Modeling the seasonal and climate-dependent dynamics of visceral leishmaniasis in Brazil:Implications for transmission and ControlOA
Modeling the seasonal and climate-dependent dynamics of visceral leishmaniasis in Brazil:Implications for transmission and Control
Quinn H.Adams;Davidson H.Hamer;Lucy R.Hutyra;Gregory A.Wellenius;Kayoko Shioda
Center for Climate and Health,Boston University School of Public Health,Boston,MA,United States of America||Department of Environmental Health,Boston University School of Public Health,Boston,MA,United States of AmericaDepartment of Global Health,Boston University School of Public Health,Boston,MA,United States of America||Center on Emerging Infectious Diseases,Boston University,Boston,MA,United States of America||Section of Infectious Diseases,Department of Medicine,Boston University Chobanian & Avedisian School of Medicine,United States of AmericaDepartment of Earth and Environment,Boston University,Boston,MA,United States of AmericaCenter for Climate and Health,Boston University School of Public Health,Boston,MA,United States of America||Department of Environmental Health,Boston University School of Public Health,Boston,MA,United States of AmericaDepartment of Global Health,Boston University School of Public Health,Boston,MA,United States of America||Center on Emerging Infectious Diseases,Boston University,Boston,MA,United States of America
Mathematical modelingVisceral leishmaniasisClimate variabilityPublic health intervention
Mathematical modelingVisceral leishmaniasisClimate variabilityPublic health intervention
《传染病建模（英文）》 2026 (2)
549-559,11
QHA is supported by a T32 training grant awarded to the Department of Environmental Health at the Boston University School of Public Health(T32ES014562),a National Science Foundation Research Traineeship(NRT)grant to Boston Uni-versity(DGE 1735087),and funds from an unrestricted gift previously made by Google.org to Boston University.
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