gave the highest harvest index, 0.45, compared with farmer practice.

       compared with farmer practice

     • positive
       NPK with Zn and B gave the highest grain yield, 9.01ton/ha, compared with farmer practice.

       compared with farmer practice

     • positive
       NPK with Zn and B gave the highest benefit cost ratio, 1.92, compared with farmer practice.

       compared with farmer practice

     cites 1 paper here

304. Effect of Soil Application of Zinc and Foliar Application of Boron on Growth and Yield of Maize (Zea mays L.) · 2023

     • positive
       Zinc 15 kg/ha with 1.5% foliar boron gave the highest stover yield (14.30 t/ha) in maize.
     • positive
       Zinc 15 kg/ha with 1.5% foliar boron gave the highest harvest index (30.7%) in maize.
     • positive
       Zinc 15 kg/ha with 1.5% foliar boron gave the highest grain yield (6.33 t/ha) in maize.

     cites 2 papers here

305. ENHANCING ADAPTING MAIZE TO CLIMATE CHANGES USING DIFFERENT NITROGEN AND ZINC SOURCES AND THEIR EFFECTS ON GROWTH, YIELD AND QUALITY UNDER NILE DELTA CONDITIONS · 2023

     • positive
       Foliar zinc gave higher maize biological yield than the control.

       compared with the control

     • positive
       Foliar zinc gave higher 100-grain weight in maize than the control.

       compared with the control

     • positive
       Fertilizing with 50% mineral N, 50% organic N and bio N combined with spraying zinc nano had a significant effect on maize yield and yield components.
     • positive
       Foliar zinc gave higher ear length, number of rows per ear and number of grains per row in maize than the control.

       compared with the control

     • positive
       Foliar zinc application improved maize yield and yield components relative to the control.

       compared with the control

     cites 4 papers here

306. Influence of Boron, Zinc and Iron on Growth and Yield of Summer Maize (Zea mays L.) · 2023

     • positive
       The combined micronutrient treatment had the significantly maximum Grain yield of 5.40 t/ha compared with other treatments.

       compared with other treatments

     • positive
       The combined micronutrient treatment had the significantly maximum benefit cost ratio of 1.71 compared with other treatments.

       compared with other treatments

     • positive
       The combined micronutrient treatment had the significantly maximum Straw yield of 9.60 t/ha compared with other treatments.

       compared with other treatments

     • positive
       The combined micronutrient treatment had the significantly maximum Gross returns of 122400.0 INR/ha compared with other treatments.

       compared with other treatments

     • positive
       The combined micronutrient treatment had the significantly maximum Harvest index of 35.97 compared with other treatments.

       compared with other treatments

     • positive
       The combined micronutrient treatment had the significantly maximum Net return of 77210.0 INR/ha compared with other treatments.

       compared with other treatments

     cites 1 paper here

307. The Influence of Foliar Plants Fertilized with Batr Zinc Fertilizer on the Corn Yield Formation in Stavropol Krai · 2023

     • positive
       Batr Zinc raised Mashuk 355 MV green mass yield by 3.1–5.7 t/ha.
     • positive
       Batr Zinc raised Mashuk 355 MV grain yield by 0.31–1.17 t/ha.
     • positive
       Batr Zinc raised Mashuk 220 MV green mass yield by 5.1–8.7 t/ha.

     cites 1 paper here

308. Assessing the residual benefit of soil-applied zinc on grain zinc nutritional quality of maize grown under contrasting soil types in Malawi. · 2023

     • positive
       Residual 30 kg Zn ha -1 raised second-season maize grain yield by 25% versus 1 kg Zn ha -1.

       compared with 1 kg Zn ha -1

     • no effect
       Residual 90 kg Zn ha -1 showed no evidence of larger second-season crop yield, grain Zn concentration or Zn uptake than 30 kg Zn ha -1.

       compared with 30 kg Zn ha -1No difference from an alternative treatment

309. Soil zinc fertilisation does not increase maize yields in 17 out of 19 sites in Sub-Saharan Africa but improves nutritional maize quality in most sites · 2023

     • positive
       Soil zinc fertilisation increased maize yield at only two of nineteen locations.

       compared with Zn was omitted

     cites 1 paper herecited by 1 paper here

310. Biofortification of maize growth, productivity and quality using nano-silver, silicon and zinc particles with different irrigation intervals · 2023

     • positive
       IR15 with AgNPs and Zn benefited most measured parameters, especially kernel weight, except proline.
     • negative
       IR25 with Si, AgNPs and Zn reduced the harvest index.

     cites 1 paper herecited by 1 paper here

311. Response of Zinc and Nano Urea on Growth and Yield of Maize (Zea mays L.) · 2023

     • positive
       Zinc 30 kg/ha plus nano urea 4 ml/l increased maize number of grains per cob to 476.79.
     • positive
       Zinc 30 kg/ha plus nano urea 4 ml/l increased maize cob length to 21.2 cm.
     • positive
       Zinc 30 kg/ha plus nano urea 4 ml/l increased maize grain yield to 4.33 t/ha.
     • positive
       Zinc 30 kg/ha plus nano urea 4 ml/l increased maize stover yield to 6.65 t/ha.

     cites 1 paper here

312. VALUE ADDED FERTILIZERS AMELIORATE GRAIN YIELD AND NUTRITIONAL QUALITY OF MAIZE CROP · 2023

     • positive
       Zarkhez Plus and BAZU increased grain yield by up to 30% compared with straight fertilizers.

       compared with straight fertilizers

     • positive
       Zarkhez Plus and BAZU significantly improved grain number and thousand seed weight.
     • no effect
       BAZU above one third of nitrogen requirement did not significantly increase grain yield.

