Bottom rot
| Contributor: | Wageningen University & Research |
| Date Compiled: | 2025 |
Prevention
| Solution | Production stage (if possible with reference to BBCH scale) |
|---|---|
|
Wide crop rotations
|
Pre-season
|
|
Remove infected plants and leaves
|
From Sowing/Planting to Harvest
|
|
Use less susceptible varieties
|
Sowing/Planting
|
Control
Regulations surrounding biological products can change rapidly – always verify products recommended here with the most recent legislation and lists of products registered for your country
| Solution | Product Category | Production stage (if possible with reference to BBCH scale) | Max nb. of a. i. application/year | Application Details and Notes (commercial product example) | Risk resistance (FRAC Code) |
|---|---|---|---|---|---|
|
Coniothyrium minitans CON/M/91-08
|
Microbiological fungicide
|
|
|
Admitted only against Sclerotinia
|
|
|
Pseudomonas sp strain DSM2
|
Microbiological fungicide
|
|
|
Indicated for Rizoctonia
|
|
|
Trichoderma asperellum and Trichoderma gamsii
|
Microbiological fungicide
|
Apply by wetting the substrate in pre-sowing or pre-transplanting and repeat at planting or transplanting.
|
3 per crop cycle
|
(REMEDIER) Dosage: 2,5 kg/ha
|
Resistance not known (BM02)
|
The information made available here has been obtained from or is based upon sources believed by CABI to be reliable but is not guaranteed as to accuracy or completeness. Anyone acting or relying on such information does so entirely at their own risk. The efficacy of the IPM methods included above will depend on local conditions and might not always be suitable everywhere within the specified country.
Sources
- Finding guidelines for cabbage intercropping systems design as a first step in a meta-analysis relay for vegetables
- Spatial and genetic crop diversity support ecosystem service delivery: A case of yield and biocontrol in Dutch organic cabbage production
- Prospects for increasing the resolution of crop diversity for agroecosystem service delivery in a Dutch arable system