Layers:

Layer: Tsunami Evacuation (0)

Sub Layers:
• Walk Time Evacuation Maps
• Evacuation Brochures
• AHAB Tsunami Sirens
• Assembly Areas and Shelters
• Tsunami Reference Points
• Tsunami Evacuation Routes
Name: Tsunami Evacuation

Display Field:

Type: Group Layer

Geometry Type: null

Description: This group of data contains site locations and point based information pertinent to the maps produced for tsunami evacuation. This includes the locations of assembly areas, shelters, AHAB sirens, and critical facilities and lines for evacuation routes. These evacuation routes were developed in coordination with local emergency managers to assist coastal residents and visitors in finding safer locations in case of an earthquake and tsunami and were utilized in the creation of evacuation map products to help facilitate the communication of tsunami hazard and evacuation information in an online map portal. The published map products indicate direction of travel in select locations, see the evacuation map publications for details.

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Layer: Walk Time Evacuation Maps (1)

Name: Walk Time Evacuation Maps

Display Field: study_area_name

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: This layer provides the boundaries of and links to tsunami walk time maps. These products cover selected populated coastal areas and show the amount of time it would take for somebody to walk to safety from the inundation zone.

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Layer: Evacuation Brochures (2)

Name: Evacuation Brochures

Display Field: study_area_name

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: This layer provides the boundaries of and links to tsunami evacuation brochures. These products cover selected populated coastal areas. It is important to note that the full extent of tsunami inundation is not always captured in one single evacuation brochure.

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Layer: AHAB Tsunami Sirens (3)

Name: AHAB Tsunami Sirens

Display Field: SITE_NAME

Type: Feature Layer

Geometry Type: esriGeometryPoint

Description: AHAB Tsunami Sirens - Tsunami sirens, or All-Hazard Alert Broadcast (AHAB) sirens, generate a loud wailing noise that can be heard from long distances outside to provide warning of tsunamis and transmit messages to coastal areas. Sirens are tested monthly with a chime tone.

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Layer: Assembly Areas and Shelters (4)

Name: Assembly Areas and Shelters

Display Field: SITE_NAME

Type: Feature Layer

Geometry Type: esriGeometryPoint

Description: Assembly Areas and Shelters - are designated locations where those who have evacuated from the tsunami inundation zone can gather and find shelter. Vertical evacuation structures are designated places of refuge during the tsunami event. Assembly areas and shelters are designated by local emergency managers for places to gather after a tsunami event. Some assembly areas are located within the tsunami hazard zone, and should only be used after the tsunami hazard has passed. Please refer to evacuation maps for additional details.

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Layer: Tsunami Reference Points (5)

Name: Tsunami Reference Points

Display Field: SITE_NAME

Type: Feature Layer

Geometry Type: esriGeometryPoint

Description: Reference Points - Many tsunami evacuation brochures show local landmarks such as fire stations, police stations, clinics, and hospitals on evacuation maps. These landmarks are only shown for points of reference and are not evacuation assembly areas. Many of these landmarks may actually be in tsunami inundation zones.

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Layer: Tsunami Evacuation Routes (6)

Name: Tsunami Evacuation Routes

Display Field: ROAD_NAME

Type: Feature Layer

Geometry Type: esriGeometryPolyline

Description: Tsunami evacuation routes were developed in coordination with local emergency managers to guide people to higher ground. In some areas there may be more than one way to reach safety. These routes are typically marked with multiple signs showing additional options for evacuation. You will need to know the evacuation routes for your area ahead of time. If you feel an earthquake, evacuation on foot is highly recommended, as roads will likely be impassable by vehicle.

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Layer: Hazard Areas (7)

Sub Layers:
• Hazard Map Publications
• Tsunami Hazard Areas
• Areas Not Modeled for Tsunami Hazard
Name: Hazard Areas

Display Field:

Type: Group Layer

Geometry Type: null

Description: The mapped hazard areas are a compilation of the maximum modeled tsunami inundation(flooding), gathered from multiple tsunami hazard publications, representing multiple earthquake scenarios. Depending on location, this may be either an offshore earthquake from the Cascadia subduction zone or local crustal faults within Puget Sound.To see the specific modeled effects from a single earthquake scenario, use the Tsunami Scenario Catalog. Areas Not Modeled for Tsunami Hazard - No tsunami modeling has been done for these areas, but a tsunami hazard may still exist along all Washington State shorelines, and even within inland bodies of water.

