Pest Control

Why Integrated Pest Management is the Future of Pest Control

Integrated Pest Management, or IPM, reduces risk from pests in urban, agricultural wildland, and natural areas by using monitoring and non-chemical control methods. This approach also focuses on the prevention of future pest problems through monitoring, habitat manipulation, change in cultural practices, and resistant plant varieties.

These techniques minimize reliance on chemicals, but when necessary, use the least toxic chemicals to protect people, pets, and the environment. Call Pest Control O’Fallon MO now for more details.

pest control


Pest control can be a costly endeavor, and it’s important to know that the right pest management strategies are used to ensure that long-term results are achieved. With IPM, you can minimize the amount of chemical pesticides required to get results and lower recurring costs.

In addition, IPM’s focus on prevention also helps to lower health risks and minimize environmental impact compared to other forms of pest control. IPM is a great option for businesses that prioritize the health of their employees and the environment.

Pests are unwanted organisms, including insects, fungi, bacteria, nematodes, plants, vertebrates, and weeds that damage or devalue properties or products, displace native species, and disrupt natural ecosystems. While some pests pose a direct threat to human health, many are simply a nuisance.

To identify a pest infestation, experts first evaluate the situation and environmental conditions that caused it to occur. Then, they set an action threshold—the point at which the pests and their damage become significant enough to justify intervention. This process eliminates the risk that pesticides will be used when they are not needed and prevents inappropriate use of harsher chemicals.

Next, the pest control strategy is implemented, incorporating all tools available. Monitoring allows for the identification of the pests and their life cycles, which in turn helps guide the best control options. Control methods include biological, physical, mechanical, cultural, and regulatory controls. Biological controls utilize predators or parasites to manage population sizes; physical controls include traps and barriers, such as steam sterilization of soil or blocking access to habitats that support pest populations; and cultural practices include changing land usage, cropping patterns, and modifying planting and harvesting techniques.

These tactics reduce the need for chemical interventions and allow for precise targeting. Precise monitoring allows for the determination of what is and is not working, reducing costs and potential negative impacts. IPM’s flexibility enables it to better fit the needs of each pest and environment. This helps to avoid over-treatment, which can lead to wasteful investments and unnecessary exposure to harmful substances. In short, IPM is the future of pest control because it provides lasting results while minimizing risk to humans and the environment.

Less Residue

Pesticides leave behind a residue that can harm the environment, people, and animals. IPM aims to minimize pesticide use, only use it when necessary, and limit the amount of chemicals used. This helps to reduce short- and long-term effects, such as cancer and air pollution.

IPM is an all-encompassing strategy that can be applied to agricultural production, military landscapes, public health settings, schools, and residential homes and communities. It can also be used in natural areas to manage invasive species that compete with or predate native plants and animals.

The first step in IPM is to monitor and identify the pests that are affecting your crops or environment. This allows you to determine whether the pests can be tolerated or if control methods are needed. IPM requires the consideration of all the information about the pests’ biology and environmental factors to make these decisions.

After monitoring, the next step in IPM is to set action thresholds, which are based on the pest population levels or environmental conditions that indicate it’s time to act. This ensures that pest control measures are only used when they’re needed, as opposed to being a blanket spray across the entire field.

Prevention is a big part of IPM, as it’s cheaper than controlling pest populations once they’ve already reached economically damaging levels. This can be done through several different strategies, such as planting disease-resistant crops, removing weeds before they flower, or installing bird feeders and pheromone traps to attract natural predators.

IPM also prioritizes cultural controls, which involve making the environment less conducive to pests’ growth. For example, reducing food and water sources, eliminating weeds, and keeping trash bins clean can all help deter unwanted guests. By combining all of these methods, IPM is the most effective and environmentally friendly way to control pests. If you’re looking for an eco-friendly pest control solution, contact Rid-A-Bug today to learn more about IPM and our services. We can protect your home or business from the threat of pests and keep them out for good. We’re committed to ensuring the well-being of our customers, community, and the environment.

Less Resistance

Integrated pest management practices prevent the development of pest resistance to pesticides by using a variety of techniques, including biological control, habitat manipulation, modification of cultural practices, and use of resistant varieties. It also uses monitoring to reduce unnecessary pesticide applications. When used correctly, IPM methods provide a win-win situation for the environment and people alike.

To minimize the risk of developing resistance to pesticides, IPM programs typically avoid applying chemical controls until they reach a threshold of economic injury (EIL), which is based on the damage that can be caused by the pest in its present abundance and the expected cost of controlling it at that population level. EIL should take into account the likelihood that the pest may develop resistance, as determined by the proportion of individuals in the population carrying resistance alleles.

Because they are designed to be less damaging to the environment, IPM strategies try to limit their use to the amount needed to meet their objectives. Pest populations should be kept below the EIL, and if possible, the threshold for pesticide application should be set at levels that can be sustained over time without creating significant short-term economic yield loss, or “future EIL,” as envisioned by Menegat, Jack, and Gerhard (2015).

IPM also encourages the use of plant varieties that are more tolerant to diseases and insect pests, which can improve crop quality and yield. These resistant or tolerant plant varieties can be developed through breeding programs, or are often the result of natural selection in fields where the crops have been exposed to many different factors such as soil type, climate, and other cropping systems.

Biological pest controls, such as the use of parasitoids that are predators or destroyers of harmful insects, also play an important role in IPM. Parasitoid attacks on insects can significantly decrease the pest populations, and in some cases can kill them entirely.

Mechanical and physical controls, such as traps, are also commonly used in IPM. These can kill the pests by contact or block them from accessing the crops.

Environmentally Friendly

Eco-friendly pest control methods are kinder to humans, pets, and the environment than their chemical counterparts. Because they are designed to be sustainable, they minimize the need for chemicals and their metabolites, which can cause harm to ecosystems and human health. They also avoid the “pesticide treadmill,” where repeated use of pesticides leads to resistance and environmental damage.

In addition, eco-friendly strategies preserve the beneficial insects that work with nature to keep pest populations in check, such as ladybugs and lacewings. These natural predators, parasites, and pollinators can be devastated by the broad spectrum of chemicals used in traditional pest control. This results in fewer natural enemies, leaving pest populations unchecked.

IPM practices include monitoring and scouting of fields, forests, and other sites to assess pest presence, damage, and population trends. This information helps to determine whether the pest can be tolerated or needs to be controlled. It can also help to develop objectives for the management of the pest and identify the best management strategy.

Using a variety of tools and strategies to control pests, including biological, physical, and cultural controls, IPM is an environmentally friendly approach to preserving the biodiversity of our planet. It also contributes to healthy ecosystems, which are vital to human health and prosperity.

A comprehensive integrated pest management program can reduce or eliminate the need for synthetic chemical pesticides and other toxic substances. By implementing eco-friendly methods, you can protect your human and pet health, the environment, and your crop yields.

If you are interested in learning more about the eco-friendly pest control options available, contact your local pest management experts. These professionals can offer advice about what preventative and curative practices are right for your particular situation. They can also explain how IPM programs save money in the long run by reducing the need for costly, harmful chemicals. They can even show you how to use stickies with specific pheromones embedded in them to lure different pest species, or how to make your reusable insect traps at home. These are all great tools to add to your arsenal when fighting your local pests!