EPERLAB Project: A collective effort to study and restore Rivière Boyer

Aubert Michaud, researcher

Aubert Michaud

Researcher

418 643-2380
ext 690

Contact Aubert Michaud
Luc Belzile, researcher

Luc Belzile

Researcher

418 643-2380
ext 630

Contact Luc Belzile

Description

Local agricultural stakeholders will collaborate with researchers and the regional and municipal governments to restore the rainbow smelt spawning grounds at the mouth of Rivière Boyer on the St. Lawrence River. The research team will provide the participants with a set of diagnostic spatial reference tools to assess diffuse emissions of sediment and phosphorus linked to runoff and erosion processes that affect croplands and waterways. This pilot project initiative includes an economic assessment component focused on helping farmers change their cropping systems and document the associated costs.

Objective(s)

This project will spearhead three priority actions designed to

  • support changes to cropping systems that minimize soil exposure during the critical runoff period (November to April);
  • develop spreading methods that facilitate the incorporation of farm fertilizers, so as to avoid excess sediment enrichment and phosphorus runoff, and
  • encourage the development and use of farmlands and waterways (hydro-agriculture management) in ways that minimize riverbank and waterway erosion.

2019

Project duration

Field crops

Activity areas

Ecosystem protection, Water protection

Services

Up until the 1980's, Rivière Boyer had the largest rainbow smelt spawning grounds in the southern portion of the St. Lawrence estuary.

Partners

Concordia University | Université Laval | Organisme des Bassins Versants de la Côte-du-Sud

This may interest you

2018-2019 • Field cropsLivestock production

Cost-benefit analysis of proposed actions to reduce the phosphorus load entering Missisquoi Bay from the Rivière de la Roche watershed

The Rivière de la Roche sub-watershed has one of the highest phosphorus and sediment export rates of the entire Missisquoi Bay watershed—a particularly challenging situation for the local agricultural sector.

Read more about the project

Aubert Michaud
Luc Belzile
Soya field
2018-2020 • Field crops

Testing biofungicides against white mold in soybean crops – an economic analysis

Testing the efficacy of four biofungicides against Sclerotinia in soybeans.

Researcher: Luc Belzile

Read more about the project

Luc Belzile
2018-2019 • Field crops

Improving the efficiency of rainwater and irrigation use in the potato cropping system

This project proposes an intervention in a typical potato cropping system to enhance the crop uptake of water and nitrogen.

Researcher: Carl Boivin

Read more about the project

Carl Boivin