Stories Tagged ‘publications’

Cultural approach to geosite evaluation

A unique convergence of ecological, geological and cultural values in South Auckland showcases the need to integrate multiple elements in volcanic site evaluations.

DEVORA on the world stage

The United Nations Global Assessment Report on Disaster Risk Reduction (GAR) focuses on major efforts to reduce disaster risk. 

Be prepared: Survey reveals education key to lower risk

Most people believe they have the necessary items to survive a volcanic eruption but only a few believe they are very prepared, an Auckland risk perception survey shows.

Role-play puts worst-case scenario in volcanic hazard spotlight

Volcanic crisis simulation and role-play are valuable tools in communicating hazard assessment, learning monitoring and emergency management skills, as well as developing teamwork and decision-making strengths.

Simulation plays leading role in volcanic crisis communication

An interactive, immersive role-play simulation has been developed to teach New Zealand geoscience students to forecast and mitigate a volcanic crisis.

Critical approach to volcanic ash protection

Volcanic ash damages and disrupts critical infrastructure. From electricity and transport to communications, wastewater and drinking water, all are at risk from a volcanic eruption.

GeoNet: On watch for Auckland’s next eruption

A collaboration between the Earthquake Commission and GNS Science, GeoNet provides geological hazard information for New Zealand.

Power to cut impact of electricity network damage

Volcanic ash reduces post-eruption road and runway surface safety

Volcanic ash settling on paved surfaces poses a major safety hazard. A study of skid resistance on road asphalt and airfield concrete surfaces helps inform recommendations for effective cleaning and road safety maintenance.

All roads lead to disruption following volcanic eruption

A multi-hazard scenario of an Auckland Volcanic Field (AVF) eruption reveals the potential impact on transport infrastructure and network users.