Category: Urban Planning

Improving bicycling to airports

An airport may seem like the last place to which you would ride your bike. You still want to ride there: It’s an alternative to driving (either by yourself, or getting dropped off), taking a taxi, or riding transit. It’s an ideal destination to which to encourage bicycling: Thousands of passengers move in and out, in addition to thousands more workers – switching just a portion of these trips to bicycling would reduce congestion and damaging demands on the transportation system. I see two major issues that stifle the frequency of biking to the airport: how to get there, and parking.

A photo from Jonathan Maus’ first trip to the airport via bicycle. See links in “Getting There” below.

Many cities have airports far away from population centers. Think Denver, Colorado (a commuter rail will reach DIA soon). Kansai near Kobe, Japan, is on an artificial island two miles from shore. A causeway carrying high-speed trains and a highway gets passengers to KIX.

But what if you live in a city where the airport is in town, accessible by city streets (either minor or arterial), or is even a short train ride away? It seems more plausible to bike there. I’m thinking of airports like Midway in Chicago, Illinois (MDW), or Portland, Oregon (PDX).

Getting There

In Portland, bicyclists can either take the MAX light rail train, or bike all the way (PDF map). At the airport, the path leads right into a bike parking area. Photo of bike parking at PDX and Read Jonathan Maus’ experience.

In Chicago, bicyclists can ride directly to Midway on any street (Archer provides a direct connection, but has high-volume traffic on many segments), and there are many north-south and east-west streets with marked bicycle facilities. The Chicago Transit Authority (CTA) Orange Line terminates at the station. Bicyclists will find sheltered bike parking outside or inside the train station.

Neither situation assuages my concerns about bike parking security.

Parking: Lockers

Cities, transit agencies, and airport operators should work together to provide secure, electronically accessed bicycle lockers either on airport property, at adjacent transit centers, or at key stations on connecting trains. Electronic bike lockers will provide bicyclists with the convenience and security necessary to encourage them to ride. I would ride to the train station nearest my house if I knew I could store my bike in a locker for seven vacation days.

A bike locker at the Victoria International Airport available for cheap use near the departures entrance. Photo by John Luton.

The airport in Victoria, British Columbia, Canada (YYJ), provides bike lockers for $2 a day. It’s not as convenient as one that’s accessed electronically; it requires you visit the security office to get keys. The manufacturer, Cycle Safe, offers an electronic option.

This photo shows the BikeLink electronic card access solution for bicycle lockers. Load a magnetic stripe card with cash and control any locker in the network. Photo by John Luton.

I think BikeLink is a great solution in providing electronic bike locker access. It would work like this: The local airport authority, in collaboration with the city and transit agencies, would install BikeLink lockers at several, various locations at the airport, and transit centers (both bus and train). Users purchase a smart card and load it with cash. It now works like a debit card. Users insert the card into the locker they want to use, open the door, store their bike, and lock the door. Days later, when your vacation is up, re-insert your smart card to unlock the door. The BikeLink network operator debits your card for the amount of time you used the locker.

So far, Bay Area Rapid Transit (BART) and nearby Silicon Valley cities have installed these lockers at many train stations, parking garages, ferry terminals, libraries, and university campuses. Find a map on BikeLink’s website.

BikeLinks works similar to pay-as-you-go cellphones or RFID transit passes (like ORCA in Seattle, Washington, or the Oyster card in London, England). The BikeLink smart card differs in that it uses the traditional magnetic stripe. However, enterprising agencies could build an integrated RFID card (much like the I-Go car sharing program and the Chicago Card that opens car doors and bus doors).

I’ll be waiting for this to happen. In the meantime, on Monday, I’m going to hop on the bus and transfer to the train, a journey that costs a reasonable $2.50 and takes 30 minutes.

Traffic: It never ends

Automobile congestion on the Kennedy Expressway* (I-90/94), taken from the L tracks above Lake Street in Chicago, Illinois.

Other things that never end (a roundup of sorts):

Placemaking roundup

A roundup of recent posts on the blogosphere about attempts at placemaking. While engineers, planners, designers, and architects can spend time and money on making a place, only its users have the authority to call it one. How will these “places” fare?

  • Disney will be revamping its stores to match the Apple Stores’ level of attraction and attention by no longer placing the attention on toys, but more on experience and interaction. “Imagination Park” from Brand Avenue.
  • A team led by MIT researchers entered a competition to build a new, permanent, tourist attraction to be built for and after the 2012 Olympics in London. Visitors would ascend one of two 400-foot towers and watch the city from inside plastic bubbles, while on the face of the bubbles, a “mood barometer” would be projected. Read deeper into the project’s beginnings and the people behind “The Cloud” on City of Sound.
  • Two new parks (or plazas?) open in downtown Chicago, Illinois, and both feature boxed up lawns. This new “park” phenomenon helps Lynn Becker refine the definition of a park.
  • Council on Tall Buildings and Urban Habitat changes “tall buildings” standards to now include lowest pedestrian entrance. The result: Trump Tower now taller than Jin Mao Building in Shanghai, China. Burj Dubai still world’s tallest: “John Hancock Center stacked atop Sears Tower.”

Photo of typeset as seating in Printers’ Row Park in Chicago, Illinois. See item three below.

World photographic tour

Grab your laptop and fall comfortably into your first class couch or easy chair and load up my first world photographic tour.

Flickr is a goldmine of the best photos on earth. Find photos of anything and everything. Learn about far off and not so far off places. With World Tour #1, learn about new transportation developments in Dubai, flashy architecture in England and Spain, and stacked infrastructure in Japan. But our tour won’t be all ritz and glamor. See moveable bridges in Chicago and protected bike lanes in New York City.

