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New Zealand Geodetic Datum 2000 (NZGD2000) is aligned with the International Terrestrial Reference Frame 1996 (ITRF96) and referenced to epoch 2000.0. However the NZGD2000 coordinates also include the deformation due to earthquakes since 2000, which have been applied as ""reverse patches"" in the NZGD2000 deformation model.

The following document is a scanned image of the Department of Land and Survey Technical Circular 1973/32 that describes the technical details of the New Zealand Map Grid.

This guideline was developed to assist surveyors providing geodetic control survey data to Toitū Te Whenua.

The paper discusses the drivers and issues involved in the reforms of survey regulations, the risks analysed, the options considered and evaluated, the implementation of the changes, and expected outcomes.

New technology such as the Global Positioning System (GPS) is ideally suited to take advantage of a coordinate cadastre because of its ability to survey and coordinate points directly in terms of geodetic control.

This hydrographic risk assessment allows the Vanuatu Government, with the support of regional charting authorities, to come to a conclusion about the nature and scope of chart improvement surveys in Vanuatu. It provides recommendations and conclusions to assist decision makers to prioritise hydrographic surveys in Vanuatu for the provision of accurate and adequate nautical charts to meet the needs of contemporary shipping.

This report details the hydrographic risk assessment of the waters around Tokelau, based on the Land Information New Zealand (LINZ) Hydrographic Risk Assessment Methodology as published in Report Number 15NZ322 Issue 031. The inability to conduct an in-country visit limited the data collection to desktop research only. Accordingly, no numerical assessment has been made and the risk observations are based on ship traffic patterns and existing charts.

Our Annual Report tells Toitū Te Whenua Land Information New Zealand’s story for the year, covering our purpose and outcomes (our Kaupapa), how we manage our resources to create value, and our work to support Māori–Crown relations.

Our Annual Report tells Land Information New Zealand’s story for the year.

Over the past year we have built on our past achievements with a very strong focus on the ways in which LINZ can increase its contribution to New Zealand's future development. To do this, we are focusing on three key objectives - unlocking the value of property, increasing the use of geographic information, and improving New Zealand's resilience to natural events.

Briefing on the Land Information portfolio, outlining LINZ's role, functions and strategic direction.

This Performance Improvement Framework (PIF) Follow-up Review follows on from our 2013 PIF Review.

Our Annual Report tells Land Information New Zealand’s story for the year.

This Statement of Intent (SOI) sets out a new emphasis for Land Information New Zealand (LINZ) that will drive a step change in the way New Zealanders think about and use location information.

The Crown Estate Management System was designed a long time ago and it remains relevant while continuing to evolve.

This reports details the current geodetic activities of Land Information NZ in the Ross Dependency and summaries the work of other New Zealand and overseas agencies.

This letter is superseded, but contains information about the functions and powers under the Act and the Regulations that have been delegated to the OIO.

The purpose of this document is to review improvements made to the 12 national key datasets for resilience and climate change during 2019/20, and to establish the priority data improvements for 2020/21.

This paper gives a status report on collecting gravity data by airborne methods, looking particularly at issues such as techniques, data densities, accuracies, and costs. The overall goal is one of assessing the applicability of this technique to the New Zealand situation.

The Office of the Valuer General has published guidance for councils wishing to apply for a deferment of their General Revaluations allowed under the temporary amendment to the Rating Valuations Act 1998.

Land Information New Zealand (LINZ) has recognised that the ground movements that have occurred as a result of the Canterbury Earthquake Sequence (CES) may have implications for cadastral survey work. LINZ have requested that T&T collate this report to provide background geotechnical information about these ground movements.

This booklet tells you about the Protection Mechanism, and how you may apply to have properties protected under it.

This booklet is published by the Office of Treaty Settlements (OTS) to help government departments and Crown agencies understand the process for the protection of Māori interests in surplus Crown-owned land (the Protection Mechanism).

This document revisits the 2005 lagarosiphon management plan for Lake Wanaka to update contemporary knowledge on lagarosiphon and control techniques, and to outline strategic and tactical responses to combat the spread and impacts of lagarosiphon in Lake Wanaka.

The purpose of Ngā Pou Taunaha o Aotearoa Māori Language Plan is to be clear about the impact the Board has or can have in relation to language revitalisation.

In 2015 Land Information New Zealand (LINZ), with funding from the Treasury Better Public Service Seed Fund established the Smart Cities programme. This programme sought to apply an agile approach to developing and testing 13 ‘smart’ ‘proof of concept’ projects across Auckland, Wellington and Christchurch.

This specification is designed to be used by data administrators and contract management staff in the key stakeholder organisations (New Zealand Police, New Zealand Fire Service, Land Information New Zealand and Statistics New Zealand) to help define and manage the initial provision and compilation of the ESA dataset and its subsequent maintenance and management.

In New Zealand, Marine Geospatial Information (MGI) is collected by various public and private organisations. Knowing what data exists is the first step enabling data accessibility and reusability and increasing the value of marine geospatial investments.

To gauge how our customers are using GNSS/GPS technologies as well as their current use and perceptions of the products and services provided by the PositioNZ network. The results of the survey will aid decisions on how the network may be developed to cater for customers needs now and into the future.

The following document is a scanned image of a paper published in Survey Review XXII, 168, April 1973. It is published here with the permission of Dr. Ian Reilly and describes the theory and methodology behind the development of the New Zealand Map Grid.