NOAA > NESDIS > NCEI (formerly NGDC) > Marine Geology and Geophysics > Bathymetry & Relief privacy policy  All Bathy/Relief Coastal DEMs Fishing Global Lakes Multibeam NOS

Report for F00898 Locality: Boca Raton, FL Sublocality: Boca Raton State(s) or Region(s): Florida Start Date: 2024-05-10 End Date: 2024-05-23 These data are not to be used for navigation. For navigation please refer to NOS Nautical Charts. Download All Products for F00898 Download times vary depending on file size and data transfer rates. Individual product files may be downloaded via the links below. Launch this map service in full-screen view | Visit the full NCEI Bathymetric Data Viewer Survey Products Descriptive Report and Metadata Documents NOAA/NOS Descriptive Reports and Metadata Documents Products listed in these reports may not reflect final products available through NCEI. F00898_Survey_Metadata.xml 24.1KB HSSD-format survey-level metadata record in XML format. May be opened using a web browser or text viewer. F00898_Survey_Metadata.pdf 384.8KB HSSD-format survey-level metadata record in PDF format. The document may be read using a free PDF reader. NOAA/NOS ISO metadata record F00898 View / Download F00898.xml Usually presented as an XML document, which captures the basic characteristics of HSMDB metadata verified from H10000 (1982) to the present as well as F00200 (1965) to the present. Bathymetry Survey products may use different units, datums or projections than the associated survey. Please consult product-specific metadata for additional details. Bathymetric Attributed Grid (BAG) The BAG format is a gridded, multi-dimensional bathymetric data file readable with geospatial visualization software (various commercial solutions, freeware, and open source applications are available). The BAGXYZ files are ascii representations of the BAG data in XYZ format, but do not include uncertainty. F00898_MB_50cm_MLLW_1of1.bag 1.88MB Ellipsoid Referenced BAG Files Ellipsoid referenced Bag files have a vertical datum that may differ materially from the charted datum. Please refer to the file level metadata to ensure proper display. F00898_MB_50cm_Ellipsoid_1of1.bag 1.82MB Imagery GeoImagePDF Georeferenced PDF file including chart and survey layers. F00898_GeoImage.pdf 6.09MB NOAA/NOS side scan sonar mosaic in TIFF format The side scan sonar mosaic is readable with geospatial visualization software (various commercial solutions, freeware, and open source applications are available). F00898_SSSAB_1m_900kHz_1of2.tiff 0.81MB F00898_SSSAB_1m_900kHz_2of2.tiff 0.84MB NOAA/NOS multibeam acoustic backscatter mosaic in TIFF format The multibeam acoustic backscatter mosaic is readable with geospatial visualization software (various commercial solutions, freeware, and open source applications are available). F00898_MBAB_2m_S3009_400kHz_1of1.tiff 130.0KB Survey Metadata Survey Summary Locality Sublocality State or Region Boca Raton, FL Boca Raton Florida Start Date End Date Approval Date 2024-05-10 2024-05-23 Project Number Project Name Purpose S-H930-NRTFB-24 Source of Original Data and License Information License Information These data were produced by NOAA and are in the public domain within the United States. NOAA waives any potential copyright and related rights in these data worldwide through the Creative Commons Zero 1.0 Universal Public Domain Dedication (CC0-1.0). View the license deed. View the legal code. Reference System Information Vertical Datum Horizontal Datum Projection Scale Mean Lower Low Water North American Datum 1983 Projected UTM 17 Affected Products Survey Equipment Vessel(s) Chief(s) of Party NOAA SeaArk Launch S3009 James Kirkpatrick Manufacturer Model Instrument Type SonTek CastAway-CTD Conductivity, Temperature, and Depth Sensor AML Oceanographic Micro SV-Xchange Sound Speed System EdgeTech 4125 SSS Applanix POS MV 320 v5 Positioning and Attitude System Kongsberg Maritime EM 2040C MBES Source Data at NCEI Data in Archive Size (in GB) Date Archived Data Types Surveyed Raw and Processed 10.48 2026-04-15 20:19:41.0 BACKSCATTER, SIDE SCAN, BATHYMETRY