If a tree falls in the woods and no one is there to hear it…

does it still block your path to work in the morning?

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Not if you build a log stack to go over it.
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What is Critical Mass?

Durham cyclists give several answers to a simple question…


What is Critical Mass? from Phillip Barron on Vimeo.

 

Yogurt vs. Gasoline

The Neistat Brothers produce another provocative film. OK, this time the gimmick is pretty obvious and right away you can guess the outcome. But the demonstration still makes the point.

 

The Outspokin’ Cyclist: Hybrid car pitch a step backwards

bliss_article.jpgPhillip Barron
The Herald Sun

September 14th marked the 108 yr anniversary of first pedestrian death at the hands of an automobile in the United States. On September 13th, 1899, Henry Bliss stepped from a streetcar on Central Park West, in New York, and was struck by a taxicab. He died of his injuries the next morning. The event was reported on the front page of the New York Times.

In 2005 alone, 39,000 automobile crashes in the United States accounted for 43,000 deaths.

Given the anniversary of Bliss’ death, it’s appropriate to think of September as an automobile awareness month, culminating in International Car Free Day. September 22nd is the day that cyclists, transit access activists, and municipalities the world over celebrate a moment of independence from the automobile.

But with the local Smart Commute Challenge moving to the spring (it will return in April 2008) and neither Durham nor Chapel Hill hosting any Car Free Day celebrations, September 22nd came and went much like any other day in the Triangle. The Triangle Transit Authority’s Fare Free Day, on Friday Sept 21st, was the closest thing going.

Many places around the world celebrate their car free days more enthusiastically. This year, Montreal closed off sections of its historic district to private automobiles on Friday, September 21st. Last spring, Mexico City’s Marcelo Ebrard launched a series of weekend efforts to encourage bicycle usage. By closing off selected city streets, the mayor creates ciclovias, or bike paths, on Sundays. Ebrard arguably borrowed the idea from Bogotá, Colombia where approximately 75 miles of its city streets are closed to motor vehicle traffic every Sunday. These car-free programs allow cyclists to gain confidence on the road before relying on their bikes as transportation.

Every day is an automobile awareness day in some parts of London. Since February 2003, London has levied tolls on drivers who take their automobiles into the core of the city. Congestion taxation, as the practice is called, aims to reduce private automobile traffic in dense urban areas by charging drivers fees, then reinvesting the profits in public transportation. Since 2003, congestion in London is down 30%. Michael Bloomberg has openly endorsed a similar tax program for relieving congestion in New York City.

But this September, we took another step backward in the US, another step tpward furthering our dependence on the automobile. A post on Google’s official GoogleBlog put out the word that the software giant is soliciting proposals from entrepreneurs who think they can design the next generation of electric hybrid automobiles.

The fact that Google wants a hand in designing electric automobiles is not so surprising,considering that Tesla Motors is a Silicon Valley start-up company. Tesla Motors makes an all-electric Roadster, a $98,000 two-seater that outpaces Ferraris on the drag strip. But perhaps it is because Google is known for outside the box thinking that their request for proposals strikes me as a step in the wrong direction.

Entrepreneurs who answer Google’s challenge are likely to produce exactly what it asks for — new designs for electric hybrid automobiles. The continued focus on the automobile is a limitation on creative thinking. A shift from the era of the Ford Mustang and Porsche Cayenne to an era of electric Ford Mustangs and Porsche Cayenne’s is not the radical shift in our transportation design that this country needs.

Teslas and Google cars may not run on gasoline (though, as hybrids the Google cars probably will), and weaning ourselves off petroleum products will surely reduce greenhouse gases. But keeping transit focused on the free-wheeling automobile will do nothing to address the 40,000 deaths per year that result from automobile crashes.

After all, the taxicab that killed Henry Bliss was electric.

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A crash on a Durham highway in 1948 killed a pedestrian
Image courtesy of the Herald Sun

 

thoughts on the way to work this morning

This summer, I had the chance to ride in a new BMW 7 series which was spec’d out with the latest high-tech interior. It had everything — from an incredibly rich sound system (refuting the old adage that a car stereo is an oxymoron) to a Bluetooth system that syncs a cell phone with the car’s audio system. The driver can place and answer calls through buttons on the steering wheel (or even through voice commands), carry on a conversation by speaking at a natural volume and looking straight ahead (the microphone is near the visor), all while leaving the phone in his or her pocket.