313. INFLUENCE OF ZINC UNDER DEFICIT IRRIGATION ON GROWTH AND PRODUCTIVITY OF HYBRID MAIZE · 2023

     • positive
       Zinc at 27 kg ha-1 maximized maize 1000-grain weight at 255.03 g.

       compared with lower doses of zinc

     • positive
       Zinc at 27 kg ha-1 maximized maize harvest index at 34.5%.

       compared with lower doses of zinc

     • positive
       Zinc at 27 kg ha-1 maximized maize grain yield at 5.64 t ha-1.

       compared with lower doses of zinc

314. Effect of Biofertilizers and Zinc on Growth and Yield of Maize (Zea mays L.) · 2023

     • positive
       Treatment 9 increased maize cob length to 17.63 cm.

       compared with other treatments

     • positive
       Treatment 9 gave a benefit cost ratio of 2.00, higher than other treatments.

       compared with other treatments

     • positive
       Treatment 9 increased maize seed index to 39.56 g.

       compared with other treatments

     • positive
       Treatment 9 increased maize seed yield to 2.30 t/ha.

       compared with other treatments

     • positive
       Treatment 9 gave the maximum number of cobs per plant (2.20).

       compared with other treatments

     • positive
       Treatment 9 gave the maximum net returns of 72,573.00 INR/ha.

       compared with other treatments

     • positive
       Treatment 9 gave the maximum gross returns of 1,08772.00 INR/ha.

       compared with other treatments

     • positive
       Treatment 9 increased maize stover yield to 8.53 t/ha.

       compared with other treatments

     • positive
       Treatment 9 increased maize harvest index to 21.26%.

       compared with other treatments

     cites 1 paper here

315. Effectiveness of zinc in foliar feeding maize in the Western Forest Steppe of Ukraine · 2023

     • positive
       Maize yield of DN Aton increased by 0.72 t/ha (8.2%) with zinc foliar feeding at the 5–6 and 8–9 leaf stages compared with the control.

       compared with control

     • positive
       Foliar zinc feeding with Chimic Zinc contributes to higher grain yield.
     • positive
       Maize yield of DN Astra increased by 0.78 t/ha (8.6%) with zinc foliar feeding at the 5–6 and 8–9 leaf stages compared with the control.

       compared with control

     • positive
       Foliar zinc feeding with Chimic Zinc improves yield structure elements.

     cites 1 paper herecited by 1 paper here

316. Weed dynamics, productivity and economics of quality protein maize (Zea mays) as affected by weed and nutrient-management · 2023

     • positive
       NPKS plus Zn gave significantly higher yield attributes.
     • positive
       NPKS plus Zn gave significantly higher stover yield of 7.2 t/ha.
     • positive
       NPKS plus Zn gave significantly higher grain yield of 4.3 t/ha.

     cites 1 paper here

317. Effect of Organic Manure and Zinc on Growth, Yield Attributes and Economics of Maize · 2023

     • positive
       Combined manure and zinc yielded cob length of 29.80 cm.
     • positive
       Combined manure and zinc yielded 2.93 cobs per plant.
     • positive
       Combined manure and zinc yielded 414.70 seeds per cob.

     cites 3 papers here

318. Effect of Organic Manures and Nano Zinc on Growth and Yield of Baby Corn (Zea mays L.) · 2023

     • positive
       The treatment gave higher green fodder yield of 36.10 t/h.
     • positive
       Treatment 9 gave maximum net returns of 1,20,155.00 INR/ha.
     • positive
       The treatment gave higher cob length of 21.95 cm.
     • positive
       The treatment gave a higher number of cobs, 3.73.
     • positive
       Treatment 9 gave maximum gross returns of 1,81,170.00 INR/ha.
     • positive
       The treatment gave a higher harvest index of 39.03%.
     • positive
       Treatment 9 gave a maximum benefit-cost ratio of 1.97.
     • positive
       The treatment gave higher cob weight with husk of 10.88 g.
     • positive
       The treatment gave higher cob yield without husk of 6.38 t/h.

     cites 3 papers here

319. Impact of Varying doses of Biochar and INM Practices on Agro Physiological Performance, Yield and Economics of Maize (Zea mays L.) · 2023

     • positive
       The 100 % RDF plus 5 t/ha biochar, ZMB biofertilizer and Zn treatment (T8) gave the highest net return (₹67162).
     • positive
       The 100% RDF plus 5 t/ha biochar, ZMB biofertilizer and Zn treatment gave significantly maximum relative growth rate, net assimilation rate and yield.
     • positive
       The 100 % RDF plus 5 t/ha biochar, ZMB biofertilizer and Zn treatment (T8) gave the highest gross return (₹12674).

