Oregon Pesticide Applicator Continuing Education Courses

Annual bluegrass has historically been an important weed of many, if not most, commodity and specialty crops. The extensive reliance upon herbicides as the primary means of control has led to an almost overwhelming presence of herbicide resistance. This course will discuss the currently reported cases of annual bluegrass resistance to various herbicides and how to develop an effective herbicide program.

When pesticide applications become necessary for good turf management, it’s important to understand how the application equipment works and how to properly calibrate the equipment. This course will provide turf managers with an understanding of the most common types of equipment used for pesticide applications on turf and how to properly calibrate the equipment.

Aquatic ecosystems are extremely complex and fragile. This course covers the many aspects necessary for managing aquatic pests, from site evaluation and pest identification to pesticide application and treatment evaluation. Risk communication strategies are included, along with a variety of control methods in addition to aquatic pesticides.

Managing aquatic weeds revolves around proper plant identification. Tailoring management strategies to address specific aquatic plant life is only possible through accurate identification. This course teaches the basics of aquatic weed identification and the different approaches to aquatic plant management.

This course covers the importance of honey bees, details honey bee decline statistics, and outlines the strategies that can be implemented to coordinate the efforts of farmers, beekeepers, and applicators to find a balance between managing pests and protecting pollinators.

The site of a bat hanging around a structure can be unnerving to most clients. Finding one inside a home is even more unsettling and can send the homeowner into a panic. This course will talk about the identification of bat issues, fundamentals of bat control, and a few health issues that can be quite costly for wildlife control operators and clients.

Structural applicators know that managing a bed bug infestation is difficult on many levels. This course looks at the history of bed bugs, current integrated pest management approaches to preventing and managing an infestation, and several of the chemical options available when your non-chemical controls and methods have failed.

This course focuses on the use of cage and box traps in the management of vertebrate pests in both urban and suburban environments. Best practices surrounding appropriate traps for target animals, effective baits, and safe and humane use of traps will be outlined.

Proper application of pesticides and fertilizers on turfgrass is only possible with accurately calibrated equipment. These lessons discuss the calibration of three types of application equipment: handheld or back-pack pump-up sprayers, large acreage sprayers, and fertilizer or “dry-granular” spreaders as well as several different calibration techniques.

To manage pests effectively, correct identification is necessary to diagnose the issue and avoid inaccurate management or treatment timing. This continuing education course Oregon pest managers how to identify and treat common landscape, turf, and interiorscape pests.

Pest management of ornamental plants involves multiple steps from growing a healthy plant that is more resistant to pest damage to correctly identifying the problem when present. This course will cover the most common pests of ornamental plants.

This online course teaches pest managers in Oregon how to identify and control common exterior and interior pests that can infect people, cause property damage, or infest stored food.

Managing weeds in a turf stand can be a tricky proposition. Often times the client fails to recognize that the presence of weeds in a turf stand is the result of poor turf, not the cause. This course will provide applicators with a working knowledge of weed biology, weed identification, and how herbicides work.

Unwanted birds can pose a problem for applicators and their clients. Some people love to feed the birds and spend hours watching birds. Once birds have become established in an area they can be difficult to control or deter. Though this course will focus on the control and management of unprotected birds, some of the techniques covered will help with the management of protected birds when a permit is issued.

This course discusses managing pests in aquatic environments. It contains extensive plant identification, discussing common weed types and species. Other pests, such as insects or birds, are also covered. In addition, this course explains a variety of control methods, outlining how to use pesticides safely and the necessary first aid for any exposure. Finally, calibration of equipment is explained and example scenarios are explored.

Turf responds best to consistent cultural practices including mowing, irrigating, and fertilizing. But as turf managers know, there is a right way and a wrong way to do these. This course covers the dos and don’ts of good cultural practices that will result in a healthy vigorous turf that will be enjoyed for years.

This course is for interiorscape pest control professionals in Oregon. It reviews topics like interior Integrated Pest Management strategies, methods for fostering indoor plant health, pesticide safety protocols, and more.

Pesticides are a key factor in pest management but it is important to understand what happens to those pesticides after the application. This course will review some key characteristics of environmental factors that can affect how pesticides move and degrade in the environment.

