The Street Type that Breaks the Hierarchy

City Beautiful2 minutes read

The text discusses the advantages of multi-way boulevards inspired by Paris and Brooklyn as a versatile tool for transportation planners, offering a blend of local access and arterial mobility while challenging traditional street classifications. Boulevards can potentially revolutionize urban road design, creating a non-hierarchical roadway system that improves traffic flow and provides a more pleasant experience for all users.

Insights

  • Multi-way boulevards, like Octavia Boulevard in San Francisco, offer a unique design with lanes for thru traffic and local access streets, promoting biking and a park-like ambiance with trees.
  • Boulevards challenge traditional transportation planning classifications by blending local access and arterial mobility, showcasing historical significance and potential versatility in replacing suburban arterials to enhance traffic flow and urban experiences.

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Recent questions

  • What is Nebula?

    A platform for original series like "Great Cities."

  • How did Octavia Boulevard in San Francisco originate?

    It replaced an elevated highway after an earthquake.

  • What are the features of multi-way boulevards?

    They have two lanes for thru traffic in each direction.

  • How are streets classified in transportation planning?

    Into local, collector, arterial, and highway types.

  • What potential benefits do boulevards offer?

    They can improve traffic flow and replace suburban arterials.

Related videos

Summary

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"Revolutionizing Urban Road Design with Boulevards"

  • Nebula is the platform for the new original series "Great Cities," starting with a video on Paris's Boulevards, accessible by signing up for Curiosity Stream and Nebula for under $15 annually.
  • Octavia Boulevard in San Francisco replaced an elevated highway after the Loma Prieta earthquake, showcasing the transformation from an ugly highway to a multi-way Boulevard inspired by Paris.
  • Multi-way boulevards feature two lanes for thru traffic in each direction, flanked by local access streets with parallel parking, encouraging bike use and creating a park-like atmosphere with trees.
  • Functional classification in transportation planning categorizes streets into local, collector, arterial, and highway types, with boulevards offering a blend of local access and arterial mobility, challenging the traditional hierarchy.
  • Boulevards, like those in Paris and Brooklyn, have historical significance and can serve as a versatile tool for transportation planners, potentially replacing suburban arterials and improving traffic flow.
  • Multi-way boulevards, while rare, could offer solutions for urban and suburban roadways, replacing highways and arterials to create a more pleasant experience for all users, especially businesses along the boulevard.
  • Retrofitting existing suburban arterials with multi-way boulevards may be challenging due to existing privately owned parking lots, but could be more feasible in urban areas with integrated land uses.
  • Boulevards can provide a non-hierarchical roadway system, suitable for urban and suburban contexts, potentially revolutionizing urban road design and creating a better experience for all users.
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