Aliases
Disambiguation
In the corpus, refers to observable atmospheric and cloud phenomena associated with or attributed to UAP sightings. NOT to be confused with separate concepts like 'electromagnetic effects' or general 'atmospheric disturbances'.
Stats
Concept
Observable atmospheric and cloud phenomena (lenticular clouds, hole-punch clouds, ball lightning, optical effects) misidentified as UAPs, or theorized direct effects of UAP activity on cloud formations.
Fenômenos atmosféricos e de nuvens observáveis (nuvens lenticulares, nuvens com furos, raio em bola, efeitos ópticos) confundidos com UAPs, ou efeitos diretos teoricamente causados por atividade de UAP em formações de nuvens.
Enrichment
- An environmental analysis of public UAP sightings and sky view potentialScientific Reports (Nature)▎ high· 2026-05-14
- No credible statistical relationship between cloud cover and UAP sighting frequency
- Ball lightning accounts for some exotic sightings
- Atmospheric phenomena as primary explanations for misidentifications
- NASA Unidentified Anomalous Phenomena (UAP) InitiativeNASA▎ high· 2026-05-14
- Independent Study (2023) examined data collection and analytical techniques
- Identified atmospheric phenomena as key distinguishing variables
- Recommendations for enhancing scientific understanding of UAPs
- Unidentified flying object - WikipediaWikipedia▎ high· 2026-05-14
- Lenticular clouds among most commonly misidentified phenomena
- Atmospheric optical effects (mirages, sundogs) explain sightings
- Most UFO reports are identifiable as ordinary objects or natural phenomena
- UFO-Like Clouds Linked to Military Maneuvers?National Geographic▎ high· 2026-05-14
- Hole-punch clouds frequently mistaken for UFO phenomena
- Myrtle Beach, South Carolina case of three identical cloud formations
- Atmospheric cloud formations as source of UFO misidentifications
Effect on clouds
Description (EN)
Stub generated by entity dedup. Will be enriched in Phase 6.
Descrição (PT-BR)
Stub gerado pela deduplicação de entidades. Será enriquecido na Fase 6.
<!-- enrichment:start -->Enrichment (EN)
Disambiguation: In the corpus, refers to observable atmospheric and cloud phenomena associated with or attributed to UAP sightings. NOT to be confused with separate concepts like 'electromagnetic effects' or general 'atmospheric disturbances'.
Effect on clouds is a documented phenomenon-type classification within UAP research, referring to observable impacts on cloud formations, atmospheric optics, and atmospheric conditions allegedly associated with unidentified aerial phenomena. Research shows that lenticular clouds, hole-punch clouds, ball lightning, and optical effects (mirages, sundogs) are the most commonly misidentified phenomena mistaken for UAPs. NASA's UAP Independent Study (2023) identified atmospheric phenomena as key distinguishing variables in UAP investigations. While some theories suggest UAPs may directly disturb or alter cloud formations (electromagnetic hypothesis), peer-reviewed studies show no statistically credible correlation between cloud cover and UAP sighting frequency, suggesting confusion rather than direct causation. This concept bridges observational astronomy, atmospheric physics, and UAP phenomenology.
Enriquecimento (PT-BR)
Desambiguação: In the corpus, refers to observable atmospheric and cloud phenomena associated with or attributed to UAP sightings. NOT to be confused with separate concepts like 'electromagnetic effects' or general 'atmospheric disturbances'.
Efeito em nuvens é uma classificação do tipo fenômeno-tipo dentro da pesquisa de UAP, referindo-se aos impactos observáveis em formações de nuvens, óptica atmosférica e condições atmosféricas alegadamente associadas a fenômenos aéreos não identificados. Pesquisas mostram que nuvens lenticulares, nuvens com furos circulares, raio em bola e efeitos ópticos (miragens, halos) são os fenômenos mais comumente confundidos com UAPs. O Estudo Independente de UAP da NASA (2023) identificou fenômenos atmosféricos como variáveis-chave na investigação de UAP. Embora algumas teorias sugiram que UAPs possam perturbar ou alterar formações de nuvens (hipótese eletromagnética), estudos revisados por pares mostram nenhuma correlação estatisticamente credível entre cobertura de nuvens e frequência de avistamentos de UAP, sugerindo confusão em vez de causação direta. Este conceito conecta astronomia observacional, física atmosférica e fenomenologia de UAP.
External Sources
- An environmental analysis of public UAP sightings and sky view potential · Scientific Reports (Nature) · reliability:
high— No credible statistical relationship between cloud cover and UAP sighting frequency; Ball lightning accounts for some exotic sightings; Atmospheric phenomena as primary explanations for misidentifications - NASA Unidentified Anomalous Phenomena (UAP) Initiative · NASA · reliability:
high— Independent Study (2023) examined data collection and analytical techniques; Identified atmospheric phenomena as key distinguishing variables; Recommendations for enhancing scientific understanding of UAPs - Unidentified flying object - Wikipedia · Wikipedia · reliability:
high— Lenticular clouds among most commonly misidentified phenomena; Atmospheric optical effects (mirages, sundogs) explain sightings; Most UFO reports are identifiable as ordinary objects or natural phenomena - UFO-Like Clouds Linked to Military Maneuvers? · National Geographic · reliability:
high— Hole-punch clouds frequently mistaken for UFO phenomena; Myrtle Beach, South Carolina case of three identical cloud formations; Atmospheric cloud formations as source of UFO misidentifications