quoted:wired
"Imagine if you could travel from San Francisco to Los Angeles in 2 hours and a half without having to arrive at an airport an hour in advanced or having to wait at a baggage claim. High speed rail in Europe and in Asia has made traveling trouble-free with stations located in downtown, no required advanced check-ins, and no weather delays. America, however has been lagging behind other countries with railway investments, and relies on planes and cars. Highways are congested and the skies are getting crowded. Currently, there are 48 daily flights from San Francisco to Los Angeles; this does not include flights from Oakland or to other Los Angeles airports (Burbank, Orange County, Ontario, or Long Beach). The number of flights each day and the traffic on Interstate 5 (which connects the Bay Area to Los Angeles) justifies the need for high speed rail.
Read more about California High Speed Rail's routes, bullet train successes in other countries after the jump.
Photo: A TGV train waiting to depart at Paris Montparnasse station.
California High Speed Rail Authority has the whole route planned out except for the most important section: how to connect the Bay Area to the high speed rail main line. Two alternatives are suggested, the Altamont and the Pacheco alignments. The Altamont alignment will travel through Livermore in the East Bay and across a to-be-restored rail bridge near Dumbarton. Rails will link up to the existing Caltrain commuter rail tracks until the Transbay Terminal in downtown San Francisco. The Pacheco alignment will cut off the main line earlier and travel to Gilroy where trains will travel up the Caltrain until San Francisco. The Pacheco alternative is expected to be the fastest most direct route to Los Angeles from San Francisco, but environmentalists have commented that the high speed rail may cause urban sprawl in undeveloped areas. Livermore already has been developed, but is not served by any trains (although the city does pay taxes for BART, the Bay Area's regional subway). Debates of which route will better serve the Bay Area is still ongoing.
High speed rail is not a new idea. Japan's Shinkansen started in 1960 with trains traveling up to 210 km/h (130 mph), but today, the maximum service speed is even higher at 300 km/h (186 mph). France opened its first route in 1981 and is the record holder for the fastest train, which reached 574.8 km/h (357 mph). High speed rail systems, as a safety pre-caution, usually do not travel at those high speeds; 300 km/h (186 mph) is the usual maximum travel speed for most bullet trains.
Bullet train travel is much less stressful than air or car travel. In France, TGV trains depart frequently to various destinations around the country and the rest of Europe. There are no check-ins; passengers may arrive 5 seconds before the train departs if they wish. Weather delays are uncommon, except for snow, which reduced the travel speeds, but otherwise rain and fog will have no effect. Because of centrally located stations, rail travel is deemed faster than flying. Air France actually uses the TGV system for code-share.
California will be given a chance to have their own high speed rail system in 2008, when a $10 billion bond measure will appear on the ballot. The 700 mile system will cost $40 billion to build.
Later this week: What makes a successful and effective high speed rail system? What can California learn from Europe and Asia? "
source: wired
http://blog.wired.com/cars/2007/11/california-need.html
"Imagine if you could travel from San Francisco to Los Angeles in 2 hours and a half without having to arrive at an airport an hour in advanced or having to wait at a baggage claim. High speed rail in Europe and in Asia has made traveling trouble-free with stations located in downtown, no required advanced check-ins, and no weather delays. America, however has been lagging behind other countries with railway investments, and relies on planes and cars. Highways are congested and the skies are getting crowded. Currently, there are 48 daily flights from San Francisco to Los Angeles; this does not include flights from Oakland or to other Los Angeles airports (Burbank, Orange County, Ontario, or Long Beach). The number of flights each day and the traffic on Interstate 5 (which connects the Bay Area to Los Angeles) justifies the need for high speed rail.
Read more about California High Speed Rail's routes, bullet train successes in other countries after the jump.
Photo: A TGV train waiting to depart at Paris Montparnasse station.
California High Speed Rail Authority has the whole route planned out except for the most important section: how to connect the Bay Area to the high speed rail main line. Two alternatives are suggested, the Altamont and the Pacheco alignments. The Altamont alignment will travel through Livermore in the East Bay and across a to-be-restored rail bridge near Dumbarton. Rails will link up to the existing Caltrain commuter rail tracks until the Transbay Terminal in downtown San Francisco. The Pacheco alignment will cut off the main line earlier and travel to Gilroy where trains will travel up the Caltrain until San Francisco. The Pacheco alternative is expected to be the fastest most direct route to Los Angeles from San Francisco, but environmentalists have commented that the high speed rail may cause urban sprawl in undeveloped areas. Livermore already has been developed, but is not served by any trains (although the city does pay taxes for BART, the Bay Area's regional subway). Debates of which route will better serve the Bay Area is still ongoing.
High speed rail is not a new idea. Japan's Shinkansen started in 1960 with trains traveling up to 210 km/h (130 mph), but today, the maximum service speed is even higher at 300 km/h (186 mph). France opened its first route in 1981 and is the record holder for the fastest train, which reached 574.8 km/h (357 mph). High speed rail systems, as a safety pre-caution, usually do not travel at those high speeds; 300 km/h (186 mph) is the usual maximum travel speed for most bullet trains.
Bullet train travel is much less stressful than air or car travel. In France, TGV trains depart frequently to various destinations around the country and the rest of Europe. There are no check-ins; passengers may arrive 5 seconds before the train departs if they wish. Weather delays are uncommon, except for snow, which reduced the travel speeds, but otherwise rain and fog will have no effect. Because of centrally located stations, rail travel is deemed faster than flying. Air France actually uses the TGV system for code-share.
California will be given a chance to have their own high speed rail system in 2008, when a $10 billion bond measure will appear on the ballot. The 700 mile system will cost $40 billion to build.
Later this week: What makes a successful and effective high speed rail system? What can California learn from Europe and Asia? "
source: wired
http://blog.wired.com/cars/2007/11/california-need.html
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