DoctorAlberto Ardid

In this role, I coordinate and lead international discussions on the application of artificial intelligence to volcanic eruption forecasting, helping shape shared research priorities, contribute to standards and best practices, and connect experts from academia, research institutes, and operational agencies.

My talks were around our latest research on AI-powered wildfire forecasting — using artificial intelligence to anticipate wildfire spread and support better decision-making

AI-powered wildfire forecasting — using artificial intelligence to anticipate wildfire spread and support better decision-making

Volcano eruption forecasting using machine learning

Most outstanding (most meritorious) research publication in geophysics related to New Zealand.

New Zealand scientists find tremor link that could predict volcanic eruptions. Researchers develop system to track shaking within volcanoes that could provide up to 4 days notice of an eruption

The Allianz Climate Risk Award recognizes early-career scientists whose research focuses on reducing the risks associated with extreme weather events intensified by climate change and fostering resilience through innovative solutions. My essay highlights an innovative machine learning-based wildfire danger forecasting system designed to provide real-time, sub-hourly updates using cost-effective infrastructure. This method use transfer learning to improve forecasting in regions with limited historical data, offering a scalable and impactful solution for communities facing increasing wildfire risks due to climate change.

Anonymous peer review

Anonymous peer review

Open peer review

Anonymous peer review

Anonymous peer review

Anonymous peer review

Anonymous peer review

Anonymous peer review