Tag: pedestrian

Categories
Opinion Transportation

Redefined Over-the-Rhine Intersection Prioritizes Pedestrians

The following is a guest post by Indianapolis based planner Jeffrey Tomkins with a forward from Micah Paldino, Clifton Heights resident, and founder of creative storytelling agency, Fallon Thatcher. It has been edited lightly.

“With the area in and around Findlay Market expanding with new restaurants, bars, and lifestyle concepts, the neighborhood is primed and ready for a conversation around how we provide a safer and more beautiful experience.

This is timed nicely with ongoing construction of FC’s stadium set to open in March 2021 that will bring even more focus on how pedestrians utilize this space. Visibility for pedestrians at this important, but rather troubling and cumbersome, intersection has always been a pain point when crossing the street and competing with cars.

In this reconfiguration designed by Jeffery Tompkins it lessens the risk for pedestrians by reducing the allowances of turns and creates a calmer environment. This is something we need more than ever as Over-the-Rhine and Clifton Heights become a more singular unit.”

Micah Paldino
Vine Street and McMicken Avenue today. Photo by John Yung.

The intersection of Vine St. and McMicken St. is one of Cincinnati’s more complicated – and potentially more deadly. While it has been the subject of art, the first search engine result for the five-way intersection lists pedestrian deaths as its biggest story. And this is no surprise: complicated turn radii, low vehicle visibility from a wild angle of incidence, and an antiquated slip lane have created a logistical nightmare for cyclists and pedestrians hoping to cross the intersection.

Current Traffic Circulation

Any design intervention hoping to calm traffic and improve mobility at this nexus should account for the district-wide significance of this crossing and, thus, must think in terms of the relevant traffic flow through Vine and McMicken corridors. As it stands, current traffic flow is overly complicated and caters almost entirely to automobiles rather than encouraging pedestrian interaction.

Seen from this map, the wide turn radii and allowance of multitudinous turning options fosters inhospitable conditions for peds, with several critical points ripe for accidents. On top of decreasing pedestrian safety, this wide array of turns also can negatively impact traffic flow and connectivity between adjacent neighborhoods. To fully reconfigure the intersection to allow for smoother traffic flow and safety, traffic flow of the corridor should be reanalyzed and possibly rerouted.

To allow for a complete-streets redesign of Vine/McMicken, my proposal eliminates left turns from McMicken onto Vine and removes right turns from Vine onto McMicken. North-bound traffic on Vine intending to turn right on McMicken would be rerouted to a new two-way Elder St. allowing for southbound travel. South-bound traffic on Vine intending to turn right on McMicken would instead be rerouted south to a two-way Elder and directed north-ward on a reconfigured two-way Race St. north of the Cincinnati streetcar connector, leaving the slip lane redundant. North-bound traffic from McMicken onto Vine would be routed south from Pace to Elder and then north on Vine. South-bound traffic from McMicken to Vine would instead utilize Elder as a conduit between the two streets. While this reconfiguration could create inconveniences for residents in the near-term, it is with a long-term eye toward saving pedestrian lives that makes it worth it. Atop this, the redesign hopes for slower traffic, improvements in overall traffic flow with elimination of one-ways, and a reduction in accidents.

Corridor Flow Map

Aside from turn-regulation at the intersection, my proposal forVine/McMicken involves the capping of Findlay St. to eliminate the five-way and diminish incidence points. With this reclaimed space from the new configuration and removal of slip lanes, public space would be created, and pedestrian sightlines would be vastly improved at the new four-way intersection. 

Plan View

The new configuration calls for a reduction in vehicular space and the inclusion of multi-modal lanes catering to mid-speed travel (bicycle, scooter, powerchair, etc.) along Vine and McMicken. The reclaimed slip lane at the southeast corner would be reallocated as a public plaza and pedestrian sanctuary protected by bollards and activated by food carts or public art. A 6’ multi-modal lane along McMicken would improve connectivity for bicyclists along the corridor and offer a commuting solution for Over-the-Rhine residents. The 10’ multi-modal lane along Vine would take the place of the current right-turn lane and give a north-bound option for bicycle connectivity. One side of street parking would still be retained north and south of the intersection on both streets. The capped-off Findlay St. would become a possible pick-up and drop-off zone for rideshare and Uber/Lyft.

