Sewer fixtures captured in council's asset management system.Vertical Datum: NZVD2016

Sewer mains captured in the council's asset management system.Vertical Datum: NZVD2016

Sewer service lines captured  in council's asset management system.Vertical Datum: NZVD2016

Storm water mains and channels captured in the councils asset management system.Vertical Datum: NZVD2016

Storm water sump connections captured in council's asset management system.Vertical Datum: NZVD2016

Storm water fixtures captured in council's asset management system.Vertical Datum: NZVD2016

Water fixtures captured in council's asset management system.Vertical Datum: NZVD2016

Water mains captured in council's asset management system.Vertical Datum: NZVD2016

Water service lines captured in council's asset management system.Vertical Datum: NZVD2016

The surveyed location of the Hanmer Fault through Hanmer Springs township. Collected by Mark Yetton, Geotech Consulting Ltd, and Helen Grant, Environment Canterburyusing differential GPSin 2004. Accurate to +/- 5 metres.Note that the original dataset also included two small parallel inferred fault traces to the north of the main trace in the Queen Mary...

There are four maindata fields:'AREA' gives the extent of each polygon in square metres. 'ACCURACY' identifies the basis on which the polygon was mapped, such as 'lidar', and whether interpretation was aided by examination in the 'field', or using 'satellite imagery'.'TYPE' classifies the polygon according to landform unit name, as outlined in Tables 1,...

There are five main data fields. 'AREA' gives the extent of each polygon in square metres. 'ACCURACY' identifies the basis on which the polygon was mapped, such as 'lidar', and whether interpretation was aided by examination in the 'field', or using 'satellite imagery'or Google Earth Street View (SV).'TYPE' defines the polygon according to the ground...

There are four maindata fields. 'AREA' gives the extent of each polygon in square metres. 'Feature' identifies the fault deformation hazard/Fault Avoidance Zonation unit type, based largely on the 'TYPE' field in the Ashley Fault Zone ground deformation dataset. 'FAZ_class' identifies the category of fault complexity, as set out in Table 2 of...

Mapped surface fault ruptures of the Greendale Fault during the September 2010 Mw7.1 Darfield (Canterbury) earthquake. Features are described as faults, fault scarps or suspected faults; broad scarps; or broad folds.Accompanying report is Villamor, P., Barrell, D., Litchfield, N., Van Dissen, R., Hornblow, S. and Levick, S., 2011, Greendale Fault...

Fault complexity/avoidance zones for the Greendale Fault, based on the Greendale Fault traces dataset mapped after the Greendale Fault rupture in the September 2010 Darfield (Canterbury) earthquake. Areas are mapped as either well-defined, distributed or uncertain deformation, as outlined in the accompanying report. At the time of the report the best...

Location of fault traces and fold axes that form part of the Ostler Fault Zone. The southern part of the dataset ('Ruataniwha') was mapped with hand held and differential GPS in 2005, the northern part of the dataset ('Twizel') was mapped using aerial photos in 2010.Accompanying report is Barrell, D.J.A., 2010, Assessment of active fault and fold hazards...

Interpretation of the extent and nature of pre-existing fault-related ground deformation associated with the Ostler Fault Zone near Twizel (east of the Pukaki Canal), and adjacent areas that show no indication of deformation. The southern part of the dataset ('Ruataniwha') was mapped with hand held and differential GPS in 2005, the northern part of the...

Interpretation of the extent and nature of pre-existing fault-related ground deformation associated with the Ostler Fault Zone near Twizel (east of the Pukaki Canal), and adjacent areas that show no indication of deformation.The dataset is derived from the Ostler Fault Zone ground deformation dataset.Accompanying report is Barrell, D.J.A., 2010,...

The Ostler Fault Hazard Area as shown in the Mackenzie District Plan. The Ostler Fault Hazard Area includes the 'well defined deformation' and 'distributed deformation' areas from the Ostler Fault Zone fault complexity 2010 dataset, with a 100 metre buffer on the upthrown side of these areas and a 50 metre buffer on the downthrown side, as well as the...

River Engineering Survey Cross Sections