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Last updated January 31, 2026
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Glufosinate indaziflam synergistic herbicide blend: BASFRecent Research Landscape

Weed resistance to single-mode herbicides increases crop loss risks and chemical application costs. This combination engineers specific molecular synergies between glufosinate and uracil-based inhibitors to restore efficacy and prevent metabolic escape.

What technical problems is BASF addressing in Glufosinate indaziflam synergistic herbicide blend?

Insufficient weed control spectrum

(29)evidences

Narrow efficacy ranges and weed resistance limit the utility of single-active herbicides in diverse crop environments. Expanding the range of controlled species prevents yield loss and reduces the need for multiple separate applications.

Inadequate weed control spectrum

(18)evidences

Individual herbicide active ingredients often fail to control a sufficiently broad range of weed species or resistant biotypes. Combining diverse modes of action addresses the limitation of narrow efficacy and prevents weed escapes.

Protoporphyrinogen oxidase inhibitor resistance

(8)evidences

Existing chemical treatments fail to eliminate biotypes that have evolved tolerance. Overcoming this resistance ensures crop yield protection and prevents weed proliferation.

Insufficient weed control spectrum

(2)evidences

Individual herbicides fail to eliminate diverse or resistant weed populations. Expanding the range of targeted species prevents crop yield loss and reduces the need for multiple separate applications.