A high definition PDF map of the Rotorua Lakes. Includes major roads, place names. Suitable to print to A1 size.

Significant natural area (SNA) data from operative District Plan (2016) - Rotorua Lakes Council. SNA have significant indigenous vegetation or habitat and may or may not already be formally protected. Significant Natural Areas post Plan Change 3As at February 2021 - This is the dataset used for the Operative District Plan

Water body data - Rotorua Lakes CouncilWater bodies, including lakes, digitised from 2016 aerial photography.

Boundaries of Territorial Local Authorities, including Tauranga, Western Bay of Plenty, Whakatane, Opotiki, Kawerau, Taupo and Rotorua.

Stream data - Rotorua Lakes CouncilStreams digitised from 2016 aerial photography. (For cartographic purposes only - not to be used for networking.)

Geospatial data from Jesse Archer. Export to CAD, GIS, PDF, CSV and access via API.

Zone data from operative District Plan (2016) - Rotorua Lakes Council.Water 1 includes streams wider than 3m. Lakes include the following Te Arawa settlement - Lakes Rotoehu, Rotoma, Rotoiti, Rotorua, Okataina, Okareka, Rerewhakaaitu, Tarawera, Rotomahana, Tikitapu, Ngahewa, Tutaeinanga, Ngapouri and Okaro. In addition Onewhero Lagoon, The Crater, Whakarewarewa Lagoon, Lake Rotokawau, Lake Rotokawa. Any Lakes which were zoned rural in Black Plan remain rural even if they are over 8 ha for example Mamaku Lagoon. Hard Castle and Rawhiti Lagoons are excluded because they are covered by a SNA.Water 1 boundaries are the physical boundaries and were captured from February 2001 imagery at +/- 2m.

The catchment boundaries were generated for the are of the 2006 Rotorua LiDAR where this was inside the Bay of Plenty regional boundary. However some catchments on the edges of the are covered by the LiDAR are not complete. They can be seen in the data as those with straight edges.The catchments were created from a 2m DEM.

This landslide susceptibility mapping study is a requirement of the Bay of Plenty Regional Policy Statement. The methodology of the study is generally based on the “basic” level assessment described in the Australian Geomechanics Society Guideline for Landslide Susceptibility, Hazard and Risk Zoning (AGS, 2007a).The study area consists of the Bay of Plenty regional boundary, excluding the Tauranga City district and five other areas where landslide susceptibility studies have previously been carried out or are currently being undertaken. It also includes the part of the Rotorua Lakes District that lies within the Waikato region. The geology, geomorphology and characteristic mechanisms of landsliding across the study area are described, based on the results of a literature review of available information. Factors that influence slope stability are identified from the results of the literature review, including correlation to an inventory of previous landslides. Assessment of the landslide susceptibility is based on weighting of the influencing factors and combining these in Geographical Information System (GIS) platform using available geospatial datasets. Four categories of landslide susceptibility are described, from Very Low to High, and these are mapped across the region in GIS showing the spatial distribution and extent of the different susceptibility categories. The maps do not present potential areas of regression and runout of landslide debris, which have not been assessed at this stage. The region was mapped at a 1:50,000 scale, except for urban areas identified by BOPRC, which were mapped at 1:25,000. The maps should be used at appropriate scales suggested, and were made available to the public through the Council natural hazards GIS viewer, the scale should be restricted to 1:25,000 for the 12 identified Urban Areas, and 1:50,000 for the remainder of the region.

The Boundary of Rotorua and Mount Maunganui Airshed. For more information about airsheds in the Bay of Plenty region, please visit the BOPRC website.

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Streams digitised from 2016 aerial photography.

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Stream boundaries digitised from 2016 imagery, created into polygons for cartographic purposes.

Web map for parks asset data used in various web apps

Parcels downloaded from LINZ weekly, includes historic parcels and temporal information. Contains primary, secondary and tertiary parcels.Polygons within this layer have a nominal accuracy of 0.1-1m in urban areas and 1-100m in rural areas. For more detailed information about parcel accuracies please refer to the Survey Boundary Marks layer which contains accuracies for each parcel node.

Collector Features

Parcels downloaded from LINZ weekly, includes historic parcels and temporal information. Contains primary, secondary and tertiary parcels.Polygons within this layer have a nominal accuracy of 0.1-1m in urban areas and 1-100m in rural areas. For more detailed information about parcel accuracies please refer to the Survey Boundary Marks layer which contains accuracies for each parcel node.