micronutrient · Yield · Beta vulgaris (beet)

Papers reporting a positive result 11

1. Yield and quality of sugar beet after foliar feeding with nitrogen, magnesium, boron and copper · 1996

   • positive
     biological and technological yields of sugar increased by 2.55 t/ha
   • positive
     root and foliage yields increased by 2.75 t/ha
   • positive
     foliage yield increased by 5.95 t/ha
   • positive
     biological and technological yields of sugar increased by 2.07 t/ha

2. Effects of complete micronutrients and their application method on root yield and sugar content of sugar beet cv. Rassoul · 2008

   • positive
     Soil-applied complete micronutrients gave 74.45 tons per hectare root yield.
   • positive
     All three micronutrient application methods increased root yield and harvest index.

3. INFLUENCE OF FOLIAR SPRAY OF SOME MICRONUTRIENTS AND NITROGEN FERTILIZER ON PRODUCTIVITY OF SUGAR BEET UNDER NEWLY RECLAIMED SOILS. · 2011

   • positive
     Micronutrient spray at 1/2 l/fed gave the highest root and sugar yields.

4. Response of Sugar Beet to Micronutrients Foliar Spray under Different Nitrogen Fertilizer Doses · 2014

   • positive
     significantly increased root length and diameter, dry matter accumulation/plant, top and root yield/fad as well as sugar yield/fad in both seasons

5. Influence of Foliar Application with Micronutrients on Productivity of Three Sugar Beet Cultivars under Drip Irrigation in Sandy Soils · 2015

   • positive
     Increasing micronutrients raised root yield by 28.00% and 24.40% across seasons.

6. Производительность сахарной свеклы в зависимости от применения внекорневой подкормки микроудобрениями и сроков уборки · 2015

   • positive
     Foliar microfertilizers increased root yield on October 10 by 2,6-7,0 t/ha.
   • positive
     Foliar microfertilizers increased root yield on September 1 by 2,3-6,6 t/ha.
   • positive
     Foliar microfertilizers increased root yield on September 20 by 2,8-8,1 t/ha.

7. Utilization of Micronutrients in Dorotti Sugar-beet (Beta vulgaris L.) Cultivar · 2016

   • positive
     Three micronutrient concentrations significantly increased root yield.
   • positive
     Nine percent micronutrients at the 4-6 leaf stage gave the highest root yield.

8. Economic and energy efficiency of sugar beet growing under alternative fertilization programs · 2017

   • positive
     Compared with treatments without micronutrient fertilizers, the profitability of growing sugar beet increased by 5–17%.

     compared with treatments without micronutrient fertilizers

9. PROFITABILITY OF SUGAR BEET FOLIAR NUTRITION WITH SILICON · 2019

   • positive
     Foliar nutrition with silicon increased the gross production value of sugar beet by 1.3-22.9% over the research period.
   • positive
     Foliar nutrition with silicon increased the net production value of sugar beet by 5.5-19.0% over the research period.

   cited by 1 paper here

10. THE ECONOMIC EFFECTS OF FOLIAR FERTILIZATION OF SUGAR BEET WITH MARINE CALCITE · 2019

    • positive
      In experiment 2, net production value rose 12.8% with combination 2.

      compared with control

    • positive
      In experiment 1, net production value rose 23.2% with combination 2.

      compared with control

    • positive
      In experiment 1, net production value rose 22.8% with combination 1.

      compared with control

    • positive
      In experiment 2, net production value rose 13.9% with combination 1.

      compared with control

    cites 1 paper here

11. Productivity of sugar beet under alternative organic-mineral fertilization · 2023

    • positive
      Adding foliar micronutrients to spring nitrogen gave 67.0 t/ha root yield.
    • positive
      Spring nitrogen and foliar microfertilizer increased root yield by 22.5−23.7 t/ha.