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This report describes an OECD seminar that brought together regulatory authorities, industry representatives and other stakeholders to discuss how to measure the uptake, adoption and implementation, as well as the impact, of Integrated Pest Management. Integrated Pest Management, a term used to describe strategies that promote the safer and more sustainable use of pesticides, is high on the agenda in many regions of the world.

Integrated Pest Management (IPM) in agriculture is high on the agenda in many countries. IPM is about promoting the sustainable use of pesticides in the context of challenges including climate change, increasing demand for food, feed and fibres and pest resistance. OECD has launched the IPM Hub, an online focal point for information on Integrated Pest Management.

A cooperative global approach to the regulation of agricultural pesticides and sustainable pest management. Pesticides are widely used in agriculture and have considerable benefits by contributing to a sustainable production of food and feed. If used improperly or in an inappropriate manner, they also can present unacceptable risks to human and animal health and to the environment.

Integrated Pest Management (IPM) is a sustainable approach to reduce pesticide use and risks of adverse effects on human health and the environment. However, its adoption by European farmers cannot be based only on mandatory regulation by the European Union, a new study suggests. The research identified four key factors driving IPM adoption; including market forces, policy instruments and farmers’ attitudes to the environment.

Parasitoid wasps (Trichogramma pretiosum) are increasingly being used as a biological control agent in agriculture. Since insecticides are often applied to the same crops, it is necessary to assess the effects of different insecticides on this insect. However, the majority of studies have focused on evaluating the lethal, but not sublethal, effects of insecticides. A new study has evaluated the sublethal effects on T. pretiosum of nine insecticides commonly used in soybean production in Brazil. Overall, just three of the nine insecticides tested did not appear to have any harmful sublethal effects on T. pretiosum. This study highlights the importance of considering sublethal, as well as lethal, effects when assessing insecticide selectivity.

Online Resource

Pedigo, Larry P., author

Parvatha Reddy, P., author