Pennsylvania Category 12 - Wood Destroying Commercial Applicator Bundle
The courses in this package expire on September 30 at 11:59 PM Eastern, 10:59 PM Central, 9:59 PM Mountain, 8:59 PM Pacific. You must complete the courses and download your certificate(s) before the expiration date to receive credit. After 9/30, you will no longer have access to these courses, so please complete the course(s) and download your certificate(s) by then.
This course bundle is geared toward the wood destroying pest management commercial applicator. This course bundle contains 10 credits of wood destroying pests (category 12) training. This course bundle may be paired with any core bundle to fulfill recertification requirements. All courses have been approved by the Pennsylvania Department of Agriculture.
BUNDLE CONTENTS
Wood Destroying Pest Control (Category 12) Training:
- Wood-Destroying Pest Management – 10 credits
Wood-Destroying Pest Management
Course Description
Termites are just one of the many wood-destroying pests found throughout the United States. Carpenter ants, powderpost beetles, and wood-damaging fungi can also cause severe structural damage if not properly managed. Often times the initial cause of any pest problem is the presence of excess moisture in the structural wood. The source of the excess moisture must be addressed for a permanent solution to the pest problem to be effective. This course will cover the primary wood-destroying pests found through the country, the recommended treatments for each of those pests, and the primary sources of excess structural moisture.
After completing this course participants will be able to:
- Explain the different laws that govern pesticide applications
- Describe termite biology, caste system, and physical characteristics
- Identify other wood-destroying insects such as carpenter ants, powderpost beetles, and carpenter bees
- Explain the different types of termite treatments
- Describe the different types of wood-damaging fungi and outline standard treatment procedures
- Identify common sources of excess moisture within a structure