LINZ conducting aerial LiDAR survey near Invercargill

By on 24 April, 2024
The aerial LiDAR survey area stretches from Riverton (left arrow) to Waituna Lagoon (right arrow). Base image courtesy Google Maps.

Toitū Te Whenua Land Information New Zealand (LINZ) is currently conducting a two-week-long aerial LiDAR mapping campaign along the south coast of the North Island, between Riverton and Waituna Lagoon near Invercargill.

The purpose of the campaign is to gather data to produce detailed 3D maps of the seafloor (up to 20 metres depth) and the shoreline along the coastal zone.

“The coastal area we are covering in Southland is perfect as it includes a variety of sea conditions that will challenge our methods and tell us how successful our data collection is for future mapping projects,” said Bradley Cooper, LINZ Senior Geospatial Specialist and project lead.

“The data collected will be used to help understand the coastal zone in this area, and can be used for tsunami and inundation modelling, as well as to understand marine habitats.”

Fugro is undertaking the work on behalf of LINZ.

Data gathered from the survey will be made freely available later in the year through the online LINZ Data Service.

You may also like to read:


, , ,


Newsletter

Sign up now to stay up to date about all the news from Spatial Source. You will get a newsletter every week with the latest news.

QGIS WCPS plugin for multidimensional datacubes
The new QGIS WCPS Plugin enables seamless querying and visua...
Seafloor mapping reveals landslide, tsunami risk
Surveying and mapping are providing insights into some of th...
Company behind Pokémon GO splits off spatial arm
Niantic will spin off its geospatial AI arm into a new compa...
Sphere Drones transitions to in-house production
Sphere boosts its local manufacturing capabilities to meet m...
Terria targets the digital twin universe
We speak with the firm’s co-founders to find about more ab...
Desktop, cloud geographic software
Blue Marble Geographics has launched Geographic Calculator 2...