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Find similar grantsEvaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities is sponsored by Disaster Medicine and Public Health Preparedness. A study published in April 2025 examining how university and surrounding area characteristics affect student vaccination rates and exemption stringency.
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Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities - The Ohio State University Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities Center for Clinical and Translational Science Research output : Contribution to journal › Article › peer-review Objectives The objectives of this study were to determine how university and surrounding area characteristics are associated with student vaccination rates and vaccine exemption stringency.
Methods This study collected data from publicly available university-associated and government-associated websites. The university and surrounding area characteristics were evaluated to elucidate how they impact student vaccination rates and ease of exemption from vaccine mandates using statistical correlations and linear regression.
Results Lower student-to-faculty ratios and stricter university exemption strategies were significantly correlated with higher vaccination rates. Schools that did not allow for personal exemptions to vaccine mandates had significantly higher vaccination rates as compared to schools without vaccine mandates.
Certain university and surrounding area characteristics, such as regional location and surrounding area vaccination rates, might serve as underlying factors in inconsistent vaccination rates on university campuses. Conclusions Associations were seen between some of the explanatory variables and student vaccination rates.
However, more research needs to be conducted to better understand how these discussed factors affect university vaccination rates. This will allow public health professionals to be more prepared as new health concerns arise in the future. Original language English Article number e101 Journal Disaster Medicine and Public Health Preparedness Volume 19 DOIs https://doi.
org/10. 1017/dmp. 2025.
84 State Published - Apr 23 2025 Link to publication in Scopus Dive into the research topics of 'Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities'. Together they form a unique fingerprint. Linear Regression Analysis Lu, E.
, Leopold, J. , & Lee, J. (2025).
Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities . Disaster Medicine and Public Health Preparedness , 19 , Article e101. https://doi.
org/10. 1017/dmp. 2025.
84 Lu, Emily ; Leopold, Jonathan ; Lee, Jiyoung. / Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities . In: Disaster Medicine and Public Health Preparedness .
2025 ; Vol. 19. @article{efce5953fd474835b03c25690dc90223, title = "Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities", abstract = "Objectives The objectives of this study were to determine how university and surrounding area characteristics are associated with student vaccination rates and vaccine exemption stringency.
Methods This study collected data from publicly available university-associated and government-associated websites. The university and surrounding area characteristics were evaluated to elucidate how they impact student vaccination rates and ease of exemption from vaccine mandates using statistical correlations and linear regression.
Results Lower student-to-faculty ratios and stricter university exemption strategies were significantly correlated with higher vaccination rates. Schools that did not allow for personal exemptions to vaccine mandates had significantly higher vaccination rates as compared to schools without vaccine mandates.
Certain university and surrounding area characteristics, such as regional location and surrounding area vaccination rates, might serve as underlying factors in inconsistent vaccination rates on university campuses. Conclusions Associations were seen between some of the explanatory variables and student vaccination rates.
However, more research needs to be conducted to better understand how these discussed factors affect university vaccination rates. This will allow public health professionals to be more prepared as new health concerns arise in the future." , keywords = "COVID-19, SARS-CoV-2, exemption stringency, faculty student ratio, university, vaccination", author = "Emily Lu and Jonathan Leopold and Jiyoung Lee", doi = "10.
1017/dmp. 2025. 84", journal = "Disaster Medicine and Public Health Preparedness", Lu, E, Leopold, J & Lee, J 2025, ' Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities ', Disaster Medicine and Public Health Preparedness , vol.
19, e101. https://doi. org/10.
1017/dmp. 2025. 84 Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities.
/ Lu, Emily; Leopold, Jonathan; Lee, Jiyoung. In: Disaster Medicine and Public Health Preparedness , Vol. 19, e101, 23.
04. 2025. Research output : Contribution to journal › Article › peer-review T1 - Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities N2 - Objectives The objectives of this study were to determine how university and surrounding area characteristics are associated with student vaccination rates and vaccine exemption stringency.
Methods This study collected data from publicly available university-associated and government-associated websites. The university and surrounding area characteristics were evaluated to elucidate how they impact student vaccination rates and ease of exemption from vaccine mandates using statistical correlations and linear regression.
Results Lower student-to-faculty ratios and stricter university exemption strategies were significantly correlated with higher vaccination rates. Schools that did not allow for personal exemptions to vaccine mandates had significantly higher vaccination rates as compared to schools without vaccine mandates.
Certain university and surrounding area characteristics, such as regional location and surrounding area vaccination rates, might serve as underlying factors in inconsistent vaccination rates on university campuses. Conclusions Associations were seen between some of the explanatory variables and student vaccination rates.
However, more research needs to be conducted to better understand how these discussed factors affect university vaccination rates. This will allow public health professionals to be more prepared as new health concerns arise in the future. AB - Objectives The objectives of this study were to determine how university and surrounding area characteristics are associated with student vaccination rates and vaccine exemption stringency.
Methods This study collected data from publicly available university-associated and government-associated websites. The university and surrounding area characteristics were evaluated to elucidate how they impact student vaccination rates and ease of exemption from vaccine mandates using statistical correlations and linear regression.
Results Lower student-to-faculty ratios and stricter university exemption strategies were significantly correlated with higher vaccination rates. Schools that did not allow for personal exemptions to vaccine mandates had significantly higher vaccination rates as compared to schools without vaccine mandates.
Certain university and surrounding area characteristics, such as regional location and surrounding area vaccination rates, might serve as underlying factors in inconsistent vaccination rates on university campuses. Conclusions Associations were seen between some of the explanatory variables and student vaccination rates.
However, more research needs to be conducted to better understand how these discussed factors affect university vaccination rates. This will allow public health professionals to be more prepared as new health concerns arise in the future. KW - exemption stringency KW - faculty student ratio UR - https://www.
scopus. com/pages/publications/105003695088 JO - Disaster Medicine and Public Health Preparedness JF - Disaster Medicine and Public Health Preparedness Lu E, Leopold J, Lee J. Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities .
Disaster Medicine and Public Health Preparedness . 2025 Apr 23;19:e101. doi: 10.
1017/dmp. 2025. 84
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Evaluating University and Surrounding Area Factors Causing Variability in COVID-19 Vaccine Rates Among United States Universities is funded by Disaster Medicine and Public Health Preparedness. Verify program details on the funder's official page before applying.
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