Picador, RK, herbicide

Maximizing Soybean and Pea Yields with Picador

Weed control in legume crops requires a balance between efficacy and safety. Picador, developed by Ukravit Science Park, is a systemic herbicide based on imazethapyr, specifically formulated to tackle the challenges of annual broadleaf and grass weeds in soybean and pea fields.

Key Advantages and Mechanism

Picador distinguishes itself from many competitors by offering both foliar and residual soil activity. As a selective systemic herbicide, it enters the weed through leaves and root systems, effectively shutting down amino acid synthesis. This leads to an immediate growth cessation and death of susceptible weeds. Unlike purely contact-based herbicides, Picador provides a 'safety net' by suppressing subsequent flushes of weeds, provided there is adequate soil moisture.

• Broad-Spectrum Control: Targets both annual grasses and broadleaf weeds, reducing the need for tank-mixing multiple agents.
• Selectivity: Specifically designed for safe application on soybeans and peas when used within the established guidelines.
• Systemic Action: Rapidly translocates throughout the target plant, ensuring complete control.

Application Insights

Formulated as a water-soluble concentrate, Picador is designed for ease of preparation. As a post-emergence herbicide, the timing is critical: it works best during the early growth stages of weeds (1-3 leaves). The application rate ranges from 0.5 to 1.0 L/ha depending on the weed infestation density. With a single-application limit per season, it is vital for agronomists to perform a timely assessment to ensure optimal coverage during the crop's most vulnerable phase.

Strategic Considerations

Due to the nature of imazethapyr, which can remain active in the soil, careful crop rotation planning is essential. For farmers managing soybean and pea fields, Picador represents an efficient, labor-saving solution. It is the ideal choice for those looking to eliminate weed competition in a single pass, ensuring that the crop receives the resources it needs during the crucial early growth stages without the hassle of repeated treatments.