     cites 1 paper here

320. Influence of Nano Zinc Foliar Application on Yield and Economics of Sweet Corn (Zea mays L. saccharata) in Telangana, India · 2023

     • positive
       Foliar Zn EDTA at 5 g/L gave the significantly highest fodder yield (20.4 t/ha) in sweet corn.
     • positive
       Foliar Zn EDTA at 5 g/L gave the significantly highest cob yield (15.5 t/ha) in sweet corn.

     cites 1 paper herecited by 1 paper here

321. Effect of Biofertilizer and Micronutrient on Growth and Yield of Summer Maize (Zea mays L.) · 2023

     • positive
       Azotobacter plus boron and zinc gave the highest number of grains/row at 34.66.
     • positive
       Azotobacter plus boron and zinc gave the highest grain yield at 4.97 t/ha.
     • positive
       Azotobacter plus boron and zinc gave the highest seed index at 30.33 g.
     • positive
       Azotobacter plus boron and zinc gave the highest stover yield at 9.82 t/ha.

322. Effect of agrochemical AminoPlus brand: Amino ZN on growth and production processes, corn plant yields · 2023

     • positive
       Foliar fertilizing with AminoPlus Amino Zn at 2.0 l/ha gave the maximum corn grain yield, 53.5 centners per hectare.

       compared with control

323. Effect of phosphorus and zinc levels on maize (Zea mays L.) forage production grown in calcareous soil in Peshawar valley · 2023

     • positive
       T9 produced maximum biological yield of 17831 kg ha -1.
     • no effect
       The phosphorus and zinc treatments had a non-significant effect on harvest index.

     cites 1 paper here

324. Effect of Foliar Application of Potassium and Zinc Elements on Maize Yield and Grain Nutrient Content Under Water-Deficit Conditions · 2023

     • positive
       Optimal irrigation with two potassium and zinc foliar applications produced the highest maize yield of 1073.8 gr.m-2.

     cites 2 papers here

325. Effect of spraying iron, zinc and using superabsorbent on grain yield and some biochemical properties of maize under drought stress · 2023

     • positive
       Spraying zinc significantly increased maize grain yield.

326. Influence of Sulfur and Zinc on Growth and Yield of Rabi Maize (Zea mays L.) · 2023

     • positive
       Grain yield of maize (6.42 t/ha) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       Number of grains per cob of maize (533.8) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       Stover yield of maize (14.36 t/ha) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       Number of cobs per plant of maize (2.33) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       B:C ratio of maize (2.23) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       Net returns of maize (INR 90,007.65/ha) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).
     • positive
       Gross returns of maize (INR 1,30,264.40/ha) was recorded in treatment 9 (sulfur 40 kg/ha + zinc 25 kg/ha).

327. Impact of Various Soil and Foliar Treatments on Yield and Its Components of Maize (Zea Mays L.) In Calcareous Soil of Peshawar, Pakistan · 2023

     • positive
       Soil zinc at 10 kg ha-1 increased cob weight.
     • positive
       Soil zinc application yielded more than foliar spray.

       compared with foliar spray

     • positive
       Soil zinc at 10 and 15 kgha -1 increased grains per cob and thousand grain weight.
     • positive
       Soil zinc at 20 kgha -1 increased biological yield to 5849 kgha -1.
     • positive
       Soil zinc at 20 kgha -1 gave grain production of 2821 kgha -1.

328. Effect of Foliar Application of some Macro and Micronutrients on the Growth and Yield of Maize · 2023

     • positive
       NP2K+[P+Zn+Fe] produced the highest grain yield of maize.
     • no effect
       Foliar application of phosphorus, zinc and iron produced no yield difference in maize.

329. Effect of Inorganic Nutrients and Biofertilizers on Growth, Yield and Soil Properties of Maize (Zea mays L.) in N-W Region of Punjab, India · 2023

     • positive
       Combined NPK, S and Zn application gave higher maize stover yield, 93.4 quintal per ha.
     • positive
       Combined NPK, S and Zn application gave the highest maize grain yield, 59.70 quintal per ha.

330. Enhancing maize yield and zinc uptake through foliar application of zinc sulfate in calcareous soil of Peshawar, Pakistan · 2023

     • positive
       Zinc application significantly increased maize yield.

331. The Role of Zinc- Zeolite in the Growth and Yield of (Zea Mays L.) in Two Calcareous Soils · 2023

     • positive
       Natural and synthetic zeolite-zinc at 12 kg Zn ha −1 was significantly superior in grain weight in maize.

