Guest posting: John Ciccarelli on the NYC 9th Avenue bikeway

New York's 9th Avenue bikeway at 29th Street

New York’s 9th Avenue Bikeway at 29th Street

Manhattan’s 9th Avenue bikeway, extending from 31st Street to 14th Street, is mostly a signalized left-curbside one-way on-street path, separated over most of its length from mixed-flow travel lanes by an in-street car parking lane. A couple of blocks near the end are separated only by a striped median or a single stripe. The barrier separation is the first of its kind in Manhattan but as is usual with bike lanes on Manhattan’s one-way avenues, the 9th Avenue bikeway on the left side — for two reasons:

a) Buses, which run frequently, use and stop in the rightmost lane of this multi-lane one-way street

b) Truck deliveries and taxi pickups/dropoffs occur in the rightmost lanes

Those activities are impractical on the left side of 9th Avenue on the bikeway blocks because the bikeway is separated from the rest of the Avenue by a left-side in-street parking lane. Continue reading

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Comparing crosswalk and bike box

Continue reading

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Brief Review of book, Bicycling and the Law

Review of
Bicycling and the Law
Your Rights as a Cyclist

by Bob Mionske, JD
(first edition)
Foreword by Lance Armstrong

I write this review from my perspective as a bicyclist, a teacher of bicycling technique, and an expert witness in lawsuits concerning bicycle crashes.

I agree with the book’s premise: “the law permeates every aspect of bicycling…cyclists are hungry for information about their rights.” (p. ix) How true.

The book includes an excellent history of US bicycling law, a nuanced and thorough review of bicyclists’ rights and duties, and good practical advice for a bicyclist who is, for example, stopped by police, or deciding whether to retain an attorney. The author describes the potential legal consequences of bicyclists’ actions, and how these vary with state and local law. The writing is lively – even including a hilarious but also very serious section on potential legal consequences of urinating in a public place.

The book misses some topics of concern – for example, problems with patchwork local ordinances. While the author takes a strong stand in favor of cyclists’ rights, he does not in every case examine the consequences of discriminatory laws. His main weakness, though, is in his poor understanding of technical and scientific issues. He says, for example, that disk brakes do not lock up. This is true only if a brake is weak.

The information on nighttime conspicuity is riddled with error. Mionske says that a brighter light will appear closer – true only absent other cues as to its location. He pins fixed numbers onto situations that are subject to wide variation, for example, “with dark colors, nighttime perception distance is only 75 feet.” Which colors? Whose eyesight? What lighting conditions?
Continue reading

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Portland, Oregon HAWK Beacon

What is a HAWK beacon?

A High-intensity Activated crossWalK beacon, or HAWK beacon, is much like the flashing lights commonly used to stop traffic at fire stations and railroad crossings — but applied to a crosswalk. The HAWK beacon is dark unless a pedestrian pushes a button to cross. Three reasons commonly given for using a HAWK beacon are:

  • A traffic signal that is normally green or that turns red when nobody needs to cross may not be as effective in stopping cross traffic;
  • There is no need to have an active signal unless someone actually wants to use the crosswalk;
  • The HAWK beacon has a flashing red that follows the steady red. Traffic may restart if pedestrians have finished crossing, reducing delays. Continue reading
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Hawthorne Bridge discussion gets thorny

Riding a bicycle on a sidewalk is rarely a better choice than riding in the street, but it is better on the Hawthorne bridge in Portland, Oregon, which has a narrow roadway with a treacherous steel-grid deck.

I first rode across this bridge in 1987. As of my more recent exploration of the bridge in September, 2008, the sidewalks have been widened significantly, and the routes to and from them greatly improved.

My friend Kat Iverson rode behind me with her helmet camera and shot the 5-minute video which you may view here.


More recently yet, I have read a blog posting by Mark Stosberg about the bridge. He and I agree that riding on the sidewalk is a necessary evil in this situation. He even links to my Web site as a reference. He states correctly that there are “no roads or driveways to cross on the bridge while traveling westbound.”

But just about there, my agreement with him begins to fade.

Continue reading

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Don’t be the dancing bear

Ah, the dancing bear experiment — it’s supposed to carry a lesson for motorists on how to avoid collisions with bicyclists.

To me, it provides a good lesson in how not to ride a bicycle. So, please bear with me.

