Impact of Transit on Mobility, Equity, and Economy in the Chicago Metropolitan Region
Omer Verbas, Taner Cokyasar, Seamus Joyce-Johnson, Scott, Wainwright, Maeve Coates, Aymeric Rousseau, Jim Aloisi, Anson, Stewart, Joshua Auld

TL;DR
This study uses a novel simulation to quantify how transit removal in Chicago would increase congestion, activity cancellations, and economic losses, highlighting transit's vital role in urban mobility and equity.
Contribution
It introduces a new agent-based model to compare transit scenarios, quantifying transit's impact on congestion, activity, and economy in Chicago.
Findings
Removing transit increases travel times by 14.2% regionally.
Activity cancellations reach 8.6% regionally without transit.
Economic losses amount to $35.4 billion annually.
Abstract
Transit is essential for urban transportation and achieving net-zero targets. In urban areas like the Chicago Metropolitan Region, transit enhances mobility and connects people, fostering a dynamic economy. To quantify the mobility and selected economic impacts of transit, we use a novel agent-based simulation model POLARIS to compare baseline service against a scenario in which transit is completely removed. The transit-removal scenario assumes higher car ownership and results in higher traffic congestion, numerous activity cancellations, and economic decline. In this scenario, average travel times increase by 14.2% regionally and 34.7% within the City of Chicago. The resulting congestion causes significant activity cancellations despite increased car ownership: 11.8% of non-work and 2.8% of work/school activities regionally, totaling an 8.6% overall cancellation rate. In the city,…
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Taxonomy
TopicsTransportation Planning and Optimization · Urban Transport and Accessibility · Transportation and Mobility Innovations
