It has been shown that maintaining the water table close to the soil surface helps sphagnum moss grow and reduces CO2 emissions from sphagnum farms. The objective of this project was to develop effective techniques for controlling water table levels in sphagnum moss basins. Underground irrigation systems were installed at a number of experimental sites. The effectiveness of the systems was evaluated by monitoring water levels at different locations in the sphagnum basins.
From 2013 to 2017
Water protection, Optimal water management
This project will help reduce CO2 emissions from peatlands.
Association des producteurs de tourbe horticole du Québec | Université Laval
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.
Researchers: Aubert Michaud, retraité Luc Belzile
This project was aimed at evaluating the impact of integrated pest management on the profitability of field crop farms.
Researcher: Luc Belzile
This project proposes an intervention in a typical potato cropping system to enhance the crop uptake of water and nitrogen.
Researcher: Carl Boivin