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|EPIDEMIO: Researchers convinced satellites are helpful in tracking epidemics|
|The amount of data acquired by satellites is increasing at an exponential rate, and researchers are learning about the value of this data in fighting epidemic outbreaks as a result of ESAâ€™s EPIDEMIO project.|
|"I was negative about the role satellites could play in addressing epidemics, but now I am positive," Penelope Vernatsou of the Swiss Tropical Institute in Switzerland said.
The ESA-funded EPIDEMIO project was developed in January 2004 to illustrate the benefits of remote-sensing data for studying, monitoring and predicting epidemic outbreaks.
By using data which focuses on a regionâ€™s landscape â€“ rainfall, vegetation, water bodies, elevation, dust mapping and temperature â€“ researchers are able to pinpoint climatic conditions which are favourable for harbouring various epidemic hosts, indicating where people are at greatest risk.
As the project draws to completion, epidemiologists and data users gathered in Frascati, Italy, at the â€˜Earth Observation in Epidemiology Workshopâ€™, on 8-10 March 2006, to report on how Earth observation (EO) has benefited the field of epidemiology.
Ghislain Moussavou of the Gabon-based International Centre for Medical Research (CIRMF) began studying Ebola haemorrhagic fever, which can cause runaway internal and external bleeding in humans and apes, in Congo and Gabon in the hope of spotting particular environmental characteristics associated with infected sites.
Dry conditions are also favourable for the spread of meningitis, an inflammation of the brain and spinal cord lining. Epidemics nearly always start in the early part of the dry season when it is hot and dusty. For this reason, ESA has been providing dust maps for high-risk areas to aid in implementing early warning systems.
The EPIDEMIO project â€“ funded by the Data User Element of the ESA Earth Observation Envelope Programme â€“ concludes its two-year mission in April 2006, but the groundwork it has laid will aid users in the continuance of their research and allow new projects to be undertaken.
Giuseppe Ottavianelli and Aude de Clercq of the HISTAR Solutions in the Netherlands are currently working on a project, backed by ESA business incubator financing, to confirm the onset of malaria epidemics in Africa, as predicted by remote sensing data.
Malaria is transferred by the female mosquito of the species Anopheles, so if the sensor detects her presence in high numbers, public officials will be alerted so that preventive measures can be put into place.