With respect to electricity, Canada still has amongst the lowest prices in certainly the developed world relative to the developing world. I don't have good data on that. My impression is that prices are considerably higher in the developing world, particularly if you factor in reliability, which has a cost. If you can't count on it, obviously it's a huge cost to your production system. On the whole, electricity is not an issue of competitive disadvantage in Canada.
If you look at the data in the slides that showed the U.S. and Canada, you would see there are some regions in the United States that have lower prices than Ontario, for instance, and Ontario has some of the higher prices in Canada. Notwithstanding that, if you look at the northeast New England states, prices in Ontario are still lower than those generally in New England, which is your prime competitive market for a lot of products. So with respect to electricity, it's more about reliability, making sure that our system can deliver absolutely top quality reliability.
Coming back to the technology argument, the technologies that we would deploy in the electricity area, particularly to deal with the environmental challenges, will raise the price of electricity, not reduce it. At the distribution level, however, we have technologies emerging that allow customers to be much more selective of when they use electricity, and therefore, while the commodity price may be rising, the bill could actually be stable or lower. So that mix of pressures will give you an end result that, I would submit, will still be attractive in terms of our competitive circumstances.