  • Looking southeast on McMicken Ave
  • Looking northwest on McMicken Ave
  • Looking east from Findlay Street
  • Looking south on Vine Street
  • Looking north on Vine Street
Render views of proposed intersection change. All illustrations by author.

Aside from fostering pedestrian safety and increasing bicycling viability, the redesigned intersection vastly improves overall traffic flow with its reduction in turns. This may offset future rates of accidents. While the reconfiguration would affect bus routes 46 and 78 currently turning from south-bound Vine onto Findlay to get to Race St. SB, the new configuration would allow for bus travel on the newly designated two-way Elder St, with traffic stop bars pushed back to allow for bus travel.

  • Vine Street Circulation
  • McMicken Ave Circulation
  • Street Cross Section
Overview and cross sections. All images by author.

If you would like to have your thoughts and opinions published on UrbanCincy, simply contact us at editors@urbancincy.com.

Categories
Development News Transportation

Website Restored, What’d We Miss?

Check, one, two. Hey is this thing on?

Well hello there! It’s been a year, what did we miss?

All kidding aside much has happened over the past year. While our team was alive and well, doing what we do, the site crashed. We can discuss how much effort we had to put into restoring the site from the archive but the long and short of it is that the back end server and hosting needed to be rebuilt almost entirely.

Thank you, Travis, for all your hard work!

In lieu of a broader update, we have decided to focus on catching up on some of the major developments in Cincinnati over the past year. Here’s a brief review of news from 2019 and early 2020:

FC Cincinnati Stadium rises. Photo by Travis Estell.

Of course, we would be remiss to not mention the current COVID-19 crisis. We will continue to track its impacts on urbanism in Cincinnati and beyond. This Friday, the city will close 15 street sections in downtown and Over-the-Rhine to allow for expanded outdoor dining. Other areas may follow.

With the site back, we hope to become a public platform for urban thought in Cincinnati. With most of us now working full-time, we have less time to devote to the site. With that in mind, if you, our reader have an article you would like to submit or an opinion piece, please feel free to contact us at editors@urbancincy.com.

Categories
News Transportation

Should ‘Kathy Plates’ Be Added to Roebling Suspension Bridge?

Roebling Suspension Bridge Approach [Randy Simes]

In the spirit of throwing new ideas out there, UrbanCincy would like to propose installing Kathy Plates on the Roebling Suspension Bridge in order to improve the safety of bicyclists, pedestrians and motorists using the 148-year-old span.

The idea first came to mind when we hosted our Bikes+Brews ride in May 2013. The route took our group of approximately 20 cyclists across the bridge. Following the law, and protecting the safety of pedestrians also using the bridge, we rode across with automobile traffic.

Those familiar with the Roebling Suspension Bridge know that it is somewhat famous for the humming sound it makes as you drive across. Well, this sound is created by the friction between each vehicle’s tires and the grated bridge deck. That same deck that evokes such a pleasant and memorable sound, also can at times redirect a car slightly as it navigates the numerous grooves.

This also occurs for people traveling across the bridge on bicycles, although to a much greater effect due to the lighter weight of the bike compared to the car.

This same phenomenon exists on dozens of Chicago’s famous bascule bridges. The bascule bridge type was invented in Chicago and proved to be an engineering innovation still paying dividends more than 100 years later. The design, however, requires a delicate management of the bridge’s weight distribution – even a new coat of paint has the potential to throw things out of whack.

Chicago has seen an explosion in the number of people using bicycles as their form of transportation, and, as a result, saw many cyclists crashing on the bridges due to the grooves in the grated bridge decks and their joints that are similar to what exist on Cincinnati’s famed Roebling Suspension Bridge.

The Chicago Department of Transportation (CDOT) came up with a solution that aimed to remedy the safety hazard while also respecting the delicate balancing act required to make bascule bridges go up and down.