See all 15 photos in my World Tour #1 gallery on Flickr, or start the tour below.

Let’s begin!

Spaceship architecture from starchitect Santiago Calatrava. The first building at City of Arts and Sciences, a planetarium, was constructed in 1998. Location: Valencia, Spain. Photo by: Guidotoni58.

Motorists can’t turn at this intersection. Probably to reduce traffic congestion and to accommodate pedestrians. Also notice the enormous stores from luxury goods brands Giorgio Armani and Louis Vuitton. Location: Hong Kong (SAR China). Photo by: PSeangsong.

New train line and rolling stock intended for 2012 Olympics use. 29 trains with 6 cars each. Travels between St. Pancras and Ebbsfleet stations. (I don’t understand the divisions of England and greater London; I decided it would be easier to list the terminals instead of cities or villages.) Location: Greater London, England. Photo by: Fugu ツ.

See 12 more photos and descriptions in my World Tour #1 gallery on Flickr. My favorite photo is the final one, showing an elevated intersection just for pedestrians (similar to what you might see in Las Vegas, Nevada, or any Asian city with a few million residents).

Comparing the Portland and Seattle bike plans

The assignment:  Find two plans written on a common theme from cities with similar attributes and compare them. The purpose is to start reading plan documents produced by firms, agencies, and organizations around the country. Furthermore, the comparison should include a critique of each plan. For this assignment, I compared the bike “master” plans for Seattle and Portland. The cities have a similar population, and are geographically close.

The class: Making Plans, Making Plans Studio. This class has a lecture and a lab. The assignments are due in the lecture session, which have little to do with the single assignment for the lab. In the lab, students write an actual plan. I took this class in Spring 2009 and each of the four labs independently write an economic development plan for Blue Island, Illinois.

Portland and Seattle are very closely located cities and have a population difference of only 20,000. Portland is recognized as the bicycling capital of the country, but Seattle desperately wants to compete. I reviewed each of their bicycle master plans, but Portland’s is in need of an update. Seattle released their bicycle plan in 2007.

Organization and Design

Portland is definitely known around the country and world as the United States’ premier bicycling city. The leading hobby magazine, Bicycling, identified Portland as such back in 1995 (according to their Bicycle Master Plan). As such, I was expecting their plan to be near perfect. I found that its organization was haphazard and difficult to follow.

Portland installed its first bike boxes in 2008 in response to deaths caused by right-turning trucks.

For example, the plan is 159 pages long but does not use paragraph or section identifiers (i.e. Objective 1.2) or page headers or footers that can tell the reader where they are in relation to the other sections of the plan. The only understandable section identifiers are in the table of contents and the objectives labels. The objectives labels are taken straight from Portland’s comprehensive plan and all come from the same section of that plan (section 6). Eventually you may find that the Portland bicycle plan does have a chapter for each subsection of section 6 in the city’s comprehensive plan. Unfortunately the label is written once at the beginning of the section and is blurred into a black and white photo.

The Seattle plan smartly follows the Chicago example of heavy sectioning and sub-sectioning. This method makes it easy to reference, locate and describe an exact strategy in the plan. In this way, each strategy, or action item as Portland calls them, has a distinct identifier. By following the Chicago example, plans can also more easily internally cross-reference. The one cross-reference in the Portland plan tells me to find Section IV B3. Section IV is only labeled at the beginning of that section, so a reader first has to find that page. Then within Section IV, “B3” is nowhere to be found. There’s no way to infer what B3 could mean. It could mean “benchmark” but Section IV has no benchmarks for the strategies described. Cross-referencing in the Seattle plan is helpful: the links usually take the form of, “For more information, see Chapter 4.” Sometimes the Seattle tells visitors to go online.

Both the Seattle and Portland bicycle plans have great initiatives to improve bicycling, but Seattle’s document surely makes their future work much easier to find!

Bicyclists are the first customers off the ferries in Seattle. On an average day, over 50,000 trips are taken by ferry.

Content

Both the Seattle and Portland bicycle plans provides a lot of extraneous but relevant information, including tips on safe cycling, traffic laws, maps, facility design guides, and crash data. This makes for a long plan but provides governmental and transit agencies the information they need to make decisions available in a central place. The plan document can also act as a self-promotional tool: information contained within the plan is identical to the information that the plan makers want to educate people. For example, within the Portland plan, safe cycling guidelines are included. The necessity of its inclusion in the plan document is debatable, but it doesn’t distract from the plan’s reason for existence.

Portland also includes in its plan a streets and bikeways design guide. This is a separate document that explains to traffic engineers and roadway constructors and planners how to design and build streets, including signage, that make it safer for bicyclists to ride upon.

Both plans have very similar strategies, but because of Seattle’s more recently developed plan, it includes recently accepted innovative traffic calming techniques as well as new bikeway designs (like bicycle-only left turn lanes).

The Portland plan’s age might become a disadvantage to the city and its bicyclists if uninformed agencies are strictly following its guidelines. The Portland Bureau of Transportation, in which sits the Bicycle Program, has fortunately not stuck to strategies listed. PBOT has installed several bikeways and bike parking facilities that are not mentioned in the plan, namely colored bike boxes between pedestrian crosswalks and motorist stop bars, as well as on street bike parking.

UPDATE: Portland closed on November 8, 2009, the public comment period for the 2009 Bike Master Plan Update. Read the draft plan.