3KO
CLASS | Association of microorganisms |
---|---|
USE | Soil prevention |
COMPOSITION | Glomus intraradices, Bacillus spp, Trichoderma spp |
DESTINATION | Conventional and organic farming |
STIM ROOT is an organic Nitrogen fertiliser, which stimulates plant growth by acting directly on the root system. Stim Root contains natural amino acids, easily absorbed by plants, which stimulate root development and accelerate the multiplication of soil microbial flora leading to increased fertility. Stim Root facilitates the absorption of trace elements present in the soil creating the premises for an early establishment, increased yield and improved quality.
STIM ROOT can be applied to the soil alone or in mixtures with product containing microorganisms, using drip irrigation providing at least 500 L/Ha water.
On vegetables in greenhouse and open field using drip irrigation, apply 10-15 L/Ha t 2-3 times per crop cycle using at least 500 L/Ha water.
On salads, baby leaf and short cycle crops in greenhouse and open field, use 10-15 L/Ha at 2-4 leaf stage, distributed by aspersion or boom sprayer using 350-500 L/Ha water.
On vineyard and orchard, apply 15-20 L/Ha in drip irrigation using 1000-2000 L water/Ha.
In greenhouse nursery, use 2-3 ml/pot
Do not mix with copper-based products.
Read label and MSDS carefully before use.
CLASS | Association of microorganisms |
---|---|
USE | Soil prevention |
COMPOSITION | Glomus intraradices, Bacillus spp, Trichoderma spp |
DESTINATION | Conventional and organic farming |
CLASS | Association of microorganisms |
---|---|
USE | Soil prevention |
COMPOSITION | Glomus intraradices, Trichoderma spp, Azospirilum spp |
DESTINATION | Conventional and organic farming |
CLASS | Association of microorganisms |
---|---|
USE | Soil prevention |
COMPOSITION | Glomus intraradices, Bacillus spp, Pochonia spp |
DESTINATION | Conventional and organic farming |
CLASS | Bio-stimulant |
---|---|
USE | Nutrition |
COMPOSITION | Nitrogen fluid fertiliser |
DESTINATION | Conventional farming |
CLASS | Association of microorganisms |
---|---|
USE | Prevention, Vitality |
COMPOSITION | Glomus intraradices, Bacillus spp, Pseudomonas spp, Azotobacter spp |
DESTINATION | Conventional and organic farming |
CLASS | Association of microorganisms |
---|---|
USE | Prevention, Nutrition |
COMPOSITION | Bradyrhizobium japonicum |
DESTINATION | Conventional and organic farming |
CLASS | Association of microorganisms |
---|---|
USE | Soil health |
COMPOSITION | Glomus intraradices, Bacillus spp, Trichoderma spp |
DESTINATION | Conventional and organic farming |
CLASS | Plant resistance inducer |
---|---|
USE | Resilience |
COMPOSITION | Acacia and Salix extracts |
DESTINATION | Conventional farming |
CLASS | Association of microorganisms |
---|---|
USE | Soil prevention |
COMPOSITION | Glomus intraradices, Bacillus spp, Trichoderma spp |
DESTINATION | Conventional and organic farming |
CLASS | Association of microorganisms |
---|---|
USE | Prevention, Vitality |
COMPOSITION | Glomus intraradices, Pseudomonas spp, Paenibacillus spp |
DESTINATION | Conventional and organic farming |
CLASS | Plant resistance inducer |
---|---|
USE | Resilience |
COMPOSITION | Chestnut bark extract |
DESTINATION | Conventional and organic farming |
CLASS | Basic Substance |
---|---|
USE | Resilience |
COMPOSITION | Allium cepa L. bulb extract (onion bulbs) |
DESTINATION | Conventional and organic farming |