Ufologia - No 24 - Octobre-Novembre-Decembre 1980

Magazine Overview

Title: ufologia
Issue: N° 24
Volume: H. 24
Date: October-November-December 1980
Publisher: CERCLE FRANÇAIS DE RECHERCHES UFOLOGIQUES (CFRU)
Country: France
Language: French
ISSN: 0399-8274

This issue of "ufologia" is a quarterly review dedicated to documentary information and research on Unidentified Flying Objects (UFOs) and related questions. It is published by the Cercle Français de Recherches Ufologiques (CFRU), an independent association. The cover prominently features a large question mark and a UFO illustration, with the main headline "objets volants non identifiés" (unidentified flying objects) and "questions connexes" (related questions).

Editorial Stance and Call to Action

The editorial section emphasizes the independent nature of "Ufologia," relying solely on its subscribers and collaborators. It calls for reader support to continue its mission of providing objective public information, noting that all contributors are volunteers. The magazine highlights its extensive international network of correspondents and investigators, which allows it to publish detailed investigations, develop hypotheses, present observation reports for a general catalog, explore paranormal phenomena linked to ufology, and provide summaries on related fields like astronautics, astronomy, archaeology, exobiology, and ancient civilizations. It also offers bibliographic guidance.

Subscription conditions are detailed, with different rates for France and abroad. The magazine also provides important notes for collaborators, stating that its columns are open to readers. Submissions are reviewed by the editorial team and should ideally be typed on 210/297 sheets, with sketches or photographs for illustration. Political, religious, or advertising content is refused, and published documents are the responsibility of their authors. Readers are encouraged to become local correspondents and to report any observations, with anonymity respected upon request.

Special Dossier: UFOs in the Soviet Union

The central feature of this issue is a special dossier on "Observations of 'Anomalous Atmospheric Phenomena' in the USSR." This report is a condensed and commented version by Jean Sider of a 70-page brochure published by GEPAN, which itself is a translation of a Russian report. The original Russian report was compiled by Professor Félix J. Zigel and translated by Mme Marie-Jeanne Perket, with contributions from L.M. Guindilis, D.A. Menkov, and I.G. Petrovskaia. Significantly, the report received approval from the USSR Academy of Sciences, lending it considerable credibility.

The analysis statistically examines 256 cases of "anomalous atmospheric phenomena" collected by Professor Zigel. The report highlights statistical regularities in these phenomena, some of which are analogous to findings by researchers in other countries, suggesting the existence of a stable class of phenomena related to UFOs.

General Characteristics of Observations

• The analysis is based on 207 reports, encompassing 256 observed cases, distinguishing between "phenomena" and "objects." These observations include:
• Terrestrial observations: 242 cases
• Observations from aircraft: 13 cases
• Observations from boats: 1 case

Of these, 12 observations occurred at close range (within 100 meters), considered "short distance" when witnesses could provide detailed visual descriptions. The vast majority (97%) were made with the naked eye, with a few noted using optical equipment (9 cases) or radar (2 cases). 50 cases were accompanied by drawings and 3 by photographs.

Circumstances of Observation

Regarding the conditions during observation, 32% of cases (83) included data on nebulosity. Of these, 61 occurred in clear weather. The sun was visible in 28 cases (4 at sunrise, 15 at sunset), the moon in 19, and stars in 38. For 177 cases, no celestial objects were mentioned.

Observers and Witnesses

In 64% of cases, there was more than one witness, a higher percentage than in foreign data. "Mass observations" (e.g., cinema audiences, entire villages) accounted for 15% of cases. The report categorizes observers, with "Indigènes du pays" (locals) making up 58% of observed cases, followed by "Gens de passage" (passers-by) at 22%, and "Personnes en voyage" (travelers) at 11%. A smaller percentage included people in observation stations (4%), military personnel (2%), and unknown individuals (4%).

When witness specialties were identified (in 134 out of 256 cases), scientists accounted for 25% of observers. Within the scientific category, astronomers represented 7.5% of total observers (30% of scientists), meteorologists 4.5%, geologists/geophysicists 4.5%, and other specialties 4%. Engineers (17.5%), aviators (11%), and laboratory technicians (7%) were also significant observer groups.

Spatial and Temporal Distribution of Phenomena

The spatial distribution of phenomena covered the entire Soviet Union, with "high activity" noted in specific regions like the North Caucasus, Donbas, and Rostov area in 1967. Observations from 1957-1966 were concentrated in Asian territories, while in 1960, European USSR accounted for one-third of observations. The report notes that the number of observations is too low to draw definitive conclusions about spatial distribution.

