Map and search of GeoNet sensor networks that deliver high-rate-data. Use the date search filter to see sensors that were operating in the past. More detailed station/sensor information can be ...

Geomagnetic teams across the globe measure and monitor the Earth's magnetic field to provide Space Weather warnings of solar disturbances and forecast magnetic storms that can affect human activities.

The 1968 Inangahua earthquake caused widespread damage and was felt over much of the country.

The Aotearoa New Zealand Tsunami Gauge network, also known as the Coastal Sea Level gauge network, supports detection and analysis of potential tsunami threats arriving at New Zealand's coasts. It is ...

GeoNet currently operates five sites in the Fox Glacier valley, including the Alpine Gardens landslide, that collect environmental and GNSS data. Envirosensors measure various parameters at active and ...

Location history for this earthquake. The automatic earthquake location system makes many locations for each quake. Not all quakes have a location history.

The Amazon Web Services (AWS) Open Data Program is run by AWS and focuses on publicly available high-value cloud-optimized datasets. Alongside traditional data distribution channels, GeoNet now also ...

GeoNet has a wide range of data that are collected for monitoring and researching geohazards in New Zealand. We have built several tutorials to help access this data through data services. The main ...

What is an earthquake swarm? Unlike the familiar mainshock-aftershock earthquake sequences, where numerous smaller earthquakes tend to follow a larger earthquake, earthquake swarm sequences do not ...

The NGMC receives live feeds from monitoring equipment located all around Aotearoa New Zealand, provided via the GeoNet system, and data from international stations. Earthquakes are monitored using a ...

The Aviation Colour Code (ACC) system is based on four colours and is only intended for use by the civil aviation community. The Aviation Colour Codes provide the aviation community with information ...

The timestamp shown at the top right of the seismograph drum shown above is the time when this image was last refreshed. The previous four hours (240 minutes) of seismic signals (also known as traces) ...