Expert in ecosystem modeling, hydrographic analysis, climate modeling, and spatial suitability analysis for aquatic and terrestrial systems globally
As Principal Research Scientist and Assistant Director of Limnology Research at the Kenya Marine and Fisheries Research Institute (KMFRI), I lead cutting-edge research integrating ecosystem modeling, hydrographic analysis, and climate science across aquatic and terrestrial systems worldwide.
My work spans oceanographic modeling (ROMS), ecosystem simulation (Atlantis, Ecopath with Ecosim), climate impact modeling using ERA5 data, and comprehensive spatial suitability analysis for aquaculture, agriculture, and conservation planning.
As Chairman of the Lake Victoria Regional Hydroacoustics Working Group and coordinator of the upcoming "Graham Survey of Lake Victoria 100 Years On" centenary project, I bridge advanced computational methods with practical applications in fisheries management.
Specialized consulting services for fisheries management, aquaculture development, and ecosystem assessment worldwide
Comprehensive fisheries analysis using advanced hydroacoustic surveys, catch assessment, and population modeling to inform sustainable management strategies.
Multi-criteria suitability mapping for aquatic and terrestrial applications using GIS, remote sensing, and environmental data integration.
Comprehensive aquaculture planning from site selection to production optimization using hydrographic and environmental analysis.
Comprehensive modeling services including oceanographic, ecosystem, climate, and hydrographic analysis using state-of-the-art computational frameworks.
Workshops and training programs in hydroacoustic surveys, fisheries assessment methods, and ecological modeling techniques.
Manuscript preparation, scientific editing, and grant proposal development for aquatic ecosystem research projects.
Environmental impact assessments, climate change adaptation strategies, and policy development for aquatic resources management.
ROMS, SCHISM frameworks for lake and coastal hydrodynamics, circulation, and biogeochemistry
End-to-end simulation using Atlantis, Ecopath with Ecosim for fisheries and ecosystem management
Climate forcing files development, ERA5 data processing, and climate change impact assessment
GIS-based multi-criteria analysis for aquaculture, agriculture, and conservation planning
Advanced acoustic techniques for fish stock assessment and biomass estimation
Water column profiling, current measurement, and physical oceanography analysis
Comprehensive knowledge of Great Lakes ecosystems and fisheries globally
Machine learning for environmental prediction, pattern recognition, and data analysis
Leading aquatic ecosystem research across Great Lakes and aquatic systems worldwide, with focus on ecological modeling, hydroacoustic surveys, stock assessment, and fisheries management. Coordinating major international research initiatives and supervising graduate students.
Specialized in aquatic ecosystem modeling with focus on fisheries dynamics and environmental change in lake ecosystems globally.
Available for consulting projects, research collaborations, and capacity building initiatives worldwide.