Documents / Report
The Office of the Chief Science Advisor of Canada issued this June 2025 report of the Sky Canada Project, which reviewed how public reports of unidentified aerial phenomena are handled in Canada. It finds no cohesive, standardized reporting system, no official public platform, limited analysis and little scientific involvement. It compares approaches in the United States, France and Chile, includes a commissioned public survey, and makes fourteen recommendations, including naming a lead federal agency, creating a dedicated reporting service and cooperating with AARO, NASA, GEIPAN and SEFAA.
“UFO Research Society”5 pages
REPORT OF THE SKY CANADA PROJECT# 23 UAP Sightings in the Media and the Public Public sightings of Unidentified Aerial Phenomena can be per- plexing to individuals who experience them, prompting a search for information and answers. While this search can open people up to scientific reasoning, it can also make the public vulnerable to misinformation, disinformation and conspiracy theories, especially if they do not know which trusted organiza- tions can help them. Although most reports of UAP sightings attract little attention, some become famous. Sightings that are documented by video or photography, made by front-line witnesses such as police or military officers, or shared by multiple independent witnesses, tend to be considered more credible. Flight charac- teristics which appear to defy known laws of physics increase public interest. Sightings that occur over long periods of time, large geographic areas, or in broad daylight are more notice- able. When reported sightings fuel media coverage, prompt government action or scientific research, or permeate pop culture through movies or books, they can embed themselves in collective memory. The following five sightings are among the best known UAP cases reported in Canada over the past decades, and have been commemorated by the Royal Canadian Mint on coins: • May 20, 1967, near Falcon Lake, Manitoba: Stefan Micha- lak, who claimed to have encountered a landed UFO while prospecting for minerals, was allegedly burned by a blast of hot gas or air. • October 4, 1967, Shag Harbour, Nova Scotia: Witnesses reported seeing a row of lights descending and entering the water. Emergency crews, including the RCMP and the Coast Guard, responded under the assumption of a plane crash, but no wreckage was found. • October 26, 1978, near Clarenville, Newfoundland and Labrador: Several witnesses, including a constable of the Royal Canadian Mounted Police (RCMP), reported seeing an oval-shaped object over the harbour. No material evidence was found. • November 7, 1990, Montréal, Quebec: A large oval-shaped luminous phenomenon was observed in the evening over the rooftop pool of the Bonaventure Hotel by about forty witnesses including journalists and police officers. Air traffic controllers confirmed there was no radar activity in the area. • December 11, 1996, Yukon: At least 31 people in four different areas of Yukon reported seeing a row of lights in the sky, which many described as resembling a spacecraft. The phenomenon was later observed by several others in different locations. Misinformation and Disinformation in the Public Dialogue on UAPs With growing fascination, complexity and uncertainty, the UAP field has also experienced a rise in misinformation and disin- formation. These challenges significantly impact today’s digital landscape, influencing public opinion and decision-making. False information spreads through a complex interplay of social media, online news sites, traditional media and public events. In fact, the interactions along these channels can amplify misinformation, making it difficult for the public to distinguish reliable information from speculation, falsehoods or sen- sationalism. The involvement of credible sources including government agencies and the scientific community is crucial in addressing this informational vacuum. To achieve this, a clear and transparent framework for data reporting and analysis must be established. The Sky Canada Project examined current government report- ing practices on UAPs to determine the extent to which these practices could address two types of information-related problems: misinformation and disinformation. Misinformation refers to inaccurate or false information that circulates unin- tentionally in the public sphere, often long after the information has been proven wrong, while disinformation involves false information deliberately intended to mislead people. In recent years, disinformation, misinformation and conspiracy theories have increasingly caught the attention of researchers from various fields (such as communication, economics, jour- nalism, marketing, philosophy, psychology, political science, sociology, and more). One key insight from this research is the importance of rapidly offering clear explanations to counter, or at least reduce, the spread of misleading ideas. In today’s world of information overload, gaps in information are often quickly filled by disinformation or misinformation.9 When people experience uncertainty or fear, they are more like- ly to seek explanations to regain control over their situation.10 Disinformation provides false but sometimes comforting expla- nations, which can be appealing, even if they are not based on fact. People may seek explanations that confirm their existing beliefs, potentially leading them to accept biased conclusions or conspiracy theories.11 Research has shown that conspiracy theories are contagious:12 once they take hold, they are difficult to debunk. There is a cognitive bias that people tend to believe the first piece of information they hear, even if it is later proven false.13 Reactive strategies like debunking (trying to disprove the misinformation) or striking back tend to be less effective than preventive strat- egies.14 Such prevention—also called “prebunking”—appears to be the most successful approach.15 This involves providing correct information ahead of time to prevent the spread of falsehoods. False stories often spread faster than factual corrections, as they tend to be more emotionally compelling. Therefore, inaction is never the best option.16 An open and transparent dialogue with the public, especially from trusted figures such as scientists, is essential in reducing information gaps and building trust in institutions. When people trust the sources of information, they are less likely to embrace conspiracy theo- ries.17 This highlights the need for a reliable, credible source of information on UAPs, one that can quickly and accurately provide explanations to the witnesses, the media and the broader public. Another major concern is the role of technology in accelerat- ing the spread of false information. Social media platforms, recommendation algorithms and deepfake technology make it increasingly difficult to distinguish between fact and fiction. Ultimately, combating misinformation and disinformation re- quires a combination of media literacy, responsible technology use and proactive fact-checking efforts from both individuals and institutions. The involvement of credible sources including government agencies and the scientific community can help fill the informational vacuum in the public sphere. For this to happen, a clear and transparent framework for data reporting and analysis needs to be in place. The silver coin produced by the Royal Canadian Mint in 2022 to commemorate the December 11, 1996 UAP incident in Yukon. Image credit: © 2024 Royal Canadian Mint. All rights reserved
Report, cited by the archive. The PDF is mirrored here; the original link is above. 30 pages are in the text index: search them above, or from the library's search.