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Integrated Pest Management (IPM) |
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Integrated Pest Management, or "IPM," is a type of pest management. IPM is a decision-making process that anticipates and prevents pest activity and infestation by combining a number of different strategies to achieve long-term solutions to pest problems. In IPM, pest management decisions are based on need and effectiveness rather than a schedule. One goal of IPM is to solve pest problems in the least toxic manner possible. A key element of IPM is planning ahead. You must anticipate and prepare for pest problems before they occur. IPM does not mean simply switching from chemical pesticides to organic pesticides. Nor does it mean eliminating the use of all chemical pesticides completely. IPM can and may include the use of some chemical pesticides. According to the National Coalition on IPM, 1994, "IPM is a strategy that uses various combinations of pest control methods, biological, cultural, and chemical in a compatible manner to achieve satisfactory control and ensure favorable economic and environmental consequences." IPM is not one single action, it is a process, a series of steps that must be carefully thought out ahead of time. Each step depends upon the given situation, the given pest and your given ability, both physically and financially, to accomplish all of the steps. The beauty of IPM is that you plan ahead and often can employ strategies that actually prevent pests from ever building up to a level where they may cause you trouble. Some examples of preventive IPM strategies that you can use are:
Any IPM program should include four basic components:
Correct identification of any pest or pests you find is very important because, for instance, not all insects you see in your house, lawn or garden are pests. Sometimes two different pests may look alike to you but may require entirely different management strategies to control them. You must be able to predict the kinds of pests that potentially infest homes, lawns and gardens, so you can take preventive or corrective actions in these places. Early detection of pests can mean savings of time and possibly dollars in managing the pests. Also, an early start allows you more options for managing these pests. This is why any IPM program requires you to routinely monitor your home, lawn or garden for the presence of both pests and beneficials or natural enemies of pests. You may find that natural enemies will often take care of pests on their own before they ever become a problem. In IPM, you must determine at what level a pest or pests actually becomes a problem. This is often called the "economic injury level." This level can be a certain number of insects or weeds in a specific area. It may be a certain amount of feeding damage on plants. Whatever this level is, it should be decided on before the pests reach it. Your county Extension agent can help you decide at what level additional control is needed to prevent the pest from causing economic or aesthetic damage. Finally, you must decide what you will or will not do in the way of pest control if you believe that pests will go beyond your economic injury level. If you do end up with a pest problem, often non-chemical methods may be used to control these pests. Sometimes you can simply remove them or remove the source of the problem. In some situations, if preventive measures or non-chemical ways of controlling pests do not work, you may need to use a pesticide to prevent pests from reaching economic injury levels. Factors affecting your IPM decisions should include:
Again, your county Extension agent can help you with these decisions. Remember that, according to definition, IPM includes a combination of pest control methods. Some of the methods that can be used include:
If you do decide to use a pesticide, IPM encourages you to choose the pesticide that is least toxic. Find out which products will control your pest and use one with the signal word of CAUTION instead of WARNING, if possible. Your County Extension Office can help you select the most effective and least toxic pesticide. Prepared by Robert G. Bellinger, Extension Pesticide Coordinator, and
Rachel C. Rowe, Pesticide Information Program Assistant, Clemson
University.
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