American Council of The Blind of Metropolitan Chicago v. City of Chicago

CourtDistrict Court, N.D. Illinois
DecidedMarch 31, 2023
Docket1:19-cv-06322
StatusUnknown

This text of American Council of The Blind of Metropolitan Chicago v. City of Chicago (American Council of The Blind of Metropolitan Chicago v. City of Chicago) is published on Counsel Stack Legal Research, covering District Court, N.D. Illinois primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
American Council of The Blind of Metropolitan Chicago v. City of Chicago, (N.D. Ill. 2023).

Opinion

IN THE UNITED STATES DISTRICT COURT FOR THE NORTHERN DISTRICT OF ILLINOIS EASTERN DIVISION

AMERICAN COUNCIL OF THE BLIND ) OF METROPOLITAN CHICAGO et al., ) ) Plaintiffs, ) ) ) v. ) No. 19 C 6322 ) ) THE CITY OF CHICAGO ) ) Defendant. ) )

Memorandum Opinion and Order In this action, the American Council of the Blind of Metropolitan Chicago and several of its members seek declaratory and injunctive relief under Title II of the Americans With Disabilities Act and Section 504 of the Rehabilitation Act to remedy the City of Chicago’s failure to make its system of pedestrian traffic signals meaningfully accessible to blind and low-vision individuals through the installation of Accessible Pedestrian Signals (“APS”).1 The United States (or sometimes herein, “the Government”), which is authorized through the Department of Justice to enforce the ADA and the Rehabilitation act, intervened on the side of plaintiffs. The following motions are currently pending: plaintiffs’ and the

1 For ease of exposition, I use the term “blind” to denote collectively both blind and low-vision individuals. Government’s separate motions for partial summary judgment on the issue of the City’s liability; the City’s motion for partial judgment on the pleadings and partial summary judgment; and plaintiffs’ and the Government’s joint motion to exclude the opinions of the City’s expert, Peter Koonce. These motions are resolved as set forth below. I. The City of Chicago prides itself on being “one of the most walkable cities in the world.” Chicago Pedestrian Plan, ECF 192-1 at 7.2 Nevertheless, the City acknowledged in 2012 that it had “double

the national average for hit and run pedestrian fatalities,” and recognized that to remain “a world-class walkable city,” it “must address the daily challenges and obstacles that still discourage people from travelling by foot or wheelchair.” Id. The Pedestrian Plan described its “primary goal” as eliminating pedestrian fatalities entirely by 2022. Id. at 38. The City noted in its Pedestrian Plan that “about half of pedestrians struck at intersections with traffic signals were crossing with the signal,” and it committed to improving safety at signalized intersections” through a number of means. Id. at 40, 24. Individuals with vision difficulties—who number over 65,000 in

Chicago and over 111,000 in Cook County according to recent census

2 The Pedestrian Plan is also available at https://www.chicago.gov/content/dam/city/depts/cdot/supp_info/Chic agoPedestrianPlan.pdf (last accessed 3/27/2023). reports3—face unique challenges when it comes to navigating the City’s busy sidewalks and streets safely as pedestrians. See generally, Pls.’ Decls., ECF 96-2 through ECF 96-10. In particular, because blind pedestrians cannot rely on the visual cues provided by traditional (i.e., non-APS) traffic signals and crosswalks, they have greater difficulty than sighted pedestrians with the essential street-crossing tasks of locating the street and the crosswalk area at their approach corner (i.e., the corner where they begin their crossing); aligning themselves to face their destination corner;

identifying the time at which it is legal and safe to begin crossing; and maintaining the appropriate direction during the crossing.4 The Expert Report of Linda Myers, a Certified Orientation and Mobility Specialist who has instructed people with vision disabilities for over forty years, explains the adaptive techniques blind pedestrians use in the absence of APS to complete these tasks. For example, to locate the approach corner, a blind pedestrian typically continues straight along his or her current line of travel, using a white cane

