I think I understand what you asked.
I'm a forester, then. This is it. This is it. As a Canadian nation, we are sitting on 368 million hectares of forest. That's a jewel.
What we have in our hands is a gem.
That's what we need to understand. When you work to take care of these forests, you will put carbon in your house and your building, and then, with technology, with your bigger building and with the new code, we can build 18 storeys, I think, and that's what we need to do. That's the first step. Take our best wood for those products. Then you have less wood to go to the south, and you build in your own country what you need to build with that renewable product. That's really important to understand.
Behind this, you need to use the by-products of this first transformation, which is really important. If you bring the wrong wood direct from the forest to, I would say, a biofuel plant directly—you take the wood there and you bring it directly to the biofuel plant—because of the cost of the fibre at the plant, there's no business there; the cost is too high. That's why you need a fully integrated suite of forest products.
The first value is building with the best wood. The second is bioproducts, which can be pulp. Pulp is a smart way to use bioproducts, with chips, good-quality chips. Then, after bioproducts, there are biofuel, biochar and biocarbon to help our iron industry and our aluminum industry as substitute fuel. We can already use the bioproducts we are making in the North Shore in Quebec. Be in the middle of each region. Help to heat when you need help. Substitution is smart when you put this in a full integrator.
That's the way we have to think about forestry. That's the way we can capture carbon and help to reach the goal we need to reach. Look at what's going on in provinces like New Brunswick. Half is private and half is public. Look at the care they are taking of the forest. What about the forest fires there? They have forest fires, like everywhere, but small ones.