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2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
2023-05-08: Erased areas where Shoretype IN ('FB', 'FBE', 'TZ', 'FB-T') by SeaGrant_MHHW_plus20year_plus12050_SLR.
2023-05-08: Deleted polygons for Deception Pass in Cornet Bay and along SW inlet shore. Deleted northern polygon for Stewart Island.
The polygon feature class contains an inundation boundary for an extreme water level scenario defined as MHHW plus 20-year extreme still water level magnitude (2.9 FT; Miller et al., 2018) plus 2050 50% exceedance RCP8.5 sea level rise scenario in the vicinity of the Puget Sound region. This was created by Coastal Geologic Services in 2022.
The polygon feature class contains an inundation boundary for an extreme water level scenario defined as MHHW plus 20-year extreme still water level magnitude (2.9 FT; Miller et al., 2018) plus 2050 1% exceedance RCP8.5 sea level rise scenario in the vicinity of the Puget Sound region. This was created by Coastal Geologic Services in 2022.