In this issue: Burrowing shrimp project trip, R&D updates, ISC team growth, and Senior Scientist Namrata's thesis defense in Finland.

Biologicals promise reduced chemicals and costs but face trust issues. AI, innovation, and education are key to wider adoption in farming.

Dr. Pam Marrone explores how biologicals improve vineyard pest control, crop health, and sustainability in this insightful podcast episode.

Dr. Pam Marrone, a leader in biologicals, shares insights on pest control, invasive species, and sustainability in this must-hear podcast.

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.

ISC secures $2.5M from Silverstrand Capital to expand bio-based solutions for invasive species control, tackling biodiversity loss.

ISC wins $388K WSDA grant to develop microbial solutions for burrowing shrimp control, protecting oyster beds in Washington.

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

BIO honors Dr. Pam Marrone and Dr. Hank Harris for pioneering biotech solutions in pest control, agriculture, and animal health.

Invasive species cost $423B yearly, driving extinctions. Prevention, control & restoration can mitigate damage, says UN report.

A UN report warns invasive species drive extinctions and cost billions. Strong biosecurity and cooperation are key to reducing their impact.

Invasive species cost $423B+ yearly, fueling extinctions, spreading disease, and threatening food, water, and ecosystems worldwide.

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

Invasive species, fueled by trade & climate change, threaten ecosystems & economies. A new report urges global action to curb their spread.

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

ISC launches AI-guided bioherbicide platform, adding top science advisors to advance weed control in agriculture and aquatic systems.

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.