Changing patterns of human aggregation are thought to drive annual and multiannual
outbreaks of infectious diseases, but the paucity of data about travel behavior and …

Humans can impact the spatial transmission dynamics of infectious diseases by introducing
pathogens into susceptible environments. The rate at which this occurs depends in part on …

Human travel can shape infectious disease dynamics by introducing pathogens into
susceptible populations or by changing the frequency of contacts between infected and …

Human travel impacts the spread of infectious diseases across spatial and temporal scales,
with broad implications for the biological and social sciences. Individual data on travel …

Seasonal variation in human mobility is globally ubiquitous and affects the spatial spread of
infectious diseases, but the ability to measure seasonality in human movement has been …

The spatiotemporal evolution of human mobility and the related fluctuations of population
density are known to be key drivers of the dynamics of infectious disease outbreaks. These …

The recent availability of large-scale call detail record data has substantially improved our
ability of quantifying human travel patterns with broad applications in epidemiology …

Simple spatial interaction models of human mobility based on physical laws have been used
extensively in the social, biological, and physical sciences, and in the study of the human …

Human mobility plays a major role in the spatial dissemination of infectious diseases. We
develop a spatio-temporal stochastic model for influenza-like disease spread based on …

Human mobility is a core component of human behavior and its quantification is critical for
understanding its impact on infectious disease transmission, traffic forecasting, access to …