Tag Archives: municipal

Micro-mobility, Parking, Data, and Your Operation: Looking Ahead

A scooter parked on a sidewalk in a cityBy Nathan Donnell, CAPP

The micro-mobility movement has exploded around the globe in the last three to five years. Government agencies woke up to find e-scooters and bikes dropped onto sidewalks for the general public to use. For the most part, the public has embraced this new form of transportation. However, agencies have been challenged to find the balance between safety, sustainability, street clutter, and revenue generation.

If your agency is weighing different micro-mobility options, which one or ones do you choose? Have you figured out how many units to allow per vendor? Who’s responsible when the units are left in prohibited areas? How do you access the data from each vendor? Is the data valuable for your operations? What do you do with the data when you get your hands on it?

Various studies claim more than 60 percent of 0- to 5-mile trips are taken via micro-mobility options. This mode of transportation adds to the options from which the public can choose. It can even bridge gaps in areas where traditional transport modes may be lacking, such as government-run bus routes.

IPMI’s Technology Committee has scheduled a webinar that will discuss benefits, challenges, and questions to ask when agencies are approached by vendors. Mark March 18 on your calendar and click here to register.

Nathan Donnell, CAPP, is director, western U.S. and Canada sales, curbside management solutions, with Conduent, and a member of IPMI’s Technology Commmittee.

The Double Parking Conundrum

Parking & Mobility February 2020 coverWe see on-street parking competition from transit, bicycles, online shopping delivery trucks, shared mobility service companies, and a variety of other usages. People love convenience, but the rigid, daily demand for on-street parking has consequences, including double parking.

Anyone who has driven in a city knows the frustration of encountering a street blocked by double-parked vehicles. Improving enforcement might be one of the solutions to discourage the practice, but knowing where to target is crucial. Researchers at New York University’s C2SMART Center have built a novel data-driven integrated machine learning model for estimating the actual frequency of double parking based on extensive data available in New York City; this random, forest-based, data-driven approach offers an alternative method to estimate street-level double parking activity and identify hotspots.

C2Smart’s researchers break down their research, the resulting data, and what it all means for parking and mobility (including operations that hope to reproduce it all in their areas) in the February issue of Parking & Mobility magazine–and it’s fascinating. Don’t miss it–read the whole story here.

Growing Pains: Points to Ponder

full parking signBy Teri Morkunas, CAPP

Those who work in bustling city parking facilities have a real challenge. You have major corporations moving in that buy up all of the monthly parking in garages in anticipation of future need and do not use the space because they have not completed their move. The move may be months away, so your garage may be only at 50 or 60 percent capacity.

As an operator, you want to maximize revenue. The monthly parking rates are usually about half the cost of the daily transient rate. What to do–oversell your monthly parking? If one were to do that, what would happen when the company finally moves in and uses all the space? Point to ponder.

Another option would be to open up for transient parkers. This must be closely monitored as not to oversell and not have any monthly parking. Those customers are your commuters, tourists, and day transients, and the nightlife/event crowd. To accommodate all, we have to make sure that we do not oversell in one area so that the others suffer.

It is a good problem to have, but it is a daily juggling act for the manager to maximize revenue while accommodating everyone.

Teri Morkunas, CAPP, is senior facility manager with SP+.

IPMI Webinar: Reimagining a Sustainable, Resilient Workforce for Curbside Management

On-Demand: $35.00 for IPMI Members, $85.00 for Non-Members

Description:

There is disruption occurring across cities relating to curbside management. Between innovation and intensifying mobility demands, the traditional management of the curb is being jostled to meet those demands. In municipalities across the US, there is recognition to have a Curbside Management Divisions (CMDs) effectuate the wholesale management of the curb.  This webinar looks to highlight a peer review of municipal best practices and engage in an industry dialogue on the municipal curbside management workforce.

Objectives:

  • Identify principles and guidance in building and sustaining a municipal curbside management team
  • Compare needs and demands among municipal entities and industry partners regarding the future of municipal curbside management
  • Identify workforce development principles to recruit and retain curbside management talent

Presenters: 

Benito O. Pérez is a Curbside Management & Operations Planning Manager with the District Department of Transportation. In his capacity, he works on managing a team involved with creating, accessing, analyzing, visualizing, disseminating, and working with stakeholders to leverage data for policy development, resource allocation, and operations management of the District’s curbside.