Pesticides are regulated to utilize their benefits while protecting public health and welfare and preventing harm to the environment. This course addresses the federal pesticide laws that control the labeling, sale and distribution, storage, transportation, use, and disposal in the best public interest.

Pesticides protect plants and animals from insects, weeds, and diseases; improve the efficiency of food, feed, and fiber productions; and provide for greater crop yields. This course outlines various invasive pests of field crops and how an applicator can effectively treat pest invasions while protecting themselves and the environment from the adverse effects of pesticides.

Learn about integrated pest management strategies for protecting Oregon forests with this course. Lessons cover methods for protecting non-target organisms, minimizing pesticide’s impact on water sources, and managing pesticide resistance. Other topics discussed include weed control, sprayer operation and maintenance, insect management, and more.

This course teaches pest control professionals in Oregon how to manage common forest pests. Lessons cover a wide variety of topics like integrated pest management, greenhouse plant fumigation, pesticide-mixing safety measures, and more.

Pesticides protect plants and animals from insects, nematodes, weeds, and diseases; improve the efficiency of food productions, and provide for greater crop yields. This course outlines various invasive pests of fruit crops and how an applicator can effectively treat pest infestations while protecting themselves and maintaining productive fruit crop yields intended for human consumption.

This course provides a basic understanding of how fungicides work and the basics of collecting plant material samples for testing pathogens. Fungal spores, germination, plant appearance, infections, fungicide mechanism, collection techniques, and collection dos and don'ts are all discussed.

As certified or licensed professionals we have legal responsibilities that we must fulfill in every job that we do. Not only do have to control pests, but we also have to do the paperwork and legwork that documents our applications. This course reviews the basics of general structural pest management.

The lawn and landscape are essential elements in any residential situation. When not installed or managed properly the investment of time and money can be perceived as a waste as the lawn and landscape do not fulfill their purpose. This course will focus on the essentials of designing a landscape that is aesthetically pleasing and makes weed control easier as well as key factors for installing and establishing a functional home lawn.

If you do not diagnose the problem correctly you will spend a lot of time treating something that is not there. Identify correctly and gather evidence and determine the extent of potential problems. This course will cover the basics of what to look for while inspecting a structure that has potentially been invaded by wildlife.

To effectively manage a mosquito population as part of an integrated pest management plan applicators must be familiar with mosquito physiology, the lifecycle of the mosquito, and various collection and surveillance methods for both adult mosquitoes and larvae. This course will talk about surveillance methods, mosquito anatomy, and touch on the diseases that are most commonly vectored by mosquitoes in the United States.

IPM of ornamental plants involves multiple steps; producing a healthy plant, correctly identifying the problem, recognizing that there will always be some pests and damage, and only using pesticides as a last resort. This course teaches the basics of pest and disease management for ornamental plants, and the different tools and techniques needed to successfully provide your clients with a healthy and attractive landscape.

Termites are one of the most destructive pests in the United States. But there are several common-sense IPM practices that can be implemented to make a structure less inviting to termites from the start. This course will provide a review of IPM principles, termite biology, and several IPM practices to make any structure less attractive to termites.

As a turf manager, you’ll need to be more than someone who just applies pesticides. Good turf management requires the use of all the tools in the toolbox. This course will touch on the best practice cultural, mechanical, biological, and chemical controls for turf management.

This course, approved by the Oregon Department of Agriculture, covers benefits and considerations for pesticide applicators in Oregon to consider when developing an integrated pest management (IPM) program. Topics include a variety of pest-management methods, such as sanitation, augmentation, mechanical and cultural control, and pesticide use.

The site of a fresh mound of soil in an otherwise manicured lawn or alfalfa field can be enough to send a landowner into a tizzy. Pocket gophers can be devastating to both lawns and agricultural fields if they are not properly controlled. The damage caused by pocket gophers can sometimes be confused with either moles or ground squirrels. This course covers the basics of pocket gopher management including biology, damage, trapping, and toxicant use.

This course teaches the basics of disease management for landscape plantings, cost-minimizing strategies, and tools and techniques needed to successfully control disease in the highly competitive world of landscaping.

