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Case Study: Managing Shoreline Cleanup Assessment Technique (SCAT) data and other operational response data MC252 . Emerging Mapping Technologies for Improving Preparedness, Response and Restoration Zach Nixon Research Planning, Inc. Columbia, South Carolina 29201 USA. Acknowledgements.
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Case Study: Managing Shoreline Cleanup Assessment Technique (SCAT) data and other operational response dataMC252 Emerging Mapping Technologies for Improving Preparedness, Response and Restoration Zach Nixon Research Planning, Inc. Columbia, South Carolina 29201 USA
Acknowledgements Bill Holton Mark White Chris Locke Alain Lamarche Doug Reimer Theresa Allard Michael Katz Jerry Muhasky Brianne Connoly
Overview Shoreline response data management and mapping deals with the collection, storage, and reporting of shoreline: • Oiling (SCAT) • Treatment recommendations • Administrative status
Requirements • Cooperative, multi-agency, multi-entity data management in a dynamic IT environment • Strongly coupled with field teams • As complicated as necessary, no more… • 24-hour, long-term, concurrent: • Data input • Data reporting • QAQC
Architecture Digital Field Data: GPS Data, Photographs Web mapping applications Desktop Relational Database Paper Field Data Forms GIS deliverables Desktop GIS Paper Field Sketches Hardcopy maps/metrics Internally generated documents Backup / replication
Conceptual Data Structure Segments (Fixed location) Administrative Status Treatment Recommendations Surveys (Specific time) Zones/Trenches (Specific location & time)
NOAA’s official value for the total length of U.S. tidal shoreline: 95,471 statute miles
NOAA’s official value for the total length of U.S. tidal shoreline: 95,471 statute miles Shoreline length in mapped areas for MC252: 12,046 miles