332. The role of zinc fertilization and its interaction with nitrogen and phosphorus starter fertilization on early maize development and grain yield · 2024

     • positive
       Zn fertilization significantly enhanced the early vigor and yield of maize, less than NP fertilizer did, compared with an untreated control in North Italy.

       compared with untreated control

     • positive
       Zn treatment significantly increased maize kernel weight.

     cites 9 papers here

333. 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
       The combined RDN, vermicompost, sulfur, zinc and inoculant treatment yielded more maize than most other treatments.

       compared with any other treatments except 100% RDN + 25% N-FYM + S + Zn + AZ + PSB

334. Comparative analysis of the growth, yield attributes and grain yield of kharif maize (Zea mays) under varying doses of biochar, fertility levels, and biofertilizer treatments · 2024

     • positive
       T8 increased maize stover yield by 134% versus control.

       compared with control treatment

     • positive
       T8 increased maize cob length by 53% versus control.

       compared with control treatment

     • positive
       T8 increased maize grains per row by 83% versus control.

       compared with control treatment

     • positive
       T8 increased maize grain yield by 138.4% versus control.

       compared with control treatment

335. Synthesis and Characterization of Chitosan Encapsulated Zinc Oxide Nanoparticles and its Application in Maize under Zinc Deficit Soil · 2024

     • positive
       Foliar Cs-ZnO at 100 mg L-1 gave the highest maize grain yield, 52.5 q ha-1.

       compared with other treatments

336. Response of nutrients uptake and bio fortification to the optimum zinc fertilizer doses for maize crop ( Zea mays L.) · 2024

     • positive
       Zinc application significantly increased maize grain yield.

     cites 2 papers here

337. Enhancing maize productivity under abiotic stresses through the combined use of nitrogen, potassium humate, and zinc · 2024

     • positive
       Combined potassium humate and zinc gave the highest grain yields of maize, 10,436 and 10,590 kg/ha in the two seasons, compared with a control group.

       compared with control group

338. Response of Maize (Zea mays L.) to Nitrogen Levels, Conventional and Enriched Organic Manures on Yield and Major Nutrient Uptake in a Vertisol · 2024

     • positive
       Nitrogen with Zn+Fe enriched vermicompost gave superior maize grain yield

       compared with other treatments

     • positive
       Nitrogen with Zn+Fe enriched vermicompost gave superior maize stover yield

       compared with other treatments

339. Effect of Biofertilizers and Zinc Micronutrients on yield and Economics of Maize (Zea mays L.) · 2024

     • positive
       Azotobacter 25 g/kg + PSB 25 g/kg + 1% Zn + B 1% gave higher net return (INR 1,08,439.5.00/ha) in maize.
     • positive
       Azotobacter 25 g/kg + PSB 25 g/kg + 1% Zn + B 1% gave higher gross return (INR 1,49,119.5/ha) in maize.
     • positive
       Azotobacter 25 g/kg + PSB 25 g/kg + 1% Zn + B 1% gave higher benefit cost ratio (2.66) in maize.

     cites 1 paper here

340. Effects of integrated nutrient management and fertilizers on the yield of baby corn in Punjab's climatic context · 2024

     • positive
       The high N and P treatment with Zn and Azotobacter produced the highest cob length, 14.28 cm.
     • positive
       The same treatment produced the highest green fodder yield, 45.56 t ha-1.

     cites 3 papers here

341. Effect of nitrogen and zinc on growth and yield of sweet corn article type · 2024

     • positive
       The treatment gave the highest grains per row, 34.33.
     • positive
       The treatment gave the highest green fodder yield, 15.30t/ha.
     • positive
       The treatment gave the highest cob yield, 6.53 t/ha.

342. Effect of zinc and magnesium on growth and yield of maize (Zea mays L.) · 2024

     • positive
       Treatment 9 had higher benefit cost ratio of 2.68.
     • positive
       Treatment 9 had higher Grain yield of 6.58 t/ha.
     • positive
       Treatment 9 had higher Grains per cob of 249.33.

343. Response of macro nutrient and nano zinc on soil health parameters yield attributes of maize (Zea mays L). var white pearly · 2024

     • positive
       Treatment T9 gave a maximum maize yield of 46.96 q h-1a.

344. Effect of foliar application of zinc and boron on growth and yield of sweet corn (Zea mays L. Saccharata) · 2024

     • positive
       The same treatment produced higher cob length of 23.28 cm.
     • positive
       The same treatment produced a higher harvest index of 40.41%.

345. Effects of humic acid and mineral Zn fertilizer on Zn uptake and maize yield in soils formed on limestone and marl parent materials · 2024

     • positive
       Zn fertilization with HA further increased dry yield.

346. Efficiency of foliar additional fertilizing of corn at different periods of application · 2024

     • positive
       At five leaves, Batr Zinc increased Mashuk 220 MV grain yield by 0.59 t/ha.

       compared with without the use of mineral fertilizers

     • positive
       At eight leaves, Batr Zinc increased Mashuk 355 MV green mass yield by 6.8 t/ha.

       compared with without the use of mineral fertilizers

     • positive
       At five leaves, Batr Zinc increased Mashuk 355 MV green mass yield by 7.7 t/ha.

       compared with without the use of mineral fertilizers

     • positive
       At eight leaves, Batr Zinc increased Mashuk 220 MV green mass yield by 6.0 t/ha without mineral fertilizer.

       compared with without the use of mineral fertilizers

     • positive
       At eight leaves, Batr Zinc increased Mashuk 355 MV grain yield by 0.74 t/ha.