 

 

Evian Patterson heads up curbside management in the District of Columbia with a focus on implementing data-driven solutions. He leads teams in managing more than 12,000 smart meter assets for 19,000+ on-street spaces, with 50+ percent of transactions in mobile payments, as well as regulating residential parking. In 2016, he oversaw the expansion of the parking division for next-generation curbside management operations to include access for taxis, buses, freight, and transportation network companies.

In Defense of On-street Parking

on-street parking in Boston

Editor’s Note: The IPMI Blog is re-posting some of our biggest hits from 2019 through the holidays. New posts will resume on January 2.

By David Feehan

The media are full of stories of cities removing on-street parking spaces to create bike lanes. Let me state at the outset that I am all in favor of bike-riding, though I don’t count myself among bike riders. I am also aware of and support efforts to reduce greenhouse gases and bikes have numerous advantages in terms of the nation’s and the world’s health and well-being.

I am still waiting to see, however, the definitive study measuring the effect of eliminating on-street parking in business districts on merchants and their survival.

A few years ago, I was part of a team conducting a parking study in Fort Collins, Colo. The question came up: What would be the effect of eliminating on-street parking on one of that city’s busy downtown streets?

We were not commissioned to answer that question. But as the former director of downtown organizations in Kalamazoo; Detroit; Columbia, Md.; and Des Moines, along with business district organizations in Pittsburgh, I had some understanding of what convenient parking meant to local merchants. So I did some rough calculations.

I estimated the typical block in downtown as being 300 feet in length, then subtracted 10 feet on each end to gauge the frontal linear feet of storefronts. That equaled 280 feet. I estimated that most storefronts were 20 feet in width. I figured each parking space should be 18 feet long, so this meant about 15 parking spaces per block. I estimated the stores would be about 100 feet deep. That means the block would have about 28,000 square feet of selling space, and I was told that most merchants were averaging sales of $150 per square foot, though some were doing as well as $400 a square foot. This meant that the block should be doing at least $4.2 million in sales annually. A rough estimate would suggest that each parking space on that block was worth $280,000 in sales to that block, or $20,000 in sales to each merchant. As you can see, removing parking in front of the store could have a major effect on downtown businesses.

Of course, these are rough calculations. They do not account for nearby surface lots or parking garages, nor do they account for patrons riding bikes or on foot. But many cold-weather cities see bike and walking traffic decline precipitously when it’s snowing or sleeting, and many depend on the nighttime economy to survive–and many people feel safer having a car at night. For those of us in the downtown management business, it is a powerful argument for having the merchant and his or her employees park in a location other than in front of the store.

So before a city decides to eliminate on-street parking, someone should do a careful and rigorous analysis of the impact on Main Street. A lively Main Street can make the difference in attracting people to your town; a vacant, lifeless Main Street can have the opposite effect. Just ask your local merchant.

David Feehan is president of Civitas Consultants, LLC.

WSJ: Curb Space is the New Gridlock

Delivery truck on curb in city“Curb management” isn’t a new term for members of the parking and mobility profession, but it is hitting consumer media outlets for the first time. The Wall Street Journal this weekend called the space along the curb “new gridlock in America,” and outlined why delivery trucks in particular are contributing to city congestion and what those companies are trying to do about it.

“Simply put, the curb today in most American cities is overwhelmingly devoted to single-occupancy personal-vehicle parking, which is simply unsustainable,” the piece quotes a UPS spokesman as saying. It discusses recent curb management pilot programs in several cities along with steps delivery companies are taking–including bike-powered deliveries, locker pickups, and simple truck consolidation–to help manage congestion at the curb.

Read the whole story here.

In Defense of On-street Parking

on-street parking in BostonBy David Feehan

The media are full of stories of cities removing on-street parking spaces to create bike lanes. Let me state at the outset that I am all in favor of bike-riding, though I don’t count myself among bike riders. I am also aware of and support efforts to reduce greenhouse gases and bikes have numerous advantages in terms of the nation’s and the world’s health and well-being.

I am still waiting to see, however, the definitive study measuring the effect of eliminating on-street parking in business districts on merchants and their survival.