Temporally, the 256 cases span from 1923 to 1974. A significant concentration occurred up to 1957 (14 cases), followed by 1957-1966 (36 cases), a massive surge in 1967 (194 cases), and a sharp decline from 1968-1974 (12 cases). The dramatic increase in 1967 is attributed to a central television broadcast on UFOs encouraging public reporting. The subsequent decline is linked to a critical article in "Pravda" in 1968, which dismissed UFOs as unscientific. Pre-1957 observations are considered important as they predate known aerospace experiments.

Seasonal analysis shows higher activity in summer and autumn. The 1967 surge had a lower number of June observations and an asymmetric spring/autumn distribution, while other years showed more symmetry. Daily observations in 1967 indicated a peak in the evening (around 9 PM), with a secondary peak in the morning (around 7 AM). This diurnal pattern is found to be similar to international data, though more pronounced in Soviet observations.

Classification of Object Types

The classification of phenomena is based on two criteria: clarity and transparency of forms. Clarity is categorized into three types: cloud-like, sharp contour ("corps"), and intermediate aspect. Transparency is divided into non-transparent, transparent, and semi-transparent objects.

The shapes of observed objects are highly varied. The analysis distinguishes three types of phenomena based on shape constancy: constant shape, constantly changing shape, and stable shape with subsequent modification. Modifications of shape occurred in 22.5% of cases, involving transitions, extinctions, dissipations, appearances, separations, and adjunctions of objects.

A table presents object types based on clarity and transparency, with and without redundancy (accounting for multiple observations of the same object). For clarity, "sharp contour" objects were most common (78% without redundancy, 76% with redundancy). For transparency, non-transparent objects were overwhelmingly dominant (94%).

Another table details object shapes, with "crescent-shaped" objects being the most frequent (24.5% without redundancy, 22.5% with redundancy). The report notes that in about one-third of cases, multiple objects were observed simultaneously. Associations between different shapes, particularly crescent and star-shaped objects, are also discussed.

Duration of Events

In most cases, the observation duration was shorter than the phenomenon's actual duration. For 57% of cases (146 out of 256), the start of the observation coincided with the phenomenon's beginning, while in 104 cases, the phenomenon began before observation. The end of observation coincided with the phenomenon's end in 47 cases, while in 57 cases, the object moved out of sight. In 23 cases, the object was hidden by an obstacle.

The duration of observation was recorded in 177 cases. The most common duration was around one-quarter of a minute, showing a similarity to international data. Spherical objects and discs exhibited more uniform duration patterns than other types.

Recurring Themes and Editorial Stance

This issue strongly emphasizes the scientific study of UFO phenomena, advocating for rigorous analysis and international cooperation. The editorial stance is one of open inquiry, acknowledging the uncertainties in witness testimonies but asserting the need to investigate the possibility of extraterrestrial visits. The magazine positions itself as a crucial source of information, independent of official scientific circles, and actively seeks to compile and disseminate data from a global network of researchers. The focus on Soviet UFO cases underscores a commitment to exploring phenomena across different political and geographical boundaries, aiming for a comprehensive understanding of the subject.

This issue of UFOLOGIA, identified as issue number 19, presents a comprehensive statistical analysis of unidentified flying object (UFO) observations. The content is primarily in French, with a focus on data originating from the USSR, though comparisons to global observations are made. The magazine appears to be a specialized publication for enthusiasts and researchers of UFO phenomena.

Structure des Objets et Caractère de Leur Luminescence

The initial section details the external characteristics of 457 observed objects across 256 cases. For 254 objects, external details were not described. Among the described details, 'queue' (tail) was noted in 71 cases (42%), 'etincelles' (sparkles) in 37 cases (22%), and 'flux orientés de lumière' (oriented light streams) in 30 cases (18%). Other noted features include flame-like luminescence, and variable form envelopes. A total of 177 details were recorded from 168 objects, with nine objects having two details noted, leading to a total of 177. The percentages are calculated based on 168 objects.

The surface characteristics of the objects were also analyzed. Out of 256 observations, 71 indicated the presence or absence of surface structure. 12 objects (20) had homogeneous surfaces, while 82 objects (18% of 457) showed visible structures or inhomogeneity. The table breaks down inhomogeneity into 'stationnaire' (stationary) and 'non stationnaire' (non-stationary), with 62 objects (75% of 82) exhibiting stationary inhomogeneity and 19 (23%) non-stationary. Protuberant details were noted in 4 cases (5%). The total for inhomogeneity characteristics reached 85 objects, accounting for 103% of the 82 objects, due to three objects having two characteristics.

