NewBus Newark

What is it?

The NewBus Newark initiative is a comprehensive approach to rethinking and reimaging local bus service in the Newark region.

Focused on 38 local bus routes in and around the City of Newark, NewBus Newark will evaluate how well the existing network serves customers by assessing where people live and work, how they travel, and how they use today’s system.

These findings, combined with community input, will be used to identify implementable recommendations for a new system that better meets the region’s mobility needs.

Why now?

In recent years, NJ TRANSIT’s interstate bus network has seen continuous growth, while the intrastate, or local, service has experienced a ridership decline.

Much of NJ TRANSIT’s local bus network is built from legacy bus routes, many of which have remained largely unchanged for several decades. Transit operates in a dynamic environment, however; the communities the system serves have evolved, and new technologies and modes have emerged since these routes were first designed. Within this context, recent (pre-COVID) ridership declines suggest the system no longer serves Newark’s residents, businesses, employees, and visitors as well as it could.

In addition to this longer-term trend, the COVID-19 pandemic has changed travel patterns throughout the region, requiring both the rapid response to emerging needs and the consideration of future requirement.

Together, these factors present a unique opportunity to rethink bus service. Two key aspects must be assessed to do so:

  • Identifying where transit can be the most competitive by understanding the development patterns and the built environment within the service area.
  • Understanding the current users of the bus system, and where potential new users live, work and travel.

Where is transit competitive?

To identify where transit can be effective, efficient, and competitive in providing mobility, it is essential to understand the three D’s of development: density, diversity, and design. Transit is most successful when there are concentrations of both people and jobs (density), a variety of destinations that generate all-day and all-week demand (diversity), and walkable, people-oriented streets (design). How these factors come together impacts the “typology” of a given area. Different typologies each have unique needs and opportunities for transit.

Density

Are there enough people and jobs present to generate demand for transit?

Denser areas are ideal for transit because they concentrate a large number of people within a smaller geography, so the bus does not have to travel as far to find riders. Essex County is the 15th densest county in the country, home to over 800,000 residents. Newark alone is home to about 280,000 residents, with 96% of Newark residents living within a half mile of a stop on one of the 38 study routes.

Jobs are another important aspect of density. Providing good transit service to major job centers is a key part of a successful transit network. Travel to work is the number one trip purpose for NJ TRANSIT bus riders, accounting for 70% of the trips made by transit users. There are 145,000 jobs within the City of Newark, and 80% of these jobs are within a half mile walk of one of these 38 transit routes.

Diversity

Is there a diversity of destinations for people to access on transit?

Transit is most successful when routes serve a variety of destinations, including housing, job centers, grocery stores, medical facilities, social services, schools, and shopping malls. The integration of different types of land uses in Newark creates an ideal environment for transit, providing a variety of origins and destinations on each corridor. In suburban communities, single-use development limits transit’s usefulness.

Design

Are the street networks designed to promote walkability and access to major corridors?

Dense, urban environments with short, straight blocks, and continuous streets are ideal for transit, as it makes it easy for riders to access bus stops. Pedestrian related infrastructure, such as sidewalks and signalized intersections, increases pedestrian safety and can make riders feel more comfortable accessing bus stops.

Alternatively, lower-density suburban environments with long blocks, discontinuous streets, and limited access to major corridors are more difficult to serve with fixed-route transit. Riders may have to walk significant distances to access a bus stop.

Market Typologies

The density, diversity, and design in each part of the study area combine to form market typologies, each with different a different role for transit to play in providing regional mobility:

1.     Mixed-Use Urban: Ideal for public transit, these areas have high density, a diversity of land uses, and an urban design that work together to create walkable communities with high concentrations of origins and destinations.

2.     Single-Use Urban: These areas have high density and strong pedestrian infrastructure, but lack a diversity of uses. They can support frequent transit, but routes are generally limited to major corridors.

