Shoreline change monitoring provides critical information for understanding how coastlines respond to storms, sea-level rise, inlet dynamics, human activities, and long-term environmental change. First Coast Ecological Services delivers comprehensive shoreline monitoring and analysis services designed to support coastal management, restoration planning, infrastructure protection, and resilience initiatives. Services include shoreline survey design, GNSS data collection, historical shoreline compilation, shoreline change analysis, GIS mapping, QA/QC, spatial modeling, and technical reporting tailored to both scientific and management audiences.

FCES has extensive experience monitoring dynamic coastal systems throughout the southeastern United States, including barrier islands, estuarine shorelines, tidal marshes, and developed coastlines. Using high-precision GNSS technology, GIS-based workflows, and established analytical methods such as the Digital Shoreline Analysis System (DSAS), FCES produces accurate, repeatable shoreline datasets capable of supporting both long-term trend analysis and post-storm assessments. These efforts help agencies and organizations identify erosion hotspots, evaluate restoration effectiveness, assess shoreline vulnerability, and prioritize management actions. Shoreline change data can also play a critical role in supporting restoration and resilience grant applications by providing defensible baseline conditions, documenting storm impacts, and helping justify funding needs for coastal recovery and protection projects, including FEMA post-storm funding efforts. FCES also supports post-restoration monitoring and analysis, helping managers evaluate project performance over time and determine whether restoration objectives are being achieved under real-world coastal conditions.

FCES shoreline monitoring projects are grounded in decades of field experience working in some of the most rapidly changing coastal environments in the region. From remote undeveloped shorelines to highly dynamic storm-impacted barrier islands, every project is approached with a focus on defensible methods, consistent data collection, and practical results that support informed decision-making. The goal is not simply to map shoreline position, but to provide reliable long-term datasets that help communities, agencies, and resource managers better understand and respond to coastal change.