FL_CAT5_MOM_INUNDATION_HIGH.tif
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NOAA/NWS/NHCStorm Surge Unit Team LeadaddressMiamiFlorida33165
20260227
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0.000Florida Geographic Data Library (FGDL)Jonathan and Melanie Antevy Hall1480 Inner Road, Room 431PO Box 115706GainesvilleFL32611-5706UShttps://fgdl.org/info/contact/NoneDOWNLOADABLE DATAhttps://www.fgdl.org/Raster Dataset
Category 5 SLOSH MOM Inundation (HIGH Tide Scenario)2025-09-23NHC Storm Surge Unitraster digital dataState of FloridaThe Sea, Lake, and Overland Surges from Hurricanes (SLOSH) model is a numerical model used by NWS to compute storm surge. Storm surge is defined as the abnormal rise of water generated by a storm, over and above the predicted astronomical tides. Flooding from storm surge depends on many factors, such as the track, intensity, size, and forward speed of the hurricane and the characteristics of the coastline where it comes ashore or passes nearby. For planning purposes, the NHC uses a representative sample of hypothetical storms to estimate the near worst-case scenario of flooding for each hurricane category. SLOSH employs curvilinear polar, elliptical, and hyperbolic telescoping mesh grids to simulate the storm surge hazard. The spatial coverage for each SLOSH grid ranges from an area the size of a few counties to a few states. The resolution of individual grid cells within each basin ranges from tens to hundreds of meters to a kilometer or more. Sub-grid scale water features and topographic obstructions such as channels, rivers, and cuts and levees, barriers, and roads, respectively, are parameterized to improve the modeled water levels. NHC provides two near worst case scenario planning products based on hypothetical storm tracks: Maximum Envelopes of Water (MEOWs) and Maximum of Maximums (MOMs). MEOWs are created by computing the maximum storm surge resulting from up to 100,000 hypothetical storms simulated through each SLOSH grid of varying forward speed, radius of maximum wind, intensity (Categories 1-5), landfall location, initial water level, and storm direction. A MEOW product is created for each combination of category, forward speed, storm direction, and initial water level. SLOSH products do not include Category 5 storms north of the NC/VA border. For each storm combination, parallel storms make landfall in 5 to 10 mile increments along the coast within the SLOSH grid, and the maximum storm surge footprint from each simulation is composited, retaining the maximum height of storm surge in a given basin grid cell. No single hurricane will produce the regional flooding depicted in the MEOWs. SLOSH model MOMs are an ensemble product of maximum storm surge heights. MOMs are created for each SLOSH basin by compositing all the MEOWs, separated by category and initial water level, and selecting maximum storm surge value for each grid cell regardless of the forward speed, storm trajectory, or landfall location. The MOMs represent the worst case scenario for a given category of storm and initial water level under ideal storm conditions. A high tide initial water level was used for the storm surge hazard maps. This product uses the expertise of the NHC Storm Surge Unit to merge the operational SLOSH grids to build a seamless map of storm surge hazard scenarios using the MOM product. Each individual SLOSH grid for the Category 1-5 MOMs are merged into a single, seamless grid. The seamless grid is then resampled, interpolated, and processed with a Digital Elevation Model (DEM, i.e. topography) to compute the storm surge hazard above ground for each hurricane category. It should be noted that the SLOSH MOM storm surge hazard data used to create these maps are constrained by the extent of the SLOSH grids users should be aware that risk due to storm surge flooding could extend beyond the areas depicted in these maps. The resulting dataset is then reclassified into the bins described in the entity overview. The areas marked with a value of "99" represent certain levee areas, such as the Hurricane and Storm Damage Risk Reduction System in Louisiana. These areas are highly complex and this product should not be used to assess the storm surge hazard within these areas. Users are urged to consult local officials for flood risk inside these levee areas. Not all levee areas are included in this analysis - in particular, local features such as construction walls, levees, berms, pumping systems, or other mitigation systems found at the local level may not be included in this analysis.The National Storm Surge Hazard Map is a risk analysis tool authorized by the National Hurricane Program (NHP) under the Stafford Act for the purposes of developing Hurricane Evacuation Studies and other hurricane planning and mitigation activities. This mapping dataset provides a more user friendly, seamless national map of near worst case storm surge flooding scenarios using the National Weather Service (NWS) SLOSH model Maximum of MEOWs (MOMs) product for Category 5 hurricanes at a HIGH tide scenario. The map adopts the GIS/Mapping process used for the National Hurricane Centers (NHC) real-time Potential Storm Surge Flooding map. However, this is not the real-time Potential Storm Surge Flooding map product.
