The car-only approach in transportation planning and engineering has led to the construction of roadways that have torn apart and devalued communities, especially Black and Brown communities. Forging a new path to repair this damage requires a community solutions-based approach to planning, designing, and building our roadways. When Lynn Peterson began working as a transportation engineer, she was taught to evaluate roadway projects based only on metrics related to driver safety, allowable speed for the highest number of cars, project schedule, and budget. Involving the community and collaborating with peers were never part of the discussion. Today, Peterson is a recognized leader in transportation planning and engineering, known for her approach that is rooted in racial equity, guided by a process of community engagement, and includes collaboration with other professionals. In Roadways for People, Lynn Peterson draws from her personal experience and interviews with leaders in the field to showcase new possibilities within transportation engineering and planning. She incorporated a community-solutions based approach in her work at Metro, TriMet, and while running the Washington State Department of Transportation, where she played an instrumental role in the largest transportation bill in that state’s history. The community solutions-based approach moves away from the narrow standards of traditional transportation design and focuses instead on a process that involves consistent feedback, learning loops, and meaningful and regular community engagement. This approach seeks to address the transportation needs of the most historically marginalized members of the community. Roadways for People is written to empower professionals and policymakers to create transportation solutions that serve people rather than cars. Examples across the U.S.—from Portland, Oregon to Baltimore, Maryland—show what is possible with a community-centered approach. As traditional highway expansions are put on pause around the country, professionals and policymakers have an opportunity to move forward with a better approach. Peterson shows them how.

Like a modern-day Jane Jacobs, Janette Sadik-Khan transformed New York City's streets to make room for pedestrians, bikers, buses, and green spaces. Describing the battles she fought to enact change, Streetfight imparts wisdom and practical advice that other cities can follow to make their own streets safer and more vibrant. As New York City's transportation commissioner, Janette Sadik-Khan managed the seemingly impossible and transformed the streets of one of the world's greatest, toughest cities into dynamic spaces safe for pedestrians and bikers. Her approach was dramatic and effective: Simply painting a part of the street to make it into a plaza or bus lane not only made the street safer, but it also lessened congestion and increased foot traffic, which improved the bottom line of businesses. Real-life experience confirmed that if you know how to read the street, you can make it function better by not totally reconstructing it but by reallocating the space that's already there. Breaking the street into its component parts, Streetfight demonstrates, with step-by-step visuals, how to rewrite the underlying "source code" of a street, with pointers on how to add protected bike paths, improve crosswalk space, and provide visual cues to reduce speeding. Achieving such a radical overhaul wasn't easy, and Streetfight pulls back the curtain on the battles Sadik-Khan won to make her approach work. She includes examples of how this new way to read the streets has already made its way around the world, from pocket parks in Mexico City and Los Angeles to more pedestrian-friendly streets in Auckland and Buenos Aires, and innovative bike-lane designs and plazas in Austin, Indianapolis, and San Francisco. Many are inspired by the changes taking place in New York City and are based on the same techniques. Streetfight deconstructs, reassembles, and reinvents the street, inviting readers to see it in ways they never imagined.