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Biography
Temitope Akinyemi is a doctoral researcher in the EU's UTU-GreDiT programme at the University of Turku, Finland. With a strong academic background in environmental management and botany, he holds two master's degrees: an MSc in Environmental Management (Conservation) from the University of Stirling, UK, and an MSc in Botany (Ethnobotany) from the University of Ibadan, Nigeria.
Temitope's research journey began with his deep interest in environmental challenges such as deforestation, flooding, and soil erosion. His MSc dissertation at Stirling focused on analysing the impact of the Black Summer bushfires in Australia using remote sensing, and his earlier work in Ibadan explored the antimicrobial properties of traditional botanicals.
Professionally, Temitope has gained diverse experience, having worked as a field officer at OLAM International, where he was involved in mapping agricultural networks across six Nigerian states. This role gave him hands-on experience in geo-mapping and the application of remote sensing technologies to support sustainable agricultural practices and environmental conservation. He has also worked as a Laboratory Assistant/Tutor at the University of Ibadan, where he trained students and assisted in research publication efforts.
Recognised for his commitment and contributions, Temitope has received several awards, including the Course Directors Prize at Stirling and being a Commonwealth scholar. He is proficient in geospatial analysis tools like QGIS, ArcGIS, and R programming, which he applies in his current research on hydromorphological modelling, sediment connectivity, and the impacts of climate change on river systems.
With a strong foundation in environmental science and a passion for sustainable solutions, Temitope continues to advance his research and contribute to global environmental challenges.
Research
My doctoral research centers on the use of remote sensing technologies and morphodynamic modelling to analyse hydromorphological and sediment connectivity processes within river systems. Hydromorphology, a field integrating geomorphology, hydrology, and ecology, evaluates the structural and functional connectivity of river systems. A key component of this analysis is sediment connectivity, which plays a vital role in understanding geomorphic processes in fluvial environments.
My research aims to utilise innovative tools, such as Unmanned Aerial Vehicles (UAVs), Light Detection and Ranging (LiDAR), and computational models, to monitor riverbed dynamics and sediment transport patterns. The insights gained can inform sustainable water management strategies, offering solutions for the preservation and restoration of river ecosystems.