Sandy soil mixtures in plant holes
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Improving the quality of cultivated soil
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Improving the quality of potting soil
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Establish the usage of Fytocell® in potting soil
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Mixtures used:
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Untreated |
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15 volume % |
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30 volume % |
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Mixtures used:
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Untreated |
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12,5 volume |
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25 volume % |
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Mixtures used:
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Untreated |
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10 volume % |
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20 volume % |
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30 volume % |
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Mixtures used:
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Lava floor, potting soil without Fytocell®
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Lava floor, potting soil with 20 volume % Fytocell®
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Concrete floor, potting soil without Fytocell®
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Concrete floor, potting soil with 20 volume % Fytocell®
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Measurements:
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Measurements:
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Measurements:
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Measurements:
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Granular and chemical
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Composition of the soil
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Sagging calculation
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Physical values |
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Sheer strength |
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Granular and chemical
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Composition of the soil
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Sheer strength |
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Crop observation |
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Physical potting soil research
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Chemical analysis |
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Fertilization research |
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Crop observation |
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Physical potting soil research
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Chemical analysis |
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Fertilization research |
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Crop observation |
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Results:
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Results:
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Results:
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Results:
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Increase in available nitrogen and potassium |
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Percentage fine particles rises
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Record volume increase
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All measured sagging values in the plant hole are low, when this is compared to the limit values of the condens-tion and rooting. |
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Slight increase in availble nitrogen and potassium
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Percentage organic matter increases
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Plant length increases
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Fresh and Dry weight of plants increased
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Applying extra Fytocell results in an additional increase in length |
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Air volume increased |
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Water volume increased
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Greater number of branches
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Better quality of the root
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Healthier / more active roots |
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Increase in air volume |
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Increase in water volume
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Number of branches increased
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Better root quality |
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Healthier / more active roots |
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