Research Project Received Funding for Disease Tracking
A new partnership aims to improve how local knowledge supports the early detection of zoonotic diseases.
Updated on Sept. 30, 2026 in Diseases — General
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The University of Bayreuth has secured approximately €550,000 in funding to investigate how local community observations can strengthen early warning systems for zoonotic diseases. The initiative will support a Mercator Fellowship for researcher Salome Bukachi through 2031.
Why it matters
By integrating local knowledge into formal surveillance, this project seeks to refine the detection of diseases that spread from animals to humans. It shifts the focus toward community-based evidence to potentially improve the speed and accuracy of outbreak alerts.
This project, supported by a €550,000 grant through the Global Minds in DFG Research Networks initiative, will conduct field studies in Kajiado, Kenya, and Nakaseke, Uganda. Researchers plan to evaluate the role of local knowledge in disease identification over a multi-year timeframe.
The players
University of Bayreuth
A German public research university managing the Cluster of Excellence Africa Multiple and various international research initiatives.
Salome Bukachi
A researcher based at the University of Nairobi who specializes in medical anthropology and the One Health approach to disease detection.
Cluster of Excellence Africa Multiple
A research program funded since 2019 that focuses on the diverse social and ecological dynamics across the African continent.
The details
The project utilizes a One Health approach, which recognizes that human health is inextricably linked to animal health and the shared environment. By combining medical anthropology with ecological research, the team aims to map how traditional and local community insights can act as a grassroots layer of early detection for zoonotic pathogens. This data is expected to be integrated into existing monitoring systems to bridge gaps in current diagnostic infrastructure.
Timeline
The Cluster of Excellence Africa Multiple began receiving funding in 2019.
The second funding phase for the cluster commenced in 2026.
The fellowship project officially begins in August 2027.
The project fellowship is scheduled to conclude in September 2031.
The second funding phase for the Cluster of Excellence ends in 2032.
Health Landscape
This initiative builds upon the work of the Cluster of Excellence Africa Multiple to advance interdisciplinary health research. It follows a growing shift toward incorporating ethnographic data into global disease surveillance frameworks.
This research focuses on the systemic detection of diseases that cross from animals to humans in specific global regions. While this work occurs in academic and research settings, it highlights the importance of reporting unusual clusters of animal or human illness to your local physician.
The takeaway
Effective outbreak response often relies on the earliest possible detection of symptoms in both human and animal populations. Residents in areas with high human-animal interaction should remain observant and discuss any unexplained illness in household or livestock animals with local authorities.
Further reading
For more information on how medical research identifies and tracks potential health threats, visit Diseases — General.
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