You are smarter than the average bear. So, please, don’t be the bear.

The dancing bear experiment is clever indeed in showing how people can be misled, but is itself misleading.

The dancing bear is slipped as an unexpected element into the midst of an orderly and societally understood pattern, the passing of a soccer ball among several players. The experiment cleverly misleads the viewer, concealing the bear (see comments at end of this posting), but the experiment also is misleading on another level, in suggesting that such concealment is the norm.

The experiment is also unrealistic in that both the viewer and the dancing bear are passive. There is no actual interaction possible between them, as, after all, the experiment is canned.

Riding a bicycle on the road according to the orderly and societally understood rules of the road is like passing the soccer ball. Riding as a ‘road sneak” is like being the dancing bear.

So, don’t be the bear. Follow the rules of the road, and ride to be visible. Test that other road users have seen you, using assertive/defensive road positioning that requires a reaction from the other road users, up to the point where you would have to yield if they don’t.

Example: when approaching an intersection with stop signs in the cross street, and a vehicle is in the cross street is coming up to the stop sign, merge away from the curb as needed to put yourself in plain view of the vehicle’s driver, where the driver expects to look for traffic. Keep moving and keep pedaling nearly to the point at which you would have to make a quick stop. Your good braking technique makes it possible to be more assertive than you otherwise would. When the driver stops, you know that the driver has stopped because of you.

Another example: before merging farther into the street, for this reason or any other (e.g., to overtake a double-parked vehicle), signal your intentions early enough to give the next driver behind you plenty of time to react. Then check that the driver has slowed, or else merged to overtake you safely.

A bicyclist who violates the rules of the road and operates passively will get into “dancing bear” situations much, much more frequently than one who obeys the rules of the road, rides to be seen and interacts with other road users.

The good lesson of the dancing bear experiment is that it is possible for road users to become distracted, even from things which are in their plain sight. The bad lesson is that it conveys an essentially fatalistic message, “think of yourself as a victim.” It has nothing at all to say about how to avoid being one.

Yes, bears can be taught to ride bicycles. But again, you are smarter than the average bear. And those are the bare facts as I see them.

*****

Some ways that the experiment conceals the bear:

    • The viewer is asked to concentrate on the team in white. The other team is in black, like the dancing bear.
    • The team in black is of four rather thuggish looking young men with stubble beards. Ugh, who wants to look at them! The team in white is much more photogenic and has two male and two female members, more distracting.
    • The white team’s passes are first at the left side of the image, then at the right. The bear moves from right to left.
    • In the middle of the video there is a pass by the white team that is delayed, so it hard to follow, and then a high pass that goes over the bear’s head from left to right. There is a pass by the black team that looks as though it is from from the white team until it lands in a black player’s hands. This confusion occurs just as the bear passes across the middle of the image.

Here’s another experiment: ask someone who has not seen the video before to follow the passes by the black team, and then ask whether that person notices the dancing bear.

And yet another: ask a person who has not seen the video before to keep looking at the middle of the screen, and then ask whether that person notices the dancing bear.

This last experiment is most similar to actual traffic operation, in which a driver’s attention concentrates on directions in which other road users are expected to be found.

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Bike box rationales

On another Web page, I have discussed the features and operational characteristics of so-called “bike boxes”, in which bicyclists wait for traffic signals ahead of the stop line for motor traffic. I recommend that page as background information for this discussion.

In this posting, I will discuss rationales advanced for the installation of bike boxes.

There are two principal rationales for a bike box, one of which I regard as valid but which might better be served by a different implementation. The other rationale, I find very distressing.

The first rationale is to accommodate a high volume of bicycle traffic, where bicyclists might have to wait through multiple signal cycles behind motor traffic, or else might filter forward and then not have room to wait. I recommend that bicyclists wait behind the first motor vehicle, so as not to be caught on the light change, and to negotiate with the driver of the second vehicle in line. That places the bicyclist in the exhaust of the first vehicle, but that’s better than risking a right hook collision. The exhaust problem has become far less serious in countries which have mandated pollution control on motor vehicles. But — there’s only so much room behind the first vehicle for a couple of bicyclists. A bike box behind the first vehicle would formalize that option, but unfortunately, the length of vehicles varies.