A few years ago, I was part of a team conducting a parking study in Fort Collins, Colo. The question came up: What would be the effect of eliminating on-street parking on one of that city’s busy downtown streets?

We were not commissioned to answer that question. But as the former director of downtown organizations in Kalamazoo; Detroit; Columbia, Md.; and Des Moines, along with business district organizations in Pittsburgh, I had some understanding of what convenient parking meant to local merchants. So I did some rough calculations.

I estimated the typical block in downtown as being 300 feet in length, then subtracted 10 feet on each end to gauge the frontal linear feet of storefronts. That equaled 280 feet. I estimated that most storefronts were 20 feet in width. I figured each parking space should be 18 feet long, so this meant about 15 parking spaces per block. I estimated the stores would be about 100 feet deep. That means the block would have about 28,000 square feet of selling space, and I was told that most merchants were averaging sales of $150 per square foot, though some were doing as well as $400 a square foot. This meant that the block should be doing at least $4.2 million in sales annually. A rough estimate would suggest that each parking space on that block was worth $280,000 in sales to that block, or $20,000 in sales to each merchant. As you can see, removing parking in front of the store could have a major effect on downtown businesses.

Of course, these are rough calculations. They do not account for nearby surface lots or parking garages, nor do they account for patrons riding bikes or on foot. But many cold-weather cities see bike and walking traffic decline precipitously when it’s snowing or sleeting, and many depend on the nighttime economy to survive–and many people feel safer having a car at night. For those of us in the downtown management business, it is a powerful argument for having the merchant and his or her employees park in a location other than in front of the store.

So before a city decides to eliminate on-street parking, someone should do a careful and rigorous analysis of the impact on Main Street. A lively Main Street can make the difference in attracting people to your town; a vacant, lifeless Main Street can have the opposite effect. Just ask your local merchant.

David Feehan is president of Civitas Consultants, LLC.

Brussels, Belgium, Ditches Windshield Parking Citations

parking ticket on a carThe City of Brussels, Belgium, this month stopped leaving parking citations on windshields. Instead, illegally parked vehicles are scanned and citations are mailed directly to owners’ homes. City officials said too many tickets left under windshield wipers were lost, and the new system should do away with that risk.

Read the whole story here. Is your operation considering a similar move? Let us know on Forum.

Case Study: Putting the Pieces Together

By Cali Yang

A winning combination of features makes a transit-oriented development work.

THE WALNUT CREEK TRANSIT VILLAGE IN WALNUT CREEK, CALIF., is an urban mixed-use development that includes studio apartments, retail, restaurants, and public plazas. This is one of the first of many new Transit Villages being planned by Bay Area Rapid Transit (BART). The new South Garage is a five-level, 920-space structure that serves residents, visitors, and BART patrons and features artwork installations created by an award-winning artist.

Putting the Pieces Together

The garage is developed on an existing surface lot and involves access and traffic circulation improvements, including a BART patron kiss-n-ride drop-off, landscaping, and a 2,200 square-foot, single-story BART police building.

The garage is developed on an existing surface lot and involves access and traffic circulation improve­ments, including a BART patron kiss-n-ride drop-off, landscaping, and a 2,200 square-foot, single-story BART police building. The police facility includes administrative offices, a locker room with restrooms, kitchen and dining area, and detention and interview rooms. Included in the project scope are enhanced bike and pedestrian paths and a bus facility expansion with 15 new bus bays for the Central Contra Costa Tran­sit Authority. Other features include a car counting system, provisions for electric-vehicle (EV) charging stations, and bioretention planters in the bus area that collect rainwater from the rooftop.

Location

The Walnut Creek Transit Village is a premier lifestyle center being developed in two phases. With direct con­nection to BART, commuters can easily access various forms of transportation that connect to the entire Bay Area and its major businesses, attractions, and air­ports. Also located near the Transit Village is the Iron Horse Regional Trail, which offers pedestrians, bicy­clists, and horseback riders a safe thoroughfare.

The project is located at an extremely busy com­muter intersection: Ygnacio Valley Road and the exit ramps of I-680 and CA-24. The early involvement of onsite construction and design team members pro­vided a coordinated site logistics and construction management plan. The plan meets the requirements of the City of Walnut Creek and BART and maintains no impact to BART patrons and commuter traffic during peak times. The logistics plan was circulated to all team members and trade partners to help create trans­parency on the requirements of the plan and led to an efficient delivery and pickup schedule without any effects on the project.