That solution is the ‘Kathy Plate’ application, which is named after activist Kathy Schubert, who lobbied for the plates after she had crashed on Chicago’s LaSalle Street Bridge.

It is a fiberglass plate that is affixed to the bridge deck where bicyclists would be riding, thus creating a smooth and consistent surface without throwing off the bridge’s weight distribution.

Mike Amsden, Assistant Director of Transportation Planning with CDOT, told UrbanCincy that the city initially used steel plates or concrete infill, but has since switched to the fiberglass alternative due to its lower cost and lighter weight. As of today, Chicago has one bridge with steel plates, seven with concrete infill, and five with the new fiberglass plate option.

Amsden says that CDOT first began using the fiberglass plates more than two years ago, and has not yet needed to replace any of them – even with Chicago’s harsh winters.

“The open grate bascule bridges can be very slippery, especially when wet,” Amsden explained. “Because bridges can be such a barrier to bicycling, we’re putting extra emphasis on making our bridges bicycle friendly.”

CDOT says that they incorporate these fiberglass plates on any bike lane project that crosses a bridge, and uses the concrete infill option on bridges that are being reconstructed, regardless of whether a bike lane crosses the bridge.

“We match the plate width to the approaching and departing bike lane width,” said Amsden. “So, as you can see on Dearborn, it’s a wide two-way bike land, so the plates are much wider.”

There are no marked bike lanes approaching or departing from the Roebling Suspension Bridge, but cyclists typically use the congested and winding sidewalks cantilevered outside of the bridge columns.

A simple application of these fiberglass plates in each direction could help to improve safety and mobility on Cincinnati’s most iconic bridge.

According to Queen City Bike, it is something they said they would like to research further and consider for potential application on the Roebling Suspension Bridge.

Categories
News Transportation

Snow Accumulation Highlights Cincinnati’s Over-Engineered Streets through ‘Sneckdowns’

Landscaped islands at Liberty Street and McMicken Avenue?

Our streets sometimes seem to be over-engineered. Their capacities are designed for peak usage, turning radii for the largest trucks, and speeds for the fastest movement. For the easy movement of cars and trucks this may be good, but for everyone else it is dangerous and less livable.

To combat such situations, many communities across the United States have begun building curb extension to help slow down traffic and make the public right-of-way more hospitable for everyone who is not in either a car or truck. Some people call these curb extensions, and similar improvements, neckdowns.

While most of our streets have not been improved in such a way, it becomes easy to see how and where neckdowns could be placed when it snows. This is because only the areas of the road that are used become cleared. The rest stay covered in snow and are a very obvious display of the aforementioned over-engineering.

During the city’s last snow event, the UrbanCincy team took to social media and asked Cincinnatians to submit photos of area sneckdowns – snowmade neckdowns. If you see any around your neighborhood make sure you take a shot of it and send it to editors@urbancincy.com, tweet us @UrbanCincy, or upload your photos in the comment section of this story.

Categories
Up To Speed

More bike/ped money from the feds equals more bicycle commuters

More bike/ped money from the feds equals more bicycle commuters.

In most cities, Cincinnati included, all you need to do is look outside to see that the number of people bicycling is on the rise. And perhaps not surprisingly, it turns out that there is a “statistically significant” correlation between per-capita bike-ped funding from the federal government and a city’s bike commute rate. More from Streetsblog Capitol Hill:

Bicycling is at a tipping point in many American cities. Bike-share systems are multiplying rapidly, infrastructure that used to be seen as novel is now commonplace, and commuting rates are growing. There are many explanations for this cultural shift, but here’s one not to be ignored: federal funding.

Georgetown Public Policy Institute student Marissa Newhall posits in her master’s thesis that there is a statistically significant correlation between per-capita bike-ped funding from the federal government and a city’s bike commute rate.

The finding comes at a time when federal bike-ped funding programs are 20 years old and have poured $8.5 billion — a tiny fraction of overall transportation dollars, but not an insignificant sum of money — into reshaping American streets to accommodate non-motorized transportation. But these programs face an uncertain future.