Category: Street Design

Going to worship at The Beer Temple takes too long

Minor suggestion to improve Elston-California-Belmont

A map of Belmont, Elston, California with lines and labels that show how I get to The Beer Temple and where I think the city should add car parking.

The Beer Temple opened two blocks from my house in Avondale last year, at 3185 N Elston Ave, on the six-way intersection of Belmont Avenue, Elston Avenue, and California Avenue. This intersection is beastly.

And it’s timed wrong. Since I live southwest of the great craft and imported beer store and it’s on the northwest corner of Elston (a diagonal street) and California, I have to cross twice. I make the first crossing, east-west across California at my street, and then walk north to the second crossing, north-south across Elston.

I cross at my street across California because there’s no light to wait for, and the crossing isn’t diagonal like my other option at Elston (which would mean I walk north, then diagonally south and east). Once I get to Elston, though, I’m screwed because the walk signal is about 15 seconds long but the wait for the next walk signal is about 90 seconds long.

It’s so long because the green for Elston is held for Elston traffic, but also held green for eastbound Belmont traffic that makes a right turn onto southeast-bound Elston. Instead of the walk signal being green for two phases of the cycle (for two of the three streets), it’s green for only one cycle: California’s.

This is because this six-way intersection is the less common type, the type with an island in the middle. It’s got the island because the three streets cross each other at different points and don’t share a common cross point. I’ve got to wait for two phases because Elston needs to stay green for Belmont traffic because you can’t have drivers waiting in the island area – too many cars may stack up and block cross traffic during another phase.

(At many intersections I would just cross whenever there’s a gap between fast-moving cars, but with six-way intersections you don’t always know from where a car will be speeding towards you.)

I get that, but that makes it suck for walking in this area. This design also makes it suck for people biking and driving to turn left from certain streets to other streets because they can’t make the left turn and keep on going. They make the left turn and then have to stop and wait for a second phase to keep going.

I’ve racked my mind for ideas on how to improve this intersection just mildly, in such a way that few would oppose (because that’s really the threshold you can’t cross to have a nice outcome in Chicago).

My idea? Add car parking in front of Dragon Lady Lounge in the “non-identified lane” there. It’s used as a travel lane, or a right-turn lane, depending on who’s driving and how they choose to maneuver their vehicle. It’s not needed for either because of the way traffic moves southbound on Elston past Dragon Lady Lounge and that Elston only has one travel lane in each direction on either side of this big intersection.

The parking would have the obvious benefit of putting customers closer to their destination, but would have the less obvious benefits of protecting people on the sidewalk, buffering noise and speeding vehicles from sidewalk users, and slow traffic past Dragon Lady Lounge when people are parking.

Let’s get rid of beg buttons

As much as you may believe, because you encounter them so rarely, Chicago indeed has several types of “beg buttons”. This is a mechanism wherein a person walking along a street must apply to cross another street. You are begging for permission. They are not popular, many are not even hooked up anymore, and they don’t call the pedestrian signal any sooner (their purpose is to make the green traffic signal long enough for a person to cross).

Jan Gehl et. al. succinctly demonstrate in Cities for People the opposing methods of telling a person when they can cross the street (meaning cross traffic has been halted).

The 2013 Chicago Complete Streets Design Guidelines and 2012 Pedestrian Plan reorients the city to prefer facilitating and encouraging transportation by foot over all other modes of travel.

The Pedestrian Plan says that beg buttons should have an LED light that indicates to the pusher that the button has been pushed. (The Pedestrian Plan also calls “traffic signals” a high cost pedestrian safety tool, alongside the high cost of “pedestrian hybrid beacons” and the medium cost of “rectangular rapid flash beacons”. Slow traffic, on the other hand, doesn’t have an operating cost, but it definitely has a “we’re getting there cost”.)

The Plan also says to get rid of them “except for locations where they are necessary to bring up a WALK phases for pedestrians” and without saying what makes it necessary to bring up a WALK phase (versus always having a WALK phase for that direction of traffic) and if that “necessary” is aligned with the Complete Streets Design Guidelines’ paradigm shift. Systematically removing inoperable ones is a separate, medium term milestone (alongside developing a location database).

The CSDG thankfully considers many other realities in Chicago that go against the new transportation paradigm that puts the pedestrian first. For example, it calls for the systematic removal of all slip lanes – none of which I’ve heard or seen removed in the year since CDOT created the guidelines.

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I want the city to systematically remove all beg buttons. If the green signal is too short for a person to cross the street, then it’s probably too short for a bicyclist to cross in the green signal (yes, this exists in Chicago). It also means the street is too wide to foster it being a place over being a pipe for cars. And if it’s not a place, what is it and why are people walking there? What personal needs – like a job, food, and socializing – are not being fulfilled where they live that people have to cross this road to meet those needs?

Updated March 10 at 12:56 to clarify what the Pedestrian Plan says about beg buttons.

On Active Transportation Alliance’s transportation summit

Active Transportation Alliance invited Eric Hanns and I to speak about “using data for advocacy” at their first annual transportation summit held after a member meeting two Saturdays ago. My and Eric’s talks were complementary and centered around the data tool I built and which Eric and the other volunteers in the 46th Ward participatory budgeting program used to prioritize and market infrastructure projects in Uptown.

The tool in question is the Chicago Crash Browser I made last year and improved this year to load data faster, with great help from the Smart Chicago Collaborative and several members of the OpenGov Hack Night group I cherish.

Click or tap a spot in Chicago to retrieve the number of bicyclist-car and pedestrian-car crashes within 150 feet. With this information, the PB volunteers could show the alderman how important it was for him to support bike and pedestrian infrastructure projects in the ward, and to persuade ward voters to fund these projects.