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Layer: Hazard Map Publications (8)

Parent Layer: Hazard Areas

Name: Hazard Map Publications

Display Field: study_area_name

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Description: The Hazard Map Publications dataset provides the boundaries of the modeled hazard study areas with links to download tsunami hazard map publications and associated data for inundation and current speed. Click on the hazard map outlines and download the publications for more specific information about each map.

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Layer: Tsunami Hazard Areas (9)

Parent Layer: Hazard Areas

Name: Tsunami Hazard Areas

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Type: Feature Layer

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Description: The mapped hazard areas are a compilation of the maximum modeled tsunami inundation (flooding), gathered from multiple tsunami hazard publications and represents multiple earthquake scenarios. Depending on location, this may be either an offshore earthquake from the Cascadia subduction zone or local crustal faults within Puget Sound.

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Layer: Areas Not Modeled for Tsunami Hazard (10)

Parent Layer: Hazard Areas

Name: Areas Not Modeled for Tsunami Hazard

Display Field: study_area_name

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Description: Areas Not Modeled for Tsunami Hazard - No tsunami modeling has been done for these areas, but a tsunami hazard may still exist along all Washington State shorelines, and even within inland bodies of water.

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Layer: Tsunami Scenario Catalog (11)

Sub Layers:
• Cascadia M9.0 Estimated Tsunami Arrival Times
• Cascadia M9.0 Hazard Areas
• Cascadia 1700 Hazard Areas
• Cascadia 1700 With Asperity Hazard Areas
• Seattle Fault M7.5 Estimated Tsunami Arrival Times
• Seattle Fault M7.5 Hazard Areas
• Tacoma Fault M7.3 Hazard Areas
• Tacoma Fault Rosedale M7.3 Hazard Areas
Name: Tsunami Scenario Catalog

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Description: This catalog contains tsunami inundation models from several deterministic earthquake scenarios. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. The tsunami scenario models are generated from several different scenario earthquakes along the Cascadia subduction zone and other local crustal faults. Cascadia M9.0 Estimated Tsunami Arrival Times: These points provide information about how long it will take for the first tsunami wave from a Cascadia M9.0 earthquake scenario to reach a given location, as well as the amplitude of that wave. Cascadia M9.0 Hazard Areas: Modeled after a simulated 9.0 magnitude earthquake along the Cascadia subduction zone using the L1 splay fault model. Cascadia 1700 Hazard Areas: Modeled after a simulated 9.1 magnitude earthquake, based on the ~A.D. 1700 event along the Cascadia subduction zone. Cascadia 1700 With Asperity Hazard Areas: Modeled after a simulated 9.1 magnitude earthquake, based on the ~A.D. 1700 event along the Cascadia subduction zone. This scenario adds an extra 20 ft of uplift as compared to scenario 1A. Seattle Fault M7.5 Estimated Tsunami Arrival Times: These points provide information about how long it will take for the first tsunami wave from a Seattle Fault M7.5 earthquake scenario to reach a given location, as well as the amplitude of that wave. Seattle Fault M7.5 Hazard Areas: Modeled after a simulated ~7.5 magnitude earthquake on the Seattle Fault, similar to that of the 923 CE event. Tacoma Fault M7.3 Hazard Areas: Modeled after a simulated ~7.3 magnitude earthquake on the Tacoma Fault. Tacoma Fault-Rosedale M7.3 Hazard Areas: Modeled after a simulated ~7.3 magnitude earthquake on the Tacoma Fault using the Rosedale monocline as the dominant slip face.

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Layer: Cascadia M9.0 Estimated Tsunami Arrival Times (12)

Parent Layer: Tsunami Scenario Catalog

Name: Cascadia M9.0 Estimated Tsunami Arrival Times

Display Field: inundating_wave_arrival_time

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Description: This feature class contains wave amplitude and first inundating wave arrival time information from tsunami inundation models from a deterministic earthquake scenario. This scenario is for the Cascadia subduction zone M 9.0 scenario: Modeled after a simulated 9.0 magnitude earthquake along the Cascadia subduction zone using the L1 splay fault model. The Extended-L1 model was further extended up to the northwest off of Vancouver Island.

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Layer: Cascadia M9.0 Hazard Areas (13)

Parent Layer: Tsunami Scenario Catalog

Name: Cascadia M9.0 Hazard Areas

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Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is for the Cascadia subduction zone M 9.0 scenario: Modeled after a simulated 9.0 magnitude earthquake along the Cascadia subduction zone using the L1 splay fault model. The Extended-L1 model was further extended up to the northwest off of Vancouver Island.

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Layer: Cascadia 1700 Hazard Areas (14)

Parent Layer: Tsunami Scenario Catalog

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Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is for the Cascadia Subduction Zone scenario 1A: Modeled after a simulated 9.1 magnitude earthquake, based on the ~A.D. 1700 event along the Cascadia subduction zone.

