data test

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

This Combined Earthquake hazard shapefile is a compilation of all "combined earthquake hazard" ArcInfo coverages in major urban areas of the Wellington Region. The coverages represent overlays of all previous earthquake hazard data.1: Area of tsunami inundation2: 20m buffer along major fault traces3: Ground shaking4: Liquefaction...

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

Combined regional flood hazards extent for rivers and streams in the Wellington Region. Data supplied in Feb 2017 from GWRC Flood Protection Dept for the GWRC public flood hazard maps project. Extra extent data supplied by KCDC and WCC was added in May 2017. If you want more information about Flood Risk in the Western part of the Region, please contact...

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

Slope failure includes all types of failures in slopes, including falls, slides, avalanches, flows, and slumps in both soil and rock. Failures caused by liquefaction are excluded from this study. Earthquake induced slope failures are defined as those caused directly or triggered by earthquakes. The majority of earthquake induced slope failures will occur...

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Mean High Water Springs-10 (MHWS10) line for the Greater Wellington Region, NZ. MHWS10 is the mean high water spring tide exceeded 10 percent of the time. It is often used as a practical high tide level for infrastructure design works, and also for estimating extreme high (e.g. the 100-year Average Recurrence Interval) storm tides.Line extracted from a...

Mean High Water Springs-10 (MHWS10) line for the Greater Wellington Region, NZ. MHWS10 is the mean high water spring tide exceeded 10 percent of the time. It is often used as a practical high tide level for infrastructure design works, and also for estimating extreme high (e.g. the 100-year Average Recurrence Interval) storm tides.Line extracted from a...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

Detailed Land Use Capability (commonly known as LUC) from field work developed by Dr Douglas Hicks for use at 1:10,000 (farm) scale.Created by Land Management Advisors and Dr Douglas Hicks with contractors.Full metadata LM_Land_Use Capability_Data_Description.doc available on requestSourcethm (property name) attribute is witheld for privacy reasons for...

This dataset is one of several segments of a regional high detailed stream flowpath dataset. The data was separated using the TOPO 50 map series extents. The stream network was originally created for the purpose of high detailed work along rivers and streams in the Wellington region. It was started as a pilot study for the Mangatarere subcatchment of the...

Our Environment : GWRC Themes - Environmental Monitoring, Biosecurity, Bulk Water, Ecosystems Restoration, Flood Protection, Land and Soil, Managed Land Portfolio.

Wellington Region - Proposed Natural Resources Plan 2015. Data layers for groundwater zones and aquifers created by GW Strategy Group & integrated by G Palmer Sept 2015.