Vaccinations are a hot-button issue right now as measles outbreaks crop up throughout the United States. Measles, mumps, rubella, whooping cough, and polio are all deadly diseases that can be easily prevented with vaccines. Outbreaks of these diseases have been occurring worldwide for a long time, but outbreaks have been increasing in the U.S. while going down in other countries, according to the video below:
Media coverage of the Ebola virus outbreak has thus far represented a geospatial and cartographic moment. Mapping of the outbreak and geovisualization of its different facets is doing much to frame public understanding of the crisis as well as the policies that are attempting to address it.
One the one hand, the widespread use of geovisualizations to report on the Ebola epidemic reflects the high density of information that maps provide. This has only been increased by the swift integration of traditional cartography with animated graphics and other web-based media to create ever more visually appealing infographics that have a geographic twist.
Geovisualizations demonstrate the importance of place and scale—two fundamental aspects of geography—to the Ebola epidemic. Maps of the worldwide locations of where infected patients are staying, the locations of medical centers equipped to handle Ebola are located, not to mention the geographic concentrations of new cases give readers a place-based sense of either unease or hope. Maps of Ebola-related travel restrictions tell us how national governments are responding to the ongoing risk of spread.
But West Africa remains the epicenter of this Ebola outbreak and the region is already suffering a tremendous human and economic toll from the virus. Using geospatial approaches to understand patterns of human mobility will is playing a central role in efforts to prevent the outbreak from reaching even greater proportions. One of the best examples of this is work done by researchers associated with the Flowminder Foundation which reveals at an unprecedented level of detail the movements of people in and around the parts of West Africa with the highest concentrations of Ebola cases. What made this work possible was the use of cell phone records, which are proprietary to the providing telecom companies and sensitive information for the phone users themselves. Given the growing need for this type of spatial epidemiology to address fast breaking and complex emergencies like the Ebola outbreak, we can expect that norms around data availability and use to change quickly and in unexpected ways.