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Edmund Ilimoan Yamba

Meteorology and Climate Science

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About

Dr. Edmund Ilimoan Yamba is a Senior Lecturer and Research Scientist in the Department of Meteorology and Climate Science at the Kwame Nkrumah University of Science and Technology (KNUST), Kumasi, Ghana. He holds a Bachelor of Science (BSc) degree in Physics and a Master of Science (MSc) degree in Geophysics, both from KNUST. He earned his Doctorate (PhD) in Meteorology and Climate Science from the University of Cologne, Germany. Since joining the Department in January 2018, Dr. Yamba has played a pivotal role in teaching, research, and community service. In addition to his academic responsibilities, he currently serves as the Examination Officer and Postgraduate Studies Coordinator for the Department.Dr. Yamba has expertise in university teaching and curriculum design, research design, grant writing and project management, scientific writing and peer review, and graduate student supervision. Dr. Yamba also has specialized expertise in data science especially, advanced scientific computing, data analysis and mining, statistics, and visualization. He is proficient in programming languages such as FORTRAN, Python, R, and Shell Scripting. He is skilled in working with Linux-based systems and utilizes LaTeX for scientific writing. His specialized knowledge extends to climate-sensitive infectious disease modeling, land use/cover change mapping, and climate modeling. Dr. Yamba is a multidisciplinary scientist with broad specialties in climate-sensitive health modeling , biometeorology, bioclimatology, biostatistics, climate change and human health. His current research focuses on how climate change and variability drives the transmission of vector-borne diseases, emerging and re-emerging infectious diseases, heat-related diseases (such as heat stress, stroke, exhaustion, and mental health challenges) and air pollution impacts on respiratory diseases.Dr. Yamba is actively involved in several impactful research projects that address pressing global and regional health and climate challenges. He is contributing to the project “Responsible AI for developing a Robust public health surveillance system: Early Detection and Prediction of Vector-borne Viral Zoonotic Pathogens (RAPID-VBP)”, as a Co-Investigator which runs from December 2023 to November 2027 and is funded by the Global South AI4PEP Network. This initiative focuses on leveraging artificial intelligence to enhance public health surveillance systems and improve the early detection and prediction of vector-borne zoonotic pathogens. Additionally, Dr. Yamba serves as Co-Principal Investigator (Co-PI) on a Wellcome Trust-funded project titled “Building a climate cohort to monitor health impacts of climate change in Ghana” ( which runs from February 2024 – March 2027). This research seeks to develop a comprehensive climate-health cohort to evaluate the long-term effects of climate change on public health in Ghana. Furthermore, he is Co-Principal Investigator (Co-PI) on the project “Enhancing Healthcare Accessibility and Communication in Underserved Communities through a Mobile Application (mHealth)”, which runs from February 2024 to August 2025. This initiative aims to bridge healthcare gaps in underserved communities by developing innovative mobile application solutions to improve accessibility and communication in healthcare delivery. Together, these projects exemplify Dr. Yamba’s commitment to advancing scientific research that directly addresses public health and climate-related challenges. Dr. Yamba’s contributions to academia and research are well-documented in his publications, which are available on his Google Scholar page.Dr. Yamba’s life philosophy centers on leveraging his expertise to lead positive change and mentor the next generation of critical thinkers and innovators. He believes in the power of collaboration to create a better and more sustainable world. Dr. Yamba welcomes collaborations and partnerships that drive impactful outcomes in public health, climate science, and beyond.

Research Summary

(inferred from publications by AI)

The researcher's work focuses on understanding and addressing the impacts of climate variability across multiple interconnected domains, including its applications in agriculture, hydrology, public health, and other fields. This interdisciplinary approach involves examining mechanisms like rainfall variability, urban heat island effects, agricultural systems, hydrological processes, and the role of mosquitoes in disease transmission. The researcher employs a holistic methodology using data from satellites, climate models, observational studies, and public health records to develop comprehensive frameworks for assessing environmental risks, optimizing water management, and improving community resilience.

