Invasive Species Corp. adapts Zequanox to fight golden mussels in CA waterways, offering eco-safe control for invasive threats.

Quagga and zebra mussels are invasive freshwater mollusks that clog pipes, harm ecosystems, and cost millions to manage.

Bighead carp, introduced for algae control, now threaten ecosystems by outcompeting natives, disrupting habitats, and harming biodiversity.

Zequanox is a biopesticide for zebra/quagga mussels, using Pseudomonas fluorescens to disrupt digestion, leading to mortality.

Zequanox CS controls zebra/quagga mussels in enclosed waters using Pseudomonas fluorescens, disrupting digestion to cause mortality.

Invasive species like zebra mussels and goldfish disrupt Canadian lakes, altering ecosystems. Prevention and management are crucial.

Zequanox® targets zebra/quagga mussels with Pseudomonas fluorescens, disrupting digestion. Low risk to non-target species.

Toxic algal blooms harm ecosystems, wildlife, pets, and people. Fueled by pollution and climate change, they’re a growing global threat.

This study ranks the 10 most damaging aquatic invasive species in the Great Lakes based on quantified environmental and economic impact.

ISC advances burrowing shrimp control with bioactive microbes, backed by a $388K WSDA grant. More testing ahead.

Study tests Antimycin A-laced bait to selectively control invasive grass carp with minimal harm to native fish.

Invasive species threaten biodiversity. Strong biosecurity, early detection, and global cooperation are key to mitigation efforts.

Microparticles deliver antimycin selectively to invasive carp, minimizing harm to native fish through targeted feeding behavior.

ISC & USGS partner to improve Zequanox® for invasive mussel control, enhancing delivery, efficacy & cost for resource managers.

A meta-analysis of 33 lake projects reveals key lessons for effective dreissenid mussel control and adaptive management strategies.

Invasive species cost $423B yearly, threaten biodiversity, food, and health—climate change and trade accelerate their spread.

Aquatic invasive species cost the U.S. billions annually, harming biodiversity, disrupting ecosystems, and damaging industries.

USGS’ study shows Antimycin-A targets invasive fish effectively, with fish 193x more sensitive than invertebrates in toxicity tests.

ISC & USGS partner to refine Piscamycin® for invasive carp control, enhancing efficacy & manufacturing for resource managers.

Recommendations from the AIS Commission to strengthen prevention, control, and funding strategies for aquatic invasive species in the U.S.