This three-year project will focus on an array of mitigation protocols in a field crop system (corn–soybean–grains). The level of glyphosate herbicide applications will range from “high” (conventional crop practices) to “none” (organic crop practices). The mitigation protocols will involve a spectrum of intercrops or cover crops, as well as a variety of herbicide applications, depending on which protocols are favored by participating growers.
To develop a predictive and quantitative model, in the fall of the second year we will collect soil samples from fields subjected to the four protocols, which represent a range of no-till impacts, and place them in containers destined for a condition-controlled growth chamber. This experimental design with repetitions will allow us to obtain a set of reference values that will supplement the experimental values generated from the 12 fields over three years. We will calculate physicochemical and agronomic indicators, as well as soil glyphosate and aminomethylphosphonic acid levels. Soil microbiome analyses will also be conducted.
From 2019 to 2023
Soil health, Pest, weed, and disease control
The protocols studied in this project aim to reduce the application of glyphosate, a substance classified as "probably carcinogenic" by the International Agency for Research on Cancer.
Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec | Université du Québec à Montréal
The objective of the project is to co-develop, with producers and local water management organizations, potential adaptation strategies to prevent water use conflicts in farming communities in the face of climate change.
Researcher: Aubert Michaud, retraité
The purpose of this project was to field-test pelleted grocery fruit and vegetable waste as a fertilizer or high-carbon soil amendment.
Researcher: Christine Landry
Quantification of the scale of soil displacement and net sediment production in the past 50 years for various soil textures and compare these results with those generated by modeling the watershed with SWAT.
Researcher: Claude Bernard