One of the challenges with house mice is that clients don't take house mice seriously. It's amazing how people will move heaven and earth when rats are around, but when it comes to mice they will simply say "oh, it's just a mouse!" This course will help educate applicators on the risks of allowing house mice to remain in a structure.

Moles can be the bane of a well-kept lawn. But is it really a mole? Moles, voles, shrews, and pocket gopher damage can look the same to the untrained eye. This course covers the physiological differences between moles and other look-alike vertebrate pests, trapping techniques, and toxicant options.

Mosquito management is a daunting task for many applicators. When mosquito management is done incorrectly or isn't done at all, mosquitoes can make public spaces unusable. This course will discuss common methods of mosquito controls, everything from physical controls to pesticides, to record-keeping, all as part of a solid integrated pest management approach to mosquito control.

When pesticide applications become necessary for good ornamental plant management it's important to understand how application equipment works and how to properly calibrate the equipment. This course will discuss the most common types of equipment used for pesticide applications on ornamental plants, the way to calculate the volume of solution needed, and how to properly calculate the flow rate of the equipment.

Wearing PPE can reduce exposure (dermal, inhalation, ocular, or oral) and thereby lower the chances of pesticide injury, illness, or poisoning. It is important that all pesticide applicators and handlers understand the protections and limitations of PPE.

Enroll in this course to learn safe, effective, and economical pest control techniques. You'll be able to manage pests that cause harm to property, people, or quality of life while minimizing risks to yourself, others, and the environment.

This course is for pest control professionals who manage landscape, turf, and interiorscape environments in Oregon. Learn about proper identification and control methods for common invertebrate and vertebrate pests that threaten healthy plant settings.

This course discusses pest identification and management strategies for corn, soybean, and grain sorghum. Each species is identified according to various stages of maturity, the signs and symptoms exhibited, and the type of biological, cultural, or chemical control recommended for each.

This course discusses proper inset identification for rice, cotton, and peanuts. Each pest and pathogen are identified according to various stages of maturity, the signs and symptoms exhibited, and the type of biological, cultural, or chemical control recommended for each.

A pest is an undesirable organism that injures humans, desirable plants and animals, manufactured products, or natural substances. This course discusses the importance of pest identification in pest control, describe how pest population levels trigger control procedures, and give several reasons why pesticide applications may fail.

Pesticides may be applied as sprays, dusts, granules, gases (vapors), fogs, baits, rubs, or dips and require the correct equipment for the pesticide as well as the job size and type. In addition, you must properly select, operate, calibrate, and maintain your equipment.

This course gives Oregon pest managers the tools to protect people and the environment from pesticide hazards through safe and legal pesticide use. Topics include elements of safe handling and application, management plans and pesticide alternatives. Learn how to build a management plan that identifies hazards and protects the public.

Pesticides are formulated to make them safer or easier to use. There are many formulations available for various pest control sites and situations and it is important that applicators choose the best one for the job.

Pesticides are designed to be toxic so they can control pests (e.g., plants, insects, rodents, fungi, and bacteria) while not harming non-target organisms and anyone else exposed to the product. Pesticide users need to be concerned with the hazards associated with exposure to the chemical and not just the toxicity of the pesticide.

Pesticide labels and safety data sheets (SDS) appear to contain much of the same information. While the label is the law, an SDS is not considered the law. As an applicator, it is important to understand the difference between a pesticide label and a safety data sheet and know what information can be found in each document. This course will review the various parts of pesticide labels and safety data sheets to identify the similarities and differences.

Before beginning a pesticide application, you should know how to select the right pesticide for the job, review the label, test for pesticide compatibility before mixing, select personal protective equipment, transfer pesticides safely, and clean up after an application.

This course provides an outline of the primary concerns of the bee-keeping industry including colony collapse disorder (CCD), factors affecting honey bee decline, invasive insects, fungal disease, best practices for pollinator stewardship, and minimizing pesticide risks for pollinators.

Labels are increasing in complexity and depth of information. It is never suggested that anyone try to memorize a pesticide label. By reviewing parts of a label and recognizing label language and use, we hope that you feel more comfortable with the information on pesticide labels and feel confident in understanding the information the present.

When the pesticide label requires a respirator it’s important to know how to use a respirator safely. This course outlines the types of respirators available, proper fit, and inspection/maintenance requirements.

