Scott Greenhalgh currently works in the Mathematics Department at Siena College. Scott does research in Epidemiology, Evolutionary Biology and Applied Mathematics. Current projects of Scott's include modeling the spread of zombies and other creatures most unnatural, the theoretical foundations of compartmental modeling, disease transmission in correctional facilities, and analyzing the cost-effectiveness of STI & STD interventions.
He/him/his
United States
Canada
Greenhalgh S, Alva ML. (2026). Reimagining COVID vaccine distribution: reflecting on waste and equity. Population health metrics
Greenhalgh S, Roman A, Provencher A. (2025). Wonder drugs and where to use them: a forecast of ivermectin's impact on malaria in Africa. Infectious Disease Modelling, 10(4)
Greenhalgh S, Henriquez T, Frutschy M, Leonard R. (2025). Dynamics and Persistence of a Generalized Multi-strain SIS Model. Bulletin of mathematical biology, 87(10)
Farrell J, Spolyar O, Greenhalgh S. (2023). The effect of screening on the health burden of chlamydia: An evaluation of compartmental models based on person-days of infection. Mathematical biosciences and engineering : MBE, 20(9)
Greenhalgh S, Dumas A. (2023). A generalized ODE susceptible-infectious-susceptible compartmental model with potentially periodic behavior. Infectious Disease Modelling, 8(4)
Greenhalgh S, Provencher A. (2022). Inclusive health: modeling COVID-19 in correctional facilities and communities. BMC public health, 22(1)
Greenhalgh S, Rozins C. (2021). A generalized differential equation compartmental model of infectious disease transmission. Infectious Disease Modelling, (6)
Greenhalgh S, Chandwani V. (2020). Advocating an attack against severe malaria: a cost-effectiveness analysis. BMC public health, 20(1)
Greenhalgh S, Schmidt R, Day T. (2019). Fighting the Public Health Burden of AIDS With the Human Pegivirus. American journal of epidemiology, 188(9)
Rozins C, Day T, Greenhalgh S. (2019). Managing Marek's disease in the egg industry. Epidemics, (27)
Greenhalgh S, Hobbs CV, Parikh S. (2018). Brief Report: Antimalarial Benefit of HIV Antiretroviral Therapy in Areas of Low to Moderate Malaria Transmission Intensity. Journal of acquired immune deficiency syndromes (1999), 79(2)
Greenhalgh S, Day T. (2017). Time-varying and state-dependent recovery rates in epidemiological models. Infectious Disease Modelling, 2(4)
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