The most critical thing is to actually build the generation where the wind resource is. We've been fortunate, in the studies that we've sponsored from CanWEA, which have looked at Ontario and Quebec, to see that there is actually a significant wind resource available near existing transmission. There is actually quite a bit more further afield. Ontario's best wind resource is actually in northern Ontario, where you have very little in terms of existing transmission infrastructure.
Yes, it is important. These projects have to be economical ultimately, so clearly the low-hanging fruit, the first place you're going to go, is where you have a good wind resource combined with easy access to the grid. Fortunately, we still have a lot of opportunities for that in Canada.
The other point I wanted to mention, when you talked about location, is that, of course, diversifying the geographic location of wind farms greatly facilitates wind integration, because it dramatically reduces the variability of the wind energy flowing into the system. If you have one wind farm, the wind is going to vary up and down. If you have 10 wind farms, and they're spread out in different locations, the variation is less because the wind doesn't slow down or speed up at the same time in all these different locations, and that smooths it out. That is, for example, in Alberta one of the tools they are going to be looking at, going forward, to help facilitate greater levels of integration.