Spatial Equity NYC 2022 Report Card

Spatial Equity NYC

2022 Report Card

Executive Summary

Transportation Alternatives (TA) and the Civic Data Design Lab at the Norman B. Leventhal Center for Advanced Urbanism at the Massachusetts Institute of Technology (MIT) have uncovered alarming inequities in how public space — including streets, sidewalks, and green spaces — is restricted and distributed in New York City and the harms caused by these policy decisions. 

TA’s newest report, Spatial Equity NYC: 2022 Report Card, an outgrowth of Spatial Equity NYC, TA and MIT’s new online data tool, reveals these inequities and ranks dramatic differences between neighborhoods. Spatial Equity NYC is a continuation of NYC 25x25 — TA’s challenge to New York City’s leaders to convert 25 percent of car space into space for people by 2025. 

Looking citywide, TA and MIT found that compared to the citywide average:

  • In City Council districts where the majority of residents are Black, there are 68 percent fewer streets with a protected bike lane, 53 percent fewer bike parking spaces per capita, and a 39 percent higher rate of traffic injuries.

  • In City Council districts where the majority of residents are Latino, there are 17 percent fewer streets with bus lanes, traffic volumes are 11 percent higher, and buses are 10 percent slower, making bus speeds in majority-Latino districts the slowest buses of any racial or ethnic group in New York City.

  • In 10 City Council districts with the highest number of residents who are people of color, there are 64 percent fewer streets with protected bike lanes, 49 percent fewer streets with bus lanes, and asthma rates are 51 percent higher.

  • In the 10 City Council districts with the lowest levels of car ownership, annual traffic volumes are 66 percent higher, and buses are 24 percent slower, meaning residents of these districts disproportionately suffer the harms of car traffic despite not owning cars. 

  • In the 10 City Council districts with the largest Asian populations, there are 60 percent fewer streets with bus lanes and 14 percent fewer streets with protected bike lanes.

Compared to the 10 City Council districts with the largest white populations: 

  • In the 10 City Council districts with the largest populations of people of color, asthma rates are 96 percent higher, there are 83 percent fewer streets with protected bike lanes, 64 percent fewer bike parking spaces, and 57 percent fewer streets with bus lanes, and traffic injury rates are 58 percent higher.

Compared to the 10 City Council districts with the lowest levels of car ownership:

  • In the 10 City Council districts with the highest car ownership, annual traffic volumes are 141 percent higher, meaning pass-through car traffic disproportionately affects the health, mobility, and environment of districts where few benefit from owning cars.

For some indicators, TA and MIT found especially pronounced inequity:

  • Asthma: In the 10 City Council districts with the highest asthma rates, 91 percent of residents are people of color, compared to 67 percent citywide. Asthma rates in the worst performing City Council district, District 8 in Manhattan and the Bronx, are 8 times higher than those in the best performing City Council district, District 6 in Manhattan.

  • Noise Pollution: Noise pollution levels in the worst performing City Council district, District 21 in Queens, are 74 percent higher than in the best performing City Council district, District 27 in Queens. 

  • Traffic Fatalities: Traffic fatalities in the worst performing City Council district, District 28 in Queens, are 2.4 times higher than the citywide average and 9 times higher than traffic fatalities in the best performing City Council district, District 16 in the Bronx. 

  • Traffic Injuries: In the 10 City Council districts with the most traffic injuries, 87 percent of residents are people of color, compared to 67 percent citywide, and there are 42 percent fewer streets with protected bike lanes than the citywide average.

  • Air Pollution: Compared to the citywide average, in the 10 City Council districts with the highest particulate matter (PM 2.5) air pollution levels, traffic volumes are 50 percent higher and buses are 16 percent slower. PM 2.5 air pollution levels in the worst performing City Council district, District 3 in Manhattan, are 2 times higher than PM 2.5 air pollution levels in the best performing City Council district, City Council District 46 in Brooklyn. 

