Fresno City Bike Path

The Fresno, California, community has shown interest in developing a bike and walking system that is sustainable, safe, and inclusive. The biking infrastructure would connect all nine districts in greater Fresno, providing residents with a space for recreation and commuting while fostering community through connectivity, inclusivity, and social equity. A clean cooling solution proposed in this research focuses on creating shaded and comfortable outdoor spaces along biking routes, providing safety and relief for cyclists and pedestrians while encouraging more social engagement through outdoor activities. Clean cooling solutions can promote passive cooling approaches and sustainable materials, creating an environmentally friendly and inviting biking campus. The investment in the Fresno Bike Campus can play a significant role in helping the City of Fresno reduce the heat island effect while promoting economic development and cultural engagement through placemaking, public art, and transportation.

Principal Investigator: 
Holly Sowles, Ph.D.
PI Contact Information: 
Dates: 
January 2024 to December 2024
Implementation of Research Outcomes: 

The Intelligent Interior Design Visualization Lab, in collaboration with the Fresno State Transportation Institute, proposes to complete the design development of nine bike shelters at trailheads for the Fresno City Bike Campus Project. To enhance the public experience, the Visualization Lab will create a heat island toolkit to analyze multiple design strategies that mitigate extreme temperatures on outdoor surfaces. The bike shelters will act as backdrops to the Scribbles Bike Sculptures while complementing the local district's architectural aesthetics. Each design outcome offers shade, charging stations, water access, and bike repair facilities. The heat island toolkit will analyze and attempt to reduce extreme temperatures on the pathways and at the trailheads of the Fresno City Bike Campus. After developing the toolkit, the Lab will engage local districts in a democratized design process to gather local design preferences for community placemaking. After determining the preferred toolkit for each district, we will 3D print modular prototypes of both the toolkits and the bike shelters.

Impacts/Benefits of Implementation: 

A clean cooling solution proposed in this research focuses on creating shaded and comfortable outdoor spaces along biking routes, providing safety and relief for cyclists and pedestrians while encouraging more social engagement through outdoor activities. Clean cooling solutions can promote passive cooling approaches and sustainable materials, creating an environmentally friendly and inviting biking campus. The investment in the Fresno Bike Campus can play a significant role in helping the City of Fresno reduce the heat island effect while promoting economic development and cultural engagement through placemaking, public art, and transportation.

Project Number: 
2451

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CSUTC
MCEEST
MCTM
NTFC
NTSC

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