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Pediatric telemedicine visits reduce greenhouse gas emissions
David F Grabski1, Matthew J Meyer2, Jeffrey W Gander3
1Department of Surgery, University of Virginia School of Medicine, USA.
Insights
Pediatric telemedicine visits significantly reduced carbon emissions by eliminating over 1.5 million miles of travel. This shift to virtual care offers environmental benefits and practical advantages for families.
Area of Science:
- Environmental Science
- Public Health
- Pediatrics
Background:
- Global warming, driven by fossil fuel combustion, presents a significant environmental challenge.
- The healthcare sector contributes to global emissions, with patient travel being a notable factor.
- Telemedicine offers a solution to reduce healthcare-related travel and its associated carbon footprint.
Purpose of the Study:
- To evaluate the impact of pediatric telemedicine on carbon emissions.
- To quantify the reduction in CO2 emissions achieved through virtual pediatric care.
Main Methods:
- A retrospective review of electronic medical records from August 2019 to February 2022 was conducted.
- Telemedicine visits were identified, and patient home zip codes were used to calculate roundtrip travel distances to the clinic.
- The EPA greenhouse gas equivalents calculator converted car emissions data to CO2 emissions.
Main Results:
- Over 20,845 pediatric telemedicine visits occurred during the study period.
- Approximately 1.56 million miles of patient travel were eliminated.
- This reduction in travel resulted in savings of 69,454 gallons of fuel, equivalent to 618 metric tonnes of CO2 saved.
Conclusions:
- Pediatric telemedicine effectively decreases carbon dioxide emissions.
- Virtual care reduces parental work absence, childcare needs, and travel-related costs and time.
- Implementing pediatric telemedicine supports environmental sustainability and improves healthcare accessibility.
Introduction:
The planet is facing a substantial crisis of global warming from the burning of fossil fuels. The global healthcare system contributes to 4.4 % of global emissions part of which can be attributed to patient travel. Telemedicine has the opportunity to provide care while obviating the need for travel. We hypothesized that the use of pediatric telemedicine will decrease carbon emissions.
Methods:
We performed a review of a prospective electronic medical record system of all children that presented to an outpatient children's hospital center from August 2019 through February 2022. The primary outcome was the number of telemedicine visits that occurred per month during the time period. The home zip code for each patient was included and used to calculated the median round trip distance to travel to the outpatient clinic. The EPA greenhouse gas equivalents calculator was utilized to convert car emissions data to carbon dioxide (CO2) emissions data.
Results:
Over the investigation period, there were 20,845 pediatric telemedicine visits. The travel distance that was eliminated was 1,562,716 miles (roundtrip). Using an estimate of 22.5 miles per gallon, this represents a savings of 69,454 gallons of fuel, which translates to 618 metric tonnes of CO2 saved.
Conclusion:
In children, telemedicine can decrease time away from school, work for parents, need for childcare, as well as the cost and time for travel. Pediatric telemedicine use can benefit the environment through the substantial reduction of carbon dioxide emissions.
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