Storm Surge Hazard Maps: https://www.nhc.noaa.gov/surge/nationalsurge/
Potential Storm Surge Flooding Map: https://www.nhc.noaa.gov/surge/inundation/
National Hurricane Program, Hurricane Planning and Response: https://www.fema.gov/emergency-managers/risk-management/hurricanes/ Data processed by the National Hurricane Center (NHC) Storm Surge Unit. The primary elevation data used to compute inundation is provided by the NOAA Office for Coastal Management (OCM) and the USGS 3D Elevation Program (3DEP) is used outside the extent of OCM data.storm surgestorm surge floodingstorm surge riskNational Hurricane CenterSLOSHSLOSH MOMsinundationtropical cycloneshurricanesstorm surgestorm surge floodingstorm surge riskNational Hurricane CenterSLOSHSLOSH MOMsinundationtropical cycloneshurricanesThe data and maps in this tool illustrate the scale of potential flooding, not the exact location, and do not account for erosion, subsidence, sea-level change, or future construction. Water levels are based on storm surge and high tide scenarios. The data, maps, and information provided should only be used as a tool for general education/awareness of the storm surge hazard at a city/community level (not for a parcel level or grid cell assessment) or should be used for analyses specified by the National Hurricane Program (NHP). The SLOSH MOM storm surge hazard data used to create these maps are constrained by the extent of the SLOSH grids and users should be aware that risk due to storm surge flooding could extend beyond the areas depicted in these maps. The data and maps in this tool are provided "as is", without warranty to their performance, merchantable state, or fitness for any particular purpose. The entire risk associated with the results and performance of these data is assumed by the user. This tool should be used strictly as a planning reference and storm surge risk awareness tool and not for navigation, permitting, or legal purposes. Consult local officials for evacuation decision making.The Florida Geographic Data Library is a collection of Geospatial Data compiled by the University of Florida GeoPlan Center with support from the Florida Department of Transportation. GIS data available in FGDL is collected from various state, federal, and other agencies (data sources) who are data stewards, producers, or publishers. The data available in FGDL may not be the most current version of the data offered by the data source. University of Florida GeoPlan Center makes no guarantees about the currentness of the data and suggests that data users check with the data source to see if more recent versions of the data exist. Furthermore, the GIS data available in the FGDL are provided 'as is'. The University of Florida GeoPlan Center makes no warranties, guaranties or representations as to the truth, accuracy or completeness of the data provided by the data sources. The University of Florida GeoPlan Center makes no representations or warranties about the quality or suitability of the materials, either expressly or implied, including but not limited to any implied warranties of merchantability, fitness for a particular purpose, or non-infringement. The University of Florida GeoPlan Center shall not be liable for any damages suffered as a result of using, modifying, contributing or distributing the materials. A note about data scale: Scale is an important factor in data usage. Certain scale datasets are not suitable for some project, analysis, or modeling purposes. Please be sure you are using the best available data. 1:24000 scale datasets are recommended for projects that are at the county level. 1:24000 data should NOT be used for high accuracy base mapping such as property parcel boundaries. 1:100000 scale datasets are recommended for projects that are at the multi-county or regional level. 1:125000 scale datasets are recommended for projects that are at the regional or state level or larger. Vector datasets with no defined scale or accuracy should be considered suspect. Make sure you are familiar with your data before using it for projects or analysis. Every effort has been made to supply the user with data documentation. For additional information, see the References section and the Data Source Contact section of this documentation.Any conclusions drawn from the analysis of this information are not the responsibility of the National Weather Service, National Hurricane Center, Office for Coastal Management, or its partners. truewesteastnorthsouthEsri ArcGIS 13.6.0.595271-87.979546-78.63599231.22050424.397224Based on publication2025-09-23T00:00:00
Standard methods for determining inundation were used. The vertical accuracy of these data are dependent on the source elevation data.This analysis uses the most recently completed SLOSH grids from mid2025.The operational SLOSH MOMs are the basis for the storm surge data used to compute inundation in this dataset.NWS SLOSH MOMsNWS SLOSH MOMs2025-07-01NWS Meteorological Development Lab (MDL)withheldThis digital elevation model (DEM) serves as the primary elevation dataset to compute inundation for this analysis.NOAA OCM Digital Elevation ModelsNOAA OCM Digital Elevation Models2015NOAA Office for Coastal Management (OCM)http://coast.noaa.gov/slrThis digital elevation model (DEM) serves as the elevation dataset to compute inundation outside the extent of the OCM elevation dataset.USGS 3D Elevation Program (3DEP)USGS 3D Elevation Program (3DEP)2014USGShttp://nationalmap.gov/3DEP/index.htmlThis vector dataset is used to aid in masking out waterbodies in the resampled DEM.USGS National Hydrography Dataset (NHD)USGS National Hydrography Dataset (NHD)2009USGShttp://nhd.usgs.govThis raster datset is used as part of the process to generate intertidal zone/estuarine wetlands mask.NOAA OCM MHHW RasterNOAA OCM 0MHHW Raster2015NOAA Office for Coastal Management (OCM)http://coast.noaa.gov/slrSpatial and Attribute InformationThe usable area of the SLOSH grids were reduced to ignore spurious data along the grid boundaries and to retain high-resolution portions. The maximum water levels in each MOM were merged onto a uniform grid for processing.