Luminosity was indicated for 240 out of 256 cases (94%). 16 cases (36 objects) had no brightness indication. A table presents characteristics of brilliance for 421 objects: 21 (5%) were visible against a clear sky or reflected light, 32 (8%) were dark objects, and 368 (87%) were brilliant objects against a dark sky. The total is 421 objects, representing 100%.

Caractéristiques Qualitatives de L'Éclat

183 objects were described with qualitative intensity estimates. For 249 objects, intensity variation data was available. 157 had constant brightness, 56 showed a decrease, 8 an increase, and 18 reported sudden variations like flashes or explosions. The qualitative éclat characteristics for 183 objects included 'aveuglement' (blinding) in 9 cases (5%), 'intense' in 101 (56%), 'moyen' (medium) in 19 (10%), 'faible' (faint) in 15 (8%), and comparisons to the Moon (2), the Milky Way (2), and satellites (4). Stellar magnitude was used for 10 objects (5%).

Couleurs

Color data was available for 184 observations (295 objects). The color range was broad. 53 objects had complex mixed colors (e.g., yellow/green), and 12 had varied surface colors. The count of 360 objects for color analysis, exceeding the 295 objects, is explained by considering each color separately. The most frequent colors were red/rose (74 objects, 25.0%), orange/fire (74 objects, 25.0%), and yellow/golden (57 objects, 19.0%). Other colors included green (12), sky blue (33), dark blue (2), violet (4), black (8), gray (73), white (3), pearl (9), and silver (7). Metallic nuances were noted in 7 objects.

Dimension Angulaire des Objets

Estimating angular dimensions is difficult due to the lack of distance information. For 244 out of 457 objects, qualitative or quantitative estimates were attempted. 94 were estimated as 'stars' (zero angular measure), 7 had 'weak' angular measures, and 31 had 'large' measures. 112 provided quantitative estimates. The table for approximate angular measurement shows 94 objects with zero measure, 41 with 15' or less, 61 with 30', 2 with 45', 11 with 1°, and 5 with 2° or more. 18 objects out of 206 had two different angular measurements and were counted twice.

Modification des Mesures Angulaires

For 150 objects, angular measurements remained constant. 36 showed an increase, and 22 a decrease. 9 objects initially constant saw modifications, attributed to changes in distance or linear dimensions.

Caractéristiques du Mouvement des Objets

Speed and acceleration were assessed for 80 out of 176 objects. 36 cases (65 objects) noted irregular movement, including modified speed (1, 2, 3, or multiple times), jerky movements, or sudden changes. 21 cases (36 objects) showed acceleration or deceleration. Speed mode changes were observed in 6 cases (11 objects). Brutal speed modifications (high acceleration) occurred in 18 cases (21 objects), while regular modifications were seen in 15 cases (41 objects). Acceleration characteristic was not given for 3 cases (3 objects).

Angular speed was characterized for 152 out of 242 objects as 'high' (47 cases), 'low' (33 cases), 'medium' (2 cases), 'airplane-like' (41 cases), or 'satellite-like' (15 cases). 14 cases evaluated speed near zero, and 14 others had specific numerical values.

The table for angular speed lists values like 1 degree/minute (2 cases), 2 degrees/minute (1 case), 3 degrees/minute (1 case), 40 degrees/minute (1 case), 1 degree/second (2 cases), 1.5 degrees/second (2 cases), 2 degrees/second (1 case), 4 degrees/second (1 case), 9 degrees/second (1 case), 5 degrees/second (1 case), and 20 degrees/second (1 case).

Trajectoire des Objets

Indications on movement were provided for 406 objects, with 8 objects noted as rotating. Out of these 406, 24 objects had two different trajectories, 11 had three, 2 had four, and 1 had six. These objects were counted multiple times, explaining the 114% total.

The types of trajectories observed included regular movement (284 objects, 70%), modified direction (45 objects, 11%), reciprocal maneuvers with aircraft (17 objects, 4%), stationary/suspended objects (45 objects, 11%), 'suspension' or stops (61 objects, 15%), and unusual trajectories like spirals, sinusoids, or circular flight paths (11 objects, 3%). The total number of objects accounted for in this trajectory analysis is 463, representing 114% of the 406 objects.

