AAMS Infectious Diseases & Microbiology · Vol. 2 · Issue 1 · 2025-03-22
Dengue Fever Epidemiology and Climate Change: Modeling Future Transmission Dynamics
Santos MR, Oliveira CL
Instituto de Medicina Tropical, Universidade de São Paulo, São Paulo, Brazil¹; Fundação Oswaldo Cruz (Fiocruz), Rio de Janeiro, Brazil²
Abstract
Mathematical modeling of dengue transmission dynamics under climate change scenarios predicts 40% expansion of endemic zones by 2050, with Southeast Asia and Latin America facing the highest burden.
Keywords: Dengue Fever, Climate Change, Epidemiological Modeling, Vector-Borne Diseases, Global Health
Full Text
Mathematical modeling of dengue transmission dynamics under climate change scenarios predicts 40% expansion of endemic zones by 2050, with Southeast Asia and Latin America facing the highest burden.
This article is published open access by AAMS Infectious Diseases & Microbiology. The complete peer-reviewed text can be read on the journal page.
Author Citation Metrics
- Santos MR — Citations: 13 · h-index: 2 · i10-index: 0
- Oliveira CL — Citations: 1143 · h-index: 19 · i10-index: 27 · ORCID 0000-0001-9549-4848
Metrics are sourced from public bibliometric records (OpenAlex) and each author's Google Scholar profile.