3 See U.S. Census Bureau, Disability Characteristics, 2020: American Community Survey 5-Year Estimates Subject Tables, https://data.census.gov/cedsci/table?g=1600000US1714000&tid=ACSST5 Y2020.S1810 (last visited on 03/27/2023); U.S. Census Bureau, Cook County, IL, Disability Characteristics, 2019, https://data.census.gov/cedsci/table?g=S18&g=0500000US17031&d=ACS% 201-Year%20Estimates%20Subject%20Tables&tid=ACSST1Y2019.S1810 (last visited on 03/27/2023). 4 The City raises niggling objections to the Government’s description of these tasks, but common sense and experience suffice to appreciate that these are indeed the essential elements of a safe crossing. to detect a curb, curb ramp, or a detectable warning surface with raised bumps, then assumes the crosswalk begins at that location. The pedestrian may try to confirm this assumption by listening for traffic on the streets and then repositioning on the corner. This approach is imperfect, however, due to the difficulty of accurately hearing vehicular traffic and of recognizing complicated designs on the corner, such as where curb ramps and detectable warning surfaces do not align with the crosswalk, among other reasons. Myers Rep., ECF 188-2 at 9-10. See also United States Department of

Transportation’s 2009 Manual on Uniform Traffic Control Devices, ECF 188-3 at 4E.09.02 (without APS, the “existing environment is often not sufficient to provide the information that pedestrians who have visual disabilities need to cross a roadway at a signalized location”). With respect to the second task—orienting oneself toward the destination corner—a blind pedestrian must make assumptions about the shape of the intersection and listen for the sound of parallel and perpendicular traffic. But traffic sounds may be misinterpreted; some intersections are skewed at angles other than 90 degrees; and curb ramps sometimes slope towards the middle of the intersection.

For these and other reasons, traditional techniques based on audio cues are imperfect. See Myers Report, ECF 188-2 at 10-11. See also 2009 MUTCD, at 4E.09.02 (without APS, the “existing environment is often not sufficient to provide the information that pedestrians who have visual disabilities need to cross a roadway at a signalized location”). The third task—deciding when to begin crossing—requires blind pedestrians to listen for vehicular traffic and make several difficult determinations to decide when to cross. First, they must determine whether traffic at the intersection is controlled by stop sign (four-way or two-way), by traffic signal, or not at all. Then, if they determine that a given intersection is signalized, they must listen for a “near-lane parallel surge” indicating that parallel

traffic has begun moving, in which case the visual pedestrian signal likely indicates “walk.” But this method is complicated by a number of factors, including environmental noise, the quieter engines of electric and hybrid cars, and the increasing use of leading pedestrian intervals (“LPI”), a timing modality that gives pedestrians the “walk” signal several seconds before parallel traffic gets the green light, making pedestrians more visible to parallel cars that may be turning into the crosswalk. But LPI not only give blind pedestrians less time than sighted pedestrians to cross, but they also increase blind pedestrians’ vulnerability to turning vehicles, which may not expect them to begin crossing after

other pedestrians have already made their way into the crosswalk. See id. at 24-25. Myers cites studies showing that these techniques enable blind pedestrians to begin crossing within the crosswalk only about half of the time. Myers Rep., ECF 188-2 at 9-10. The Myers Report goes on to discuss other traffic control and intersection design features that make crossing without APS especially hazardous to blind pedestrians, including protected turn signals (i.e., Signals with left- or right-turn arrows), and complex intersection designs, id. at 25-26, but the foregoing observations suffice to illustrate the variety of challenges blind pedestrians face when crossing intersections signalized only with visual cues.

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American Council of The Blind of Metropolitan Chicago v. City of Chicago, Counsel Stack Legal Research, https://law.counselstack.com/opinion/american-council-of-the-blind-of-metropolitan-chicago-v-city-of-chicago-ilnd-2023.