Direction du Vol

Data on flight direction was analyzed for 122 objects (30% of 406), noting fundamental particularities like abrupt course changes, suspension, maneuvers, and rotation. The analysis focused on the direction of departure rather than the origin. For objects whose direction varied, only the final departure direction was considered. This procedure resulted in a rough distribution of objects by direction. Out of 256 cases, 157 provided departure direction for 220 objects. A table shows the distribution of directions based on two methods: one considering all objects departing in the same direction, and another considering all departing objects. In the first method, 'Sud' (South) had 8 cases, 'Sud-Est' (Southeast) 12, 'Est' (East) 64, 'Nord-Est' (Northeast) 33, 'Nord' (North) 15, 'Nord-Ouest' (Northwest) 5, 'Ouest' (West) 5, and 'Sud-Ouest' (Southwest) 5, totaling 149 cases. In the second method, for 'Total 1967', 'Sud' had 10 cases, 'Sud-Est' 20, 'Est' 95, 'Nord-Est' 35, 'Nord' 20, 'Nord-Ouest' 6, 'Ouest' 6, and 'Sud-Ouest' 4, totaling 220 objects. The corresponding numbers for 'Sauf 1967' were 3, 18, 84, 20, 13, 6, 6, 3, totaling 176 objects.

Estimations de Valeurs Linéaires

Distance: Only 20 out of 256 cases provided distance estimates, generally considered arbitrary. These included 3 cases for 100m, 2 cases for 100m to 1km, 11 cases for 1km to 10km, 3 cases for 10km to 100km, and 1 case for 230km. This last distance was derived by Z.S. KADIKOV from simultaneous two-point observations.

Linear Dimensions: Estimated in only 10 cases and considered arbitrary. The smallest dimension was 4 meters, the largest 600 meters. Intermediate ranges included 10m to 100m (4 cases) and 100m to 300m (4 cases).

Altitude: 27 cases provided altitude estimates, some from aircraft. The lowest was 35m, the highest 100km (Z.S. KADIKOV). Intermediate ranges were 1km to 10km (14 cases), 100m to 1km (7 cases), and 10km to 100km (3 cases).

Altitude Variation: More reliable data on altitude variation was available for 68 cases: 30 showed no change, 12 a progressive decrease, 10 a progressive increase, 6 observed vertical ascent, 9 observed vertical descent, and 1 observed oscillation.

Linear Speed: Estimated in 10 cases, with a minimum of 5 m/sec and a maximum of 5 km/sec.

Effets et Phénomènes Accompagnants

Cases of influence on technical means and the human nervous system were noted as rare but significant. Accompanying effects included absence of sound (63 cases) and phenomena accompanied by sound (10 cases), such as dull noise, rumbling, rustling, whistling, and crackling. Modifications of the environment included sound passage, sky luminescence, wind gusts, and cloud disappearance. Influences on machines and equipment involved perturbation of lighting, engines, radio, and electrical systems, as well as aircraft engine stoppage. Deterioration of equipment was also mentioned. Influences on the human nervous system included temporary loss of sight, psychological distress, and loss of consciousness.

Dates avec un Grand Nombre de Cas d'Observations

Independent observations from different points are considered supplementary evidence of the phenomenon's reality. Possibilities include simultaneous observations of the same object, successive observations of the same object, or observations of different objects.

Considérations

The reliability of the source documents (witness reports) was taken as the basis for analysis, without independent verification. Isolated observations were few, with over two-thirds of cases involving multiple witnesses. The high qualification of many observers enhances document reliability. The observed phenomena appear to belong to a determined class with stable statistical properties, similar to those found internationally. The report concludes that the described phenomena are real, and any erroneous reports are statistically insignificant.

Caractéristiques du Phénomène

1. Spatial distribution covers the entire USSR, with higher activity in certain regions that vary over time, consistent with global findings.
2. Monthly distribution shows a peak in the evening around 9 PM, possibly related to seasonal factors.
3. Object shapes are extremely varied, suggesting either diversity in the phenomenon itself or different types of phenomena.
4. Average duration is a few minutes, with different object types having different durations.
5. 22.5% of cases showed different phases linked to shape modifications.
6. 37% of cases involved multiple objects simultaneously, with star-like objects being the most variable in form.
7. 168 out of 467 objects had noted external details, and 32 had internal details.
8. A majority of objects appeared self-luminous against a dark sky.
9. Brilliance colors were highly variable, with red, orange, and yellow being most frequent.
10. Angular measurements have high uncertainty; 94 objects (star-shaped) had point measurements, and 61 were comparable to the full moon.
11. Angular speed ranged from 1°/min to 20°/s, with generally regular trajectories, except for 30% of cases. Direction of flight showed asymmetry, particularly towards the East in 1967.
12. Linear parameters are not reliable.
13. In most cases, there was an apparent absence of sound, but rare cases of influence on technology and the human nervous system were highly significant.