       compared with without the use of mineral fertilizers

     • positive
       At five leaves, Batr Zinc increased Mashuk 220 MV green mass yield by 5.2 t/ha without mineral fertilizer.

       compared with without the use of mineral fertilizers

     • positive
       At five leaves, Batr Zinc increased Mashuk 355 MV grain yield by 0.83 t/ha.

       compared with without the use of mineral fertilizers

     • positive
       At eight leaves, Batr Zinc increased Mashuk 220 MV grain yield by 0.63 t/ha.

       compared with without the use of mineral fertilizers

     cites 1 paper here

347. Revitalizing maize growth and yield in water-limited environments through silicon and zinc foliar applications · 2024

     • positive
       Under drought stress, Si + Zn applications mitigated yield losses in maize.
     • positive
       Under full irrigation, combined silicon and zinc gave the highest maize yield among foliar treatments.

       compared with other foliar treatments

     • positive
       Under full irrigation, combined silicon and zinc gave the highest grains per ear, kernel weight and ear size among foliar treatments.

       compared with other foliar treatments

     cites 2 papers herecited by 1 paper here

348. Assessment of zinc sources and levels for urea coating to achieve higher productivity and soil fertility in spring maize (Zea mays) · 2024

     • positive
       Three zinc sulphate rates increased grains per cob and cob weight versus no zinc.

       compared with no Zn

     • positive
       Grain yield at 2.07% zinc sulphate was 5.68 and 6.36 in 2021 and 2022.

349. Effect of Nano Urea and Zinc on Growth and Yield of Kharif Maize · 2024

     • positive
       Nano urea at 4ml/l with 0.5% Zinc gave the highest stover yield versus control: 8.99 t/ha.

       compared with control

     • positive
       Nano urea at 4ml/l with 0.5% Zinc gave the highest seed index versus control: 23.10 g.

       compared with control

     • positive
       Nano urea at 4ml/l with 0.5% Zinc gave the highest grain yield versus control: 6.05 t/ha.

       compared with control

350. Influence of zinc and boron on growth and yield of maize · 2024

     • positive
       The combined treatment maximized straw yield at 16.37 t/ha.
     • positive
       The combined treatment maximized grain weight per cob at 90.05 g.
     • positive
       The combined treatment maximized grain yield at 7.82 t/ha.
     • positive
       The combined zinc and boron treatment maximized the maize benefit to cost ratio at 2.43.
     • positive
       The combined treatment maximized grains per row at 31.27.

351. Growth and Quality Analysis of Baby Corn (Zea mays L.) and Fodder as Influenced by NPK and Zn Fertility under Varying Spatial Geometry in Indo-Gangetic Plain Zone of Bihar · 2024

     • positive
       Zinc at 5.0 kg ha-1 enhanced growth and yields.

352. Prediction of spatial heterogeneity in nutrient-limited sub-tropical maize yield: Implications for precision management in the eastern Indo-Gangetic Plains · 2024

     • positive
       More than 70% of fields showed a positive maize-yield response to N, P, K, and Zn.

353. Zinc fortification and legume incorporation in forage based cropping systems: Implications for yield and nutrient dynamics · 2024

     • positive
       Soil and foliar zinc raised dry matter yield 37.93 % over control.

       compared with control (Zn0)

354. Response of Foliar Application of Nano Fertilizers on Growth and Yield of Maize (Zea mays L.) in South-West Rajasthan · 2024

     • positive
       T12 increased maize dry matter accumulation over control to 154.85 g.

       compared with control

     • positive
       T12 increased maize stover yield over control to 7994.81 kg ha-1.

       compared with control

     • positive
       T12 increased maize cob length over control to 23.65 cm.

       compared with control

     • positive
       T12 increased maize seed yield over control to 4482.2 kg ha-1.

       compared with control

     • positive
       T12 increased maize number of grains per cob over control to 346.7.

       compared with control

     • positive
       T12 increased maize weight of 100 seeds over control to 24.92 g.

       compared with control

355. Efficiency of Corn Foliar Fertilizing at Different Developmental Stages · 2024

     • positive
       Mashuk 355 MV green mass yield increased by 7.7 and 6.8 t/ha after foliar fertilizer at the five-leaf phase.

       compared with no application of mineral fertilizers

     • positive
       Mashuk 220 MV green mass yield increased by 5.2 and 6.0 t/ha after foliar fertilizer at the five-leaf phase.

       compared with no application of mineral fertilizers

     • positive
       Mashuk 355 MV green mass yield increased by 6.8 t/ha after foliar fertilizer at the eight-leaf phase.

       compared with no application of mineral fertilizers

     • positive
       Mashuk 220 MV green mass yield increased by 6.0 t/ha after foliar fertilizer at the eight-leaf phase.

       compared with no application of mineral fertilizers

     cites 1 paper here

356. Integrated approaches for enhancing seed yield in heat resilient maize hybrid (Zea mays L.) RCRMH-2 · 2024

     • positive
       The full foliar nutrient combination yielded the highest number of seeds per cob (259.83).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest seed yield per ha-1 (34.13 q).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest at harvest (195.3 cm).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest 100 seed weight (31.88 g).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest cob weight (100.39 g).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest cob diameter (4.43 cm).

