Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
Description: River Flood Hazard Zones (100 year Extent): The area potentially susceptible to river flooding in a 1% AEP / 100Yr ARI.Regionwide River flood hazard zones were developed by 2 different external expert consultants between 2016 (Priority Rivers) and 2021 (Regionwide Models). The layers are derived by advanced models using empirical calculations. Two different models were used to construct the river flood layers: TUFLOW (Water Technology, 2021), InfoWorks (URS, 2016). The reports detailing the methodologies, and risk assessment on the Priority Rivers, can be accessed from the NRC website.Published By: Divya S Published on: 14th April 2023 Data given by: Matthew Jolly
Description: Coastal flood hazard zones were developed by 3 different external expert consultants in 2020. The layers are derived by advanced models using empirical calculations including tide gauge and extreme water level analysis, wind records and wave models, and used the 2019 LiDAR DEM. Three different models were used to construct the coastal flood layers: a full-coastline ‘bathtub model’ (Tonkin and Taylor, 2020), and two hydrodynamic models for Rangaunu (eCoast, 2020) and Kaipara (DHI, 2019) harbor. The reports detailing the methodologies can be accessed from the NRC website.Note:Old CFHZ 1 * Name of old CFHZ 1 in sde: CoastalFloodHazardZone1* The old CFHZ1 had incorrect values New CFHZ1 * Name of old CFHZ 1 in sde: CoastalFloodHazardZone1_August2023* The values were corrected and provided by Nicole Basher (Rivers and Natural Hazard Officer)
Description: Coastal erosion hazard zones were developed by external experts in 2020, and are derived by empirical calculations including coastal geomorphology, geology, wave action, and historic shoreline movement. The report titled “Coastal Erosion Hazards for Selected Sites 2019-2020” (Tonkin + Taylor, 2020) can be accessed from the NRC website.
Copyright Text: NRC Natural Hazards & Tonkin + Taylor
Description: To provide Contolling Authorities (CA) with an intuitive, populated, and living 3D polyline multimodal model of New Zealand's publicly accessible travel networks. This dataset will enhance data-driven decision-making across modes and foster improved management within our transport systems, both now and in the future.Data/Schema Update FrequencyData Update Frequency: Dependent on Data Managing OrganisationSchema Revised: February 2024Published: February 2024
Copyright Text: Waka Kotahi AMDS Network Model Development Team:
Leah Watts, Felix Five, Adriann Strik, Michaela James
WSP AMDS Network Model Development Team:
Claire-Louise Bode, Andy Holt, Ryan MacVeigh, Elke Beca, Duncan Kerr, Chris Cummings, Andy Standley, John Kreft, Jiten Patel, Philip Moffett, Taane Taiepa, Simon Dellis
dataManagingOrganisation (type: esriFieldTypeSmallInteger, alias: Data Managing Organisation, SQL Type: sqlTypeOther, nullable: true, editable: true, Coded Values: [1: Waka Kotahi NZ Transport Agency], [2: Department of Conservation], [33: Ashburton District Council], ... 114 more ...)
lifeLineRoute (type: esriFieldTypeSmallInteger, alias: Life Line Route, SQL Type: sqlTypeOther, nullable: true, editable: true, Coded Values: [1: Yes], [0: No])