Yes. Thanks so much for the question.
When we look at our sustainability targets, all of them are about lowering our environmental impact. Specifically to your question about which ones will have the greatest impact on sinking carbon into the soil, when we look at increasing production on every acre of land, that has a direct impact on the amount of greenhouse gases produced per bottle of canola oil, so that will certainly result in reduced emission intensity.
When we look at how we're able to reduce our emissions over time, we're really excited about the opportunities for research and to enhance what our plants do to sink more carbon into the soil. I mentioned one project, but there are others as well, where research into plant genetics and the way we farm can result in more carbon put into the soil.
The last thing I'll summarize is that, when we look at using nutrients or fertilizer in a better way, this is about reducing emissions. It's about taking those nutrients, whether it's nitrogen, phosphorus, potassium or sulphur, and using only the nutrients that the plant needs and putting those nutrients directly into the soil, so we prevent greenhouse gas emissions from the application of fertilizer.
For example, nitrous oxide is a greenhouse gas that can come from fertilizer application, if the nitrogen doesn't go from the fertilizer directly into the soil to be used by the plant. Ammonia gas volatilization is another one.
Therefore, when we do better fertilizer management through our nutrient stewardship, that means we're able to reduce the amount of emissions that are happening because the nutrients are going from the fertilizer, then into the soil and then into the plant, rather than into the air.