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InoMyc

Liquid Micorrhiza, the companion of your plant for a lifetime

 

Dose: 0.5-1 litre per hectare, 5 ml per planting hole, can be applied to roots, 1 dl per 400 m2

What is Ino Myc good for?

  1. 30-50% increases the plant's water and nutrient uptake, so you can expect higher yields even in drought or poor soils
  2. Improves soil structure and water retention capacity
  3. Increases plant resistance to pathogens and pests that attack from the soil
  4. Mycorrhizal fungi were associated with plants 400-500 M years ago, when they "exited" the ancestral backbone

 

How to apply?

2-10 ml per planting hole, depending on its size. Applied over the whole surface, a 0,5L spray is sufficient to treat an area of 1-2.000 m2. It can be diluted with water for ease of application.

Composition: 1,000 spores/ml of Rhizophagus irregularis fungus strain DAOM 197198.

 

 

In stock

30.480 Ft

Packaging: 0,5 L

Why should I choose this?

1. 1 million multiplying formulas per litre, making it the highest active mycorrhizal product
2. the liquid formulation can often provide a more favourable application compared to more micro-granules

Storage of

Between 5 and 30°C, it will keep for at least 18 months in its original packaging. It should be applied as soon as possible after opening, but stored tightly resealed and refrigerated for up to 6 months without deterioration.

 

30-50% increases the plant's water and nutrient uptake, so you can expect higher yields even in drought or poor soils. Improves soil structure and water-holding capacity. Increases plant resistance to soil-borne pathogens and pests. Mycorrhizal fungi were associated with plants 400-500 M years ago, when they "emerged" from the ancestral soil.

 

The filament of the mycorrhizal fungus is an order of magnitude thinner than the hair root of the host plant. This allows it to enter places where the crop plant cannot. The fungus also secretes other acids and enzymes that make it able to absorb extra nutrients.

 

In the case of grapes and fruit, as well as our 90% crops, a very strong symbiosis is developing. However, some plants are less able to establish a symbiotic relationship with mycorrhizae, such as the pigweeds (Amaranthaceae family) such as sugar beet or the Brassicaceae such as rape, cabbage, mustard and horseradish.

There are plants, e.g. pines, where the hyphal filament of the mycorrhizal fungus does not penetrate the roots of the plant - and creates arbuscules, i.e. where the exchange/bartering takes place - but only grows around the roots. These latter are the ecto mycorrhizas.

 

This may be a bit more scientific, more professional information, but only arbuscular mycorrhizal fungi, the oldest and most common type of mycorrhizae, can make this connection. The hyphal filaments of these arbuscular mycorrhizal fungi are able to penetrate the cell wall of the plant root's cortical cells. In the root, hyphae can form special formations, called vesicles and arbuscules, which have a storage and surface-enriching role. These symbiotic mycorrhizal fungi are uniformly classified in the phylum Glomeromycota.

 

What is a mycorrhizal fungus? Micorrhizal fungi have supported plants for millions of years, helping them to absorb sufficient water and nutrients in poor soil conditions. This is not a charitable activity, but in return the plant provides the fungus with ready-made nutrients (e.g. sugars and amino acids).

 

The fungus Mikorhiza secretes substances that can inhibit the attack of harmful nematodes (nematodes), bacteria and fungi in the soil. It is also in its interest to protect the host. In this way we can increase the plant's resistance. Micorrhizal fungi can take up a significant amount of iron from the soil, which is mainly needed for the growth of harmful fungi.

 

Turf and InoMyc

The link between mycorrhizal fungi and fertilisation plays a key role in plant health. Mycorrhizal fungi are most likely to interact with plants when they have difficulty absorbing nutrients, especially phosphorus, from the soil. If too much fertiliser is applied, plants tend to become 'complacent' and rely less on the benefits provided by mycorrhizal fungi.

Ino Myc mycorrhiza is optimally applied after the last fertiliser application. This will allow the lawn to rely on natural nutrient sources after fertilizer application has finished, which will improve the long-term health and resilience of the lawn.

 

To maintain a healthy lawn in the long term, we recommend gradually reducing fertilizer use and exploring organic nutrient replenishment options. Our Ino Myc formulation is an excellent way to support the natural nutrient supply of the lawn, so it can remain vigorous without the use of lawn fertiliser.

Video about Danuba Garden's chemical-free and organic products!

From the writer of the Gardener's Garden in Pilisszentkereszten blog by Miklós Szomorú: "I have a good half-hour video for you. But it's worth watching or listening to. Soil life, algae, michorrhiza fungi, and eco-plant protection. We use these materials instead of sprays and fertilizers. But of course compost itself is the best thing that can happen in a garden. With them we can only further improve and accelerate the balance."