       compared with other treatments

     • positive
       The full foliar nutrient combination yielded the highest cob length (15.82 cm).

       compared with other treatments

357. Response of nano urea and micronutrient on growth and yield of sweet corn (Zea mays L. saccharata) · 2024

     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% gave significantly high B:C ratio of 2.9.
     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% produced significantly high Cob yield of 8.43t/ha.
     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% produced significantly high Harvest Index of 42.18%.
     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% produced significantly high green fodder yield of 13.96t/ha.
     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% gave significantly high Gross returns of 162725INR/ha.
     • positive
       Nano urea-6 ml + Zinc 0.5% + Boron-0.5% gave significantly high Net returns of 120640 INR/ha.

358. Features of the formation of the grain corn yield using foliar feeding with organomineral fertilizers · 2024

     • positive
       The Batr mixture increased KVS Lionel yield by 0.8 t/ha.
     • positive
       The Batr mixture increased DKS 3006 yield by 1.0 t/ha.

359. Quality and Productivity Improvement of Fodder Maize (Zea mays L.) Through the Foliar Application of Urea with Zinc · 2024

     • positive
       The combination raised dry fodder yield to 118.59 q ha-1.

       compared with absolute control

360. Synergistic Effect of Iron and Zinc Nanoparticles with Recommended Nitrogen Dose on Production and Grain Quality of Maize (Zea mays L.) Cultivars Under Drought Stress · 2024

     • positive
       SC-P3433 with 200 mg/L foliar Zn and Fe nanoparticles had the greatest grain yield at 100% evapotranspiration: 11,749 kg per hectare.
     • positive
       SC-P3433 with 200 mg/L foliar Zn and Fe nanoparticles had the greatest grain yield at 80% evapotranspiration: 11,657 kg per hectare.
     • positive
       Foliar Zn and Fe nanoparticles significantly improved grain yield.

361. The Effect of Plant Conditioners on Some Physiological Parameters of Maize in a Drought Year · 2024

     • positive
       P+Zn+K+Mo raised maize yield by 159% compared with the control.

       compared with control

     • positive
       Ion Zn raised maize yield by 144% compared with the control.

       compared with control

362. Effect of micronutrients on the growth and yield parameter of spring maize in Gauradaha, Nepal · 2024

     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest biological yield in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest grains per row in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest stover yield in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest grain yield in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest ear weight in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest ear diameter in spring maize.
     • positive
       T6 (Zn 10, B 6, S 7 kg/ha with recommended NPK) gave the highest ear length in spring maize.

     cites 2 papers here

363. STUDY OF THE INFLUENCE OF PLANT DENSITY AND FERTILIZER ON THE YIELD OF CORN HYBRIDS · 2024

     • positive
       DKS 3795 maximum yield was 9.7 at 70 thousand plants/ha, 4.3 t/ha above control.

       compared with control variant

     • positive
       DKS 3972 maximum yield was 10.8 t/ha, 5.0 t/ha above control.

       compared with control variant

     cited by 1 paper here

364. FORMATION OF ELEMENTS OF THE YIELD STRUCTURE AND YIELD OF CORN HYBRIDS DEPENDING ON PLANT DENSITY AND FERTILIZER · 2024

     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3795 had the maximum number of ears per plant, 1.2.
     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 4351 had the maximum grain number per cob, 580.3 pcs.

       compared with control variant

     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 4351 had the maximum grain yield per ear, 86.2%.
     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3795 had the maximum grain number per cob, 501.7 pcs.

       compared with control variant

     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 4351 had the maximum number of ears per plant, 1.3 units.
     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3972 had the maximum grain number per cob, 569.8 pcs.

       compared with control variant

     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3972 had the maximum number of ears per plant, 1.3.
     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3972 had the maximum grain yield per ear, 86.4%.
     • positive
       At 60 thousand plants/ha with zinc and boron fertilization, DKS 3795 had the maximum grain yield per ear, 85.5%.

     cites 2 papers here

365. Application of Various Fertilizers to Increase the Yield of Corn in Stavropol Krai · 2024

     • positive
       Batr Zinc foliar fertilizer increased grain yield of Mashuk 355 MV by 0.74 t/ha.
     • positive
       Batr Zinc foliar fertilizer increased green mass yield of Mashuk 220 MV by 6.0 t/ha.
     • positive
       Batr Zinc foliar fertilizer increased grain yield of Mashuk 220 MV by 0.63 t/ha.
     • positive
       Batr Zinc foliar fertilizer increased green mass yield of Mashuk 355 MV by 6.8 t/ha.

     cites 1 paper here

366. Evaluation Combined Effect of Sulo Potash and Zinc Chelate on Corn Crop Production under Water Deficit Stress Conditions in Southwest of Iran (Shoushtar Region) · 2024

     • positive
       Combined Solu Potash plus chelated zinc with irrigation at 60 mm evaporation gave the highest crop production.
     • positive
       1000-grain weight was maximal (179.28 g) with combined Solu Potash and chelated zinc, compared with control.

       compared with control treatment

     • positive
       Number of grains per row was maximal (36.57) with combined Solu Potash and chelated zinc, compared with control.

       compared with control treatment

367. Zinc Application Methods Affect its Accumulation and Allocation Pattern in Maize Grown in Solution Culture · 2025

     • positive
       Zn treatments significantly influenced growth rate, dry matter production and Zn accumulation.

