Zebra and Quagga Mussels clog water systems, damage infrastructure, and cost industries millions—prevention and control are key.

EPA evaluates Antimycin A, a fish toxicant, for its environmental impact, highlighting risks to aquatic life and data uncertainties.

Study estimates Montana could face over $600M in damages from invasive mussels, threatening water, power, tourism, and property.

Minnesota's Christmas Lake used molluscicides in a rare zebra mussel eradication attempt—offering key lessons in invasive control.

Corn-based bait with antimycin-A shows promise in selectively killing invasive carp while sparing most native fish species.

2013 U.S. Army Corps report on piscicides like rotenone and antimycin A for invasive fish control, including use, impact, and effectiveness.

Comprehensive 2008 NPS manual detailing the safe, legal use of Antimycin A to restore native fish by removing invasive species.

1973 Bioassay study testing Antimycin A (Fintról) for fish population control in Alaska lakes, detailing method, results, and toxicity.

Antimycin offers a powerful, targeted tool for fishery management—killing invasive fish while sparing most other wildlife.

Zequanox® kills zebra mussels in lakes with >90% success, offering a safe, targeted control method without harming water quality.