Scientist: Ragni Fjellgaard Mikalsen

Ragni Fjellgaard Mikalsen profileDr. Ragni Fjellgaard Mikalsen is a Senior Research Scientist at RISE Fire Research in Trondheim, Norway. Since 2013, she has worked across a range of topics within fire safety science, including wildfires, smouldering fires, energy systems in buildings, waste fires and domestic fire safety.

She holds a PhD from Otto von Guericke University, Germany on smouldering fires in wood pellets, focusing on fire dynamics and extinguishment in an industrial context. As a researcher, Mikalsen often focuses on experimental work in the lab or in the field, to increase our understanding of fire phenomena.

She enjoys connecting research results to different end-users, for example by utilising knowledge from research to make guidelines for fire services or industry. Dr. Mikalsen is Chair of the Mid-Norway Fire Safety Forum (MNFB) and an active member of international networks, including NFSN and IAFSS. She has contributed to collaborative research efforts at a national and European level, and has authored numerous scientific publications.

Dr. Mikalsen believes that science communication is key for knowledge-based solutions and a more fire-safe society.

Forest Recovery after a Wildfire

A scientist’s opinion: interview with Dr Ragni Fjellgaard Mikalsen about solutions against wildfires

From innovative seed balls to virtual reality training for firefighters - the large-scale EU Green Deal TREEADS project she was leading with 47-48 partners from 13 to 14 European countries and Taiwan, resulted in 26 different solutions and technologies for integrated fire management and adaptive forest restoration: Dr Ragni Fjellgaard Mikalsen is Senior Research Scientist ...

Forest Recovery after a Wildfire

Solutions to make Europe more resilient to raging wildfires

Fuelled by climate change and a shift in land-use practices, wildfires are increasing in number and intensity across Europe. In fact, last year was the worst year for wildfires in Europe in 20 years, according to an EUMETSAT report. Its authors contribute the intensity of the fires to factors like increasingly dry vegetation, low soil ...