FungiRES
We present our tool designed to facilitate the selection of fungicides, allowing you to alternate treatments effectively and thus avoid the appearance of resistance. Based on the recommendations of the authorities, this tool helps you prevent the appearance of resistance in your crops. By choosing fungicides wisely, you not only protect your plants, but you also contribute to more sustainable agriculture. Discover how to maximize the effectiveness of your treatments and care for your crops responsibly!
FRAC code:
MoA:
Classification:
Activité:
Description:
Orange oil is a natural fungicide that acts mainly through the destruction of the cell membranes of pathogens. The volatile components of the oil penetrate the fungal cells, causing the membranes to rupture and causing dehydration and death of the fungus. In addition, it inhibits the germination of spores and the growth of mycelia, which makes it an effective tool for the control of various fungal diseases in plants.
Cultures:
tomato, cucumber, pepper, eggplant, potato, lettuce, onion, garlic, broccoli, cauliflower, carrot, strawberry, raspberry, blueberry, grape, apple tree, pear tree, peach, almond tree, olive tree, rice, wheat, corn, soybean, alfalfa
Pathogènes :
*Botrytis cinerea*, *Sclerotinia sclerotiorum*, *Alternaria spp.*, *Rhizoctonia solani*, *Phytophthora spp.*, *Fusarium spp.*, *Pythium spp.*, *Colletotrichum spp.*, *Verticillium spp.*
It is important to follow the manufacturer's recommendations and instructions for use, and local guidelines for the safe and effective use of phytosanitary products.
Press "Combine" to find out what to change it with
Do you want to see only those that are multi-site or multi-target?
Only fungicides with low resistance risk
List of fungicides to alternate
D: amino acids and protein synthesis / M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Dithianon + Pyrimethanil
E: signal transduction / G: sterol biosynthesis in membranes
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Fludioxonil + Difenoconazole / Difenoconazole + Fludioxonil
F: lipid synthesis or transport/membrane integrity or function/M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Folpet + Oxatiapiproline
G: biosynthesis of sterols in membranes
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
High risk
Fungicides:
Bromuconazole + Tebuconazole / Prothioconazole + Tebuconazole
G: sterol biosynthesis in membranes / H: cell wall biosynthesis
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
High risk
Fungicides:
Mandipropamide + Difenoconazole
G: biosynthesis of sterols in membranes / U: unknown mode of action
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
Medium risk
Fungicides:
Cyflufenamide + Difenoconazole
H: cell wall biosynthesis / M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Copper oxychloride + Mandipropamide / Folpet + Mandipropamide / Folpet + Vaphenalate / Folpet + Iprovalicarb
H: cell wall biosynthesis / U: unknown mode of action
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
Medium to high risk
Fungicides:
Cymoxanil + Mandipropamide
M: chemicals with multisite activity
MoA:
Activity:
Preventive
Classification:
Contact
Risk of resistance:
Low risk
Fungicides:
Folpet + Cupocalcium sulfate / Folpet + Copper oxychloride
M: chemicals with multisite activity / na: not defined
MoA:
Activity:
Preventive / Curative
Classification:
Contact
Risk of resistance:
Low risk
Fungicides:
Sulfur + Potassium salts of unsaturated fatty acids C7-C18 & C18
D: amino acids and protein synthesis / nd: not defined
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Pyrimethanil + Clove oil
E: signal transduction / G: sterol biosynthesis in membranes
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
High risk
Fungicides:
Proquinazide + Tetraconazole / Difenoconazole + Fludioxonil + Tebuconazole
F: lipid synthesis or transport / membrane integrity or function / P: induction of host plant defense
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
Medium risk
Fungicides:
Fosetyl + Propamocarb
G: biosynthesis of sterols in membranes
MoA:
Activity:
Preventive / Curative
Classification:
Systemic
Risk of resistance:
Medium to high risk
Fungicides:
Difenoconazole + Fenpropidine
G: biosynthesis of sterols in membranes / M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Tebuconazole + Copper oxychloride
H: cell wall biosynthesis / M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Low risk
Fungicides:
Vaphenalate + Copper oxychloride + Cupric hydroxide
H: cell wall biosynthesis / M: chemicals with multisite activity / P: induction of host plant defense
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Medium risk
Fungicides:
Folpet + Fosetil-Al + Iprovalicarb
M: chemicals with multisite activity
MoA:
Activity:
Preventive
Classification:
Contact
Risk of resistance:
Low risk
Fungicides:
Cupric hydroxide + Copper oxychloride / cupric hydroxide / Copper oxychloride + Cupric hydroxide / Copper oxychloride / cuprous oxide / cuprocalcium sulfate / Tribasic copper sulfate
M: chemicals with multisite activity
MoA:
Activity:
Preventive / Curative
Classification:
Systemic / Contact
Risk of resistance:
Low risk
Fungicides:
Folpet + Fosetil-Al
D: amino acids and protein synthesis