Web Map Tile Service - GeoWebCache

NZL GNS 1:250K geological units (scale 2m-) (gns:NZL_GNS_250K_geological_units_scale2m)

Src: qmap_geological_unit_simple500

ATA SVL GNS 1:250K dikes (gns:ATA_SVL_GNS_250K_dikes)

All NZ Topographic Baselayers (lcr:topobasemap_cached)

Landcare Research NZ Topographic Baselayer

NZL GNS 1:1M geological boundaries (gns:NZL_GNS_1M_geological_boundaries)

This dataset is the bounding arcs to the 1:1 000 000 geological units data for New Zealand. The dataset is a product of the Geological Map of New Zealand 1: 1 000 000 project and was produced by GNS Science. It represents the most current mapping of the geology of New Zealand in a single dataset at a scale of 1:1 000 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver and ArcGIS Server. The dataset comprises arcs with each arc having attributes describing the type of contact, its name, exposure and accuracy. It complies with the GeoSciML Portrayal standard for ContactView and fields required by that standard were populated using the CGI Controlled Vocabulary (2012-11). The data should not be used at scales beyond that for which it was prepared. The spatial accuracy is estimated to be no better than +/- 1000 m.

NZL-GNS_250K_geological_boundaries_plotrank (gns:NZL-GNS_250K_geological_boundaries_plotrank)

This view combines the geological mapping units bounding arcs datasets for the North Island and South Island of New Zealand. The datasets included are NZL-NI_GNS_250K_geological_boundaries and NZL-SI_GNS_250K_geological_boundaries. The datasets used are a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. They represents the most current mapping of the geology of the New Zealand in a single dataset at a scale of 1:250 000. The datasets are stored in an ESRI vector geodatabase and exported to Geoserver.

Landcover Terrain Map (lcr:landscape_eco_painted_relief_cached)

This landcover terrain map was produced using in-house 15m resolution Digital Elevation Model data in combination with ECOSAT landcover data.

NZL-GNS_250K_horizons (gns:NZL_GNS_250K_horizons)

This dataset is the horizons data for New Zealand. The dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current mapping of horizons for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The dataset comprises arcs with each arc having attributes describing the main and subordinate rock types, its age and stratigraphic nomenclature.

NZL GNS 1:250K structural measurements (gns:NZL_GNS_250K_structural_measurements)

This dataset is the structural measurements data for New Zealand. The dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current collection of structure data for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The dataset displays only when viewed at scales between 1:500 000 and 1:1. The dataset comprises points with each point having attributes describing the type of structure, its dip and dip direction the stratigraphic age and stratigraphic nomenclature.

New Zealand GNS GM5 Middlemarch Landslide Boundaries (gmnz:NZL_GNS_GM5_landslide_boundaries)

This data layer spatially represents the bounding arcs to landslide material present at the surface.

NZL GNS 1:250K resources (gns:NZL_GNS_250K_resources)

This dataset is the resources data for New Zealand. The dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents a slightly updated selection of the data available from the Geological Resource Map of New Zealand (GERM) dataset. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The dataset displays only at scales between 1:250 000 and 1:1. The dataset comprises points with each point having attributes describing the type of site and the commodity.

NZL-GNS_250K_geological_boundaries (gns:NZL-GNS_250K_geological_boundaries)

This view combines the geological mapping units bounding arcs datasets for the North Island and South Island of New Zealand. The datasets included are NZL-NI_GNS_250K_geological_boundaries and NZL-SI_GNS_250K_geological_boundaries. The datasets used are a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. They represents the most current mapping of the geology of the New Zealand in a single dataset at a scale of 1:250 000. The datasets are stored in an ESRI vector geodatabase and exported to Geoserver.

New Zealand GNS GM5 Middlemarch Folds (gmnz:NZL_GNS_GM5_folds)

This data layer spatially represents folds located at or near the surface.

ATA SVL GNS 1:250K geological horizons (gns:ATA_SVL_GNS_250K_horizons)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer shows the horizons.

NZL GNS 1:250K textural boundaries (gns:NZL_GNS_250K_textural_boundaries)

This dataset is the bounding arcs to the textural metamorphic data for the North Island of New Zealand. The dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current mapping of the textural metamorphism for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The dataset comprises arcs with each arc having attributes describing the accuracy, the type of the boundary and textural zone if the boundary is an isotect.

ATA SVL GNS 1:250K folds (gns:ATA_SVL_GNS_250K_folds)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer shows the major mappable fold axial traces exposed at the surface.

NZL GNS 1:250K fold axes (gns:NZL_GNS_250K_folds)

This dataset is the folds data for New Zealand. The dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current mapping of folds for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The dataset comprises arcs with each arc having attributes describing the type of fold, its name and age, and activity.

