Avenues O & P: 53rd to Seawall Corridor Safety Improvements
Facility/Street/Highway
Avenue O & Avenue P
Limits
53rd Street to Seawall Blvd
Description
Install curb extensions, sidewalks and/or a multi-use trail, install ADA ramps, perform traffic signal upgrades, construct storm sewer improvements to accommodate drainage modifications due to improvements made, improve roadway signage and striping for enhanced visibility and safety.
Timeframe
Short Term (0-5 Years)
Estimated Cost
$31,545,000.00
Investment Category-Focused Criteria
No
No
No
No
Unknown
The transit agency helps usher people during emergencies to the community center on Broadway to transfer people onto busses for evacuation form the island.
Other Investment Category Focused Criteria
No
This project is not a freight corridor. Heavy truck traffic on these routes is discouraged due to the residential nature of the corridors. Heavy truck traffic is relegated to the state network that traverses the island.
The land adjacent to these corridors is currently built out since the roadways traverse the some of the older neighborhoods on the island. Therefore, mass redevelopment is not anticipated along either corridor.
The proposed project will improve parking configurations along the corridor and enhance visibility to all users that each corridor is a designated one-way route. The project will also seek to improve safety along the corridor by including traffic calming measures that serve the characteristic of the adjacent neighborhoods.
Pedestrian and bicycle facilities are important aspects of this project. Currently, there are discontinuous sidewalks along the entire corridor, which reduces walkability and bicycling activities. Additionally, there is parallel parking along both sides of the street and numerous residential driveways. These present many hazards for pedestrians and bicyclists alike along the corridor. This desired outcome of this project will enhance mobility and safety for all users of these corridors.
By improving pedestrian accessibility and mobility along these corridors, the City anticipates seeing increased ridership on its municipal transit services directly resulting from the improved accessibility.
By improving the quality of the infrastructure, users of the road system will no longer have to dodge ruts and potholes in the existing road surface reducing their tendency to swerve down the road to avoid these features, reducing the potential of striking objects in the adjacent travel lane or parked objects off to the edge of the roadway.
Planning Factors Criteria
2784 crashes per 100 milliion vehicle miles traveled
R = 1055/(5*2.519) = 83.76 crashes per mile
Completing the corridor and creating alternate places for pedestrians and bicyclists to be outside of the roadway will improve safety and reduce potential conflict points where fatalities and incapacitating crashes occur. Additionally, the inclusion of bulb outs, and/or curb extensions at intersections will reduce the length pedestrians need to cross the street. These improvements will also act as a traffic calming device to encourage lower speeds along the corridor.
Resiliency
Medium
Low
This project will include upgrades to the underground drainage conveyance system as well as improvements at the intersections to provide larger inlets to accommodate a greater inflow of water into the system. Given the island’s unique geographic constraints, inclusion of sluice gates or other closure type apparatuses are being considered at the outfall to prevent the system from being inundated dure to tidal backflow.
Access/Connectivity
2850
2516
No
Yes
No
Environmental Justice
2850
3834
1243
1110
488
468
70
The proposed corridor improvements will improve accessibility for all users along the corridor by reducing delays due to traffic and congestion.
This project will incorporate greater accessibility to existing municipal services offered by the City to all residents.
Impacts on Natural and Cultural Resources
This project will include upgrades to the underground drainage conveyance system as well as improvements at the intersections to provide larger inlets to accommodate a greater inflow of water into the system. Given the island’s unique geographic constraints, inclusion of sluice gates or other closure type apparatuses are being considered at the outfall to prevent the system from being inundated dure to tidal backflow.