A bike box is advantageous in terms of bicyclists’ travel time when going straight through the intersection, if it facilitates filtering forward past stopped traffic — though, on the other hand, it increases motorists’ travel time. The bike box makes no significant difference in a bicyclist’s through travel time when the bicyclist arrives on the green.

But a bicyclist can get caught at the right side of the roadway when approaching the bike box, and the light turns green. Merging into the flow to go straight, or make a vehicular left-turn, is more advantageous unless traffic is very congested. (And that’s one reason among others that use of a bike lane should not be mandatory!)

The other rationale for a bike box is to encourage more people to ride bicycles by increasing comfort. I find this rationale very scary when the supposedly comfortable facility includes a deathtrap. I call this the “Pied Piper” approach to bicycle planning. It involves some convoluted thinking — bicyclists fear motorists, so, build facilities which appear less scary to the bicyclists.

A bike box with a pre-green signal interval (red and yellow in European practice) provides a warning for a bicyclist not to overtake and swerve in front of the first motor vehicle waiting at the intersection as the light turns green. He/she can still get stuck waiting for through traffic to clear, and the signal to turn red, then green again, if the intention using the bike box was to prepare a left turn (as with a Vancouver, BC bike box and some in New York City) or to cross to the other side of a one-way street (as with a bike box in Eugene, Oregon).

Motorists waiting behind a bike box without the pre-green are expected to look for bicyclists in their right rear-view mirror while also scanning the intersection ahead. That increases the likelihood of mistakes in both tasks, but also, the right rear-view mirror doesn’t provide complete coverage of the area where a bicyclist may be, particularly for the driver of a truck or bus with a high cab and a hood. If the motorist doesn’t look into the mirror at the right time, the bicyclist may have passed outside the field of view seen in the mirror. That is the rationale for additional mirrors, beepers, bicyclist-presence actuated flashers etc. that have been proposed to warn motorists of bicyclists overtaking on the right, and warn bicyclists of motorists preparing to turn right — none of which measures have been implemented in practice and all of which are technological solutions, with the attendant problems of implementation rollout and reliability.

So: what to recommend? here’s what I suggest. Never overtake a long truck or bus with less than 5 feet of clearance to its side, not even in a bike lane. Preferably, overtake on the left or move forward in line with other traffic, but in a traffic jam, you may filter forward *slowly* in a bike lane. Be aware of thehazard of car doors opening from either side, pedestrians stepping out form in front of tall vehicles, etc. Never swerve across in front of a vehicle unless you can be entirely sure that it will not start to move. Make eye contact with the driver, signal your intentions. If you can’t see the driver in a high-cab vehicle, just don’t swerve left. Pulling into line behind a vehicle that is waiting for a traffic signal or stop sign is reasonably safe if you obey these precautions. Swerving across in front of a vehicle waiting first in line, even with a bike box, is only safe if you can be sure that the traffic signal is not about to change.

Alternatives to the bike box?, For less-skillful bicyclists in urban areas, I favor the bicycle boulevard concept, in which bicyclists and motorists share a roadway according to the normal vehicular rules of the road, on a street with low traffic volume — typically, a residential street paralleling an arterial, using diverters and small traffic circles to keep down the volume and speed of motor traffic. This approach avoids the problems with attempting to accommodate conflicting movements with special facilities on a street that also carries heavy motor traffic. There are tradeoffs, to be sure: the bicycle boulevard isn’t a main street, so it may not provide such a direct route between as many trip endpoints — and unless bicycle transportation is taken very seriously, the bicycle boulevard may not have as favorable signalization as a main street. I have seen and ridden bicycle boulevards in Berkeley and Eugene, and they do seem to work rather well in those cities. No, I don’t have use or crash data, only my personal observation.

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Idaho special bicycle laws

Idaho law allows cyclists to treat a stop sign as a yield sign. See https://legislature.idaho.gov/statutesrules/idstat/title49/t49ch7/sect49-720/
It also allows a bicyclist to treat a traffic signal as a stop sign.

I would support the traffic signal aspect of this law as a second-rank stopgap for the installation of signal actuators that detect bicycles and that are smart enough to adjust the signal timing to the speed capability of the vehicle.

