Citation:

Citation Information:

Title: NEOWAVE Regional Tsunami Model: Guam: Agat Bay

Date:

Date: January 19, 2021
Date Type: creation (CI_DateTypeCode)

Identifier:

Code: neowave_agat_bay
Authority: org.pacioos

Responsible Party:

Individual Name: Kwok Fai Cheung
Organization Name: University of Hawaii at Manoa
Contact:

Contact Address:

Email: cheung@hawaii.edu

Online Resource:

Linkage: http://www.soest.hawaii.edu/ore/people/faculty/kwok-fai-cheung/
Protocol: http
Function: information (CI_OnLineFunctionCode)

Contact Role: originator (CI_RoleCode)

Responsible Party:

Organization Name: Pacific Islands Ocean Observing System (PacIOOS)
Contact:

Contact Address:

Email: info@pacioos.org

Online Resource:

Linkage: http://pacioos.org
Protocol: http
Function: information (CI_OnLineFunctionCode)

Contact Role: publisher (CI_RoleCode)

Other Citation Details: Related publication: Yamazaki, Y., Kowalik, Z. and Cheung, K.F. (2009), Depth-integrated, non-hydrostatic model for wave breaking and run-up. Int. J. Numer. Meth. Fluids, 61: 473-497. https://doi.org/10.1002/fld.1952.

Suggested data citation: Cheung, K.F. 2021. NEOWAVE Regional Tsunami Model: Guam: Agat Bay. Distributed by the Pacific Islands Ocean Observing System (PacIOOS). http://pacioos.org/metadata/neowave_agat_bay.html. Accessed [date].

Abstract:

Non-hydrostatic Evolution of Ocean WAVEs (NEOWAVE) regional tsunami model for Agat Bay along the southwest shore of the island of Guam, categorized by earthquake magnitude and subduction zone. Includes nearshore hazard maps of surge, drawdown, and current for hypothetical advisory and warning-level tsunamis from potential sources at the Mariana, Nankai, Philippine, and New Guinea subduction zones. Data are gridded at approximately 20-m resolution referenced to the WGS84 coordinate system and use a vertical datum of mean sea level (MSL). This shock-capturing, dispersive wave model computes tsunami generation, propagation, and inundation for complex flow patterns in shelf and reef environments. It has been validated with analytical, laboratory, and field benchmarks and is approved by the National Tsunami Hazard Mitigation Program. These hazard maps cover tsunamis only; other potential hazards such as wind waves and swells would be additive to the surge, drawdown, and current described by these data.

Purpose:

PacIOOS provides timely, reliable, and accurate ocean information to support a safe, clean, productive ocean and resilient coastal zone in the U.S. Pacific Islands region.

Credit:

The Pacific Islands Ocean Observing System (PacIOOS) is funded through the National Oceanic and Atmospheric Administration (NOAA) as a Regional Association within the U.S. Integrated Ocean Observing System (IOOS). PacIOOS is coordinated by the University of Hawaii School of Ocean and Earth Science and Technology (SOEST).

Point of Contact:

Responsible Party:

Individual Name: Kwok Fai Cheung
Organization Name: University of Hawaii at Manoa
Contact:

Contact Address:

Email: cheung@hawaii.edu

Online Resource:

Linkage: http://www.soest.hawaii.edu/ore/people/faculty/kwok-fai-cheung/
Protocol: http
Function: information (CI_OnLineFunctionCode)

Contact Role: pointOfContact (CI_RoleCode)

Browse Graphic:

View full image

Image File: http://www.pacioos.hawaii.edu/metadata/browse/neowave_agat_bay.png

File Description:

Sample image.

Descriptive Keywords:

Keywords:

Keyword Type: theme (MD_KeywordTypeCode)

Keyword: Earth Science Human Dimensions Natural Hazards Tsunamis
Keyword: Earth Science Oceans Coastal Processes Sea Surface Height
Keyword: Earth Science Oceans Coastal Processes Storm Surge
Keyword: Earth Science Oceans Ocean Circulation Ocean Currents
Keyword: Earth Science Oceans Ocean Waves Storm Surge
Keyword: Earth Science Oceans Ocean Waves Tsunamis
Keyword: Earth Science Oceans Sea Surface Topography Sea Surface Height
Keyword: Earth Science Services Models Ocean General Circulation Models (OGCM)/Regional Ocean Models
Keyword: Earth Science Services Models Weather Research/Forecast Models

Keyword Thesaurus:

Citation Information:

Title: GCMD Science Keywords

Keywords:

Keyword Type: theme (MD_KeywordTypeCode)

Keyword: Models/Analyses Models

Keyword Thesaurus:

Citation Information:

