Evidence Explorer

2006-0527-F FOI MARKER Document ID: 9507055 Row: 46 A A Position: 2 Section: 2 This is not a textual record. This is used as an administrative marker by the Clinton Presidential Library Staff. Stack: v Shelf: 8 Original OA/ID Number: 2318 f ■ NSC/RMO PROFILE FROM: PRESIDENT PD KEYWORDS: PERSONS: PD 95 45 CONCERNING AIR FORCE OPERATIONS AT GROOM LAKE SUBJECT:…

FOIA Number: 2006-0483-F FOIA MAR This is not a textual record. This is used as an administrative marker by the William J. Clinton Presidential Library Staff. Collection/Record Group: Clinton Presidential Records Subgroup/Office of Origin: Scheduling Office Series/Staff Member: Subseries: OA/1D Number: Folder ID: Folder Title: [Stephen Greer] Stack: s 7657 R…

The document appears to be a fragmented and poorly formatted correspondence related to UFOs, mentioning various individuals and events, including a birthday greeting to J. Edgar Hoover and references to UFO sightings and publications. The text lacks coherent structure and clarity, making it difficult to extract specific details.

This document contains a detailed account of a UFO sighting reported by a resident of Haven, New York, who observed a golden-orange glowing object in the sky. The object was described as being very high, possibly between 10,000 to 20,000 feet, and was seen moving steadily for approximately twenty seconds before disappearing behind trees. The witness compared…

This document discusses the analysis of radar data related to Japan Airlines flight 1628, which encountered uncorrelated radar signals during its flight on November 17, 1986. FAA experts explain the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

This document discusses the FAA's analysis of radar data related to Japan Airlines flight 1628, which reported an uncorrelated radar target during its flight on November 17, 1986. The FAA experts explained the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

The document discusses the analysis of radar data related to Japan Airlines flight 1628, which experienced uncorrelated radar signals during its flight on November 17, 1986. FAA experts explain the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

This document discusses the FAA's analysis of radar data related to Japan Airlines flight 1628, which experienced uncorrelated radar signals during its flight on November 17, 1986. The FAA experts concluded that the radar system detected an 'uncorrelated primary and beacon target', a phenomenon that can occur under certain conditions, particularly when a pil…

F:\Cable\Data Source\Cables\CD010\NOV94\MSGS\M1375774.html Page 1 of 6 Cable PRIORITY PREC: UNCLASSIFIED CLASS: PTTUZYUW RUEKJCS7895 3262243-UUUU--RHEHAAA RHEHWSR. LINE1: LINE2: ZNR UUUUU RHDLPOA T NTCC CAPODICHINO NAPLES IT LINES: RUCOCGA T USNS COMFORT LINE4: RUEKJCS OSRI: 222138Z NOV 94 DTG: SECDEF WASHINGTON DC//ATSD/PA DDI// ORIG: TO: INFO: DOD NEWS BRI…

…document details the communications and actions taken by Japan Airlines Flight 1628 on November 18, 1986, regarding an unidentified traffic sighting. The radar data from Anchorage Center did not confirm the presence of the reported traffic, and no further information was received from civil or military sources.

… object (UFO) sighting over Alaska reported by a Japan Airlines cargo crew on November 17, 1986. The FAA has reopened its inquiry into the incident, collecting data and interviewing witnesses to identify the object.

This document details the incident involving Japan Air Lines Flight 1628, where Captain Kenju Terauchi reported seeing a large unidentified flying object (UFO) while flying over Alaska. The sighting occurred on November 17, 1986, and involved two smaller lights and a massive object described as being twice the size of an aircraft carrier. The FAA and militar…

…nt outlines the mission, vision, and operational procedures of the All-domain Anomaly Resolution Office (AARO) in relation to Unidentified Anomalous Phenomena (UAP). It emphasizes the importance of reporting UAP sightings by military personnel and civilians, and describes AARO's role in synchronizing detection and analysis efforts across various domains.

The SASC Brief 2023 provides an overview of UAP reporting trends from 1996 to 2023, highlighting characteristics, performance, and unresolved cases observed by the U.S. Department of Defense's All-Domain Anomaly Resolution Office (AARO).

All-domain Anomaly Resolution Office (AARO) An AARO Information Paper Effect of Forced Perspective and Parallax View on UAP Observations May 2024 Introduction While no single explanation or method of analysis can account for all unidentified anomalous phenomena (UAP) cases received by the All-domain Anomaly Resolution Office (AARO), the effects of forced per…

ALL- DOMAIN ANOMALY RESOLUTION OFFICE UNCLASSIFIED UNCLASSIFIED The US Department of Defense & the UAP Mission Seán Kirkpatrick, Ph.D. Director 030 All-Domain Anomaly Resolution Office Chief of Staff, AARO Authority: FY24 NDAA, now codified at 44 U.S.C. 2107 Date: 2/6/2025 R eleased in Full: X Case Number: 330UAP000030 Page determined to be Unclassified Revi…

The document presents findings from the All-Domain Anomaly Resolution Office (AARO) regarding unidentified anomalous phenomena (UAP) observed between January 1996 and October 2024, including specific case analyses and reporting trends.

The All-domain Anomaly Resolution Office www.aaro.mil REPORTS TO AARO AARO is accepting reports of U.S. Government programs or activities related to UAP from current or former U.S. Government employees, service members, or contractor personnel with direct knowledge. These reports will be used to inform AARO’s congressionally directed Historical Record Report…

The document discusses the effects of forced perspective and parallax on UAP observations, explaining how these optical phenomena can lead to misinterpretations of size and speed in reports. It emphasizes the importance of understanding these effects for accurate UAP analysis.

…aused by artificial satellites, particularly the SpaceX Starlink constellation, and how these flares can be misinterpreted as unidentified anomalous phenomena (UAP). It provides methods for observers to identify and predict satellite flares and their implications for UAP reports.