Today’s electromagnetic loop detectors can detect bicycles if properly designed and installed, but many jurisdictions are still installing ones that cannot, or installing them incorrectly. (For example, even Portland, Oregon installs bicycle-sensitive detector loops only in the bike lane, and so a bicyclist preparing a vehicular left turn, or overtaking traffic on the left, will not be able to trip the signal). Bicycling advocates should promote best practices in application of loop detectors, the most common detector technology.

But detector technology is improving, with video, ultrasonic and infrared detectors becoming able, at least in theory, to distinguish a bicycle from a motor vehicle. Bicycling advocates should promote continued research, development and application of improved signal detection technologies through professional organizations and through the National Committee for Uniform Traffic Control Devices.

All this said, there will still be intersections where the technology is not up to date, or where the detector is malfunctioning, or where fixed-interval signals produce a long red even though there is no cross traffic. I think that it is reasonable for bicyclists to be permitted to proceed cautiously on the red under such conditions. This special permission could, however, get out of control — on the one hand, with the engineering profession abdicating its responsibility to provide signals that work, and on the other hand with bicyclists abusing the rule and crossing at times when other traffic has to yield to them.

As to the stop sign provision: the most important message of the stop sign is to yield to cross traffic. Usually, a yield sign would be sufficient. Almost nobody, bicyclist or motorist, comes to a complete stop for a stop sign unless there is cross traffic to which to yield, or a short sight distance that requires a stop. Stop signs are heavily overused in this country, but unfortunately, stop signs are the first thing the public thinks of in order to increase traffic safety. For my comments on how this contrasts with European practice, please see this other posting.

Also, bicyclists don’t have a car hood in front of them and are able to see the intersection before pulling out into it, so a stop is needed less often. And bicyclists can restart faster and get across a smaller gap without stopping and putting a foot down. So I offer warmer support to the Idaho stop sign provision.

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German town’s traffic plan: retrenchment, not radicalism

Parts of European cities have a modern streetscape, — Paris, due to Baron Haussmann‘s urban-renewal projects in the mid-19th century; many other cities, due to bombing in World War II and subsequent reconstruction.

But ancient, narrow streets without sidewalks are very common in European cities and towns. As an example, in 1989 during a bicycle tour in France, my wife and I walked east from the central plaza of the provincial town of Loches along a main street to attend a historical lecture. We had to zigzag from one side of the street to the other to find narrow sidewalks on the way to the lecture at a public school in town.

In this light, let’s examine the removal of signs, signals and markings from part of the Bremer Straße, the main street of the German town of Bohmte, which has received heavy news coverage recently. North American news media generally express wonderment that such a radical and unusual plan could reduce the crash rate, as claimed. Consider the article by Craig Whitlock published in the Washington Post on Wednesday, December 26, 2007.

The headline reads:

“Europeans try to solve traffic woes by throwing out most road rules”

A quote from the article reads:

“Generally speaking, what we want is for people to be confused,” said Willi Ladner, a deputy mayor in Bohmte. “When they’re confused, they’ll be more alert and drive more carefully.”

The article also mentions an underlying, rather familiar reason for the town’s traffic problems: merchants didn’t want a bypass, because it would divert traffic away from their places of business.

But the headline, and the following quote, are off-base:

“Only two traffic rules remain. Drivers cannot go more than 30 mph, the German speed limit for city driving. And everyone has to yield to the right, regardless of whether it’s a car, a bike or a baby carriage.”

The reported speed limit is incorrect — it’s actually 30 km/h, about 19 mph, a common speed limit for low-traffic residential streets in Europe. And the posted speed limit is not the only speed limit, in Bohmte or anywhere. There’s also the fundamental speed limit rule — to drive no faster than is reasonable under the existing conditions.

The article’s statement about yielding to the right could mean either of two things, both of which apply: drive on the right, and yield to a vehicle entering from the right — the universal rule for uncontrolled intersections.

So, removing signs and signals emphatically does not remove road rules. It only imposes different rules.

Confusion may increase for readers of the article! But on the Bremer Straße, uncertainty, rather than confusion, has been increased by the removal of signs, signals and markings.

(I thank Don Cook of the City of Saskatoon, Saskatchewan for making this distinction!).

