OverGround ST XL Complex Product with specific action on plants overtis overground organic fertilizers, counselling and services for agriculture

OverGround ST XL Complex

Product with specific action on plants

OverGround ST XL Complex is an acqueous mixture composed of an inoculum of mycorrhizal fungi, rhizosphere bacteria, actinomycetes, yeasts and mineral extract-based mixture.

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The micro-organisms establish with their roots a symbiotic and occupation of ecological niche relationship to foster a rebalancing in the organic soil activity. The active ingredients of the plant extracts at low concentrations stimulate the metabolism and regulate plant nutrition.

The complexity of the OverGround ST-XL Complex mixture, rich in many trace elements such as auxins, giberellins, polysaccharides, beta-glucans, trace elements and minerals, albeit at low concentrations, ensures full coverage of a plant's needs.

TIS (technology integrated system) applicata a OverGround ST-XL Complex regola le funzioni fisiche della pianta e quando si presentano alterazione nei campi elettromagnetici informazionali (CEI) ripristina le funzionalità cellulare portando in equilibrio il sistema biologico.

 

Physical state of the product

Liquid.

Product conservation

No specific conditions are required, but it is better if the product is protected from light. However, in order to achieve the best agronomic results, we recommend using OverGround ST-XL Complex within 8 months from date of production (see batch on the packaging).

Use

 

The product is spread via hose irrigation (drop by drop) or using a spray boom for sprinkling with nebulisers for the entire crop cycle. OverGround ST-XL Complex is used after completing irrigation with water only, as it allows a direct exchange with the roots.

A preharvest interval between the last application and consumption is not required.

Field of use

• In the open field and greenhouses
• Horticultural crops
• Fruit crops
• Floral and ornamental crops

 

Advantages

• Regenerate soils exposed to intensive cycles
• Improve the overall condition of the plant and encourage photosynthesis
• Improve rooting, the absorption of nutrients and resistance to water and climatic stress
• Improve production in terms of quality and quantity
• Reduce the time needed for soils to reconvert
• Improve the physical properties of the soil
• Counteract the oxidative processes
• Recover the biodiversity of the soil
• Fix the atmospheric nitrogen
• Make the nutritional substance bioavailable
• Increase production while protecting the organoleptic properties of the agricultural products

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