Volcanic risk information for smarter planning.

The National Volcano Model brings together volcanic hazard, impact, and risk modelling to support emergency management, infrastructure planning, and evidence-based decision-making across Aotearoa New Zealand.

National Hazard, impact, and risk framing
Decision-ready Built for planning and preparedness
Collaborative Science, government, and infrastructure users

About the National Volcano Model

The National Volcano Model is a public-facing framework for understanding volcanic hazards, impacts, and risk across Aotearoa New Zealand. It is intended to support planning, preparedness, and resilience by making complex science more accessible and decision-relevant.

Why it matters

Volcanic eruptions can have consequences that extend far beyond the immediate vicinity of a volcano, affecting transport, power, water, businesses, communities, and public services. A nationally consistent model helps users compare impacts, identify vulnerabilities, and plan ahead.

Consistent national view Provides a common basis for comparing impacts across regions and scenarios.
From hazard to consequences Connects volcanic processes to likely impacts on buildings, infrastructure, and communities.
Designed to evolve The platform can expand over time to include additional assets, hazards, and analytical products.
Leadership

The National Volcano Model is led through a collaborative partnership, bringing together expertise in volcanic hazard, impact, and risk modelling.

Photo of Josh Hayes

Dr Josh Hayes

Co-lead, National Volcano Model

Earth Sciences New Zealand

Photo of James Williams

Dr James Williams

Co-lead, National Volcano Model

University of Canterbury

Partners

The NVM is being developed with input from partners and collaborators.

  • Earth Sciences New Zealand
  • University of Canterbury
  • Massey University
  • University of Auckland
  • Natural Hazards Commission

Research themes

Hazard

Probabilistic volcanic hazard modelling

Characterising eruption scenarios and hazard footprints in a way that supports national-scale comparison.

Impact

Impact and vulnerability modelling

Linking volcanic hazards to expected consequences for buildings, infrastructure, and communities.

Risk

Decision-focused risk products

Translating technical outputs into material that informs resilience planning and operational discussions.

Latest updates

Project news, publications, workshops, and data releases.

Dataset

Probabilistic hazard dataset released

Datasets will be added as and when they become available.

Workshop

Stakeholder engagement

Much of our work is co-developed with stakeholder input. We will update here with any important workshops.

Publication

New research outputs

Papers, technical reports, and short summaries.

Library and resources

Resources to be added soon!

Reports

Technical reports

Method documentation, scoping papers, project summaries, and implementation notes.

Data

Datasets

Hazard layers, summary outputs, and metadata for public-facing releases.

Publications

Papers and articles

Peer-reviewed outputs and accessible summaries for different audiences.

Tools

Technical resources

Guides, workflows, visualisations, and links to tools or code where appropriate.

Contact

Get in touch

Use this form to ask about the model, collaboration opportunities, public-facing resources, or technical outputs.

  • General enquiries
  • Research and collaboration discussions
  • Requests about datasets or outputs