The Increasing Survival Skills of Pests

In recent years, pests have shown an increasing ability to survive exposure to chemicals. This can be attributed to several factors that contribute to their resilience. Understanding these factors is crucial in developing effective pest control strategies that minimize environmental impact and protect human health.

Global Transportation of Insects and Mites

The worldwide transportation of insects and mites has played a significant role in the spread of pests. As these pests are transported across different regions, they encounter new environments and develop adaptive traits that allow them to survive chemical exposure.

Limited Availability of Pesticides with Diverse Modes of Action

The market has seen a decrease in the availability of pesticides with varying modes of action for pest control. This limitation makes it easier for pests to develop resistance since they are repeatedly exposed to the same type of chemicals.

Environmental and Health Concerns

Efforts to reduce environmental impact and safeguard human health have led to the use of fewer pesticides. While this is a positive development, it also means that pests have fewer obstacles to overcome in their survival and reproduction.

Development of Resistance

Pesticide resistance occurs when pests undergo genetic mutations and selection. Some pests possess genetic traits that enable them to survive exposure to pesticides, and these traits are passed down to their offspring. With each succeeding generation, the proportion of resistant pests in the population increases.

Determining Factors in Resistance Development

Several factors influence the development of resistance in pests:

1. Genetic Mutation Frequency: The rate at which genetic mutations occur in pests affects the likelihood of resistance development.

2. Reproduction Speed: Pests with high reproductive rates can rapidly increase their population, increasing the chances of resistant individuals appearing.

3. Mode of Pest Dispersal: The method by which pests move around, whether by walking or flying, influences their ability to encounter and adapt to chemical treatments.

4. Frequency of Pesticide Applications: The more frequently pesticides are applied, the higher the chance that pests will develop resistance.

Reasons for Pesticide Resistance

There are specific reasons why pests develop resistance to pesticides:

1. Insufficient Exposure Time: Pests can secrete the chemicals quickly, preventing the chemicals from causing significant damage.

2. Chemical Breakdown: Pests have mechanisms to break down the chemicals inside their bodies, rendering them ineffective.

3. Avoidance Behavior: Pests can avoid contact with the chemicals, reducing their impact.

Cross Resistance and Its Impact

Repeated use of the same pesticide can induce cross resistance, where pests develop resistance to similar pesticides with the same mode of action. This leads to higher levels of pest infestation. To mitigate this issue, it is crucial to employ chemicals from different groups with distinct modes of action to minimize resistance.

Recommendations for Effective Pest Control

1. Complementary Use of Bio-Agents: Utilize bio-agents such as Magneto 10EC and Baciguard 16 WDG, which are effective in controlling pests. These agents have broad-spectrum properties and can combat a variety of pests.

2. Introduction of Natural Enemies: Introduce predators and natural enemies to control pest populations. They can help maintain a balance and reduce reliance on chemical treatments.

3. Proper Chemical Use: Understand the ecological behavior and life cycles of target pests. Select the appropriate spraying technique for better distribution, coverage, and penetration.

Additional Considerations

  • Observe the recommended number of applications and intervals between them.
  • Include integra at a rate of 2ml/L in each spray tank mix to enhance coverage.


Understanding the reasons behind the increasing survival skills of pests and implementing appropriate pest control strategies are essential for minimizing the impact of chemical exposure, protecting the environment, and ensuring human well-being. By considering factors such as transportation, limited pesticide diversity, and resistance development, we can develop effective and sustainable pest control practices.

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