Ecological Niche Modelling
We use ecological niche modeling to predict a species' potential distribution by analyzing environmental conditions and species occurrence data. This approach is important for mapping disease risk, understanding pathogen spread, and guiding public health interventions.
Current Research Projects
Our ecological niche modeling projects focus on understanding disease distribution patterns and predicting future occurrences to inform public health interventions.
Mapping Current and Future Occurrences of Anthrax in Kenya
Utilizing ecological niche modeling to predict current and future distribution patterns of anthrax in Kenya, considering climate change impacts and environmental factors to guide prevention strategies.
Key Research Areas:
- Climate change impact assessment
- Livestock and human risk mapping
- Environmental suitability analysis
- Future outbreak prediction
Modelling Current and Future Occurrences of Dengue in Kenya
Comprehensive ecological niche modeling to understand dengue fever distribution patterns across Kenya, incorporating vector ecology and climate variables for enhanced surveillance.
Key Research Areas:
- Vector habitat suitability mapping
- Urban transmission risk assessment
- Seasonal pattern analysis
- Early warning system development
Ecological Niche Modelling of Visceral Leishmaniasis in East Africa
Regional-scale modeling of visceral leishmaniasis distribution across East Africa, focusing on sandfly vector ecology and reservoir host distribution for elimination strategies.
Key Research Areas:
- Cross-border transmission modeling
- Sandfly vector distribution mapping
- Reservoir host habitat analysis
- Elimination strategy optimization