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Layer: Cascadia 1700 With Asperity Hazard Areas (15)

Parent Layer: Tsunami Scenario Catalog

Name: Cascadia 1700 With Asperity Hazard Areas

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Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is for the Cascadia Subduction Zone scenario 1A: Modeled after a simulated 9.1 magnitude earthquake, based on the ~A.D. 1700 event along the Cascadia subduction zone. Simulation adds an extra 20 feet of uplift as compared to scenario 1A.

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Layer: Seattle Fault M7.5 Estimated Tsunami Arrival Times (16)

Parent Layer: Tsunami Scenario Catalog

Name: Seattle Fault M7.5 Estimated Tsunami Arrival Times

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Description: This feature class contains wave amplitude and first inundating wave arrival time information from tsunami inundation models from a deterministic earthquake scenario. This scenario is modeled after a simulated ~7.5 magnitude earthquake on the Seattle Fault, similar to that of the 923 year B.P. event.

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Layer: Seattle Fault M7.5 Hazard Areas (17)

Parent Layer: Tsunami Scenario Catalog

Name: Seattle Fault M7.5 Hazard Areas

Display Field: TSUNAMI_SCENARIO_NAME

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Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is modeled after a simulated ~7.5 magnitude earthquake on the Seattle Fault, similar to that of the 923 year B.P. event.

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Layer: Tacoma Fault M7.3 Hazard Areas (18)

Parent Layer: Tsunami Scenario Catalog

Name: Tacoma Fault M7.3 Hazard Areas

Display Field: TSUNAMI_SCENARIO_NAME

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is for the Tacoma Fault earthquake scenario: Modeled after a simulated ~ 7.3 magnitude earthquake on the Tacoma Fault.

Service Item Id: 6b7921fe418e41059402bf9bbdcd1bc2

Copyright Text:

Default Visibility: false

MaxRecordCount: 2000

Supported Query Formats: JSON, geoJSON, PBF

Min Scale: 0

Max Scale: 0

Supports Advanced Queries: true

Supports Statistics: true

Has Labels: false

Can Modify Layer: true

Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

Extent:
XMin: 576751.630859375
YMin: 81877.33935546875
XMax: 2551197.6801757812
YMax: 1355594.7490234375
Spatial Reference: 2927  (2927)



Drawing Info:
Renderer:
Unique Value Renderer:
Field 1: TSUNAMI_SCENARIO_NAME
Field 2: N/A
Field 3: N/A
Field Delimiter: ,
Default Symbol:
N/A
Default Label: N/A
UniqueValueInfos:
• Value: Tacoma fault scenario
  Label: Tacoma fault scenario
  Description: N/A
  Symbol:
  Style: esriSFSSolid
  Color: [45, 165, 139, 255]
  Outline:
  Style: esriSLSSolid
  Color: [110, 110, 110, 255]
  Width: 0
• Value: Unmapped area
  Label: Unmapped area
  Description: N/A
  Symbol:
  Style: esriSFSSolid
  Color: [156, 156, 156, 153]
  Outline:
  Style: esriSLSSolid
  Color: [110, 110, 110, 255]
  Width: 0
Transparency: 60
Labeling Info:
Advanced Query Capabilities:
Supports Statistics: true
Supports OrderBy: true
Supports Distinct: true
Supports Pagination: true
Supports TrueCurve: true
Supports Returning Query Extent: true
Supports Query With Distance: true
Supports Sql Expression: true
Supports Query With ResultType: false
Supports Returning Geometry Centroid: false
Supports Binning LOD: false
Supports Query With LOD Spatial Reference: false
Supports Percentile Statistics: true
Supports Having Clause: true
Supports Count Distinct: true
Supports Time Relation: true
Supports Sql Format: false
Supports Query Analytic: false
Supports Query With Current User: true


