Field trials on swede midge mating disruption
Description
The swede midge has been the main pest of crucifers (cabbage family) in Québec since 2003. Its presence throughout the season, the difficulty of detecting the damage it causes, and its cryptic behaviour make controlling this pest very complicated. Organic producers currently rely on pest exclusion nets, which are expensive to use. It is important, therefore, to develop other effective ways of controlling this pest.
In conventional production, numerous insecticide sprays are sometimes required. The health and environmental risks associated with insecticide use and consumer demand for pesticide-free products are creating pressure to find other, less risky control methods.
Objective(s)
- Compare the ability of various pheromone mixes to prevent male swede midges from locating females
From 2017 to 2018
Project duration
Market gardening
Activity areas
Pest, weed, and disease control
Service
In contrast to pesticide use, this method lowers health risks to humans and the environment.
Partners
University of Vermont | University of Guelph
This may interest you
Multidisciplinary assessment of organic production systems for baby lettuce on muck soil
This project aims to assess the impact of cropping practices on baby lettuce yields and quality on muck soil.
Researchers: Caroline Côté Annabelle Firlej
Developing mass trapping strategies to control the striped cucumber beetle in organic cucurbit farming
This project aims to develop mass trapping strategies to keep damage caused by the striped cucumber beetle populations below the economic threshold, while minimizing the capture of pollinators and natural enemies.
Researchers: Annabelle Firlej Maxime Lefebvre
Biological characterization of soils to increase potato productivity and soil sustainability
To increase the productivity of potato production systems and preserve soil quality, we need to enhance our knowledge of interactions among biological, physical, chemical, and agronomic characteristics of cultivated soils in various environments.
Researcher: Richard Hogue