Find more information about the four other summit “breakout groups” on Active Trans’s website. Eric and I prepared a “Using Data for Advocacy: Making the Case with Compelling Facts” handout which you can download as a PDF or see on our Google Doc. I’ve conveniently listed the links from the handout below but if you want more pointed advice on where to look for specific data, or get an answer to questions you have but don’t grok the context of each of these tools, leave me a comment.

Desplaines Street bike lane design facilitates right hooks for bicyclists

Photo 1 of 2: At Randolph Street I approach the “mixing zone” and position my bicycle to ride from the bike lane to the left side of the drivers waiting to turn right. 

In some of my social circles where bicycling is frequently discussed (with fellow transportation planners, advocates, or just people who bike commute frequently) we talk about Chicago’s new protected bike lanes, which started appearing in 2011.

The subject of their design is brought forth: they exacerbate turning conflicts between bicyclists going straight and drivers turning right (and to a lesser extent, left). Participants in these discussions usually express appreciation for the protected bike lanes, largely because of their ability to  reduce injuries overall and influence in bringing new people to bicycling, but are hard pressed to ignore this issue.

The issue is created in some instances when bicyclists are removed from sight of drivers because the bike lane is separated from the travel lanes by a vision-blocking lane of parked cars. However, the Chicago Department of Transportation has attempted to mitigate the turning issue by creating “mixing zones” where turning cars are and through-bicycles are mixed into the same, very wide lane prior to the intersection. When there is a green light, drivers typically merge into the mixing zone without much deceleration and then make the turn regardless of the bicyclist’s position.

Allowing turning cars and through-bicycles to go through these movements in the same place at the same time is a situation of incompatible demands.

Photo 2 of 2: I apparently didn’t position myself far enough to the left because the driver of this black Toyota turned right across my path. 

It’s highly unclear where the bicyclist is supposed to go and how they’re supposed to maneuver themselves in the mixing zone. If the bicyclist follows the lane and then the sharrows, they will be stuck behind cars. One of the pavement markings shows a small arrow above a bicycle symbol possible indicating that bicyclists must turn here (even though a sign says bicyclists and buses don’t have to turn from the lane).

The mixing zones on Desplaines Street are the worst at this, possibly because of the street’s nature as one that moves drivers exiting the city onto streets that lead into the Kennedy Expressway. People are gunning for the highway to get home and people bicycling tend to be in the way.

Additionally, the mixing zones on Desplaines Street differ from other protected bike lane installations (like the first one on Kinzie and subsequent ones on Elston, 18th, and Milwaukee) in that they lack the green lanes that CDOT has been using to highlight where car traffic crosses bike lane traffic.

Desplaines Street has another issue that arises when the signal is red and a bicyclist and a driver are both waiting for a green light. The bicyclist is between the car and the curb. The driver then makes a right turn on red (disregard whether or not a sign control makes this illegal) across the path of the stopped bicyclist. No harm done, right? Maybe, but there are a couple possibilities where this could be dangerous: the driver makes this movement as the light turns green and the bicyclist is attempting to move straight. Or there’s the possibility that the bicyclist also wants to turn right and the driver and bicyclist do so simultaneously without accommodating what the other may be doing. Both situations could lead to the dreaded “right hook”.

The driver of this white Hyundai makes a legal right turn from a “mixing zone” to Madison Street. However, what if the bicyclist wanted to also turn right, or the driver made this as the light was turning green?

The solution to the incompatible desire for one group of roadway users to turn and for the other group to go straight is to separate their movements with traffic signals, which CDOT has done on Dearborn Street.

With these situations in mind, it’s not unexpected to see a bicyclist move through the intersection on a red light to avoid a potential incident at the intersection, the site of most bike-car crashes. CDOT has reported that the red light compliance of people bicycling on Dearborn Street – the only street with bike-only signals – “has increased from only 31 percent of cyclists stopping for reds before the lanes and bike-specific traffic signals were installed, to 81 percent afterwards”.

I don’t think there’s not a problem with protected bike lanes but their precarious design in Chicago as well as the variations within Chicago and across the United States.

Department of Road Diets: the carbon tax

Grand Avenue over the Kennedy Expressway. Its four lanes look like this – empty – most of the day. But then there are times of the day where people who bike, take the bus, and drive all need to “share the road”. That failed strategy has led to increased road rage, slow transit, and dead bicyclists. Time to put roads like this on a diet. 

My friend Brandon sent me an article about the one-page solution to (mitigating) climate change in the United States that NPR posted this summer.

But Henry Jacoby, an economist at MIT’s business school, says there’s really just one thing you need to do to solve the problem: Tax carbon emissions.

“If you let the economists write the legislation,” Jacoby says, “it could be quite simple.” He says he could fit the whole bill on one page.

Basically, Jacoby would tax fossil fuels in proportion to the amount of carbon they release. That would make coal, oil and natural gas more expensive. That’s it; that’s the whole plan.

This new carbon tax would support different infrastructure construction and expanded government agencies with which to manage it. It would support a Department of Road Diets. Road diets are projects that reduce the number of lanes for cars on a roadway, either by reducing the width of the roadway, or converting the general purpose lanes to new uses, like quickly moving buses or giving bicycles dedicated space.

See, in the carbon taxed future, people will want to drive less and use more efficient modes of transportation like transit and bicycles. And those uses will need their own space because the status quo in our cities (except the ones in the Netherlands) of having each mode compete for the same space isn’t working. It results in frustration, delay, and death.

Enter the Department of Road Diets. We have millions of miles of roadways that will need to go on diets so a department dedicated to such transformation would be useful. The agency would be in charge of finding too-wide roads and systematically putting them on diets, I mean, changing their cross section to less carbon-intensive uses.