BioAg World Academy

BioAg World Academy: Advancing Pest Management

Bridging Biology and Field Practice: BioAg World Academy Drives Next-Gen Pest Management

By Umit Ersöz, BAW Academy BU Lead at GBL

BioAg World Academy is the education and knowledge platform of Global BioAg Linkages, created to accelerate learning, innovation, and global collaboration in the BioAg and sustainable agriculture sector.

As global agriculture shifts toward biological alternatives, the BioAg World Academy, the educational arm of Global BioAg Linkages, continues to lead technical capacity building across the industry. Through specialized curricula spanning biostimulants, microbiome technologies, seaweed innovations, biopesticides, and regional regulatory frameworks across the EU, LATAM, APAC, Turkey, and MENA, the Academy serves as a hub for cross-border knowledge exchange.

Building on this momentum, the Academy recently concluded its July program: “Semiochemicals in Agroecosystems Deep Dive 101: From Biology to Sustainable Pest Management.” The July deep dive unpacked how breakthroughs in synthetic biology, advanced formulation science, and digital precision tools are accelerating commercial adoption.

A VITAL SHIFT IN CROP PROTECTION

We recently explored this fascinating hidden world in our BAW Academy course: Semiochemicals in Agroecosystems Deep Dive 101: From Biology to Sustainable Pest Management. Led by Knowledge and Training Partners including Dr. Markandeya Gorantla of ATGC Biotech and Thaís Andrade, Ph.D. of Provivi, the sessions explored how these chemical signals influence interactions within agroecosystems, and why understanding those interactions is opening entirely new possibilities for targeted pest management.

Modern Integrated Pest Management (IPM) demands solutions that preserve ecosystem balance without sacrificing efficacy. Semiochemicals and pheromones represent a powerful tool in this transition, offering high target specificity and minimal environmental disruption.

When certain plants or trees are stressed by an attack, they release natural defensive signals into the air. You would think this defense mechanism keeps them safe. However, certain insects have actually learned to intercept this specific chemical distress signal.

Nature always takes things a step further. Through microscopic processes in the insect’s gut, the plant’s natural defense signal is converted into a highly potent aggregation pheromone. The pest essentially uses the host’s own chemistry to broadcast a signal that calls thousands of other pests to the vulnerable plant. Understanding these incredibly specific interactions is the first crucial step in learning how we can disrupt them to protect our crops.

KEY TECHNICAL TAKEAWAYS

• Biological Foundations: Core mechanisms of insect communication, distinguishing behavioral disruption from conventional chemical knockdown.
• IPM Integration: Strategic deployment models for mating disruption and attract-and-kill techniques within broader pest control programs.
• Crop-Specific Case Studies: Actionable field data demonstrating efficacy across row and specialty crops.
• Regulatory & Safety Pathways: Clear navigation of global safety profiles and compliance benchmarks.
• Field Economics: Practical return-on-investment (ROI) models and commercial adoption drivers directly impacting grower margins.

BAW ACADEMY SPONSORSHIP OPPORTUNITIES

• Collaborative Solutions: Build partnerships that create shared value.
• Thought Leadership: Position your organization as an industry leader through knowledge sharing. courses.
• Year-Round Marketing Presence: Gain visibility across webinars, courses, newsletters, social media, and digital media.

BioAg World Digest | Summer 2026