Natural resources encompass the Earth's biotic and abiotic assets — including forests, minerals, water bodies, soils, wildlife habitats, and fossil fuels — that hold ecological, economic, or cultural value. As a GIS use case, natural resource management leverages spatial analysis, remote sensing, and geospatial data integration to monitor, assess, and sustainably govern these assets across diverse landscapes.

GIS technology enables analysts to overlay multi-layered datasets — such as land cover classifications, elevation models, hydrological networks, and vegetation indices derived from satellite imagery — to gain comprehensive spatial understanding of resource distribution and condition. Workflows commonly involve geodatabase management, spatial querying, geostatistical modeling, and cartographic visualization to support evidence-based decision-making.

The practical benefits are significant: GIS-driven natural resource applications improve deforestation detection, optimize extraction site selection, support watershed management, enable biodiversity conservation planning, and strengthen regulatory compliance monitoring. Organizations including federal land agencies, environmental consultancies, and mining corporations rely on geospatial platforms such as ArcGIS and QGIS to streamline field data collection, conduct change detection analysis, and produce authoritative resource inventory maps that inform long-term stewardship strategies.