Five major research projects recently received grants from the Icelandic Natural Hazard Action Plan, and HS Orka is a participant in two of them. The total amount awarded is around ISK 600 million. The projects were presented to the minister and guests yesterday; the Action Plan falls under the Ministry of Culture, Innovation and Higher Education.

The five projects aim to significantly expand knowledge, improve prevention, and support better decision‑making when natural hazards threaten. They reflect the diverse knowledge-building currently underway in the field of natural hazards in Iceland and how research can support government authorities, emergency responders, industry, and the public.

REY‑READY – Next‑Generation Earthquake Monitoring

The project aims to develop new methods for detecting earthquakes, magma movements, and fissures on the Reykjanes Peninsula by utilizing an extensive network of seismic sensors and shared data from research partners. The goal is to improve monitoring accuracy and strengthen long‑term risk assessment and decision‑making related to natural hazards.

Project partners: University of Iceland, ÍSOR, Icelandic Meteorological Office, Matorka, and HS Orka.

TRACE – Volcanic Hazard Scenarios for Krýsuvík

This project investigates possible future activity in the Krýsuvík volcanic system, with emphasis on magma movements, geothermal activity, and the effects of crustal deformation. It will use geodetic measurements and numerical models to improve understanding of hazards related to future unrest in the area.

Project partners: University of Iceland, Icelandic Meteorological Office, Vatnaskil, and HS Orka.

We Have Learned to Better Interpret Nature’s Signals

Logi Einarsson, Minister of Culture, Innovation and Higher Education, addressed guests at yesterday’s presentation and emphasized the importance of research for societal safety:

“Knowledge is the most powerful tool we have to build a safer society. Through research and technological progress, we can strengthen preparedness, reduce risk, and enhance societal resilience. Although natural forces will never be fully predictable, we have learned to better interpret their signals and understand them. That knowledge enables us to protect lives, infrastructure, and valuable assets. Our task is to continue strengthening that knowledge and developing even better solutions.”