BIORESET MF Propolis
CLASS | Resistance inducer |
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USE | Regeneration |
COMPOSITION | Propolis extracted in a hydroalcoholic and oil base solution |
DESTINATION | Conventional and organic farming |
GARLIC contains naturally occurring Allicin, nutrients such as calcium, phosphorus, iron and organic selenium, in addition to vitamins A, B1, B2, traces of carotene and niacin.
GARLIC increases plant resistance to stress and reduces plant attractiveness to insects.
The product should be applied as a preventive foliar intervention (1 or 2 applications) in integrated or organic programmes, preferably in mixtures with insecticides.
On vegetables in open field, use 2.5-3 L/Ha applied in 250-600 L water/Ha. On cereals and legumes use 1.5-2 L/Ha applied in 250-400 L water/Ha.
On orchard, use 2.5-3 L/Ha applied in 400-1000 L water/Ha.
On ornamental in greehouse, use 2.2-3.3 L/Ha applied in 250-500 L water/Ha.
Ensure good spray coverage. Use “Fine/Medium” or “Fine” type nozzles. GARLIC can be used in tank-mix at the concentration of 0,5% in water.
Shake well before use. Acidify the water to obtain a pH between 5.5-6.5.
Check physical compatibility with other products before tank mixing. Do not apply in direct sunlight.
Read label and MSDS carefully before use.
CLASS | Resistance inducer |
---|---|
USE | Regeneration |
COMPOSITION | Propolis extracted in a hydroalcoholic and oil base solution |
DESTINATION | Conventional and organic farming |
CLASS | Resistance inducer |
---|---|
USE | Regeneration |
COMPOSITION | Propolis extracted in a hydroalcoholic and oil base solution |
DESTINATION | Conventional and organic farming |
CLASS | Plant extract |
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USE | Resistance |
COMPOSITION | Conifer bark extracts, copper and sulphur |
DESTINATION | Conventional and organic farming |
CLASS | Microbial formulation |
---|---|
USE | Plant resistance |
COMPOSITION | Bacillus thuringiensis, Bacillus pumilus |
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 | Association of microorganisms |
---|---|
USE | Prevention, Nutrition |
COMPOSITION | Glomus intraradices, Sinorhizobium Meliloti |
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 | Prevention, Vitality |
COMPOSITION | Glomus intraradices, Bacillus spp, Pseudomonas spp, Azotobacter spp |
DESTINATION | Conventional and organic farming |
CLASS | Plant extract |
---|---|
USE | Resilience |
COMPOSITION | Neem oil |
DESTINATION | Conventional farming |
CLASS | Bio-stimulant |
---|---|
USE | Nutrition |
COMPOSITION | Nitrogen fluid fertiliser, Fe and Zn |
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 |