Who owns the HAARP?

Who owns the HAARP?

the University of Alaska Fairbanks
Who Owns HAARP? For over 25 years, the Air Force Research Laboratory (AFRL) Space Vehicles Directorate at Kirtland Air Force Base, New Mexico, and the University of Alaska Fairbanks (UAF) have collaborated on ionospheric research at HAARP.

Who owns HAARP in Alaska?

Once owned by the Department of Defense, the University of Alaska Fairbanks now runs the facility, only one of four in the world like its kind.

What is HAARP elf?

The ELF waves triggered by High-frequency Active Auroral Research Program (HAARP) in the ionosphere are used to simulate lines (pulses of different lengths and different frequencies). Several receivers are utilized to survey the propagation of these pulses.

How do I contact HAARP?

For further questions, please email [email protected] or call 907-474-1100.

Does the ionosphere affect weather?

The ionosphere is too high up to affect the weather far below in the troposphere. It’s more the other way around. Lightning discharges in the troposphere sometimes send vertical columns called sprites and jets up into the ionosphere.

When was HAARP built?

High-frequency Active Auroral Research Program

Established 1993
Field of research Ionosphere
Location Gakona, Alaska, United States
Operating agency University of Alaska Fairbanks

Where is haarp located around the world?

Gakona, Alaska
HAARP, in full High-frequency Active Auroral Research Program, scientific facility for studying the ionosphere, located near Gakona, Alaska. The main instrument is the Ionospheric Research Instrument (IRI), an array of 180 radio antennas spread over an area of 0.13 square kilometer (33 acres).

Why is the ionosphere important to humans?

The ionosphere is useful in many ways. It protects organisms on Earth by absorbing those harmful extreme ultraviolet rays. The electrically charged particles in the ionosphere also reflect some of the waves coming from Earth. In particular, the ionosphere reflects radio waves.

What is in the Homosphere?

The homosphere is the lower segment of the two-part division of atmosphere and further consists of three regions namely troposphere, stratosphere and mesosphere. All the three regions have the same composition of air.

Can planes fly ionosphere?

Without leaving home, anyone can fly through the dynamic layer of ionized gases that encircles Earth at the edge of space. All that’s required is a connection to the Internet. Airline flight controllers can use this tool to plan long-distance business flights over the poles, saving money and time for travelers.

What radiation does ionosphere block?

ultraviolet rays
The ionosphere is useful in many ways. It protects organisms on Earth by absorbing those harmful extreme ultraviolet rays.

What is in the ionosphere?

The ionosphere is a shell of electrons and electrically charged atoms and molecules that surrounds the Earth, stretching from a height of about 50 km (30 mi) to more than 1,000 km (600 mi). It exists primarily due to ultraviolet radiation from the Sun.

What is the difference between the homosphere and the heterosphere?

The main difference between the homosphere and heterosphere is that the homosphere is the lower part of the atmosphere, up to about sixty miles (100 km), whereas the heterosphere is the upper part of the atmosphere. The homosphere and heterosphere are the two layers of the atmosphere.

What is the most abundant gas in the homosphere?

Chemically the homosphere is composed of 78% nitrogen, 21% oxygen, and trace amounts of other molecules, such as argon and carbon dioxide. It contains over 99% of the mass of the Earth’s atmosphere. The density of air decreases with height in the homosphere.

Where are the HAARP locations?

Location of the HAARP Facility in Gakona, Alaska The access road is located at Milepost 11.3 on the Tok highway. The geographic coordinates of the IRI array are approximately 62 deg 23.5’N, 145 deg 8.8’W.

How many HAARP facilities worldwide?

GPS coordinates for 20 of the Top HAARP facilities 1- High Frequency Active Auroral Research Programn (HAARP) Gakona Alaska +62° 23′ 30.00″, -145° 8′ 48.00R…

Is HAARP still operating?

Some of us never bought into the smoke and mirrors about HAARP being torn down, and as we now see, it is still standing. The climate engineering insanity continues to decimate our planet as the weather makers try desperately to hide the damage already done by further ramping up the very programs that caused much of the damage in the first place.

What can HAARP do?

HAARP was a research program to study the ionosphere with the aim of bouncing radio waves off of it for long range communication. Long range radio communication has always been subject to the conditions of the ionosphere and amateur radio operators have often capitalized on favorable ionosphere conditions to extend the range of their equipment hugely.