Mating disruption of the codling moth – phase II

Daniel Cormier, researcher

Daniel Cormier

Researcher, Ph.D.

450 653-7368
ext 360

Contact Daniel Cormier

Description

IRDA was tasked with coordinating and increasing the use of mating disruption to control codling moths on at least 35% of Québec’s apple farms and 40% of its apple-growing production acreage.

Objective(s)

  • Ensure that at least 35% of Québec apple farms use mating disruption to control the codling moth
  • Ensure that mating disruption is used to control the codling moth on at least 40% of Québec’s apple acreage

From 2018 to 2020

Project duration

Fruit production

Activity areas

Pest, weed, and disease control

Service

In contrast with pesticide use, this method lowers health risks to humans and the environment.

Partners

Ministère de l’Agriculture, des Pêcheries et de l’Alimentation du Québec | Technical support clubs

Publications

This may interest you

2016-2019 • Fruit production

Control strategies to reduce the impact of the spotted wing drosophila

This project aims to promote a biocontrol solution by testing a complex of natural enemies that attack the spotted wing drosophilia at different development stages.

Researcher: Annabelle Firlej

Read more about the project

Annabelle Firlej
2019-2024 • Fruit production

Using multitask nets and mechanization to eliminate pesticide use in apple orchards

Exclusion nets have proven to be effective against nearly all of these insect pests, which means that it’s possible to develop apple growing practices in Québec that are not only neonicotinoid free, but also devoid of all pesticides (including acaricides, given that mite problems are a consequence of broad-spectrum insecticide use). Although the net exclusion microsystem studied in Québec since 2012 has demonstrated its effectiveness in controlling insect pests, some issues remain to be studied before it can be unreservedly recommended. Among these are the handling times for the nets, i.e., installation/removal and opening/closing, and the system’s profitability and durability over the long haul for various cultivars.

Researcher: Mikaël Larose

Read more about the project

Mikaël Larose
F