  • Heat: In the 10 City Council districts with the highest daytime surface temperatures, 91 percent of residents are people of color, compared to 67 percent citywide. In the top three City Council districts with the highest daytime summer temperatures, at least 96 percent of residents are people of color. Majority-Black and Latino districts, as well as the districts with the highest percentages of Asian residents, have higher daytime summer surface temperatures than the citywide average, with majority-Black districts being significantly hotter. Majority-white City Council districts are the only districts where daytime summer surface temperature levels are below the citywide average. 

  • Park Access: In the 10 City Council districts with the least access to parks, 40 percent of residents are Black, compared to 23 percent citywide. In the 10 City Council districts where residents have the most park access, 98 percent of residents live within walking distance to a park (defined as ¼ mile to small park or ½ mile to a large park) while in the 10 City Council districts where residents have the least park access, only 60 percent of residents live in walking distance to a park. 

  • Bus Lanes: There are 10 City Council districts that have zero miles of bus lanes. In District 4 (population 155,199), the single City Council district which has the most streets with bus lanes, there are more miles of bus lanes than in the bottom 25 districts combined (combined population 3.98 million). In the top five City Council districts which have the most streets with bus lanes, 58 percent of residents are white, compared to 33 percent citywide. In districts where more than 10 percent of streets have a bus lane, 70 percent of residents are white. 

  • Bus Speeds: In the 10 City Council districts with the slowest bus speeds, 6 percent of residents drive to work alone, compared to 23 percent citywide, and 77 percent of households are car-free, compared to 54 percent citywide. Of these 10 districts, 10 have higher traffic volumes and nine have higher PM 2.5 air pollution levels than the citywide average. Compared to the citywide average, in the 10 City Council districts with the slowest bus speeds, traffic volumes are 66 percent higher.

  • Protected Bike Lanes: In majority-Black City Council districts, 1 percent of streets have protected bike lanes; in majority-Latino City Council districts, 2 percent of streets have protected bike lanes; in majority-white City Council districts, 6 percent of streets have protected bike lanes. In District 3 (population 173,254), the single City Council district which has the most streets with protected bike lanes, there are more miles of protected bike lanes than in the bottom 23 districts combined (combined population 3.65 million).

  • Traffic Volumes: Of the 10 City Council districts with the highest traffic volumes, 10 have slower bus speeds than the citywide average and nine have higher PM 2.5 air pollution levels than the citywide average. Compared to the citywide average, in the 10 City Council districts with the highest traffic volumes, buses are 24 percent slower.

The goal of this report — and the accompanying tool, Spatial Equity NYC — is to empower New Yorkers with data about local disparities in public health, environmental resilience, and mobility that result from how public space is used, and to provide concrete solutions to these inequities that can be implemented quickly on a local level.

Spatial inequity is a systemic problem, the direct result of racist and classist policy decisions. Small-scale, spatial solutions — which are the focus of Spatial Equity NYC — cannot alone solve these systemic issues. However, small-scale, spatial solutions can chip away at the harm caused by systemic racist and classist policies and make immediate and meaningful improvements to the lives of New Yorkers. 

To correct these inequities, TA recommends that the City of New York: Convert car space into space that serves more people. The goal should be to convert 25 percent of car space into space for people by 2025, including new parkland, public plazas, expansive tree canopy cover, car-free busways, and protected bike lanes.

TA also calls on all New York City Council members to publicly commit to NYC 25x25 by creating a district-specific plan for converting car space into space for people that directly responds to the spatial inequities faced by their community as laid out on Spatial Equity NYC.

Introduction

Spatial equity is a way to understand how public space — including streets, sidewalks, and green spaces — is distributed, restricted, used, and made unusable, and the different outcomes that result for different communities. Public health, environmental resilience, and human mobility are all affected by how we use public space.

