It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Dugway encompasses more than 800,000 acres of Utah's west desert, where more than 2,000 people call home. It is a government-owned facility used by the U.S. Army Reserves and the U.S. National Guard for maneuver training. It is also a U.S. Army Test and Evaluation Command center where tests are occasionally run on defenses against biological and chemical weaponry.
The Dugway sheep incident, also known as the Skull Valley sheep kill, was a 1968 sheep kill that has been connected to United States Army chemical and biological warfare programs at Dugway Proving Ground in Utah. Six thousand sheep were killed on ranches near the base, and the popular explanation blamed Army testing of chemical weapons for the incident, though alternative explanations have been offered. A report, commissioned by Air Force Press Officer Jesse Stay first made public in 1998 was called the "first documented admission" from the Army that a nerve agent killed the sheep at Skull Valley.
Dugway is also where the U.S. Government has been testing weaponized Anthrax as recently as 1998
Originally posted by CaptGizmo
Thought I would put this out there. Was looking at Google maps and started looking at Dugway Proving Grounds in Utah. This is suppose to be the new Area 51. So I was browsing around and came across this strange circular tall cage. Maybe for testing biological contagion on a Giraffe? Seems a little strange. Have a look and tell me what you guys think it could be and what for.
Strange Cage
edit on 7/9/2011 by CaptGizmo because: (no reason given)
The AN/FLR-9, operated by the Air Intelligence Agency, is part of the DOD World Wide High Frequency Direction Finding System. High-frequency radio communication signals travel to receivers over the horizon by bouncing off the ionosphere. The shell of ionised particles which surrounds the earth refracts the signals so that they return to earth rather than disappear out into space. The clarity of the signal received depends on atmospheric and topographical conditions. HF-DF stations detect radio signals from aircraft or ships, and calculate the direction, or line of bearing, of the radio transmitter from the direction finding antenna. When the same signal is received by two or more antennae, the intersection of the lines of bearing mark the transmitter's location, using either precision single station location (SSL) capability, or in a network of DF stations using both multi-station azimuth triangulation and SSL. High Frequency Acquisition (AQ) and Direction Finding (DF) operations are performed with the Narrowband System (NBS) and Wideband Direction Finding (WBDF) Subsystem in support of normal and degraded communications modes, using both adaptive reception and super-resolution direction finding techniques.