Targeting disparate spaces: new technology and old tools.

• DOI: 10.17615/mgrk-rx25
• Publication Date: 2024-04-23
• Authors: Morgan M. Richey; John Bang; Vijay Sivaraman
• Keywords: particulate matter; African-American; Lung Diseases; Male; particulate matter <2.5 μm (PM) 2.5; Health Status Disparities; Environmental Exposure; 01 natural sciences; United States; equity; Air Pollution; pollution; Humans; Female; Public Health; Public aspects of medicine; RA1-1270; policy; Environmental Monitoring; 0105 earth and related environmental sciences

A growing number of inexpensive, publicly available, validated air quality monitors are currently generating granular and longitudinal data on air quality. The expansion of interconnected networks of these monitors providing open access to longitudinal data represents a valuable data source for health researchers, citizen scientists, and community members; however, the distribution of these data collection systems will determine the groups that will benefit from them. Expansion of these and other exposure measurement networks represents a unique opportunity to address persistent inequities across racial, ethnic, and class lines, if the distribution of these devices is equitable. We present a lean template for local implementation, centered on groups known to experience excess burden of pulmonary disease, leveraging five resources, (a) publicly available, inexpensive air quality monitors connected via Wi-Fi to a centralized system, (b) discharge data from a state hospital repository (c) the U.S. Census, (d) monitoring locations generously donated by community organizations and (e) NIH grant funds. We describe our novel approach to targeting air-quality mediated pulmonary health disparities, review logistical and analytic challenges encountered, and present preliminary data that aligns with a growing body of research: in a high-burden zip code in Durham North Carolina, the census tract with the highest proportions of African Americans experienced worse air quality than a majority European-American census tract in the same zip code. These results, while not appropriate for use in causal inference, demonstrate the potential of equitably distributed, interconnected air quality sensors.