International
Catch crops
MIKADO White mustard
Advantages
Quick growth and good suitability for late sowing
Name addition
White mustard
- Quick shading leads to a good weed suppression by light-, water-, and nutrient deprivation
- Very good suitability for mustard production
- High late sowing compatibility due to vigorous growth of MIKADO
- Formation of valuable organic substance, which strengthens the humus balance and the biological soil activity
- Well structured mulch-cover offers excellent protection against erosion
- Drought tolerant and assured freezing off
General description
General description
| - - - - | - - - | - - | - | 0 | + | + + | + + + | + + + + |
---- = very low resistance/early/short, ++++ = very high resistance/late/long
Classification Bundessortenamt
Initial mass formation
Tendency to flower
Stiffness
Agronomic features
Weed suppression
Protection against erosion
Ground water protection / Nitrogen conservation
Humus formation
Cold- and frost resistance
Drought tolerance
Type of root
Tuft root with strong main root
Rooting depth
120 cm
Breeder
P.H. Petersen Saatzucht Lundsgaard GmbH
All variety descriptions have been prepared in accordance to the best of our knowledge, considering trial results and observations. A guarantee or a liability in individual cases is not possible, because the growth conditions are subject to substantial fluctuations.
Cultivation
Crop rotation suitability
Maize
++
Cereals
++
Oilseed rape
Sugar beets
Potatoes
Intensive crops
Legumes
++
Cultivation recommendations
Recommended sowing rate
15 - 20 kg/ha
Sowing depth
1 - 2 cm
Sowing period
August until September - depending on location!
Fertilization
40 - 60 kg N/ha
Crop protection
Usually no plant protection required
Sowing method
Low requirements regarding sowing method: spreader or seed drilling
Breeder
P.H. Petersen Saatzucht Lundsgaard GmbH
All variety descriptions have been prepared in accordance to the best of our knowledge, considering trial results and observations. A guarantee or a liability in individual cases is not possible, because the growth conditions are subject to substantial fluctuations.