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Health services research · JMIR + JAMIA Open

Telemedicine, access & emissions

Studying how geography shapes virtual care, and what avoided travel could mean for healthcare’s environmental footprint.

The problem

Virtual care changes where patients receive services, but its use varies geographically. Studying these patterns can help clarify access and environmental implications.

My contribution

I contributed to collaborative telemedicine research and visualization work at the University of Utah. I am second author on the emissions study and a co-author on the county-level access study.

Travel and emissions

The team’s 2024 observational study estimated the travel that telemedicine could replace. It reported a median round-trip distance of 49 miles and estimated annual U.S. emissions savings of approximately 1.44 million metric tons of CO₂.

These are study-level estimates under the paper’s assumptions, rather than directly measured reductions caused by an intervention.

Access and geography

The 2025 JAMIA Open study examined relationships between county-level telemedicine use, social vulnerability, broadband access, and rurality. This work connects geographical context with healthcare utilization.

What this demonstrates

Working with real-world health data, communicating spatial patterns, collaborating across disciplines, and interpreting observational results with appropriate limits.