This course instructs Oregon pest managers in forest pest management techniques that protect the environment and the public. Lesson material discusses personal protective equipment (PPE) and a detailed look at sprayers, calibration and pesticide application methods.

This course for Oregon pest managers explores hazardous pesticides and techniques for minimizing toxic exposure. Protect humans, animals, plants and water sources through the application of mitigation strategies.

This course will help applicators understand the five main groups of pests, identifying those pests, and help applicators decide on management strategies. It will also cover the main causes of plant disease, plant life cycles, and the developmental stages through which plants progress.

Pest management in right-of-way situations can be a challenge. The economic thresholds are different in right-of-way situations compared to either a landscape setting or an agricultural setting. This course provides an overview of pests common to rights-of-way, management solutions, a look at the equipment commonly used to treat rights-of-way, and a review of calibration steps for that equipment.

This course will review the methods and techniques to manage vegetation on right-of-ways and non-cropland industrial sites safely without damage to non-target species, sites, objects, or the environment.

An animal with a backbone or spinal column is called a vertebrate. A few vertebrates, such as rats and mice, are common pests in urban and industrial areas. Others are not pests in their normal habitats but may occasionally become pests when they conflict with humans. This course looks at basic management of common vertebrate pests. Be sure to understand all the regulations that apply in your geographic area before attempting to control vertebrate pests.

In the last ten years, there has been a resurgence of treated seed use, largely due to the advent of improved chemical performance. We as agricultural producers are obviously concerned about the more modern applications of these processes. This course outlines the benefits and risks associated with treated seed products.

Mosquito control programs manage the population of mosquitoes to reduce their damage to human health. Mosquito control is a vital public-health practice as mosquitoes are the number one vector of disease globally, spreading many diseases. Mosquitoes can cause significant pain, irritation, and infection from their bites, which are a considerable nuisance. This course outlines mosquito control's components, methods, benefits, and complexities.

This course will discuss the lifecycle and biology of skunks, habitat modification to discourage skunks from taking up residence, trapping tips and techniques, the basics of rodenticide use, and the basics of euthanizing if allowable by law. It is important to be familiar with state and local laws regarding skunk management.

Having a clear understanding of the hierarchy of insect classification is important. It helps us better understand the background of our pest decide the best course of action in controlling the pest. This course will cover some of the structure infesting pests commonly encountered by structural pesticide applicators and technicians.

As a pest control technician, it's important to be familiar with the pests in the region as well as where they reproduce. In some cases, it is difficult to determine if the designated living space is inside or outside. This course covers the identification and management of pests that generally live outside but will invade a structure if the conditions are favorable.

Inspecting and treating for termites can be a difficult process. Being familiar with common types of construction is extremely helpful. This course is a tour of the Mississippi State University Extension termite training facility. The facility consists of 12 different stations, each representing an area of a building or home where termites could enter the structure.

This course discusses safety and security issues that may arise when pesticides are moved or stored, under what conditions uncertified people can make applications of restricted use products, and how to communicate these issues with customers.

There are a variety of diseases, disorders, insects, and vertebrate pests that can cause problems in turfgrass. This course will give applicators and turf managers an overview of these common pests and strategies for their management.

Rodenticides are becoming a widely discussed and concerning topic in the pest control field. There is a growing public concern at the risk of secondary and non-target poisonings when rodenticides are used. As a pest control operator is it your responsibility to understand how rodenticides work and how to read their labels. This course discusses the common types of rodenticides, their appropriate application, the risks involved with the use of each type of rodenticide, and takes a look at specific label language.

Pesticides protect plants and animals from insects, nematodes, weeds, and diseases; improve the efficiency of food productions; and provide for greater crop yields. This course outlines various invasive pests of vegetable crops and how an applicator can effectively treat pest infestations while protecting themselves and maintaining productive vegetable crop yields intended for human consumption.

Voles are known by a variety of names, meadow mice or field mice for example. Voles are rodents, meaning they like to chew on things, but they rarely enter structures and are primarily a pest in landscape settings. But they are often confused with mice by many homeowners. This course covers the basics of vole identification, biology, and damage as well as several control methods including trapping and rodenticide use.

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. 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.