Nature des Objets et Études Ultérieures

It is not possible to definitively conclude the nature of the observed phenomena from this analysis alone. While some might be optical atmospheric effects, the majority appear to be of a different nature. Some observations might be due to technical experiments in the atmosphere or near-Earth space. However, kinematic characteristics and object shapes exclude such explanations for at least one-third of cases. The existence of observations predating 1957 suggests a long-standing phenomenon. More precise conclusions require more reliable data, necessitating organized data collection through existing networks and verification mechanisms.

Notre Commentaire

The authors express respect for the detailed scientific analysis but point out some shortcomings. They acknowledge the remarkable work of the Soviet researchers and the initiative of Mr. A. ESTERLE in translating and disseminating the report. A key criticism is the limited sample size of 256 cases, especially when compared to thousands of observations in France and over 85,000 in the US. The high percentage of 'intellectuals' among witnesses is also questioned, suggesting a potential bias in case selection. The lack of information on who performed the sampling and the criteria used is noted. The authors also highlight the absence of data on observation zones (rural vs. urban) and witness age. They mention compensating for missing calculation details and correcting minor errors in the GEPAN report. Despite these points, the analysis is reassuring as it confirms that UFO phenomena are observed in the USSR with characteristics similar to those seen in Europe and the USA, indicating a planetary reality rather than a propaganda tool.

Un Deuxième Nazca au Pérou

This section briefly mentions the discovery of large pre-Inca drawings in the deserts of Majes and Sihuas, Peru, comparable to the Nazca lines, depicting animals and geometric shapes over a large area.

Recurring Themes and Editorial Stance

The magazine consistently promotes the study of UFO phenomena as a serious scientific endeavor. It emphasizes the need for rigorous analysis, statistical data, and international cooperation. The editorial stance appears to be one of open-minded inquiry, encouraging readers to engage with the subject matter and contribute to research efforts. The publication also acts as a hub for information, listing various related magazines, services, and research groups, particularly those focused on science fiction and ufology.

This issue of "Actualités" from "CFRU", dated August 20, 1980, focuses on unidentified flying objects (UFOs) and related phenomena. The cover prominently features the headline "OBJETS VOLANTS NON IDENTIFIES" and includes a graphic of a flying saucer.

Reports on UFO Sightings

Luxembourg Sighting

A report from Luxembourg details an encounter on a Monday evening around 11:20 PM. An inhabitant of the Cents district observed a luminous orange object, round or oval in shape, approaching his car. A smaller object then detached from the larger one, emitting an intense light, before rejoining the main object. Both then moved away at high speed towards the west. The witness, who claims not to believe in flying saucers, was shaken by the experience, noting that the object's behavior was unlike that of an airplane.

Wettolsheim Sighting

An article from "L'ALSACE" dated January 17, 1980, reports a potential UFO sighting in Wettolsheim. A resident, Mr. Sch., described seeing a bright white object with a well-defined blue border, shaped like a pear, moving at high speed across the sky. He stated it was too fast to be an airplane and that it disappeared above Turckheim. The observation deeply unsettled Mr. Sch., who was previously skeptical about UFOs.

Saint-Soupplets Incident

The gendarmerie in Saint-Soupplets (Seine-et-Marne) issued an appeal for witnesses who may have observed strange luminous phenomena on a Saturday morning between 1 AM and 3:30 AM. The phenomena, described as large luminous balls, were observed over the woods of Montge-en-Goele and were followed for nearly two hours.

Australian Sightings

Reports from Australia describe numerous sightings of "fireballs" similar to those seen after the Skylab reentry. In Kalgoolie, residents reported seeing a long, thin object projecting yellow, green, and white lights at the front and orange and red at the rear. A witness near Eucla saw an object disintegrate into about a dozen pieces at an altitude of 500 meters, traveling at approximately 700 km/h. Some witnesses suggested it was a satellite rather than a meteorite, with one describing the spectacle as "terrifying."

Colombian Incident

An article from "PROGRES/LYON" dated April 6, 1980, mentions an unidentified flying object seen in southwestern Colombia that caused disruptions to the electrical network and telephone systems. The object, described as figure-eight shaped, emitted a trail of smoke or vapor and disappeared rapidly.

