Biostimulants for rapeseed
Resistance to stress with boncrop flow
boncrop flow is also effective with rapeseed and reduces yield losses.
Up to 70% of its yield is established by the cruciferous rapeseed before winter, which is why focusing on pre-winter development is particularly important.
Further information on the mode of action and benefits of biostimulants can be found here.
Advantages of boncrop flow in rapeseed and your benefit
Advantages
|
Benefits |
|---|---|
| Strong start - pre-winter treatment | Increased root growth (tap root), increased cold tolerance and rapid budding after winter dormancy |
| Supportive spring treatment | Optimally supports metabolism, photosynthesis and root activity and leads to improved water and nutrient uptake and increased stress tolerance |
| High pod strength | Reduces the risk of pod bursting, enables more flexible harvesting and minimises harvest losses |
Controlled trial boncrop flow in rapeseed
GEP-certified trial operators support us in conducting precision trials with boncrop flow. The boncrop flow results in rapeseed show a significantly higher additional yield over the last few years.
In the precision trial with boncrop flow in winter rapeseed in 2023, 7% more rapeseed was harvested at the Bamberg site. In a similar trial in 2022, an additional yield of 5% in winter rapeseed was achieved at the Huntlosen site.
Both precision trials therefore show a significant increase in yield (at different locations, in several consecutive years).
Perfect timing and quantity
We recommend the use of boncrop flow in rapeseed on two dates:
- Recommended application rate in autumn: 1 l/ha from BBCH 14
- Recommended application rate in spring: 2 l/ha BBCH 33-35
- Treatment before winter: boncrop flow must be applied to the growing crop, i.e. treatment should be carried out at least two weeks before winter dormancy. Oilseed rape sets 70 % of its yield before winter, so the plants should go into winter dormancy as strongly as possible.
- Treatment in spring: boncrop flow must be applied to the growing crop. In this way, the plants achieve a high tolerance to abiotic stress and a high yield with good quality.