3.     Suburban: Auto-centric areas such as these have low densities and low diversity in uses. These areas are more difficult to serve with fixed-route transit as destinations are fewer, further apart, and may be difficult to access on foot.

Who rides Transit?

A key part of designing an effective transit network is understanding who uses transit, who is more likely to use transit, and where these groups live. Certain demographic characteristics are associated with transit use, with some characteristics, such as lack of access to a personal vehicle, disproportionally common among NJ TRANSIT riders.

Zoom in and out on the maps below to see how different population groups vary across Essex County. You can click on each census block group to see the densities. The darker the color, the higher the density.

Transit Propensity

By overlapping the various population groups that are more likely to utilize transit, transit propensity identifies locations with the most likely underlying demand for transit service. Each factor (population, jobs, seniors, students, youth, people with disabilities, minority households, low-income households, and zero-vehicle households) is examined twice – first for density, and second based on how that factor is represented in NJ TRANSIT ridership. Notably, the areas with the highest transit propensity align with the mixed-use urban and single-use urban typologies.

Youth Population

Density of Youth Residents (Under Age 18; Persons per acre)

The under-18 population can be more transit-reliant as they may not have access to a car or may be too young to drive. In the absence of yellow school bus service, many children may rely on NJ TRANSIT to get to school.

College-Age Population

Density of College-Aged Residents (Ages 18-24; Persons per acre)

College students are more likely to take transit because of campus parking restrictions or because they are from out of state. College-age residents are concentrated near the universities in the Newark region. 20% of NJ TRANSIT bus riders in this area are between the ages of 18 and 24.

Senior Population

Density of Senior Residents (Ages 65+; Persons per acre)

Seniors may no longer be able to drive or may choose not to. With more seniors aging in place, the senior population is more spread out and more difficult to serve efficiently.

Minority Population

Density of Minority Residents (Persons per acre)

80% of NJ TRANSIT bus riders in this area identify as a minority, compared to 62% of the overall population (of what geography?). The highest concentrations of minority populations within the study area are located within the City of Newark.

Low Income Population

Density of Individuals Below the Poverty Level (Persons per acre)

Low-income populations are more likely to take transit because owning a car is expensive. Low-income populations are primarily located within the city of Newark. 40% of NJ TRANSIT bus riders in this area qualify as low-income compared to only 13% of the overall population (of what geography?)

Population of Persons with Disabilities

Density of Persons with Disabilities (Persons per acre)

Persons with disabilities may not be able to or may choose not to drive. There is an even distribution of persons with disabilities across the Newark region.

Zero-Vehicle Population

Density of Zero-Vehicle Households (Households per acre)

Limited or no access to a private vehicle is one of the top indicators of transit reliance. Zero-vehicle households are heavily concentrated in Newark. 44% of NJ TRANSIT riders in this area do not have access to a private vehicle compared to 6% of the overall population.

How do riders use the system?

You can click on each stop to see how many riders of the study area bus routes get on and off there each day; the larger the blue circle, the more daily riders at the stop. You can click on the dark purple lines to view the top 7 ridership routes.

NJ TRANSIT’s bus system is primarily hub-and-spoke meaning that most routes meet at a common point in Downtown Newark. Hub-and-spoke design is very effective at bringing riders from residential areas to the urban core, making it useful for commuters working downtown. Such a design, however, makes it difficult for riders to get from one “spoke” to another, often requiring a time-intensive transfer near or in downtown.

Before the start of COVID-19, these 38 routes carried 180,000 riders each weekday. Part of designing a successful new network is understanding where and when people use the existing system; locations of major ridership stops and route-level ridership are indicators of what is and isn’t working well. The map shows ridership by stop, identifying some of the key destinations for current riders. 

  • 50% of riders use the top 7 highest ridership routes
  • 26% of riders use the top 20 highest ridership stops
  • 57% of riders get on the bus within the City of Newark

Project Timeline

How can I get involved?