Public space can be used in ways that are uplifting — such as a bus lane that brings workers home to their families faster or a new pocket of parkland that opens up the landscape to boost mental and physical health. But public space can also be used in ways that are devastating — such as a highway that divides communities and exacerbates flooding, excess heat, and air pollutants, burdening residents with the realities of lifelong illness and the threat of traffic violence.

By examining how policy decisions define the use of public space, the burdens or benefits that those decisions may confer, and how those decisions differ across communities, we can map spatial equity, and how it changes with who lives in a neighborhood and their relative power, access, and resources as compared to their neighbors.

Spatial Equity NYC is an online data tool built by Transportation Alternatives and the Massachusetts Institute of Technology that uses publicly available data to document how public space is used in different neighborhoods and how that relates to indicators of public health, environmental resilience, and transportation access. This project is a continuation of NYC 25x25 — TA’s challenge to New York City’s leaders to convert 25 percent of car space into space for people by 2025. 

With Spatial Equity NYC, you can see how every City Council and community board district ranks in terms of spatial equity indicators of mobility (including benches, bike parking, bus speeds, bus lanes and busways, protected bike lanes, and traffic density), environmental resilience (including excess heat, park access, surface permeability, and tree canopy), and public health (including asthma rates, air pollution, noise pollution, traffic fatalities, and traffic injuries).

Spatial Equity NYC: 2022 Report Card is the first of many: An annual distillation of those rankings and an analysis of important correlations in spatial equity in New York City and the progress or lack thereof made by New York City leaders to address these inequities.

Findings

Jump to: Public Health | Environment | Mobility

Policies about how public space is used affect public health, environmental resilience, and mobility. These effects are so powerful as to lead to starkly different outcomes even between adjacent districts. TA examined these outcomes and identified significant correlations between race, poverty, and indicators of spatial equity, as well as the worst-performing districts.

CORRELATIONS BETWEEN INDICATORS OF SPATIAL EQUITY

Compared to the citywide average, in City Council districts where the majority of residents are Black: 

  • There are 68 percent fewer streets with protected bike lanes

  • There are 53 percent fewer bike parking spaces per capita

  • The rate of traffic injuries is 39 percent higher 

  • The rate of traffic fatalities is 16 percent higher 

  • Adult asthma rates are 11 percent higher 

  • Access to parks is 11 percent lower

  • Tree canopy cover is 15 percent lower

  • There are 8 percent fewer benches

Compared to the citywide average, in City Council districts where the majority of residents are Latino: 

  • Adult asthma rates are 40 percent higher 

  • There are 31 fewer streets with protected bike lanes

  • There are 17 percent fewer streets with bus lanes

  • Traffic volumes are 11 percent higher

  • There are 11 percent fewer square feet of permeable surface per block

  • Buses are 10 percent slower, making bus speeds in majority-Latino districts the slowest buses of any race or ethnicity in New York City

  • Noise pollution levels are 9 percent louder

  • There are 8 percent fewer bike parking spaces per capita

Compared to the citywide average, in the top 10 City Council districts with the largest Asian populations:

  • There are 60 percent fewer streets with bus lanes

  • There are 14 percent fewer streets with protected bike lanes

  • Traffic volumes are 10 percent higher 

  • Access to parks is 7 percent lower

Compared to the 10 City Council districts with the largest white populations, in the 10 City Council districts with the largest populations of people of color:

  • Asthma rates are 96 percent higher

  • There are 83 percent fewer streets with protected bike lanes

  • There are 64 percent fewer bike parking spaces

  • Traffic injury rates are 58 percent higher

  • There are 57 percent fewer streets with bus lanes

  • Traffic fatality rates are 19 percent higher

Compared to the citywide average, in the top 10 City Council districts with the highest percent of households living below the poverty line:

  • There are 58 percent fewer streets with protected bike lanes

  • Asthma rates are 53 percent higher

  • There are 26 percent fewer bike parking spaces

  • Traffic injury rates are 15 percent higher than the citywide average

  • Buses are 12 percent slower

  • Residents bike to work at roughly the same rate, are 22 percent more likely to ride transit, are 30 percent less likely to drive to work, and live in households 57 percent more likely to be car-free

