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

Dr. Pam Marrone highlights biologicals' role in boosting yields, reducing chemicals, and promoting sustainable farming.

Agricultural biologicals are rapidly growing, offering high ROI in regenerative farming. Farmer education & transparency are key to adoption.

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

Bark beetles, small yet destructive, damage trees by feeding on inner bark, weakening them. Climate change amplifies their impact, harming forests, wildlife, and economies.

The emerald ash borer is wiping out North American ash trees, spreading fast and disrupting ecosystems. Prevention is key to control.

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

ISC, founded by Dr. Pam Marrone, develops biological controls for invasive species, securing $2.5M in funding and a new Davis lab.

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.

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.

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.

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

Study measuring antimycin A's oral toxicity to invasive grass and black carp, aiding development of species-specific toxic baits.

FY22 Invasive Carp Action Plan unites U.S. & Canadian agencies to stop invasive carp from entering and impacting the Great Lakes.

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