To get some perspective on the situation, you may view a Google map of Bohmte, though the section of the Bremer Straße with its special red-colored pavement didn’t show up yet in the images posted in February, 2008. Some crosswalks are shown with red pavement — a usual color in Germany to identify zones where drivers pay special attention (another rule!).[As of December, 2019, the special red pavement is gone and regular street markings have returned.]

Uncontrolled intersections are very common in European cities and towns, stop signs less common than in North America. European drivers understand that the vehicle on the right has priority when two vehicles arrive at an uncontrolled intersection at the same time — also, that an intersection with restricted sight lines requires slow, careful driving. And it is always necessary to look out for pedestrians and bicyclists.

So, the main street of Bohmte has merely been reduced to the status of many other streets. Without the signs, signals, markings and sidewalks, slow and careful driving is necessary, as on many other European urban streets.

This approach also increases safety as long as everyone travels slowly enough to avoid collisions. But if used to excess or inappropriately, this approach defeats the major advantage of bicycling or motorized travel. If a street is too narrow for motor vehicles to overtake bicycles, motor vehicles must go as slowly as bicycles. And if pedestrian space is not defined and available, bicycle traffic as well as motor traffic must slow to walking speed.

Then, fuel economy decreases, while travel time and pollution increase. On a street used mostly for local trips, a mode shift to bicycling and walking may follow as motoring becomes less convenient. On an unavoidable through route, there will be a a “bottleneck” — a reduction in speed but not in volume of the through traffic. — Bohmte being one example; another, in North America, is Burlington, Ontario before the high bridge was constructed –see Google map of Burlington.

European drivers generally understand uncontrolled intersections. Americans, not so much. The first intersection down the street from my house on a dead end in Waltham, Massachusetts, USA is an uncontrolled intersection. Most neighbors understand that they need to be prepared to yield, but some assume that if they don’t see signs or signals, drivers in the cross street will yield to them. There was a nasty collision a few years back when two vehicles entered this intersection at right angles, both traveling around 30 mph.

A common response to such an incident in the USA is to post stop signs or signalize the intersection, further increasing drivers’ expectation that they can rely on signs and signals. Old-school traffic engineers resist this trend, but politics often overrides their advice.

The real confusion in the Bohmte situation is in the minds of advocates of urban reform. The removal of signs, signals, markings and sidewalks is diametrically opposite the common approach which installs all of these — and bike lanes too — but advocates of urban reform get excited about both.

Why? Both approaches are seen as ways to reduce the dominance of motor vehicles in the urban landscape. While streets shared with congestion-free, slow motor traffic work well for bicyclists, shared streets all too often reflect a vision primarily from the point of view of pedestrian advocacy, which neglects the different needs of bicyclists. I have seen too many advocates for traffic calming assume that plazas and sidewalk-less streets crowded with pedestrians make good bicycle routes. They most certainly don’t, and so bicyclists deserve to take a good hard look at the unintended consequences when such measures are proposed!

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Muenster road space poster — check the numbers!

Here’s a poster produced by the city of Muenster, Germany, which has been described as one of Germany’s most bicycle-friendly cities. Click on the image to see a larger version.

The Muenster traffic poster

The Muenster traffic poster

The claim is made that the poster shows the space needed to transport the same number of people by car, bus or bicycle. What it actually shows, though is the much smaller amount of space to park the cars, bus and bicycles.

Nonetheless, the poster appears in many postings on the Internet and in planning documents, for example this one from the United Nations (since deleted).

In case the poster’s message isn’t clear enough, the sky is cloudy in the picture with the cars. The sun is peeking out in the picture with the bus and shines brightly in the one with the bicycles. And the image at the left with the cars is zoomed in more than the other two images, so the cars appear to occupy more space.

A document published by US Federal Highway Administration expands on the caption. I have copied the US document onto my Web site with a link directly to the quote, which reads as follows:

  • Bicycle: 72 people are transported on 72 bikes, which requires 90 square meters.
  • Car: Based on an average occupancy of 1.2 people per car, 60 cars are needed to transport 72 people, which takes 1,000 square meters.
  • Bus: 72 people can be transported on 1 bus, which only requires 30 square meters of space and no permanent parking space, since it can be parked elsewhere.

I have no question myself that overuse of private motor vehicles is a problem in cities. But good design requires a good understanding of the problem. Let’s take a more sophisticated look in to space requirements.