When public space is devoted to car traffic in neighborhoods with low car ownership, residents suffer the harms of car traffic despite not owning cars. In City Council districts where car ownership is low, pass-through car traffic disproportionately affects health, mobility, and environment. Compared to the citywide average, in the top 10 City Council districts with the lowest levels of car ownership: 

  • Annual traffic volumes are 56 percent higher 

  • There are 19 percent fewer square feet of permeable surface per block

  • Buses are 23 percent slower and at five mph, are only slightly faster than the average human walking speed

  • Asthma rates are 21 percent higher

  • PM 2.5 air pollution levels are 11 percent higher

In the top 10 City Council districts with the lowest levels of car ownership, annual traffic volumes are 121 percent higher than the top 10 City Council districts with the highest car ownership.

PUBLIC HEALTH INDICATORS

ENVIRONMENTAL INDICATORS

MOBILITY INDICATORS

Recommendations

In New York City, streets and sidewalks make up the majority of public spaces — and the overwhelming majority of this space (76 percent) is devoted to parking and moving cars. Devoting so much of New York City’s finite public space to car traffic has created widespread and deeply inequitable harms, especially to already vulnerable populations. 

To correct these inequities, TA recommends that the City of New York convert car space into space that serves more people. This starts with converting 25 percent of car space into space for people by 2025, including new parkland, public plazas with seating, expansive tree canopy cover, car-free busways, and protected bike lanes — prioritized in communities that have borne the brunt of historic disinvestment and racist planning.

In addition, TA is calling on all City Council members to visit Spatial Equity NYC to learn the three indicators where their district experiences the worst inequities in New York City, and then publicly commit to creating a district-specific plan that converts car space into space for people in a way that directly responds to each of these inequities. (Spatial Equity NYC lays out these solutions.)

Spatial inequity is a systemic problem, the direct result of decades of racist and classist policy decisions. Small-scale, spatial solutions cannot alone solve these systemic issues. However, spatial solutions can make immediate and meaningful improvements to the lives of New Yorkers. These changes can be large and small. 

On the smallest scale, by reclaiming parking spaces, the City of New York can:

  • Install curb extensions that calm traffic and reduce traffic fatalities

  • Create ample tree canopies that reduce excess heat, clean the air, and expand flood-resilient land

  • Build plazas that make whole neighborhoods more accessible for people walking and riding the bus

On the largest scale, by tearing down highways and closing streets to car traffic, the City of New York can:

  • Build expedient car-free busways and safe protected bike lanes that shift trips out of cars

  • Speed bus trips

  • Boost bicycling rates

  • Reduce traffic fatalities, traffic injuries, asthma, noise pollution, and air pollution  

For more detailed and specific solutions, the Spatial Equity NYC data tool includes 45 detailed and evidenced-based ideas that respond to every indicator spatial equity outlined in this report card. 

By giving a meaningful percentage of the street back to people, the City of New York could save lives, improve air quality, build climate resilience into every roadbed, and set the tone for the future of New York as a vibrant and fair city with accessible, efficient transportation and robust, thriving street culture. 

While this change would be a wholesale transformation of New York City, there are also specific and locally applicable recommendations that respond to the indicators of spatial equity laid out in this report card. These concrete solutions can be implemented quickly on a local level. 

The width of a street, the presence of a bench, or the size of a park affects the health, accessibility, and resilience of any given community. Where a wide street means more traffic fatalities and more pollution, a narrow road can mean safer street crossings, cleaner air, and easier access to outdoor recreation — and as a result, improved outcomes in health, education, economic opportunity, and quality of life. The way that public space is used is the result of policy decisions that too often lead to inequities in public health, infrastructure access, and the environment. We must use public space to correct these harms.

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