Research with
practical direction.
GeoSite Intel's technical foundations include peer-reviewed geographic research on stormwater retention, nutrient export, and urban development in eastern North Carolina.
Assessing Nutrient Export and Stormwater Retention Amid Urban Growth in Greenville, North Carolina
Amanda Riggs, Steven M. Richter, and Beth Bee. Southeastern Geographer, 66(2), 122–142 (2026).
The study examined ecosystem-service changes in five Greenville-area subwatersheds between 2001 and 2021 using land-cover data and InVEST modeling. The analysis considered stormwater retention and nutrient export as urbanization transformed local landscapes.
ApproachGeographic information systems · Land-cover change · Hydrologic indicators
TodayTraceable inputs, repeatable methods, and clear limits across automation and GIS projects
Research concepts, not finished engineering systems.
Current exploration includes methods to evaluate retention loss and possible downstream consequences of proposed land-use change. Validation, sensitivity, uncertainty, and suitable field/lab collaboration remain important before treating outputs as predictive professional design tools.
GeoSite's commercial automation work is a separate practical service line and is not dependent on these research concepts being validated.
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