Erling Strand

Early Interest in UFO Research

Erling Strand was born in 1955 in Norway and holds an M.Sc. in Electrical Engineering from the Norwegian University of Science and Technology. His interest in unidentified phenomena began in 1979 while still a student when he witnessed a daylight disc moving above him—an experience that crystallized a lifelong commitment to rigorous investigation. Unlike many researchers drawn to UFO studies through cultural fascination, Strand approached the subject with an engineer's precision and skepticism, immediately recognizing that systematic observation and instrumental measurement were essential to understanding the phenomena. His early interest led him to serve as head of research at the Norwegian UFO Center (NUFOC) from 1979 to 1981, where he developed his methodological approach to data collection and analysis.

Project Hessdalen: Institutionalizing Scientific Investigation

In 1983, Strand responded to an unusual surge of sightings in the Hessdalen valley in Norway by founding Project Hessdalen—a systematic, long-term scientific investigation that began formal field operations in January 1984. The project became a watershed moment in UFO research, demonstrating that phenomena could be studied using university-grade instrumentation and academic rigor. The initial 1984 field campaign, conducted from January 21 to February 26, yielded 53 documented visual occurrences and integrated 188 total reports combining eyewitness testimony with instrumental data from radar arrays, magnetometers, cameras equipped with diffraction gratings for spectral analysis, and radio-spectrum analyzers. This mixed-methods approach—bridging observation, photography, and electromagnetic detection—established standards that elevated UAP research beyond anecdotal collection.

Strand's institutional position as Assistant Professor at Østfold University College (since 1988) provided Project Hessdalen with academic legitimacy and continuity. In 1994, he organized the 1st International Conference on Unidentified Atmospheric Light Phenomena in Hessdalen, attracting leading scientists from eight countries including the United States, Russia, and Japan. This conference represented a turning point: atmospheric light phenomena were now being discussed in international academic forums with peer-review standards and cross-disciplinary participation.

Methodology and Long-Term Impact

Project Hessdalen's enduring strength lies in its methodological consistency and technological evolution. An automatic monitoring station was deployed in the Hessdalen valley in 1998, enabling 24/7 detection and recording. Since 2002, the project has conducted annual science camps where university students and international researchers spend extended periods in the valley equipped with modern instrumentation, creating a pipeline of trained observers and analysts. This approach treats atmospheric light phenomena not as curiosities but as legitimate subjects requiring sustained scientific attention—much like ongoing studies of other rare atmospheric events.

Strand's international reach is substantial: he has appeared on approximately 100 television programs and 100 radio shows, and has delivered more than 130 oral presentations of Project Hessdalen findings at conferences and institutions worldwide. He serves as the Norwegian representative of the International Coalition for Extraterrestrial Research (ICER) and sits on the board of advisors for the Society for UAP Studies (SUAPS). His role in modernizing UFO research cannot be overstated—he demonstrated that the field could employ academic standards without surrendering openness to anomalous phenomena, and that institutional support and peer collaboration could sustain rigorous investigation over decades.