
RVF Early Warning Platform
A research platform that combines satellite rainfall and temperature, a mosquito population model and anomaly detection to flag unusual Rift Valley fever vector seasons in Tanzania.
Read more →Modelling vector-borne diseases can answer questions that are still unknown, fill gaps in knowledge and change the way disease control and prevention work.

A research platform that combines satellite rainfall and temperature, a mosquito population model and anomaly detection to flag unusual Rift Valley fever vector seasons in Tanzania.
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Climate change and variability influence the dynamics and potential spatio-temporal distribution of many vector-borne diseases.
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Running models built from equations or algorithms to explore systems too complex for analytical solutions — such as mosquito vectors and their hosts.
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Anomaly detection, neural networks and support vector machines to find early signs of epidemics in available or simulated data.
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Mapping current and future risk areas for vector-borne diseases. More content coming soon.
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