An accurate digital elevation model (DEM) takes considerable time, resource, and expertise to develop and is required to compute inundation. Two elevation datasets were used to derive the DEM: (1) the NOAA Office for Coastal Management(OCM) high-resolution sea level rise elevation dataset and (2) U.S. Geological Survey (USGS) 3D Elevation Program (3DEP). Since storm surge risk extends beyond the OCM extent, the USGS data was used to augment the OCM dataset. For this work, the USGS and OCM DEMs were resampled to about 10 meters using a bilinear interpolation and mosaicked together to produce a seamless raster elevation dataset. The USGS vector hydrography dataset was used to aid in masking out water bodies in the resulting resampled DEM.
The merged MOM grids were processed with this DEM using standard methods for computing inundation.
Other hazards, such as large and dangerous waves, inland flooding, freshwater flooding, or other flooding associated with tropical cyclones are not mapped in this dataset.2025-09-23T00:00:00Downloaded by GeoPlan on 2/17/26 from:
https://www.nhc.noaa.gov/nationalsurge/
Source tif file clipped to custom Florida extent
output reprojected to 3087
Renamed from us_Category5_MOM_Inundation_HIGH.tif to CAT5_MOM_INUNDATION_HIGH_SEP25
2026-02-20T00:00:00This data is provided 'as is'. GeoPlan relied on the integrity of the original data layer's topology.This data is provided 'as is' by GeoPlan and is complete to our knowledge.GeoPlan relied on the integrity of the attribute information within the original data.This data is provided 'as is' and its horizontal positional accuracy has not been verified by GeoPlan.This data is provided 'as is' and its vertical positional accuracy has not been verified by GeoPlan.0
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CAT5_MOM_INUNDATION_HIGH_SEP25CAT5_MOM_INUNDATION_HIGH_SEP25TableTable21OIDInternal feature number.EsriSequential unique whole numbers that are automatically generatedOIDOID400VALUEstorm surge bin codeNWS/NHC1Less than 1 foot above groundNWS/NHC21 to 2 feet above groundNWS/NHC32 to 3 feet above groundNWS/NHC43 to 4 feet above groundNWS/NHC54 to 5 feet above groundNWS/NHC65 to 6 feet above groundNWS/NHC76 to 7 feet above groundNWS/NHC87 to 8 feet above groundNWS/NHC98 to 9 feet above groundNWS/NHC109 to 10 feet above groundNWS/NHC1110 to 11 feet above groundNWS/NHC1211 to 12 feet above groundNWS/NHC1312 to 13 feet above groundNWS/NHC1413 to 14 feet above groundNWS/NHC1514 to 15 feet above groundNWS/NHC1615 to 16 feet above groundNWS/NHC1716 to 17 feet above groundNWS/NHC1817 to 18 feet above groundNWS/NHC1918 to 19 feet above groundNWS/NHC2019 to 20 feet above groundNWS/NHC21Greater than 20 feet above groundNWS/NHC99*Levee Areas. See note in entity overviewNWS/NHCValueInteger10100COUNTPixel Count.EsriCount generated with raster attribute table.CountDouble1900data_rangedata_rangeString25400Data range of valueNWS/NHCDESCRIPTDESCRIPTString3500GeoPlan added field based on VALUEGeoPlanFGDLAQDATEThe date GeoPlan acquired the data from the source.GeoPlanFGDLAQDATEDate800Not all levee protected areas are included in this analysis - in particular, local features such as construction walls, levees, berms, pumping systems, or other mitigation systems found at the local level may not be included in this analysis. Additional levee information can be found in the USACE National Levee Database.NWS/NHC
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