Uruguayan Incident

From Montevideo, an OVNI sighting by two workers in San José, Uruguay, is reported to have caused electrical disturbances, including the interruption of power to the electric plant and radio reception.

Var Region Sighting

The gendarmerie in La Seyne (Var) opened an inquiry following reports of four luminous objects, described as being as large as stars, performing figure-eight evolutions for five minutes before disappearing at high speed towards the west.

Scientific Discussions on Extraterrestrial Life

Forum at UNESCO

A public forum organized at UNESCO discussed the possibility of extraterrestrial civilizations. Scientists shared the sentiment that despite progress, much remains unknown about the origin of life in the universe. The forum highlighted that for life to exist, a celestial body must possess numerous properties compatible with life's origin, including specific composition, radiation, temperature, and density, as well as the presence of primitive molecules.

Communication with Extraterrestrials

While astronomical observation is limited by vast distances, scientists believe communication with potential extraterrestrial civilizations is possible through electromagnetic waves and radio astronomy. Sending probes over billions of light-years is deemed impractical due to energy costs. However, the development of radio telescopes and receivers capable of detecting signals is progressing. Professor Frank Drake estimates a reasonable chance of receiving a response by the end of the century. The article also references Camille Flammarion's early dreams of communicating with the universe via electromagnetic waves and the Voyager probes carrying messages.

The "War of the Stars" Theory

Thermonuclear Explosions

An article titled "La guerre des étoiles ce n'est pas de la fiction" (The Star Wars is not fiction) explores the theory of extraterrestrial wars. Scientists William Gould and Dr. Willard P. Armstrong suggest that unexplained explosions detected in space could be caused by "super-races" engaged in "star wars." This theory is fueled by the detection of radiations from formidable thermonuclear explosions by observation satellites. Over the past ten years, eighty such explosions have been detected.

The March 5th Explosion

The most recent explosion, detected on March 5th, was observed by three American satellites and five other measurement devices. Dr. Thomas Cline, a NASA advisor, stated that this explosion could not be attributed to Soviet or US nuclear tests, as it was too powerful and occurred too far away (nearly 180,000 light-years from Earth) for any rocket to have delivered a bomb. The explosion, which occurred 180 millennia ago, generated an extraordinary emission of gamma rays that penetrated Earth's atmosphere.

Supernovas vs. Extraterrestrial Conflict

Astronomers have previously hypothesized such gamma ray emissions as supernovas (exploding stars). However, the March 5th event is considered too small in diameter (around 300 km) to be a supernova. Ray Klebesadel suggests that the hypothesis of a supernova should be eliminated, and instead proposes the possibility of a thermonuclear explosion caused by advanced extraterrestrial intelligences, implying a war in space.

Parapsychology and Unexplained Phenomena

Amityville Case in Italy

A report details a case in Turin, Italy, mirroring the "Amityville Horror" story. The Ferrante family experienced unexplained events for twenty months in their rented house, including spontaneous paranormal combustions that destroyed their living room. The article suggests a connection to spiritism, noting that the family's son, Francesco, may have been initiated into spiritism, and that poltergeist activity has been observed in Brazil.

Spirite Séance

Following multiple disturbances, including objects moving on their own and fires breaking out, the article suggests that a spirite séance attended by Francesco may have exacerbated the situation. The owner of the apartment building had previously organized such a séance, after which tenants began leaving due to strange occurrences.

Investigator's Checklist

A "Check-list de l'enquêteur" (Investigator's Checklist) is provided by CFRU for UFO investigations. It outlines key points to note during an observation, including witness details, date, time, location, weather conditions, object characteristics (number, direction, shape, color, size, duration, lights, altitude, speed), sounds, electromagnetic phenomena, physical traces, and any actions taken by witnesses or authorities.

Bibliographic Documentation

The magazine includes extensive lists of books related to UFOs, extraterrestrials, parapsychology, and other enigmatic subjects, with publisher information provided for each entry. This section serves as a resource for readers interested in further research.

Recurring Themes and Editorial Stance

The recurring themes in this issue are UFO sightings, the possibility of extraterrestrial life and communication, and the speculative concept of "star wars" or extraterrestrial conflicts. The editorial stance appears to be one of open inquiry into these phenomena, presenting various reports and scientific discussions without definitive conclusions, and encouraging readers to engage with the subject through further reading and investigation. The inclusion of a detailed investigator's checklist and an extensive bibliography suggests a serious approach to documenting and understanding these unexplained events.