  • 72 bicycles in 90 square meters — that’s 1 1/4 square meter per bicycle. If we allow 2 meters (6 1/2 feet) of length for each bicycle — giving about 25 cm (10 inches) of following distance between each one and the next — acceptable only among experienced road racers — then they have only 1/2 meter of width in which to ride — about 19 inches, less than the width of many bicycle handlebars.
  • 60 cars in 1000 square meters is one car in 16.7 square meters. Let’s assume that cars have 3 meter (10 foot)  lanes in which to drive. Then each car is allowed 5.6 meters of length. As a typical car is 4 meters long, the following distance here is about 1.5 meters, or 5 feet — safe only if the cars are stopped or creeping forward very slowly.
  • The space described for the bus is only the size of the bus itself, typically 2.5 meters from side mirror to side mirror, and 12 meters from front to rear bumper.

Ludicrous, isn’t it?

Someone in Germany generated these numbers, and the US authors swallowed them. The US document  has been quoted again and again. To be sure, the document includes a disclaimer — part of which is especially to the point:

The metric units reported are those used in common practice by the persons interviewed. They have not been converted to pure SI units since, in some cases, the level of precision implied would have been changed.

Level of precision, indeed. Units, shmunits. Garbage in, garbage out.

How much space do vehicles actually need? There are several important concerns, different for different vehicles.

  • Speed: this determines the number of different destinations accessible within a given travel time. The bicycle wins if streets are congested. The private car wins if they are not. The number of destinations reachable within a given time increases approximately as the square of speed, and so higher-speed travel modes are even more essential than it might seem when destinations are sparse — where population density is low, and for specialized services such as home repair and pickup/delivery of packages. That’s why urban couriers ride bicycles and suburban couriers use cars or vans.
  • Throughput — the number of people transported past a given point within a given time — depends on speed as well as efficiency of road use. It increases with speed up to a point, and then decreases as following distance becomes greater. If passenger cars travel twice as fast as bicycles, then only half as many passenger cars in the same length of street achieve the same throughput, even assuming only one person per car. A single bus may carry as many passengers as the cars in the picture, but it achieves less throughput with its repeated stops; also, buses run only once every few minutes at best. The throughput of a bus is impressive; the throughput of a bus line is meager.
  • Bicyclists generally take up three or four times as much space as the parked bicycles shown. If, as is common, bicyclists are riding to the right of other traffic in a single line, the ones shown would extend for more than the length of the block. There would be about half as many passenger cars as shown, for the same throughput as with the bicycles, as long as traffic isn’t congested; or the one bus.
  • Performance — throughput times speed — measures how many people a transportation mode can serve, times the number of destinations any one person can reach.
  • Street space may be used for special purposes. Buses need special reserved space for bus stops and sometimes for bus lanes. Cars take up street space when parked or stopped to load/unload, bicycles don’t but sometimes are given special bike lanes. The comparison doesn’t address these issues at all.
  • Waiting time and walking time affect speed and performance. Bicycles generally can be parked near trip endpoints; a private motor vehicle often requires a longer walk to/from a parking place, and a motorist may also spend time looking for a parking sapce. Bus passengers must walk to/from the bus stop; also wait there and possibly also at a transfer location.
  • The ability to travel with baggage or passengers is different for each mode. The private motor vehicle is most convenient (unless the driver has to make a two-way trip just to take a passenger or parcel somewhere); the bus is convenient for travel with other people but only with as much baggage as a passenger can carry; the bicycle is least convenient/flexible with passengers and baggage.
  • The cost of the space used by each mode is different and is borne in different ways.
  • The ability of people to use different modes is different. Young children must be accompanied by an adult no matter how they travel. Older children, elderly people or people with disabilities might not be able to ride a bicycle or drive a private motor vehicle, but could take the bus. Only adults can get driver’s licenses.

To summarize: The poster, and the caption “amount of space needed to transport the same number of people by bus, bicycle or car” are misleading, because the vehicles are parked, not moving. All in all, the Muenster poster and the US government publication that quotes it make an apples vs grapefruit vs. cranberries comparison – of dried fruit. Each mode — bus, bicycle or private motor vehicle, is preferable for some trips, but the comparison doesn’t get at why a person will choose one or another mode, and it seriously misrepresents the space requirements it purports to illustrate.

Better luck next time…

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