
Conducted environmental research on 4 federally protected mountain wetland sites in collaboration with the NC Department of Agriculture Plant Conservation Program.
Monitored survival and population demography of federally endangered plant species through rigorous field census and demographic data collection.
Executed hydrologic field protocols, including groundwater sampling, monitoring well data collection, and soil quality analysis to assess post-storm ecosystem recovery.
Utilized ArcGIS to perform geospatial analysis, quantifying landscape-scale impacts by comparing pre- and post-hurricane site conditions.
Developed water level hydrograph models to examine hydrologic connectivity and recovery under extreme weather fluctuations.
Wrote a formal thesis and successful grant proposal detailing the role of wetlands in environmental resilience and climate adaptation.
Data Analysis: Proficiency in Python and R for environmental modeling Experience conducting statistical analysis with Jamovi
Geospatial Tools: Arc(GIS) Spatial analysis, mapping, and data visualization
Fieldwork Experience: Stream gauging, groundwater sampling, slug testing, groundwater remediation techniques (Implementing Permeable Reactive Barrier Systems)
Laboratory Techniques: Water & soil quality testing, sample processing
Software: Microsoft Excel, Microsoft Office, and Notion
Experience using Electronic Health Records (EHR) systems, medical billing systems, and patient data management