ATA SVL GNS 1:250K metamorphic zones (gns:ATA_SVL_GNS_250K_metamorphic_zones)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer shows the metamorphic zones.

NZL GNS 1:1M faults (gns:NZL_GNS_1M_faults)

This dataset is the 1:1 000 000 faults data for New Zealand. The dataset is a product of the Geological Map of New Zealand 1: 1 000 000 project and was produced by GNS Science. It represents the most current mapping of faults for New Zealand in a single dataset at a scale of 1:1 000 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver and ArcGIS Server. The dataset comprises arcs with each arc having attributes describing the type of fault, its name, age and activity, and the sense of movement and cumulative slip. It complies with the GeoSciML Portrayal standard for ShearDisplacementStructureView and fields required by that standard were populated using the CGI Controlled Vocabulary (2012-11). The data should not be used at scales beyond that for which it was prepared. The spatial accuracy is estimated to be no better than +/- 1000 m.

New Zealand GNS GM5 Middlemarch Electromagnetic Interpretation (polygon) 1800 Hz (gmnz:NZL_GNS_GM5_emi_polygon_1800)

This dataset spatially represents an interpretation of areas of consistent electromagnetic response at 1800 Hz. Credits: Martin, A.P., Cox, S.C., Smith Lyttle, B. 2016

ATA SVL GNS 1:250K geological boundaries (gns:ATA_SVL_GNS_250K_geological_boundaries)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer shows the lithostratigraphic geological map unit boundary types.

ATA SVL GNS 1:250K linears (gns:ATA_SVL_GNS_250K_linears)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer portrays lineaments derived from remote sensing imagery including satellite multi-spectral images, aerial photos and digital terrain models.

ATA SVL GNS 1:250K geological units (gns:ATA_SVL_GNS_250K_geological_units)

The 1:250 000 geological map of South Victoria Land encompasses the area of the southern Ross Sea, including Ross Island, the Dry Valleys and the Royal Society Range. The map is at a pre-press publication stage and this layer shows the lithostratigraphic geological map unit polygons coloured according to age and stratigraphic affiliation.

NZL GNS 1:250K geological units (scale 500K-2M) (gns:NZL_GNS_250K_geological_units_scale500k_2m)

NZL GNS 1:250K faults plotrank (gns:NZL_GNS_250K_faults_plotrank)

This view applys a filter to the faults data for New Zealand. The original dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current mapping of faults for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The view displays at scales between 1:1 000 000 and 1:1. The original dataset comprises arcs with each arc having attributes describing the type of fault, its name, age and activity, and the sense of movement and cumulative slip. This view has been derived by filtering NZL_GNS_250K_faults to enable it to be used, in conjunction with other layers, to create a 1:250 000 geological map. Faults with a plot rank other than 1:250 000 have been suppressed in this view.

New Zealand GNS GM5 Middlemarch Electromagnetic Interpretation (line) 8200 Hz (gmnz:NZL_GNS_GM5_emi_line_8200)

This data layer spatially represents an interpretation of lineations within and boundaries between areas of consistent electromagnetic response at 1800 Hz.

New Zealand GNS GM5 Middlemarch Structural Measurements (gmnz:NZL_GNS_GM5_structural_measurements)

This data layer spatially represents selected structural measurements collected for this area, drawn at all scales. The dataset comprises points with each point having attributes describing the type of structure, its dip and dip direction the stratigraphic age and stratigraphic nomenclature.

NZL GNS 1:250K simple metamorphic zones (gns:NZL_GNS_250K_simple_metamorphic_zones)

This view applys a filter to the mineral metamorphic data for New Zealand. The original dataset is a product of the QMAP Geological Map of New Zealand Project and was produced by GNS Science. It represents the most current mapping of mineral metamorphic polygons for New Zealand in a single dataset at a scale of 1:250 000. The dataset is stored in an ESRI vector geodatabase and exported to Geoserver. The original dataset comprises polygons with each polygon having attributes describing the mineral grade and age.This view has been derived by symbolising NZL_GNS_250K_metamorphic zones using the SIMPLE_GRADE field to create a simplifed mineral metamorphic map.

NZL GNS 1:250K geological units (scale 1-500k) (gns:NZL_GNS_250K_geological_units_scale500k)

New Zealand GNS GM5 Middlemarch Electromagnetic Interpretation (line) 1800 Hz (gmnz:NZL_GNS_GM5_emi_line_1800)

This data layer spatially represents an interpretation of lineations within and boundaries between areas of consistent electromagnetic response at 1800 Hz. Credits: Martin, A.P., Cox, S.C., Smith Lyttle, B. 2016