Cars like this one now have programmable seat positions and memorized ambient temperature settings, based on drivers’ preferences. Airbags, in the event of an emergency, deploy from the front and sides, enclosing the driver and passenger (in the front seat, anyway) in pillowy, life-saving envelopes. There are even prototypes of optical scans that can detect sleepy eyes.

Presumably, all of these high-tech interior features make the driver (and passengers) more comfortable and therefore more safe. That is, if you can afford to be inside one of these cars, you enjoy the benefits of these new safety devices.

But, as car manufacturers make unbelievable strides to increase safety for the people inside the car, what are they doing to increase safety for people outside the car?

Arguably, monitoring sleepiness and freeing drivers’ hands from cell phones help prevent crashes. Preventing crashes, no doubt, keeps safer those of us who are outside these entertainment-centers-on-four-wheels. Given the cost of a BMW 7 series sedan, however, I don’t see its technology-rich interior making a dent in crash statistics. Not enough people will be driving them. Sure, as the technology becomes cheaper to produce (and reproduce), it will become more widely available. That’s what happened with airbags. Although airbags were slow to catch on (they were invented in the 40s), in 1994 Ford made airbags standard features in their entire line of automobiles. But, how long will we have to wait for optical scanning devices to saturate the market?

For the sake of argument, let’s say that all of BMW’s or Lexus’ or Mercedes’ techno-rich interior features could trickle down to the common auto by the following year. It is still the case that the safety of the driver and other interior passengers is the auto manufacturer’s primary aim. Any improvements to safety of pedestrians, cyclists, and drivers of other automobiles is purely a secondary benefit.

So, there is a technological arms race, it seems, to make cars more safe (or at least, more comfortable and that often means more safe) for their owners.

But while cars may be becoming safer for occupants, how could they become safer for the people outside the cars? What could auto manufacturers do (besides sell fewer cars) to enhance the safety of the people outside those cars? Bose, Bluetooth, and Blue Ray may each have a place in a BMW. But what could BMW do to make their cars safer for cyclists?

I’m open to ideas.

Update: GizMag has a great set of posts on road safety.
Update: Great discussions on reddit and bikeforums.

 

NYTimes: A Busy City Street Makes Room for Bikes

The New York Times ran an article over the weekend on New York DOT’s plan to road diet Ninth Avenue. A road diet is when transportation officials redesign an existing street by shrinking the number of auto lanes, making room for bicycle and other alt-transit lanes. The idea is that officials can insert new bike lanes without needing to widen a road — a practice useful in areas where roads cannot be widened.

Locally, Durham used the road diet technique on Duke University Dr. to create its new bike lane. (seen at right)

What’s unusual about in this New York example is that it’s what you might call an extreme road diet. From a 70ft-wide street, 18ft are being repurposed. 10ft adjacent to the sidewalk will become a new, broad bike lane. Then, an 8ft buffer zone with planters and bollards will separate the bike lane from a 10ft parking lane. The result is that cyclists will enjoy complete separation from the swift current of automobile traffic flowing down Ninth Ave.

How bikes will negotiate intersections is my only question, but I am assuming that the bike lane will be signaled just as the auto-traffic lanes. It’s an interesting idea and one that works in Europe. We’ll see how well it works in NYC. While we don’t really have streets in Durham wide enough to justify this kind of intervention, I am eager to see how New Yorkers (particularly the folks from Transportation Alternatives) respond to the new lane design.

A Busy City Street Makes Room for Bikes
By WILLIAM NEUMAN
Published: September 23, 2007
Cyclists and pedestrians never quite imagined it this way, but maybe there is a use for all those cars after all. The city is planning to remake seven blocks of Ninth Avenue in Chelsea into what officials are billing enthusiastically, perhaps a bit hyperbolically, as the street of the future.

Read more.

Construction is not yet complete (neither planters nor structurally significant bollards are in place), but you can get a sense of the design here.

Analysis and diagrams at Streetsblog and Gothamist.