Deep soil compaction adversely impacts crop productivity and its effects endure over a long period of time. It is important to educate farmers on the causes of deep compaction. The Terranimo® tool, a European Web-based platform, simulates the effects of farm equipment traffic on soil compaction by calculating the depth propagation of soil surface loads.
This tool was developed in Europe and validated with a series of test benches that assessed most tires available on the market inflated to various pressures and with applied loads that simulated most types of farming equipment (tractors, trailers, self-propelled machinery). The software, which will be adapted to Québec conditions, will include specific equipment and will optimize tractor balancing. It will also incorporate typical soil and water content profiles that can be selected from an on-line soil map. An apparatus consisting of Bolling-type pressure sensors connected to a computer or programmable logic controller will also be created to measure deep compaction (during demonstration days) in order to provide farmers with tangible results and enhance their knowledge of soil compaction. Lastly, educational material, which will be presented during training days, will be developed to facilitate use of the software, including a document on the causes and effects of deep soil compaction.
From 2019 to 2022
Field crops, Market gardening
This tool will be a valuable asset in the effort to maintain and improve soil health.
Bern University of Applied Sciences
The aim of this project was to gather data on the nutritional requirements of oats to better equip producers, extension agents, and other industry stakeholders.
Researcher: Christine Landry
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.