Showing 39 of 39 total courses
A review of some of the most common or damaging turf insect pests: white grubs, weevils, caterpillars, “bugs”, crane flies & mole crickets. After completing this course, you should be able to recognize the turf pests discussed and recall how they damage turf.
Of the many spider species that exist, those that actively hunt or spin webs are the most common in pest management. A very small percentage of species are medically important. After completing this course, the learner should be able to identify spiders that are common in and around structures, recognize which spiders are medically important, and know the different approaches to managing spiders that wander or build webs.
Integrated Pest Management (IPM) is a concept that has been ingrained into the pest management industry for a while. Even if a pest management professional doesn't know what it is, they’ve probably heard of it. After completing this course, you should be familiar with the history of IPM in agriculture and environmental sciences markets, be able to recognize the different control methods within IPM, as well as structure a “green” program to suit the specific needs of a customer.
Wood-boring beetles are one of several groups of plant decomposers and are separated into non-reinfesting and reinfesting types. After completing this course, you should be able to identify the different wood-boring beetles, recognize signs of their activity, distinguish between active and inactive infestations and recommend the proper treatment method(s) for each.
Since immature mosquito stages are confined to aquatic environments, larval management is more targeted and often more effective than adult management. After completing this course, you should be able to understand the basic mosquito life cycle, identify the types of breeding sites, recognize differences in larval behavior and surveillance methods, and choose the most appropriate larval treatment method.
What's in a name? What makes insects, bugs, flies, spiders and rodents what they are? The answer is in how science classifies animals (taxonomy). This course is a basic introduction to taxonomy, the purpose being to better understand what pests really are and how they relate to each other.
Ticks are the most important vectors of human diseases in North America and are second to mosquitoes worldwide. Most of the ticks that transmit human diseases are hard ticks. After completing this course, the learner should be able to understand hard tick biology, recognize certain ticks and the diseases they vector, and explain best practices for preventing tick bites and managing ticks on properties. Note: An update to Chrome has disabled the auto-play feature of one of the videos in this class, please go here to resolve: http://pestweb.com/landing/chrome
Small flies and large filth flies are public health pests that are often difficult to manage. After completing the course, you should be able to understand the basic fly life cycle, identify major small and large filth fly pests, recognize their importance in public health and recommend the appropriate fly management methods (including finding maggots).
The purpose of insecticide application equipment is safe and efficient insecticide application. After completing this course, you should be able to select the appropriate application equipment based on formulation or desired droplet size and calculate simple space treatment, exterior perimeter and broadcast applications.
Those piles of soil and raised tunnels that are messing up a lawn are likely from gophers or moles. Understanding them is key to controlling them. This course takes you through their identification, biology and management, offering the various options available for dealing with these subterranean animals.
German and brown-banded cockroaches are the only strictly domestic cockroaches encountered in pest management. After completing this course, you should be able to identify these two cockroaches, recognize their behavioral differences and impacts on public health, appreciate the importance of inspection and monitoring, and understand the different treatment options available for domestic cockroach management.
Most of the course will cover aphids, due to their greater abundance and generally greater importance. However, we also will talk about their close cousins - the phylloxerans, psyllids and adelgids - all of which are similar in appearance to aphids and which do similar feeding and damage.
Ants consistently rank as a top pest in the structural pest management industry. After completing this course, you should be able to determine how certain aspects of ant biology affect their management, identify the more commonly encountered pest ant species (depending on region), understand the importance of inspection, and recognize when the application of baits and non-repellent or repellent products are appropriate.
A pesticide’s label is the manufacturer’s and EPA’s main method of communication to the user regarding safe and legal handling of the pesticide. The goal for all registered pesticides is to maximize efficacy and minimize risk, which can be guaranteed by following the label. In order to communicate this information effectively, pesticide labels are organized into specific sections. Pesticide safety data sheets, or SDSs, provide more detailed technical information than pesticide labels. SDSs are governed by OSHA and are intended to communicate chemical hazards in the workplace. SDSs are organized into 16 sections. This course explains the information provided in label and SDS sections.
After reviewing how the U.S. Environmental Protection Agency defines pesticides, we delve into their different MODES OF ACTION. We then discuss the risks of exposure posed by different pesticide FORMULATIONS and the ROUTES OF EXPOSURE into the body. While explaining how pesticide TOXICITY is determined, we show how to find the information and communicate it to customers. Note due to the scope of material covered this course is approx. 75 min long.
The insect body is divided into three segments: a head, thorax and abdomen. In this course, we examine the head, from the part of the nervous system that innervates it, to the eyes, antennae and mouthparts. After completing this course, you should be able to understand how insects perceive color and light, recognize different antennal types for insect identification, and see how insect mouthparts have evolved from a basic type based on function.
Managing termites in structures requires some knowledge of their biology to understand how and why they do what they do and, also, how to stop them. After completing this course, you should be able to know the differences between termites and ants; know the differences between drywood and subterranean termites; recognize the termite castes and understand how they develop; and identify the drywood and subterranean termite pests that are most common in the United States.
Building foundations have areas that are susceptible to subterranean termite entry that vary with foundation type. After completing this course, you should be able to identify five basic building foundation types along with common subterranean termite entry points and treatment procedures for each type.
From farmers to consumers, stored product pests cause monetary losses from the destruction of valuable food products. After completing this course, you should be able to recognize and the twelve most common stored product pests, understand their biology and communicate how pheromones fit into management programs.
Proper pesticide storage, transport and disposal prevents human and animal exposure, avoids environmental contamination and protects pesticides –all reducing a PMPs liability. After completing this course, you should be able to know how to store, transport and dispose of pesticides properly.
Course summary: The most important mosquito disease vectors in the United States belong to the genera Aedes & Culex. Diseases transmitted by these mosquitoes cycle differently in human populations. After completing this course, the learner should be able to identify the important mosquito-borne diseases in their area, recognize common forms of adult mosquito and disease surveillance, and understand the different methods of adulticide application.
After a decades-long absence, bed bugs returned to the U.S in the late 1990s, mostly due to pesticide resistance, which, in addition to their hiding behavior, makes bed bugs difficult to manage. After completing this course, the learner should be able to understand bed bug biology and behavior and use this understanding to improve monitoring and treatment.
Sulfuryl fluoride is widely used as a structural and food commodity fumigant. After completing this course, you should be able to understand the nature of gases and what fumigants are able to do, describe sulfuryl fluoride's mode of action and properties, and know basic sulfuryl fluoride safety and handling practices.
Compressed air sprayers are still one of the most important pesticide application tools available. With proper use and some maintenance, they can work reliably for many years. After completing this course, you should be able to understand how a compressed air sprayer works, troubleshoot common mechanical problems, and properly use and maintain your compressed air sprayer.
The commensal rodents are highly intelligent and adaptive pests that must be managed because of their ability to cause sickness and diseases. Understanding their behavior is the root of effective rodent management. After completing this course, you should be able to identify the commensal rodents and Peromyscus mice, recognize the diseases carried by pest rodents, understand how these rodents sense and navigate their environment and then recommend the proper management methods for each.
Personal protective equipment, or PPE, helps prevent injuries and illnesses while performing pest management. After completing the course, you should understand the general requirements of OSHA’s standard and be able to select the appropriate PPE for protection against injuries, infectious diseases and chemical exposure (dermal and respiratory.
The Environmental Protection Agency (EPA) approves and registers pesticides after it is determined they won’t have unreasonable adverse effects on humans, non-target species and the environment when used according to the label. After completing this course, the learner should be able to understand how pesticides move in the environment and appreciate how the EPA manages environmental risk through pesticide label language.
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