HasZ: false

HasM: false

Has Attachments: false

HTML Popup Type: esriServerHTMLPopupTypeAsHTMLText

Type ID Field: null

Fields:
• OBJECTID ( type: esriFieldTypeOID, alias: OBJECTID )
• Shape ( type: esriFieldTypeGeometry, alias: Shape )
• TSUNAMI_STUDY_ID ( type: esriFieldTypeDouble, alias: Tsunami Study ID )
• INUNDATION_ID ( type: esriFieldTypeDouble, alias: Inundation ID )
• STUDY_AREA ( type: esriFieldTypeString, alias: Study Area Name, length: 35 )
• TSUNAMI_SCENARIO_DESCRIPTION ( type: esriFieldTypeString, alias: Tsunami Scenario Description, length: 255 )
• TSUNAMI_SCENARIO_NAME ( type: esriFieldTypeString, alias: Tsunami Scenario Name, length: 75 )
• DISPLAY_FLAG ( type: esriFieldTypeString, alias: Display Flag, length: 5 )
• SOURCE_DISTANCE ( type: esriFieldTypeString, alias: Tsunami Source Distance, length: 20 )
• CITATION ( type: esriFieldTypeString, alias: Citation, length: 1000 )
• HYPERLINK ( type: esriFieldTypeString, alias: Hyperlink, length: 255 )
• Shape_Length ( type: esriFieldTypeDouble, alias: Shape_Length )
• Shape_Area ( type: esriFieldTypeDouble, alias: Shape_Area )

Layer: Tacoma Fault Rosedale M7.3 Hazard Areas (19)

Parent Layer: Tsunami Scenario Catalog

Name: Tacoma Fault Rosedale M7.3 Hazard Areas

Display Field: TSUNAMI_SCENARIO_NAME

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: This feature class contains tsunami inundation models from a deterministic earthquake scenario. The location and magnitude of the source earthquake determines the extent and size of the modeled tsunami. This scenario is for the Tacoma Fault- Rosedale monocline earthquake scenario: Modeled after a simulated ~ 7.3 magnitude earthquake on the Tacoma Fault using the Rosedale monocline as the dominant slip face.

Service Item Id: 6b7921fe418e41059402bf9bbdcd1bc2

Copyright Text:

Default Visibility: false

MaxRecordCount: 2000

Supported Query Formats: JSON, geoJSON, PBF

Min Scale: 0

Max Scale: 0

Supports Advanced Queries: true

Supports Statistics: true

Has Labels: false

Can Modify Layer: true

Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

Extent:
XMin: 576751.630859375
YMin: 81877.33935546875
XMax: 2551197.6801757812
YMax: 1355594.7490234375
Spatial Reference: 2927  (2927)



Drawing Info:
Renderer:
Unique Value Renderer:
Field 1: TSUNAMI_SCENARIO_NAME
Field 2: N/A
Field 3: N/A
Field Delimiter: ,
Default Symbol:
N/A
Default Label: N/A
UniqueValueInfos:
• Value: Tacoma-Rosedale scenario
  Label: Tacoma-Rosedale scenario
  Description: N/A
  Symbol:
  Style: esriSFSSolid
  Color: [64, 104, 176, 255]
  Outline:
  Style: esriSLSSolid
  Color: [110, 110, 110, 255]
  Width: 0
• Value: Unmapped area
  Label: Unmapped area
  Description: N/A
  Symbol:
  Style: esriSFSSolid
  Color: [156, 156, 156, 153]
  Outline:
  Style: esriSLSSolid
  Color: [110, 110, 110, 255]
  Width: 0
Transparency: 60
Labeling Info:
Advanced Query Capabilities:
Supports Statistics: true
Supports OrderBy: true
Supports Distinct: true
Supports Pagination: true
Supports TrueCurve: true
Supports Returning Query Extent: true
Supports Query With Distance: true
Supports Sql Expression: true
Supports Query With ResultType: false
Supports Returning Geometry Centroid: false
Supports Binning LOD: false
Supports Query With LOD Spatial Reference: false
Supports Percentile Statistics: true
Supports Having Clause: true
Supports Count Distinct: true
Supports Time Relation: true
Supports Sql Format: false
Supports Query Analytic: false
Supports Query With Current User: true


HasZ: false

HasM: false

Has Attachments: false

HTML Popup Type: esriServerHTMLPopupTypeAsHTMLText

Type ID Field: null

Fields:
• OBJECTID ( type: esriFieldTypeOID, alias: OBJECTID )
• Shape ( type: esriFieldTypeGeometry, alias: Shape )
• study_area_name ( type: esriFieldTypeString, alias: Study Area Name, length: 35 )
• TSUNAMI_SCENARIO_DESCRIPTION ( type: esriFieldTypeString, alias: Tsunami Scenario Description, length: 255 )
• TSUNAMI_SCENARIO_NAME ( type: esriFieldTypeString, alias: Tsunami Scenario Name, length: 75 )
• CITATION ( type: esriFieldTypeString, alias: Citation, length: 1000 )
• HYPERLINK ( type: esriFieldTypeString, alias: Hyperlink, length: 255 )
• Shape_Length ( type: esriFieldTypeDouble, alias: Shape_Length )
• Shape_Area ( type: esriFieldTypeDouble, alias: Shape_Area )