Thank you very much, Chair.
My name is David Jeanes. I'm the president of Transport 2000. I have provided a brief.
I apologize for the poor quality of the French version. It is complete, but it is not accurate.
I am going to start by summarizing what Transport 2000 is. Then I'll talk about the renewed interest in high-speed rail in Canada, some comparisons to other countries, incremental approaches that have been followed elsewhere, opportunities that we have missed in Canada, the relationship between high-speed rail and existing rail networks and urban public transit, and airlines and airports. If I have time, which I probably won't, there are some additional items included in the brief at the end.
First of all, Transport 2000 is a volunteer-based national research and advocacy organization. We've been around since 1976. We were founded in response to the government call for public input into the redesign of Canada's transcontinental passenger trains. Since 1976 we've broadened our scope to cover all public transport modes, particularly urban public transit and also airline passenger safety and consumer issues.
We're a federally incorporated non-profit registered charity. We have a board of directors across the country, from our regional organizations.
We've published research and participated in many conferences and studies on passenger rail, most of which you have seen in the mountain of paper during your inquiries here, and we've made submissions at most of the consultations over about a 30-year period. We have good working relationships with many of the organizations and witnesses you've heard from already in this hearing.
There is definitely a renewed interest in high-speed rail. People feel that finally the time is now. We've had a hiatus. Nothing has happened, really, since 1995, but there is an urgent need for us to join the rest of the developed world to exploit high-speed rail to meet our regional and national objectives.
From a position of leadership, with great potential and advanced technologies back in the 1970s, we have fallen so far behind that our passenger trains have, at best, half the world standard speed, and our industry is also missing opportunities. We're missing opportunities for the environmental and economic benefits of increasing the use of passenger train service to a level comparable to that in other industrialized countries.
We're overly dependent on a fossil fuel based transportation system with automobiles, trucks, and aviation, while other countries have heavily invested in electricity and renewable energies for transportation through their rail transportation networks.
A lot of people say we can't emulate other countries. When we compare Canada to other countries, it's often said that our distances are too great and our population density is too low for high-speed rail. I think this is not true, and there are some examples that are worth looking at.
Japan's first Shinkansen bullet train line in 1964 was 552 kilometres long. That's the same distance as Toronto to Montreal. By 1975 they had extended their Shinkansen line west from Tokyo to Akita, to 1,175 kilometres, which is five kilometres longer than the entire Quebec-Windsor rail distance. You have heard before that high-speed rail is being studied mainly for the 500-mile or 800-kilometre distances, but that's definitely not the case in the rest of the world. High-speed rail is proven at well over those distances.
People also think that high-speed rail stops only in the largest metropolises. This is also not the case. The Japanese bullet train, on that 552-kilometre Tokyo-Osaka route, had two important stops--Kyoto and Nagoya--but second-tier trains on the same double-track line served an additional 12 towns an average of only 48 kilometres apart. So you can build high-speed infrastructure, and you can have express trains serving the largest cities at very high speeds, but you can also design the network so that intermediate stops are possible. The Japanese did it, and other countries have done it.
In addition to that, the networks in Japan and France are not constrained to the new high-speed infrastructure. The trains actually branch out onto the conventional rail network to serve other cities. I mention two here--Yamagata and Akita in Japan. Also, these high-speed rail lines, although they are restricted to passenger trains, can accommodate trains of varying speeds. The Japanese, for example, were able to run trains of 210-kilometre-per-hour technology and of 300-kilometre-per-hour technology on the same line for a period of time while they were transitioning to higher-speed trains.
Likewise, even commuter trains can run on high-speed infrastructure. The MAX bi-level trains north of Tokyo are commuter trains just like GO Transit, except that they operate at 240 kilometres an hour or more.
Similarly, Britain is using Japanese commuter trains on its new High Speed 1 line out of St. Pancras station to provide commuter service extending out onto conventional lines in suburban Kent.
So we are talking, when we look at the rest of the world, about a very broad range of applications.
As regards the incremental approach, most countries have not started by building an entire system. They've built only the critical component of it. As I said, Japan started with 552 kilometres. France started with only 427 kilometres, which is just about the same as Ottawa to Toronto; but the TGV trains on that initial high-speed line actually covered 4,000 kilometres of route, serving many other cities, because the trains were designed so that they could get the time advantage out of Paris for a two-hour time saving on the high-speed segment but then continue to many other cities. This has been the case throughout the expansion of high-speed rail service.
Sweden was able to implement high-speed rail on existing tracks on a distance almost identical to Ottawa to Toronto. They even tried to sell the train to Canada. The X2000 train came over here and had a demonstration run here in Ottawa. We didn't buy it because it wasn't good enough to meet Canadian standards, but today in Sweden you can take 17 high-speed trains a day between Gothenburg and Stockholm. That technology was sold to China, where it became the genesis of China's high-speed rail network, which is now leading the world.
We've missed a number of technology opportunities. We were positioned in the 1960s with some of the best technology, manufacturing, research at the National Research Council, and speed records to lead the world in high-speed rail. We actually invented here the first really successful active-tilting train: our LRC. That's a technology that is now widely used in other countries for high-speed trains that perform on existing tracks, and yet we were the first with it. However, we failed to modernize our own rail network and we failed to exploit our advances. Therefore, when we buy high-speed rail, we're going to be constrained to buying foreign technology, even if we choose to buy it from a Canadian company.
You already heard from Ms. Borges of Transport Canada about the importance of integrating with existing rail networks. I won't go into detail on that, but the existing rail network and existing urban public transit must work well with high-speed rail. So must airports, because we see high-speed rail as a way of changing the balance of traffic so that short-haul air traffic shifts to rail, but rail also brings more long-haul traffic to the airports in an efficient way. It's a symbiotic relationship.
We see it working in Europe. Air France is considering running trains, in competition with Eurostar, to Britain. The airlines are issuing rail tickets for journeys such as Paris–Geneva or Paris–Brussels, because that's a more efficient way to move people on those components of their journeys.
Now is the time to move forward in updating the 1995 studies. This is the best opportunity for us to move forward to make the kind of strategic investment that really only the participation of government can bring to fruition. The rest of the world has shown the importance of doing this. France is buying its way out of recession with high-speed trains, according to the cover of this month's International Railway Journal, and we should be doing the same.
Thank you.