Title: GCMD Platform Keywords

Keywords:

Keyword Type: theme (MD_KeywordTypeCode)

Keyword: Not Applicable Not Applicable

Keyword Thesaurus:

Citation Information:

Title: GCMD Instrument Keywords

Keywords:

Keyword Type: place (MD_KeywordTypeCode)

Keyword: Ocean Pacific Ocean Western Pacific Ocean Micronesia Guam Agat Bay

Keyword Thesaurus:

Citation Information:

Title: GCMD Location Keywords

Keywords:

Keyword Type: project (MD_KeywordTypeCode)

Keyword: PacIOOS Pacific Islands Ocean Observing System

Keyword Thesaurus:

Citation Information:

Title: GCMD Project Keywords

Keywords:

Keyword Type: dataCenter (MD_KeywordTypeCode)

Keyword: PacIOOS Pacific Islands Ocean Observing System

Keyword Thesaurus:

Citation Information:

Title: GCMD Data Center Keywords

Keywords:

Keyword Type: theme (MD_KeywordTypeCode)

Keyword: latitude
Keyword: longitude
Keyword: sea_surface_height
Keyword: sea_water_speed

Keyword Thesaurus:

Citation Information:

Title: CF Standard Name Table v39

Aggregation Information:

Aggregate Dataset Name:

Citation Information:

Title: Pacific Islands Ocean Observing System (PacIOOS)

Association Type: largerWorkCitation (DS_AssociationTypeCode)

Initiative Type: project (DS_InitiativeTypeCode)

Aggregation Information:

Aggregate Dataset Identifier:

Code: Grid
Authority: Unidata Common Data Model

Association Type: largerWorkCitation (DS_AssociationTypeCode)

Initiative Type: project (DS_InitiativeTypeCode)

Resource Constraints:

Legal Constraints:

Use Limitation:

The data may be used and redistributed for free but is not intended for legal use, since it may contain inaccuracies. Neither the data Contributor, University of Hawaii, PacIOOS, NOAA, State of Hawaii nor the United States Government, nor any of their employees or contractors, makes any warranty, express or implied, including warranties of merchantability and fitness for a particular purpose, or assumes any legal liability for the accuracy, completeness, or usefulness, of this information.

Language:

eng

Topic Categories (MD_TopicCategoryCode):

Topic Category: oceans

Extent Information:

Spatial Temporal Extent:

Geographic Element:

Bounding Coordinates:

 

Westbound Longitude: 144.62801°
Eastbound Longitude: 144.66983°
Southbound Latitude: 13.35017°
Northbound Latitude: 13.40567°

Services:

Service Identification:

Identifier: OPeNDAP

Service Type: THREDDS OPeNDAP

Contains Operation:

Operation Name: OPeNDAP Client Access

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/thredds/dodsC/neowave_agat_bay
Name: OPeNDAP
Protocol: OPeNDAP:OPeNDAP
Description: THREDDS OPeNDAP
Function: download (CI_OnLineFunctionCode)

Services:

Service Identification:

Identifier: OGC-WMS

Service Type: Open Geospatial Consortium Web Map Service (WMS)

Contains Operation:

Operation Name: GetCapabilities

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/thredds/wms/neowave_agat_bay?service=WMS&version=1.3.0&request=GetCapabilities
Name: OGC-WMS
Protocol: OGC:WMS
Description: Open Geospatial Consortium Web Map Service (WMS)
Function: download (CI_OnLineFunctionCode)

Services:

Service Identification:

Identifier: THREDDS_NetCDF_Subset

Service Type: THREDDS NetCDF Subset Service

Contains Operation:

Operation Name: NetCDFSubsetService

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/thredds/ncss/neowave_agat_bay/dataset.html
Name: THREDDS_NetCDF_Subset
Protocol: UNIDATA:NCSS
Description: THREDDS NetCDF Subset Service
Function: download (CI_OnLineFunctionCode)

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Scope:

dataset

Lineage:

Statement:

2021-01-19T00:00:00Z New dataset.