368. Enhancing maize yield, water use efficiency, and Zn content under drought stress by applying Zn-solubilizing bacteria · 2025

     • positive
       Zinc seed priming with P. aeruginosa increased grain yield by 39.6% under sufficient irrigation.

       compared with control

     • positive
       Zinc seed priming with P. aeruginosa increased biological yield by 14.9% under sufficient irrigation.

       compared with control

     cites 4 papers here

369. Evaluating the Efficacy Levels of Zinc Fertilizers on Growth, Yield and Quality of Maize (Zea mays L.) · 2025

     • positive
       Full integrated nutrient management enhanced vegetative growth and yield components.
     • positive
       Zinc treatment H2 produced higher grain yield of 8906 kg ha-1.
     • positive
       Zinc treatment H2 produced higher stover yield of 12652 kg ha-1.
     • positive
       Zinc treatment H2 produced higher growth and yield attributes.

370. Efficacy of Nano and Conventional Zinc and Silicon Fertilizers for Nutrient Use Efficiency and Yield Benefits in Maize Under Saline Field Conditions · 2025

     • positive
       Nano Zn/Si enhanced cob length.
     • positive
       Nano Zn/Si enhanced grain yield.
     • positive
       Nano Zn increased grain yield by 66% under salinity.

       compared with control

371. Sustainable nutrient management: Exploring fulvic acid, chelated zinc application methods and rates for improved Maize growth and productivity · 2025

     • positive
       The combined treatment gave two cobs per plant.
     • positive
       The combined treatment gave 48.33 grains per cob.

372. ENHANCING MAIZE PRODUCTION THROUGH TRICHODERMA APPLICATION AND ZINC SUPPLEMENTATION · 2025

     • positive
       Applying Trichoderma harzianum combined with zinc at 18 kg ha-1 improved the yield and yield characteristics of maize.

373. Combined application of soil and foliar application of zinc enhanced the productivity and quality of maize grown in acidic inceptisols · 2025

     • positive
       Soil and foliar zinc at 2.5 kg/ha plus 0.5% foliar Zn was economically profitable over all other doses.

       compared with all other doses

     • positive
       Zn at 2.5 kg/ha with 0.5% foliar Zn at critical stages increased maize cob yield by 47.35% over no Zn.

       compared with without Zn supplementation

     cites 7 papers here

374. INFLUENCE OF LIQUID ORGANOMINERAL FERTILIZERS ON YIELD, QUALITY OF GRAIN PRODUCTION OF CORN AND THE DYNAMICS OF NUTRIENT REMOVAL FROM THE SOIL · 2025

     • positive
       The BATR 40N and BATR Zn mixture increased corn yield by 10.7 c/ha on average over the years of research.
     • positive
       The BATR 40N and BATR Zn mixture increased grain weight per cob by 15.56 g, due to more grains and a higher thousand-grain weight.

375. Effect of zinc and iron on growth and yield of hybrid maize (Zea mays L.) · 2025

     • positive
       Physical characters, grain yield and stover yield of maize were significantly higher with T5 than with other treatments.

       compared with other treatments

     • positive
       Application of Zn, Fe and vermicompost combination in soil significantly increased the biological yield of maize.

376. Effect of zinc and boron on growth, productivity and quality of maize (Zea mays) · 2025

     • positive
       Zinc soil plus foliar application produced maximum maize grain yield in 2018 and 2019.

377. Effect of Potassium Fertilization and Spraying with Zinc and Copper on Yield Characteristics and Components of Maize (Zea mays L.) Plants in Gypsiferous Soil · 2025

     • positive
       Zinc spray at 100 mg Zn L −1 gave grain yield of 13.587 Mg.h −1.
     • positive
       Zinc spray at 100 mg Zn L −1 gave cob length of 24.23 cm.

378. Influence of zinc nanoparticles on maize productivity under heat stress caused by climate variability · 2025

     • positive
       Foliar ZnNPs increased grain yield by 7.73%.

       compared with control

     • positive
       Seed priming increased grain yield by 9.40%.

       compared with control

     • positive
       Foliar ZnNPs increased biological yield by 7.54%.

       compared with control

     • positive
       Foliar ZnNPs increased thousand-grain weight by 5.88%.

       compared with control

     • positive
       Seed priming increased thousand-grain weight by 15.30%.

       compared with control

     • positive
       Seed priming increased biological yield by 16.71%.

       compared with control

379. Effect of nutrient management practices on grain yield and nutrient uptake of maize (Zea mays L.) · 2025

     • positive
       The combined Zn, B and enriched FYM treatment gave the highest maize grain yield, 48.07 q ha-1.

