What type of pesticide formulation allows for slower release after application?

The correct choice is microencapsulated pesticide formulation, which is designed to slowly release the active ingredients over time after application. This slow-release mechanism is achieved through the encapsulation process, where the pesticide is contained within a polymer matrix or coating. As the encapsulated material breaks down or dissolves, the pesticide is gradually released, providing a prolonged effect against pests while reducing the risk of runoff and environmental impact.

This formulation type is particularly beneficial in managing pest populations more sustainably, as it allows for less frequent applications and ensures that the pesticide remains effective over an extended period without the need for continuous reapplication. This slow release helps in maintaining consistent pest control and can also minimize the probability of pest resistance.

The other options do not have the same characteristics as microencapsulated pesticides. Minibulk refers to a method of storage or delivery system for pesticides, but it does not inherently change the release rate. Miticides are specific types of pesticides used for controlling mites, and their formulation can vary widely; they do not specifically denote a slow-release feature. Microbial pesticides consist of living organisms or natural materials but do not inherently offer a slow-release mechanism like microencapsulation does. Thus, the unique property of slow release after application is exclusive to the micro