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Number Of Dimensions:

2

Axis Dimension Properties:

Dimension:

Dimension Name: column (MD_DimensionNameTypeCode)
Dimension Size: 252
Resolution: 1.66630E-4 degrees_east

Dimension:

Dimension Name: row (MD_DimensionNameTypeCode)
Dimension Size: 334
Resolution: 1.66666E-4 degrees_north

Cell Geometry:

area (MD_CellGeometryCode)

Back to Top

Coverage Description:

Dimensions:

• current_event01
• current_event02
• current_event03
• current_event04
• current_event05
• current_event06
• current_event07
• current_event08
• current_event09
• current_event10
• current_event11
• current_event12
• current_event13
• current_event14
• current_event15
• current_event16
• current_event17
• current_event18
• current_event19
• current_event20
• current_event21
• current_event22
• current_event23
• current_event24
• current_event25
• current_event26
• current_event27
• current_event28
• current_event29
• current_event30
• current_event31
• current_event32
• current_event33
• current_event34
• current_event35
• current_event36
• current_event37
• current_event38
• current_event39
• current_event40
• current_event41
• current_event42
• current_event43
• current_event44
• current_event45
• current_event46
• current_event47
• drawdown_event01
• drawdown_event02
• drawdown_event03
• drawdown_event04
• drawdown_event05
• drawdown_event06
• drawdown_event07
• drawdown_event08
• drawdown_event09
• drawdown_event10
• drawdown_event11
• drawdown_event12
• drawdown_event13
• drawdown_event14
• drawdown_event15
• drawdown_event16
• drawdown_event17
• drawdown_event18
• drawdown_event19
• drawdown_event20
• drawdown_event21
• drawdown_event22
• drawdown_event23
• drawdown_event24
• drawdown_event25
• drawdown_event26
• drawdown_event27
• drawdown_event28
• drawdown_event29
• drawdown_event30
• drawdown_event31
• drawdown_event32
• drawdown_event33
• drawdown_event34
• drawdown_event35
• drawdown_event36
• drawdown_event37
• drawdown_event38
• drawdown_event39
• drawdown_event40
• drawdown_event41
• drawdown_event42
• drawdown_event43
• drawdown_event44
• drawdown_event45
• drawdown_event46
• drawdown_event47
• lat
• lon
• surge_event01
• surge_event02
• surge_event03
• surge_event04
• surge_event05
• surge_event06
• surge_event07
• surge_event08
• surge_event09
• surge_event10
• surge_event11
• surge_event12
• surge_event13
• surge_event14
• surge_event15
• surge_event16
• surge_event17
• surge_event18
• surge_event19
• surge_event20
• surge_event21
• surge_event22
• surge_event23
• surge_event24
• surge_event25
• surge_event26
• surge_event27
• surge_event28
• surge_event29
• surge_event30
• surge_event31
• surge_event32
• surge_event33
• surge_event34
• surge_event35
• surge_event36
• surge_event37
• surge_event38
• surge_event39
• surge_event40
• surge_event41
• surge_event42
• surge_event43
• surge_event44
• surge_event45
• surge_event46
• surge_event47

Dimension:

Attribute Name: current_event11
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.2 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event12
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.3 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event13
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.4 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event14
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.5 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event15
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event16
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event17
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.8 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event18
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 7.9 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event19
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 8.0 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event20
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 8.1 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event21
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 8.2 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event22
Attribute Type: float
Units: meters second-1
Descriptor:

current from Mariana Mw 8.3 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event23
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 7.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event24
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 7.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event25
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 7.8 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event26
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 7.9 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event27
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.0 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event28
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.1 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event29
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.2 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event30
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.3 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event31
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.4 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event32
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.5 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event33
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event34
Attribute Type: float
Units: meters second-1
Descriptor:

current from Nankai Mw 8.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event35
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 7.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event36
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 7.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event37
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 7.8 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event38
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 7.9 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event39
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.0 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event40
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.1 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event41
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.2 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event42
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.3 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event43
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.4 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event44
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.5 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event45
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event46
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event47
Attribute Type: float
Units: meters second-1
Descriptor:

current from New Guinea Mw 8.8 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event01
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 7.6 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event02
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 7.7 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event03
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 7.8 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event04
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 7.9 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event05
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.0 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event06
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.1 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event07
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.2 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event08
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.3 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event09
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.4 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: current_event10
Attribute Type: float
Units: meters second-1
Descriptor:

current from East Philippines Mw 8.5 (sea_water_speed). Maximum speed during an event.

Dimension:

Attribute Name: drawdown_event11
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.2 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event12
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.3 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event13
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.4 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event14
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.5 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event15
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event16
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event17
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.8 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event18
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 7.9 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event19
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 8.0 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event20
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 8.1 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event21
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 8.2 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event22
Attribute Type: float
Units: meters
Descriptor:

drawdown from Mariana Mw 8.3 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event23
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 7.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event24
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 7.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event25
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 7.8 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event26
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 7.9 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event27
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.0 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event28
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.1 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event29
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.2 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event30
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.3 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event31
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.4 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event32
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.5 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event33
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event34
Attribute Type: float
Units: meters
Descriptor:

drawdown from Nankai Mw 8.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event35
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 7.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event36
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 7.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event37
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 7.8 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event38
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 7.9 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event39
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.0 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event40
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.1 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event41
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.2 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event42
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.3 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event43
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.4 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event44
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.5 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event45
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event46
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event47
Attribute Type: float
Units: meters
Descriptor:

drawdown from New Guinea Mw 8.8 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event01
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 7.6 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event02
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 7.7 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event03
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 7.8 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event04
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 7.9 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event05
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.0 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event06
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.1 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event07
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.2 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event08
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.3 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event09
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.4 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: drawdown_event10
Attribute Type: float
Units: meters
Descriptor:

drawdown from East Philippines Mw 8.5 (sea_surface_height). Lowest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event11
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.2 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event12
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.3 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event13
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.4 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event14
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.5 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event15
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event16
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event17
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.8 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event18
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 7.9 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event19
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 8.0 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event20
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 8.1 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event21
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 8.2 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event22
Attribute Type: float
Units: meters
Descriptor:

surge from Mariana Mw 8.3 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event23
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 7.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event24
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 7.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event25
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 7.8 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event26
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 7.9 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event27
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.0 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event28
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.1 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event29
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.2 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event30
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.3 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event31
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.4 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event32
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.5 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event33
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event34
Attribute Type: float
Units: meters
Descriptor:

surge from Nankai Mw 8.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event35
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 7.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event36
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 7.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event37
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 7.8 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event38
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 7.9 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event39
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.0 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event40
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.1 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event41
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.2 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event42
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.3 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event43
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.4 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event44
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.5 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event45
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event46
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event47
Attribute Type: float
Units: meters
Descriptor:

surge from New Guinea Mw 8.8 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event01
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 7.6 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event02
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 7.7 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event03
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 7.8 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event04
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 7.9 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event05
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.0 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event06
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.1 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event07
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.2 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event08
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.3 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event09
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.4 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: surge_event10
Attribute Type: float
Units: meters
Descriptor:

surge from East Philippines Mw 8.5 (sea_surface_height). Highest sea surface elevation from the tide level during an event; vertical datum is mean sea level.

Dimension:

Attribute Name: lat
Attribute Type: float
Units: degrees_north
Descriptor:

Latitude (latitude)

Dimension:

Attribute Name: lon
Attribute Type: float
Units: degrees_east
Descriptor:

Longitude (longitude)

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Distributor:

Distributor Contact:

Responsible Party:

Organization Name: Pacific Islands Ocean Observing System (PacIOOS)
Contact:

Contact Address:

Email: info@pacioos.org

Online Resource:

Linkage: http://pacioos.org
Protocol: http
Function: information (CI_OnLineFunctionCode)

Contact Role: publisher (CI_RoleCode)

Distributor Formats:

Name: OPeNDAP
Version: DAP/2.0

Distributor Transfer Options:

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/thredds/tsunami_mod_destinations.html?dataset=neowave_agat_bay
Name: THREDDS Catalog
Protocol: UNIDATA:THREDDS
Description: This URL provides a catalog page for this dataset within THREDDS Data Server (TDS).
Function: download (CI_OnLineFunctionCode)

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/thredds/dodsC/neowave_agat_bay.html
Name: File Information
Protocol: http
Description: This URL provides a standard OPeNDAP html interface for selecting data from this dataset. Change the extension to .info for a description of the dataset.
Function: download (CI_OnLineFunctionCode)

Online Resource:

Linkage: https://pae-paha.pacioos.hawaii.edu/erddap/griddap/neowave_agat_bay
Name: ERDDAP
Protocol: ERDDAP:griddap
Description: This URL provides a viewer and/or data access for this dataset.
Function: download (CI_PresentationFormCode)

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File Identifier:

http://pacioos.org/metadata/iso/neowave_agat_bay.xml

Language:

eng

Character Set:

UTF8 (MD_CharacterSetCode)

Hierarchy Level:

dataset (MD_ScopeCode)

Hierarchy Level:

service (MD_ScopeCode)

Contact:

Responsible Party:

Individual Name: Kwok Fai Cheung
Organization Name: University of Hawaii at Manoa
Contact:

Contact Address:

Email: cheung@hawaii.edu

Online Resource:

Linkage: http://www.soest.hawaii.edu/ore/people/faculty/kwok-fai-cheung/
Protocol: http
Function: information (CI_OnLineFunctionCode)

Contact Role: pointOfContact (CI_RoleCode)

Date Stamp:

March 24, 2023

Metadata Maintenance Information:

Maintenance And Update Frequency: unknown

Maintenance Note:

This record was translated from NcML using UnidataDD2MI.xsl Version 2.3.

Metadata Standard Name:

ISO 19115-2 Geographic Information - Metadata Part 2 Extensions for imagery and gridded data

Metadata Standard Version:

ISO 19115-2:2009(E)

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