Root dressing 20 kg

The role of the rooting medium in the root environment:

If it stands with its opening upwards in the soil, some of the rainwater, irrigation water, is "trapped" in the cell (inside the tubules), like a bowl, it behaves.
The trapped water then leaches nutrients from the cell wall and the resulting solution remains inside the cell. The rooting tube itself, like a nutrient leaching medium, gradually releases nutrients, but unlike a nutrient leaching medium, the rate of nutrient leaching is much slower, i.e. unlike a fertiliser, it takes a long time to take effect, depending on the water flow and the number of micro-organisms (bacteria, fungi) in the soil.
A root zone with root fertiliser creates a "habitat" for soil life, full of germs. In the loose, airy structure, the plant and microorganisms compete for nutrients. The plant's root system encloses this 'habitat' and through the beneficial action of the bacteria and fungi, the macro and micro-nutrients that are difficult for plants to absorb are made available to them.
When the cell is down in the soil, it aerates. Nutrients are dissolved in the soil by water, regardless of the soil's position.
The manufacturing technology of the root cell allows a gradual release of nutrients. The cells ensure a friable, loose structure for several years.
The natural materials used in the production of the cells effectively slow down soil leaching.
The use of a rooting agent results in much lower water consumption.
In the absence of rainfall and watering over a long period of time, roots have been shown to grow in the direction of moisture. In times of drought, water trapped in cells is a lifeline for plants and soil life.
The permeability of the soil as a whole is maintained in the event of excessive water stress. Only the cells retain water.
In dry soil, plant roots have difficulty accessing nutrients. If it does, the plant uses it to grow its root system.
In soil that is too wet, with no air, plants have difficulty feeding.
In too dense, compacted soil, plants also suffer from a lack of air, and water has difficulty finding its way through. In an airless soil environment, the habitat of microorganisms is limited and their 'transformative' activity does not serve the plant. The chemistry of the soil solution is of paramount importance. With some exceptions, experience has shown that plants can take up nutrients when the pH of the root environment is 6-6.5. Our experiments show that fluctuating pH is more promising.

Tulip bulb planting:
A mixture of sand or soil and half a handful of rooting medium (about 3dkg) is poured into the bottom of the pit
Place the tulip bulb on top
Remember the rule of thumb recommended by the experts:
"The planting depth is about three times the diameter of the bulb."
Fill the pit with sand or existing soil
Water it.
Use soil or soil from the soil or from the soil or from the soil or from the soil
E.g. Tulip, Crocus, Iris etc. half a handful
Lily, King's Crown, Ornamental Onion etc. 1 handful
When planting tulips in groups: 3kg recommended for about 100 bulbs/m2.
When planting a group of lilies: 1kg recommended for about 16 bulbs/m2.

Seedlings:
Mix soil and rooting medium in half and half proportions.
Place a mixture of 2 handfuls of rooting medium (8-10kg) and 2 handfuls of soil in the hole.
Place the seedling in the planting hole.
Water.

Seedling:
Add 40-60dkg (about 1 litre) of rooting fertiliser mixed under a plant.
Place the seedling in the hole.
Fill with excavated soil and gently tread on it.
Flood liberally with water.

Evergreen, soil ball
Use a mixture of peat - rooting medium (40dkg rooting medium - 40dkg peat, approx. 1L rooting medium - 4L peat)
We fill it with a mixture of peat - rooting agent - soil
Gently tamp down.
Flood liberally with water.

Ornamental plant:
Depending on the type of plant (40dkg rooting medium - 40dkg peat, 1L rooting medium - 4L peat) mixing ratio recommended.
Carefully lift the plant out of the old pot with the soil ball.
Transplant it into a pot at least twice the diameter.
Fill the pot with a mixture of rooting medium and peat until the soil ball of the plant is at the height you want.
Fill the pot with the remaining rooting medium and peat mixture and water generously.