Forcing people to use a particular mode of travel is not the American way.Arcady said: "Damn right! Stop forcing me to drive!"
Agreed.
Forcing people to use a particular mode of travel is not the American way.Arcady said: "Damn right! Stop forcing me to drive!"
Since construction began in the 1970's the Metro system has fundamentally changed how the metropolitan area works... Twenty years ago, there were two regional-serving walkable urban places in the region-Georgetown and Old Town, Alexandria Virginia-both relying on tourism, based upon the historic fabric of these 18th century towns. By the mid-2000s, there were 17 regional serving walkable-urban places in the DC area, and five more are emerging. Of these 17, 16 are built around Metro stations and one without Metro service (Reston Town Center) will get a station by 2012.This is something that is much overlooked by opponents and people that don't get why transit is important. Sure the Metro takes about 800,000 rides a day, but how many trips by car do those 17 centers bypass? The 800,000 rides is a measure of the transit, but what the cost-effectiveness measure and the FTA misses is the ability of these districts to reduce auto-trips. I wish that DC would do a travel survey that showed the difference between mixed use and good transit versus auto dependence like Portland did in 1994. The investment is paying off.
But his latest project is one that comes from the heart: He is trying to develop an Indian version of Silicon Valley, a sustainable city spread over 11,000 acres in northern India that he envisions will be home to 1 million residents employed largely by world-class universities and A-list companies that act as the country's idea generators. He calls it Nano City. One problem: Until recently, Bhatia knew nothing about developing cities.Knowing nothing doesn't really matter so much when you have experts that can help. You guys know I'm biased, BRT wouldn't cut it in my city.
It's my understanding that Defcon doesn't have a lot of leaks. I'm not really sure what Boston is worried about. If these kids can do it, certainly anyone can if they have the appropriate skills.Apparently, some students at MIT made it a class project to hack the Boston subway system (aka the T). As a matter of fact, the title of the project is: “The Anatomy of a Subway Hack: Breaking Crypto RFIDs & Magstripes of Ticketing Systems.”
Now, the students are computer security majors, so you can see the fit. They planned to give their 80+ slide presentation at Defcon, a very large security conference. However, the MTBA sued to have the presentation stopped. A judge ordered a temporary restraining order keeping the presentation quiet.
3. Cars are More Energy Efficient - People are starting to get all righteous with the Department of Energy Databook which shows transit is much more efficient than a single driver car. Yet the databook assumes cars all carry 1.5 people per car and thus adjusts its numbers accordingly. Are you !$&#%^ kidding me? Istook takes this as gospel and doesn't mention anything about those pesky things like people that take transit also walk and bike more, and drive less over all. You know, this kind of thing. From the 1994 Portland Travel Survey...Roads have gone unbuilt because the "user pays" principle of transportation has been violated. Highway trust funds (your highway user taxes) have been siphoned off. Whereas other forms of transportation receive subsidies, drivers pay subsidies.
Supposedly our fuel taxes go to build and maintain roads and bridges. But for many years at least a fifth of the money has been diverted into high-priced mass transit projects, bicycle paths and tourist attractions instead. That's a huge factor in the backlog of unbuilt and unkempt roads and highways.
Nor does transit save energy. U.S. Department of Transportation figures show that transit buses actually consume more energy (in BTUs) per passenger mile than autos do! Further, as charted by the U.S. Department of Energy, American buses average 4,650 BTUs per passenger mile, compared to only 3,702 for autos. Rail travel does slightly better, with 3,172 on average, but rail's energy consumption figures are higher in cities due to stop-and-go nature of commuter rail.Again, that assumes 1.5 people per car. And rail always operates in cities, so I'm not sure what he is getting at here except to say, here's what the numbers say, here's what my brain thinks. One would argue that cars energy consumption is worse in cities because of stop and go as well. I'm really confused with this idiocy.
But not everyone is thrilled with the prospect of having to sacrifice our freedom of mobility because "green" politicians chose to "save the planet" by hampering our country's ability to produce affordable energy.Is it really a choice? And why does freedom of mobility mean all car all the time. I feel like I can move quite freely here without driving the car, I at least have the choice to do so. But the real meaning of this is "Why won't they let us drill until the carbon chokes us?"
I don't remember the last time I tried to force my friends and relatives to ride mass transit over taking the car. In fact, I own a car and there are many times when it is useful to have. No one is forcing them to take transit, I just want options. I want to have the choice. And I know that is the wrong frame, the choice frame. But what else is there? How can we talk about these things using the right frame. If I were a Karl Rove disciple, I would just say driving cars funds terrorism. That would be the end of it right? Anyone got a good frame?Trying to force everyone onto mass transit will never work. But be prepared for those who will use today's challenges to push us in that direction – perhaps as brutally as the professional pushers who cram riders into the cars of the Tokyo subway system.
It's time for drivers to stand up against efforts to demonize the automobile. Forcing people to use a particular mode of travel is not the American way. Life is better when you have the freedom to drive, not just find a ride or wait at bus stops.
Regarding the price of copper, you have: 3.4$/lb*pi*(0.5cm)^2*mile*9g/((cm)^3)I've heard about $1.5 million per mile is somewhat normal, which is small change when you think about the benefits as mentioned above.
Definition: 8526.9645 US$
So we're looking at $8.5k/mile for the conductor. Double it, add in connections and throw a bit out for waste. The copper is not going to be a big part of the cost (given that estimates are usually around $1M/mile).
According to Myron Orfield's Metropolitics, the affluent outer-ring suburbs in the favored quarter "dominate regional economic growth and garner a disproportionate share of the region's new roads and other development infrastructure." Orfield also pointed out that much of the funding for this infrastructure is raised from the region as a whole. For example, all car-driving residents in the region pay gas taxes to partially support the building of highways, and taxpayers of the region as a whole pay the rest of the money through their income, property, and sales taxes.So this happens for roads, but people yell and scream bloody murder when they are taxed for transit and "it doesn't help me directly". The worst part about this as well is that cities are slowly signing on to their own declines.
The unlikely consequence of this pattern of infrastructure development is that the whole region pays for infrastructure that tends to be placed in the favored quarter; the poor pay for the infrastructure of the rich. According to Orfield, the central cities of Minneapolis and St. Paul, for example, pay $6 million a year to help move their middle class households and businesses to the edge of the region.Part of the problem is the regional competition for jobs. Minneapolis has a tax base sharing program that might alleviate this a little, but most regions are not so lucky. And there is still exporting going on to places like Bloomington and Eden Prairie.