Inputs and Production

Modern seed varieties are specifically bred for stronger performance across a range of Canadian conditions. They are commonly bred for improved yield potential, disease resistance, drought tolerance, and crop quality. Innovative plant breeding helps Canadian farmers adapt to changing weather, pests, and market demands. Continued advances in plant breeding support long-term sustainability and help to produce more food on existing farmland.

Modern herbicides, fungicides, and insecticides play important roles in Canadian agriculture, protecting crops from weeds, diseases, and pests that can cut into yield and crop quality. Farmers apply registered products when needed and in accordance with Canadian regulatory requirements and label directions. Farmers also use integrated pest management practices, including scouting, crop rotation, and other techniques that reduce pest pressure while minimizing pesticide use where possible. Healthy, pest-and-disease-free crops help reduce waste and improve the food production efficiency of Canadian agriculture.

Just like people, crops require nutrients to grow. The main nutrients required for growing crops are Nitrogen (N), Phosphorus (P), Potassium (K), and Sulphur (S). Many Canadian farmers use soil testing and precision agriculture to know where and how much fertilizer to apply, at the right time. Efficient fertilizer use supports both productivity and environmental stewardship.

Canadian livestock inputs include the nutrition, genetics, animal health products, and veterinary care that is required to support healthy animals. Animal welfare remains a key priority for Canadian farmers, who work closely with veterinarians and nutrition experts to produce safe, high-quality food.

From GPS guidance, remote sensors, and drones to the latest inventory tracking and accounting software, Canadian farmers have more digital tools than ever to make informed decisions. Precision agriculture is data-driven farming strategy that uses technology to monitor and manage field variability, helping to reduce overlap, minimize waste, and improve efficiency. Data helps farmers respond to changing field conditions throughout the growing season and supports both environmental stewardship and long-term farm profitability.