Features

The purpose of the Transit Village is to create a gate­way to Walnut Creek’s downtown core and integrate with the city and surrounding communities. The complex features an active street level with public plazas, central paseo, and a hub to encourage residents and visitors to ride public transportation. The garage can be easily accessed by two vehicular entry points and features dynamic wayfinding signage that dis­plays availability of parking for the new and existing  parking facilities. In keeping with the city’s public arts master plan, the garage features several Dan Corson sculptures and art installation pieces mounted to the facade facing the BART station and trackway. Be­cause the Transit Village is a priority public art site, special design features were included with the vision of the garage to ensure the facade was aesthetically complementary to the surrounding neighborhood and future buildings.

The parking facility also features 15 bus bays to accommodate Contra Costa County regional transit buses and the Walnut Creek Trolley Bus. The city trol­ley buses are powered by electric induction motors for which the parking facility provides two charging pads.
The kiss-n-ride patron drop-off is a beautifully landscaped zone to the north of the existing parking structure. This amenity was a relocation of an existing patron drop-off adjacent to the BART station entrance. The zone includes enhanced lighting and pavement materials, as well as seating for BART patrons awaiting pick-up. This kiss-n-ride is also the newly established location for all ride-share pick-ups and drop-offs to the station.

Challenge

The parking garage was developed in stages to mini­mize effects on existing BART operations, as well as pedestrian and vehicular access to the existing facili­ties. This included permitting make-ready work so all of BART’s services could be maintained in operation uninterrupted, relocation of the patron drop-off, and rerouting of the storm drainage of the existing garage to conform to current state requirements. The project program also included the requirement to tie the new facilities into the existing BART infrastructure. An example of this was that the new police facility had to have direct communication from the new facility and could not be tied into or routed through the garage systems. The challenge was that the new garage was between the new police building and the transit station and existing parking structure, which required separate routing of all communication and power feeds to the station, as well as emergency power connections to the existing parking facility gener­ator. This equipment needed to be coordinated and installed without disruption to existing facilities while avoiding the new south garage project.

New overhead high-voltage lines needed to be chan­neled within the existing parking facility, then out and around the south garage, as well as communication trenching through existing pedestrian plazas and fare gate locations without disruption to ongoing opera­tions. These were very difficult challenges as BART is heavily used at this location and has stringent re­quirements for work hours and measures for meeting patron expectations.

Read the article here.

CALI YANG is marketing manager with International Parking Design, Inc. She can be reached at cyang@oc.ipd-global.com.

 

A Different Fee Structure for E-scooters to Solve Curb Clutter

By Nathan Donnell

We live and die by supply and demand in the parking and mobility industry. We are challenged by the public, stakeholders, and business owners to have enough parking  while keeping the price at a reasonable level so as to not deter people from using the curb space. Obviously, I just defined supply and demand! I apologize for the elementary schooling but I have a method to my madness.

I spent a few days in three of the top 15 cities in the United States recently and because I’m a mobility geek, I couldn’t help but focus on the overall curb management in each city. The one thing all three cities had in common was that the supply and demand theory of micro-mobility vendors was way off. In one city, there were seven e-scooter vendors, each fighting for space on the curb. There wasn’t a street I walked down where I couldn’t find an e-scooter to ride. In fact, there was on an average of 20 scooters on each side of the street throughout each city, waiting for potential riders.

Cities and campuses have more control over micro-mobility vendors [vs. ride sharing as an example] by licensing each e-scooter and charging fees per ride; they also have access to data that should help make better policy decisions. Unfortunately, the supply outweighed the demand in all three cities to the point of cluttering the walkways and making it difficult to navigate without tripping hazards.

Why not charge each vendor a fee per scooter for the time it’s taking up curb space instead of a flat fee or per-ride fee? This may cause scooter vendors to be more selective in the number of scooters they drop off in hopes of getting more customers. Don’t get me wrong, I’m all for first- and last-mile mobility solutions. But we must find the sweet spot of supply and demand or all we’ve done is create another problem in our cities and on our campuses.

Nathan Donnell is director, western U.S. and Canada sales, curbside management solutions with Conduent.