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Application Case Fertilizer field
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Large Patch Control Test of Golf course turf (Seoul National University consignment test)

done_all Applying our products, we have almost completely eliminated large patch disease, a problem of golf course turf, and proved that it is effective in promoting plant growth as well as controlling disease.

Our product late spring treatment symptom investigation

No treatment

  • keyboard_arrow_right 1st(05.05.31) : 5-20%

  • keyboard_arrow_right 2nd(05.06.21) : 20% or more

  • keyboard_arrow_right 3rd(05.07.12) : 20% or more

  • keyboard_arrow_right 4th(05.08.23) : 0%

  • keyboard_arrow_right 5th(05.09.13) : 20% or more

  • keyboard_arrow_right 6th(05.10.04) : 20% or more

Treatment

  • keyboard_arrow_right 1st(05.05.31) : 0%

  • keyboard_arrow_right 2nd(05.06.21) : 0%

  • keyboard_arrow_right 3rd(05.07.12) : 0%

  • keyboard_arrow_right 4th(05.08.23) : 0%

  • keyboard_arrow_right 5th(05.09.13) : 0%

  • keyboard_arrow_right 6th(05.10.04) : 5-20%

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    Our products contain 8 or 9 microorganisms that have antimicrobial activity against two important pathogens of grass.

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    The therapeutic effect of crop disease means that the microbial agent has the effect of promoting the physiological activity of plants in addition to the antibacterial activity.

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    Therefore, it can be used as an organic fertilizer for the growth of grass as well as for the control of the ratch patch

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Chinese cabbage cultivation test (National Institute of Horticultural & Herbal Science, Rural Development Administration)

  • No treatment
  • Soil treatment-1
  • Soil treatment-2
  • No treatment : Water treatment on soil 2 weeks before and just before sowing
  • Soil treatment-1 : Two weeks before sowing, dilute our solution to 10% concentration and treat it once in the soil and water treatment immediately before sowing.
  • Soil treatment-2 : 2 times before sowing and immediately before sowing

done_all When applied to soil, the weight of cabbage was 37% higher in one treatment and 53% in two treatments than the untreated soil.

No treatment

  • keyboard_arrow_right Leaf length (cm) : 40.9

  • keyboard_arrow_right Leaf width (cm) : 25.7

  • keyboard_arrow_right Number of leaves (outer) : 16.3

  • keyboard_arrow_right Number of leaves (inner) : 56.6

  • keyboard_arrow_right Crop weight (g, fw) : 1,915

  • keyboard_arrow_right Bond Weight (g, fw) : 1,027

Soil treatment-1

  • keyboard_arrow_right Leaf length (cm) : 42.5

  • keyboard_arrow_right Leaf width (cm) : 26.1

  • keyboard_arrow_right Number of leaves (outer) : 16.1

  • keyboard_arrow_right Number of leaves (inner) : 68.7

  • keyboard_arrow_right Crop weight (g, fw) : 2,383

  • keyboard_arrow_right Bond Weight (g, fw) : 1,402

Soil treatment-2

  • keyboard_arrow_right Leaf length (cm) : 43.7

  • keyboard_arrow_right Leaf width (cm) : 27.9

  • keyboard_arrow_right Number of leaves (outer) : 17.0

  • keyboard_arrow_right Number of leaves (inner) : 71.3

  • keyboard_arrow_right Crop weight (g, fw) : 2,723

  • keyboard_arrow_right Bond Weight (g, fw) : 1,576

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Vegetable Cultivation Comparison Test (Kenya Busia State test)

done_all As a result of comparative testing of small sized peas in Buryatia, Kenya, showed a 25% increase in crop weight and almost no aphid infection compared to chemical fertilizers.

Pea Cultivation Test

keyboard_arrow_right No treatment

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