
As a doctoral student at Michigan State University,with an emerging interest in the complexities of transboundary flood risks, particularly those impacting Ghana and Burkina Faso as a result of the Bagre Dam. My research is guided by questions that probe into the patterns of inundation due to dam spills, the vulnerability of agricultural lands to flooding, the resultant effects on food security, and the adaptive strategies of local communities in response to these challenges. Although my experience with tools like the USGS Flood Event Viewer (FEV) is limited, I am keenly aware of their potential in enhancing research and providing critical insights into flood dynamics and impacts. I see a clear alignment between my burgeoning research interests and the goals of the US Geological Survey's Web Informatics and Mapping (WIM) Team. Working with the WIM team represents an invaluable opportunity to expand my expertise in the practical application of flood risk management tools and strategies. It offers a platform to integrate my research findings with real-world applications, particularly in the development and enhancement of tools like the FEV. This role stands at the intersection of my academic pursuits and practical skill development, setting the stage for a significant contribution to the field of Flood Risk Management.
Focused on Flood Risk Management: A strong interest in analyzing and managing flood risks, particularly in transboundary contexts
Research and Analytical Skills: Proficient in handling geospatial data, with a specific focus on assessing the impact of flooding on agricultural lands and communities
Technical Aptitude: Keen to expand my knowledge in web technologies, especially tools like the USGS FEV that are pivotal in flood event data management and analysis
Communication and Teamwork: Effective at conveying complex environmental issues and collaborating in diverse academic environments
Recipient of the 2023 Most Outstanding Student Award from the Center for International Studies at Ohio University