Influence of spatial heterogeneity on an emerging infectious disease: the case of dengue epidemics
                Authored by C Favier, N Degallier, D Schmit, CDM Muller-Graf, B Cazelles, B Mondet, MA Dubois
                
                    Date Published: 2005
                
                
                    DOI: 10.1098/rspb.2004.3020
                
                
                    Sponsors:
                    
                        French Ministries
                        
                
                
                    Platforms:
                    
                        No platforms listed
                    
                
                
                    Model Documentation:
                    
                        Other Narrative
                        
                        Mathematical description
                        
                
                
                    Model Code URLs:
                    
                        Model code not found
                    
                
                Abstract
                The importance of spatial heterogeneity and spatial scales (at a village
or neighbourhood scale) has been explored with individual-based models.
Our reasoning is based on the Chilean Easter Island (EI) case, where a
first dengue epidemic occurred in 2002 among the relatively small
population localized in one village. Even in this simple situation, the
real epidemic is not consistent with homogeneous models. Conversely, including contact heterogeneity on different scales (intra-households, inter-house, inter-areas) allows the recovery of not only the El
epidemiological curve but also the qualitative patterns of Brazilian
urban dengue epidemic in more complex situations.
                
Tags
                
                    networks
                
                    health
                
                    Model
                
                    Brazil
                
                    transmission
                
                    Climate-change
                
                    Virus
                
                    Borne diseases
                
                    Fever