Genrich z.p., + PAR York

Weed control in fodder beet: operational insights for 'Henrich'

Managing weed pressure in fodder beet requires precision, especially during the early stages of crop development. The systemic herbicide 'Henrich' combined with the adjuvant 'York' provides a reliable solution from 'China Chemical Industrial and Research Co., Ltd.' to combat a wide spectrum of broad-leaved weeds. In my field experience, this combination is highly effective against challenging weeds like ragweed, pigweed, field mustard, and shepherd's purse, ensuring the crop has space to grow without competition.

Application and Technical Performance

Since the product comes as a wettable powder, proper preparation is key. I recommend creating a consistent slurry with the herbicide first before adding the 'York' adjuvant. The adjuvant significantly enhances leaf surface coverage, which is crucial for systemic uptake. As a post-emergence (insurance) herbicide, timing is everything—applying it while weeds are still actively growing and haven't hardened off yields the best results.

• Selective Action: This herbicide is designed to target weeds without suppressing the fodder beet crop, provided the dosage of 30–60 g/ha is respected.
• Treatment Frequency: With up to 3 applications allowed per season, you gain the flexibility to handle multiple flushes of weed emergence.
• Systemic Control: Because it is systemic, the product moves through the plant, ensuring complete control even if coverage isn't 100% perfect.
• Safety and Planning: Classified under hazard class 3, it requires standard protective measures. A 30-day interval before the final treatment allows for efficient planning of subsequent farm operations.

For those managing fodder beet fields, this combination is a professional tool that balances effectiveness against selectivity. It performs consistently on difficult species like common chickweed and purple deadnettle. Following the recommended rates ensures a clean field and minimizes the need for mechanical weeding, directly impacting the final yield.