Control strategies for swede midge in organic production
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.
Objective(s)
- Evaluate effective and economically viable control strategies for swede midge that are healthy for both humans and the ecosystem
- Evaluate swede midge control strategies in organic crucifer production based on data already available in Québec, other Canadian provinces, the U.S., and elsewhere in the world.
From 2014 to 2018
Project duration
Market gardening
Activity areas
Pest, weed, and disease control, Organic farming
Services
This work will lead to the development of a strategy to help control the cauliflower plant’s most formidable insect pest.
Partner
Growing Forward 2
This may interest you
Evaluating a protocol for growing organic market garden cabbage using split band applications of granulated laying-hen droppings
This project aims to develop a GHD-based fertilizer management system using split band applications for high-N-demand crops grown in rows, e.g., summer cabbage.
Researcher: Christine Landry
Assessment of weed control products applied along the edge of plastic mulch in organic agriculture
A series of herbicides has been tested along the edge of the plastic mulch.
Researcher: Maryse Leblanc
Adapting pest and disease monitoring to climate change: towards a better understanding of the factors affecting European corn borer (Ostrinia nubilalis) abundance in Québec in order to better adapt monitoring practices and manage the future risks associated with this pest
Analyzing the factors influencing European corn borer abundance in Québec to improve monitoring methods and better manage future risks associated with this pest.
Researchers: Annabelle Firlej Daniel Cormier
