The research presented here aims to explore the perceived Quality of Life (QoL) and perceived accessibility among varying demographic and socioeconomic groups in the Phoenix Metropolitan Area. A relationship between perceived QoL and perceived accessibility was further investigated. The data was collected through the Phoenix Area Social Survey (PASS), which sent randomized surveys to 496 people in the Phoenix region. The survey’s response rate varied, from a low of 22.2% in one of the lowest-income neighborhoods and a high of 55.6% for a middle-income neighborhood. Results were obtained through statistical analyses, such as correlations, chi-squared tests, and t-tests. Results for income, gender and ethnicity indicated similar and comparable perceived QoL and perceived accessibility in the Phoenix area. The data did not reveal a relationship between perceived QoL and perceived accessibility; however, accessibility did increase with increasing income. A striking finding revolved around disparities in access to walkability and transit across all income, genders and ethnicities. This presents implications for built environment and resource allocation planning in order to enhance the lives of residents in the Valley. Future research and investigation into the objective indicators of QoL and impacts of culture on QoL should be pursued.
As the number of heat waves are expected to increase significantly into the future in the U.S. Southwest, new insight is needed into how urban infrastructure can be repositioned to protect people. In the Phoenix metro area infrastructure have largely been deployed over the past half century, during a time when climate change was not a concern. Now, as the county struggles to protect people from heat, there is a need to reassess how existing and new infrastructure can be positioned to reduce health impacts while improving sustainability. Using a neighborhood in Mesa, Arizona as a case study, we assess how changes to transportation infrastructure, building infrastructure, and landscaping can reduce heat exposure. A number of strategies are considered including the optimal deployment of heat refuges, deploying less convective surface materials, and deploying more thermally preferable building materials. The suite of strategies could be considered by cities throughout the Phoenix metro area.