The Department of Physics at Ekiti State University (EKSU), Ado-Ekiti, has commended one of its distinguished academics, Dr. Taiwo Hassan Akande, for a body of scientific research that has drawn international attention and advancing critical discourse in environmental safety, public health protection, and sustainable energy development.
Akande’s scholarly works, published in reputable peer-reviewed international journals, address some of the most pressing environmental and health challenges facing developing and industrialised societies alike.
His research applies advanced scientific methodologies to examine radiation exposure in soil, groundwater, and agricultural environments – areas increasingly recognized as silent but consequential determinants of long-term public health outcomes.
According to senior academics within the department, the significance of Akande’s work lies not only in its technical depth but also in its direct societal relevance.
His investigations provide empirical evidence on how naturally occurring radioactive materials, when left unregulated or poorly monitored, can pose measurable risks to human populations and ecological systems.
Professor Anthony Ifeanyi Mukolu, a senior member of the Department of Physics, described the research as “a substantial contribution to environmental physics and public health safety, with implications that extend well beyond Nigeria to the global scientific community.”
He noted that the studies offer practical reference points for policymakers, environmental regulators, and health agencies grappling with radiation-related risk management.
One of Akande’s most widely cited studies focuses on radon concentration in groundwater and soil gas, an invisible environmental hazard linked to increased cancer risk following prolonged exposure.
The research identified elevated radon levels in certain residential and agricultural settings, underscoring the need for routine environmental monitoring and informed public health interventions.
Experts say the findings are particularly valuable to water resource managers, environmental protection agencies, and urban planners, as they provide data-driven guidance for mitigating long-term health risks associated with groundwater use and land development.
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Beyond environmental radiation studies, Akande has also made notable contributions to renewable energy research, with a focus on the electricity generation potential and economic feasibility of wind energy systems. His work evaluates wind resource availability, system performance, and cost-effectiveness, supporting broader national and global efforts toward clean energy adoption, climate resilience, and sustainable development.
Professor Ebenezer Babatope Faweya, a leading researcher in the department and a frequent collaborator, noted that Akande’s publications are “well-received internationally and reflect the kind of applied research that successfully bridges scientific theory with real-world impact.” He added that such research aligns with global priorities on climate change mitigation and energy transition.
The Department of Physics further disclosed that Akande’s research outputs are widely indexed and cited across major global scientific databases, a marker of both quality and international relevance.
His work has attracted scholarly engagement from researchers and institutions across Africa, Europe, Asia, and North America.
University authorities described Dr. Akande’s achievements as a source of institutional pride and a clear indication of Ekiti State University’s growing footprint in high-impact scientific research. The university reaffirmed its commitment to supporting academics whose work contributes meaningfully to environmental protection, public health advancement, and sustainable energy solutions.
