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Section 1: Course Orientation and Safety Foundations

Termite Control Pesticides Overview and Technician Responsibilities

Label Literacy, PPE, and Environmental Safety for Termiticides

Section 2: Repellent Termiticides (Pyrethroids)

Pyrethroids for Termite Control—Uses, Limitations, and Application Considerations

Section 3: Non-Repellent Termiticides (Transfer Effects and Colony Suppression)

Non-Repellent Termiticides—Mode of Action, Transfer, and Best-Fit Scenarios

Section 4: Wood Treatments (Borates)

Borates—Wood Protection, Penetration, and Use Limitations

Section 5: Legacy and High-Risk Classes (Organophosphates and Carbamates)

Organophosphates and Carbamates—Hazards, Restrictions, and Technician Safety

Section 6: Reduced-Risk and Developmental Disruption (Insect Growth Regulators)

Insect Growth Regulators for Termite Control—What They Do and When They Fit

Section 7: Biological Agents in Termite Control

Biological Agents—Types, Handling, and Integration with Termite IPM

Section 8: Review and Knowledge Checks (Quizzes)

Quiz 1: Foundations—Pesticide Classes, Labels, PPE, and Environmental Safety

Quiz 2: Pyrethroids (Repellent Barriers)

Quiz 3: Non-Repellents (Transfer and Colony Impact)

Quiz 4: Borates, Organophosphates/Carbamates, and IGRs

Quiz 5: Biological Agents and Integrated Decision Making

Section 9: Course Wrap-Up

Course Survey: Pesticides for Termite Control

Build technical confidence and safety-first habits with Termite Control Pesticides: Chemical Classes and Safety Protocols. Designed for pest management technicians and supervisors, this course demystifies the major termiticide classes—pyrethroids, non-repellents, borates, organophosphates, carbamates, insect growth regulators (IGRs), and biological agents—so you can select and apply products with precision. You’ll learn how treatment goals like soil barriers, transfer and colony suppression, and wood protection map to specific chemistries and formulations. The program emphasizes label literacy, PPE selection, spill prevention, and environmental safeguards around wells, runoff, and non-target exposure. Through clear comparisons of repellent versus non-repellent strategies, you’ll understand when to trench, rod, or spot treat, and how moisture, soil disturbance, and access constraints affect outcomes. Special attention is given to high-risk legacy classes, reduced-risk IGRs, and biologically based options within an IPM framework. Each section includes practical decision-making guidance and knowledge checks that reinforce both effectiveness and safety. By the end, you’ll be able to communicate realistic expectations to customers, follow label-driven procedures, and document treatments that stand up to professional and regulatory scrutiny.

WDO Chapter 5 - 🫗 Pesticides for Termite Control

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            <p>Effective termite management requires a sophisticated understanding of the chemical tools available to the modern technician. This course provides a comprehensive examination of the various pesticide classes used in the field, ranging from traditional repellent pyrethroids to advanced non-repellent formulations that leverage transfer effects for colony suppression. Technicians will explore the specific modes of action for each class, including wood-penetrating borates, insect growth regulators (IGRs) that disrupt developmental cycles, and the niche applications of biological agents. By mastering the distinctions between these chemical groups, service professionals can make informed decisions regarding soil barriers, wood protection, and colony-level elimination strategies tailored to specific site conditions and infestation pressures.</p>

<p>Beyond product selection, this training emphasizes the critical safety protocols and regulatory requirements essential for professional application. Participants will refine their label literacy, focusing on the interpretation of signal words, hazard statements, and specific PPE requirements for mixing and loading various formulations, including high-risk legacy classes like organophosphates and carbamates. The curriculum also addresses environmental stewardship, covering spill prevention, the protection of sensitive water sources, and the mitigation of non-target exposure. Through a combination of technical theory and practical safety foundations, this course equips technicians with the knowledge necessary to execute termite treatments that are both efficacious and compliant with the highest industry standards for safety and environmental protection.</p>
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