380. Effects of Solid and Liquid Fertilizer Applications on Yield and Yield Components of Maize (Zea Mays L.) · 2025

     • positive
       Polyphosphate liquid 13–24–12+ with UAN increased maize grain yield by 25–17% relative to solid 13–24–12+ with urea.

       compared with solid 13–24–12+(10% SO3, 1% Fe, 1% Zn) + Urea

381. The Effect of Foliar Micronutrient Fertilization on Yield and Nutritional Quality of Maize Grain · 2025

     • positive
       Zn application increased maize grain yield by 0.49 t ha−1 in 2024.
     • positive
       Zn application increased maize grain yield by 0.59 t ha−1 in 2023.
     • positive
       Zn foliar application significantly increased yield components and grain yield of maize compared to the control.

       compared with the control

     cites 2 papers here

382. Integrating soil amendments with micronutrients enhances growth and grain formation of maize (Zea mays L.) in the acidic soils of India's Eastern Sub-Himalayan Region · 2025

     • positive
       Integrated amendments and micronutrients significantly improved maize growth and yield attributes across years.

383. The effectiveness of humic fertilizers when cultivation corn for green mass in Western Kazakhstan under irrigated conditions · 2025

     • positive
       The combined N40 and Reasil treatment produced the maximum green mass yield of 69.5 t/ha.

384. Effect of Nano Urea and Micronutrient on Growth and Yield of Maize (Zea mays) · 2025

     • positive
       Treatment 9 significantly increased maize cobs per plant to 2.60.
     • positive
       Treatment 9 significantly increased maize seed yield to 4.46 t/ha.
     • positive
       Treatment 9 gave maximum benefit-cost ratio of 1.91.
     • positive
       Treatment 9 significantly increased maize seed index to 14.12 g.
     • positive
       Treatment 9 gave maximum net return of 83735 INR/ha.
     • positive
       Treatment 9 significantly increased maize stover yield to 6.68 t/ha.
     • positive
       Treatment 9 significantly increased maize harvest index to 33.83%.
     • positive
       Treatment 9 gave maximum gross return of 127563.00 INR/ha.

385. INFLUENCE OF ZINC FERTILIZER RATES ON GROWTH, YIELD AND QUALITY OF SAMAZ-14 MAIZE (Zee mays) VARIETY IN JALINGO, NIGERIA · 2025

     • positive
       A zinc application of 7.5 kg Zn ha-1 significantly improved stem girth, grain yield and grain weight per cob in maize compared with other treatments.

       compared with other treatments

386. Strategic sulphur-micronutrient application reduces plant stress while improves maize yield stability, grain nutrient-density and soil microbial health across diverse ecologies · 2025

     • positive
       T6 gave the highest yield at Karnal, 8.9% above Shimla.

       compared with Shimla

     • positive
       T6 gave the highest yield at Karnal, 4.9% above New Delhi.

       compared with New Delhi

     cites 3 papers here

387. GROWTH AND YIELD RESPONSES OF MAIZE (ZEA MAYS L.) AS DETERMINED THROUGH NUTRIENT OMISSION TECHNIQUE · 2025

     • positive
       T14 produced seed index of 24.67g.
     • positive
       T14 produced cob length of 17.13 cm.
     • positive
       T14 produced grain yield of 5231 kg ha -1.
     • positive
       T14 produced stover yield of 9728 kg ha -1.

388. Influence of sole and consortia application of micronutrients for biofortification of zinc, iron and boron for improving maize productivity · 2025

     • positive
       Fe + Zn + B increased maize grain yield by 47.35% compared to the control.

       compared with control

     • positive
       Fe + Zn + B increased maize 1000-grain weight by 37.05% compared to the control.

       compared with control

     • positive
       Fe + Zn + B increased maize biological yield by 21.23% compared to the control.

       compared with control

389. Phenology and Productivity of Maize (Zea mays L.) as Influenced by Different Methods of Zinc Application · 2025

     • positive
       Foliar zinc at 1% at silking raised yield 13.62%.

       compared with control

     • positive
       Two foliar applications of 0.5% zinc raised yield 15.45%.

       compared with control

     • positive
       Soil zinc at 10 kg gave highest grain yield in 2018.

       compared with 5 kg Zn ha-1 and seed priming with a 2% zinc solution

     • positive
       Soil zinc at 10 kg gave highest grain yield in 2019.

       compared with 5 kg Zn ha-1 and seed priming with a 2% zinc solution

390. Residual soil-applied zinc improves grain zinc nutritional quality of maize grown under contrasting soil types in Malawi · 2025

     • positive
       Residual 30 kg Zn ha -1 increased second season maize grain yield by 24.6% versus 1 kg Zn ha -1.

       compared with 1 kg Zn ha -1

     • no effect
       Residual 90 kg Zn ha -1 gave no extra benefit over 30 kg ha -1 for yield, zinc concentration or zinc uptake.

       compared with 30 kg ha -1No difference from an alternative treatment

     cites 3 papers here

391. The synergy between zinc and vitamins promotes corn growth and yield · 2026

     • positive
       Zinc and vitamins improved corn development and yield characteristics.