Research Themes

All Papers

Variabilities in Rainfall Onset, Cessation and Length of Rainy Season for the Various Agro-Ecological Zones of Ghana(2015)
Mechanisms of Rainfall Biases in Two CORDEX-CORE Regional Climate Models at Rainfall Peaks over Central Equatorial Africa(2021)
Revisiting The Agro-Climatic Zones Of Ghana: A Re-Classification In Conformity With Climate Change And Variability(2022)
Modelling atmospheric behaviour over southern West Africa using RegCM 4.7.1: Case assessment of relative humidity and zonal wind profiles based on the 2016 DACCIWA summertime field campaign(2024)
Assessment of urban heat island warming in the greater accra region(2020)
Revisiting the agro-climatic zones of Ghana: A re-classification in conformity with climate change and variability(2023)
Historical Analysis of Heatwaves Prevalence, Frequency, Duration and Intensity in Ghana(2025)
Estimation of the return periods of maxima rainfall and floods at the Pra River Catchment, Ghana, West Africa using the Gumbel extreme value theory(2021)
Climate Drivers of Malaria Transmission Seasonality and Their Relative Importance in Sub‐Saharan Africa(2023)
Modelled and observed mean and seasonal relationships between climate, population density and malaria indicators in Cameroon(2019)
Monthly Entomological Inoculation Rate Data for Studying the Seasonality of Malaria Transmission in Africa(2020)
The effect of explicit convection on simulated malaria transmission across Africa(2024)
Monthly entomological inoculation rates for studying malaria transmission seasonality in Africa(2018)
Improvement and validation of dynamical malaria models in Africa(2016)
Climate drivers of malaria seasonality and their relative importance in Sub-Saharan Africa(2022)
Warming Temperatures Reduce Lifespan and Vectorial Capacity of Anopheles Mosquitoes in Ghana(2025)
Decolonizing global AI governance: assessment of the state of decolonized AI governance in Sub-Saharan Africa(2024)
Decolonizing global AI governance: Assessment of the state of decolonized AI governance in Sub-Saharan Africa(2023)
Comparative analysis of satellite and reanalysis data with ground‐based observations in Northern Ghana(2024)
Leaving no disease behind: The roadmap to securing universal health security and what this means for the surveillance of infectious diseases in Ghana as a precedent for sub-Saharan Africa(2023)
Endemicity of COVID-19 to Sub-Saharan Africa: A Review of the Past, Present and Future Risk(2021)
Low‐Level Cloud Development and Diurnal Cycle in Southern West Africa During the DACCIWA Field Campaign: Case Study of Kumasi Supersite, Ghana(2021)
Low-Level Cloud Development and Diurnal Cycle in southern West Africa during the DACCIWA Field Campaign: Case Study of Kumasi Supersite, Ghana(2020)
Reviewing the Past, Present, and Future Risks of Pathogens in Ghana and What This Means for Rethinking Infectious Disease Surveillance for Sub-Saharan Africa(2022)
Evaluating the landscape of the 1918 influenza and the 2019 coronavirus pandemics in mapping potential sentinel surveillance sites for emerging and re-emerging infectious diseases in Ghana(2024)
Bias-corrected NASA data for aridity index estimation over tropical climates in Ghana, West Africa(2023)
Tropical deforestation is associated with considerable heat-related mortality(2025)
Tropical deforestation causes considerable heat-related mortality(2025)
Impacts of tropical deforestation on local climate and human health(2025)
Assessing Heat-Related Health Risk in Ghana Using Bioclimatic Indices(2025)
Evidence of Heatwaves: Characteristics and Trends in Selected Ghanaian Cities(2025)
Assessing heat-related health risk in Ghana using bioclimatic indices(2025)
The Leeds Africa Climate Hackathon – experiences of running a hackathon and highlights of results(2022)
The dynamics of dry and wet monsoon MCS formation over West Africa: Case assessment of February 13, 2018 and June 18, 2018(2022)
Streamflow forecasting using machine learning for flood management and mitigation in the White Volta basin of Ghana(2025)
Author response for "Decolonizing global AI governance: assessment of the state of decolonized AI governance in Sub-Saharan Africa"(2024)
Author response for "Decolonizing global AI governance: assessment of the state of decolonized AI governance in Sub-Saharan Africa"(2024)
Leaving no disease behind: the roadmap to securing universal health security and what this means for the surveillance of infectious diseases in Ghana as a precedent to sub-Saharan Africa(2023)
The climate and environmental determinants of domestic water supply change at the Nasia catchment in Northern Ghana(2023)
Assessing the Performance of Flood Early Warning Systems (Fews) in the White Volta Basin, Ghana: Challenges and Opportunities(2024)
Flood Early Warning Systems in the White Volta Basin, Ghana: Challenges and Opportunities(2025)
Simulation and Forecasting of Streamflow Using Lisflood and Machine Learning in the White Volta Basin, Northern Ghana(2024)
Simulation and Forecasting of Streamflow Using Lisflood and Machine Learning in the White Volta Basin, Northern Ghana(2025)
Trends and advances in image-based mosquito identification and classification using machine learning models: A systematic review(2025)
Spatiotemporal Assessment of PM\textsubscript{2.5} inSenior High Schools in Kumasi, Ghana Using Low-Cost Sensors(2025)

Collaboration Network

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Research Collaboration Map
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About This Profile

This profile is generated from publicly available publication metadata and is intended for research discovery purposes. Themes, summaries, and trajectories are inferred computationally and may not capture the full scope of the lecturer's work. For authoritative information, please refer to the official KNUST profile.