Oxbows are crescent-shaped water bodies formed when a meandering river erodes its banks and creates a new, straighter channel, isolating a curved segment of the original watercourse. In GIS, oxbows represent a compelling use case for hydrological mapping, floodplain analysis, and wetland habitat assessment. Geospatial analysts leverage remote sensing imagery, LiDAR-derived elevation models, and vector datasets to identify, delineate, and monitor oxbow formations across river corridors. Spatial analysis workflows typically involve hydrological modeling tools, such as those found in ArcGIS or QGIS, to extract channel geometry, quantify surface water extent, and track morphological changes over time using multi-temporal geospatial data. Practical benefits of applying GIS to oxbow analysis include improved floodplain management, enhanced riparian habitat conservation planning, accurate wetland boundary delineation for regulatory compliance, and informed sediment transport modeling. Environmental agencies, water resource managers, and land-use planners rely on GIS-driven oxbow assessments to support ecological restoration projects, reduce flood risk, and maintain accurate hydrographic databases critical for infrastructure and environmental decision-making.