CARINATA
Other Common Names Include: Ethiopian mustard, Abyssinian mustard
Latin Name: Brassica carinata
Plant Family: Brassicaceae
Close Relatives: Chinese cabbage (Brassica rapa), cabbage, broccoli (Brassica oleracea), black mustard (Brassica nigra), Canola (Brassica napus)
Uses and Markets: Bioenergy (jet fuel)
Production Life Cycle in Ontario
Annual
Hardiness Zone
N/A
Special Notes
B. carinata has good drought tolerance.
Propagation method
Seed at 15 kg/ha to achieve a stand of 350 plants/m2. Seed at a depth of 1.25 to 2.5 cm.
Greenhouse Seeding/Propagation Dates
N/A
Field Seeding Date:
Early spring
Field Transplanting Dates
N/A
In-row spacing
N/A
Between row spacing
18-40 cm
Optimal Soil temperature at planting
>5°C
Fertility
No current Ontario fertility recommendations exist. Research and recommendations from outside Ontario do not necessarily apply to Ontario growing conditions. Research from western Canada indicates B. carinata has similar fertility requirements to canola. Click here for phosphorus and potassium application guidelines and for more information on specialty crop fertility.
Soil type
Well-drained soils, avoid heavy wet soils.
Soil pH
Acidic to alkaline soils, pH >5.5.
Special requirements for growth habit
Maximum yields are obtained when flowering (45-50 days after seeding), occurs before the hottest days of the summer.
Optimal Temperature Range
20-30˚C
Temperature sensitivity
Frost Tolerant, heat tolerant.
Irrigation requirements
Irrigation usually not required.
Days to harvest
110-115
Specialized equipment
None
Harvest
Harvest Scheduling
Single harvest
Hand harvest or machine harvest
Machine harvest; Direct-combine with an air reel.
Quality parameters/grades
Quality based on final seed moisture.
Additional Harvest Notes
Standard canola harvesting practices can be followed (see OMAFRA Agronomy Guide for Field Crops Publication 811).
Post harvest
Special handling/curing
Seed moisture must be below 9%
Storage Conditions
Relative humidity (RH): Store dried flower heads in a dry environment.
Temperature: Low
Air Exchange: N/A
Duration: N/A
Specific pests observed on this crop in Ontario (observations based on limited experience with this crop)
Insects and Invertebrates: Flea beetles
Diseases:
Other Potential Pests: The following pests have not been observed on this crop in Ontario. However, they are either significant concerns for closely related plants in Ontario, or are reported on this crop in other production areas. This is not a comprehensive list of all potential pests. Not all of these pests will necessarily survive Ontario’s climate, but could potentially survive in a protected environment (e.g. greenhouse, storage facility).
Insects and Invertebrates: Diamondback moth*, swede midge, tarnished plant bug, cutworms, cabbage seedpod weevil
Diseases: White mould (Sclerotinia sclerotiorum)*; seedling disease complex (Rhizoctonia, Fusarium, Pythium)*, blackleg (Leptosphaeria maculans)
*Indicates pests commonly mentioned as causing significant damage or economic loss to this crop in other regions.
Comments
To date the following pests have been the most significant in Ontario: flea beetles. Pests of canola and other oilseeds in Ontario are likely to affect Carinata, although research from Saskatchewan indicates that it is more resistant to some pests, such as blackleg and aphids, than other oilseed crops. This crop is not in a crop group. For more information on Crop Groups, refer to the Pest section. Some pesticides may be registered on this crop. Always refer to product labels, and follow all directions specified on the label, before applying any pest control product. For more information, consult an OMAFRA specialist.
None
None
- Abraha, E., M. Klima, M. Vyvadilova and M. Bechyne. 2008. Assessment of some agronomic and seed quality traits in Brassica carinata landrace genotypes, doubled haploid lines and hybrids. Agricultura Tropica et Subtropica. 41(4).
- Agrisoma. Carinata Production: A guide to best management practices
- Agronomy Guide for Field Crops. Publication 811. Ontario Ministry of Agriculture, Food and Rural Affairs.
- Auld D., R.M. Gareau and M.K. Heikkinen, 1993. Evaluation of seven species of oilseeds as spring planted crops for the Pacific Northwest. P308-314. In J. Janick and J.E. Simon (eds), New Crops. Wiley, NY.
- Johnson, E.N. et al, 2008. Agronomy of Camelina sativa and Brassica carinata. Western Applied Research Corporation, 2008 Annual Report.