My passion for water resources and spatial analysis fuels my work on diverse environmental and social projects. As a groundwater recharge modeler, I utilize my expertise in hydrology and geospatial analysis to assess how water replenishes underground aquifers under regenerative agriculture practices. This modeling helps ensure the long-term sustainability of these practices in maintaining water security for future generations.
Beyond the scientific realm, I am deeply committed to community empowerment. I leverage my GIS skills as a volunteer for an immigration non-profit, creating maps that empower immigrant groups within the Greater Dayton Metropolitan area. These maps provide critical information about resources, transportation, and cultural landmarks, facilitating their integration and promoting a sense of belonging.
Furthermore, my experience as a freelance GIS analyst allows me to apply my diverse skillset across a wide range of disciplines, encompassing hydrology, spatial ecology, spatial epidemiology, transport modeling, landscape mapping, and climate science. My proficiency in both Python and R empowers me to tackle complex geospatial data science tasks, such as analyzing satellite imagery, developing spatial models, and performing statistical analysis. Additionally, my fluency in GIS software allows me to seamlessly translate complex data insights into clear and impactful visualizations that inform decision-making and raise awareness of critical environmental and social issues.
This comprehensive skill set positions me to contribute significantly to sustainable water management, community development, and diverse spatial analysis projects, ultimately aiming to create positive societal impacts that benefit the environment and communities alike.