There are a number of ways to manage pests, from enlisting the help of a professional to trying DIY natural methods. Pesticides are typically the most effective, although they require knowledge, equipment and safety precautions.

Pests are more than an annoyance; they can damage property, and some may even pose health risks. Pest control methods include identifying the pest, fixing their sources of food, water and shelter, and using baits and crack and crevice treatments. Contact Pest Control Irving TX now!

Pest identification is the first step in any pest control program. Identifying the pest allows you to determine basic information about it, such as its life cycle and when it is most susceptible to being controlled. It also helps you select the proper management tactics to use, which can be easier, more cost-effective and less risky for people and the environment if you know exactly what you’re dealing with.

Mistakes in pest identification can lead to poorly chosen control tactics that may waste time and money, or put people and the environment at unnecessary risk. For example, a wrong identification could result in spraying the incorrect insect with a pesticide or weed killer, and the mistake may not be corrected until the next round of treatments.

Depending on the situation, correct pest identification can contribute to reducing or eliminating the problem without toxic chemicals. For instance, if a customer calls about house centipedes or spiders invading their home, the proper identification can lead to steps that may allow them to control the pests without resorting to chemical controls. This includes sanitation, reducing moisture levels, using firewood wisely, sealing entry points and removing food sources.

Other examples of pest identification include noting how the pest reproduces or moves around, as well as assessing the pest population size and identifying where it is causing damage or disruption. This information can help you develop an integrated pest management (IPM) plan to eliminate the pests or reduce their impact.

IPM emphasizes treating only for observed and identified pest problems, rather than a blanket treatment of entire fields or homes. Scouting or monitoring is done routinely, on a schedule that may be daily to weekly, depending on the situation. It involves walking or driving along a route and looking for pests, such as checking under leaves in the garden or examining a house foundation for mosquito egg hatching.

Proper IPM programs conserve natural enemies, or predators, of the targeted pest. These can be insects, such as ladybugs or lacewings, or vertebrates, such as birds or fish that prey on rodents. The goal is to keep pest populations low enough that they no longer pose unacceptable harm to human activities, the environment or products.

Pest Prevention

Whether they’re ants, cockroaches, termites or rodents, pests all have one thing in common: They are looking for food and shelter. Some natural forces, such as climate, can affect pest populations in ways you cannot control, but there are many things you can do to reduce the potential for a pest infestation. These include taking away food and water sources, reducing clutter or areas where pests can hide, and limiting the places pests have access to.

For homeowners, this means being vigilant in checking for signs of infestations. It also means storing foods in airtight containers and keeping them in a cool, dry place when not being used. It’s important to remember that a pest infestation may begin when you least expect it, so regular inspections are key.

Building owners, managers and staff also have a role to play in pest prevention. They can do their part by repairing leaks promptly, cleaning garbage receptacles regularly and reporting maintenance problems to the appropriate person. The use of traps and baits can help as well.

Other preventative measures include removing weeds and tall grasses that can serve as shelter for pests, keeping pet food in properly concealed containers and being careful not to bring any groceries into the house without inspecting them first. This includes ensuring that all products are properly sealed and packaged, as pests can easily get clinging to grocery bags or the contents of cabinets.

Getting to know the life cycles of different pests can be helpful, as some treatments work best at particular stages of development. Knowing whether pests are eggs, larvae, nymphs or adults is essential to determining the most effective treatment method.

Some plants, animals and structures resist pests better than others, so using them where possible can help keep pest populations below harmful levels. The use of resistant varieties, when available, can also make it easier to eliminate pests that have made their way into fields or facilities.

Pest Control Strategy

A pest control strategy is a plan for the prevention, suppression, and/or eradication of unwanted organisms. The strategy is developed on the basis of a thorough inspection and pest identification. In addition, the strategy is designed to fit the pest, the site, and the environment, so that it will be effective and economical. Prevention is keeping a pest from becoming a problem; suppression is reducing the number of pests to an acceptable level; and eradication is completely destroying an organism.

When a pest problem is identified, the first step in the control process is to determine whether or not it is continuous, sporadic, or potential. Continuous pests are present nearly always and need regular control; sporadic pests are migratory, cyclical, or other occasional and only need periodic control; and potential pests are organisms that are not pests under normal conditions but could become problematic in certain circumstances.

Once the pest is determined, a monitoring plan is developed to watch for pest population levels to reach predetermined thresholds. Monitoring of insect, nematode, and weed pests can be done with traps, scouting, or other methods. Monitoring can also include checking environmental conditions, such as soil temperature and moisture, in order to help predict when pest populations will reach threshold levels.

If the thresholds are reached, the next steps in the IPM process are implemented. Pest exclusion, physical control, and biological control methods are employed prophylactically (before a problem occurs). If the pest population remains above an acceptable level of injury or ET (each time a threshold is reached), chemical management strategies can be used to reduce the numbers of the organisms to an acceptable level.

Before applying any pesticide, it is important to carefully read the pesticide label and NMSU guidance documents. This will ensure that the pesticide will be safe and effective, and will limit environmental contamination. In addition, it is necessary to acquire the correct personal protective equipment and pesticide cleanup supplies. Pesticide application must take into account weather conditions, water runoff considerations, and proper container disposal.


Pesticides are substances that kill or control pests, such as insects, mice and other animals, unwanted plants (weeds), fungi, bacteria and viruses. They are often chemical compounds, but they may also be natural products or materials such as oils or horticultural sprays. The term pesticide covers a wide range of products, including: ovicides to kill eggs; pheromones to lure or disrupt insect mating behavior; plant growth regulators to change a plant’s expected growth rate; desiccants to dry up leaves and other parts of a plant; herbicides to destroy or control weeds; and rodenticides to kill rats and other rodents. Many pesticides are formulated as liquids, but they can also be found as granular, powders, tablets or aerosols.

When using pesticides, it is important to follow the product label instructions carefully to prevent injury to people or pets, contamination of food and other crops, damage to the environment or ground water quality. In addition, all pesticides should be used sparingly and only when necessary. It is best to try non-chemical methods of pest control before resorting to chemicals.

The use of pesticides can have many negative effects on the environment, and it is especially important to minimize the risks to fish, wildlife, beneficial insects and other non-target organisms. It is also important to understand that pesticides are not usually effective against all pests. Pesticides can be toxic to some or all stages of a pest’s life cycle, and it is often necessary to apply multiple treatments over time to fully eradicate the pest.

The emergence of resistant pests has become an increasingly serious problem as the use of pesticides becomes more widespread. Resistance results when certain individuals in a pest population have a gene that helps them survive exposure to a particular pesticide. These individuals can then pass the resistant trait on to other members of the population, which can render a particular pesticide ineffective over time. Rotating among different classes of pesticides with different modes of action can help reduce the development of pesticide resistance.