Every One Speaks About HAARP, But Did You Know..2

8/6/2019 Every One Speaks About HAARP, But Did You Know..2.

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'Special Guest' Boards The Zorgon Zone, with Special Guest Ron Schmidt Every One Speaks about HAA RP,but did you know ...http://lucianarchy.proboards.com/index.cgi?board=zorgon&action=display&thread=8872

Every One Speaks about HAARP , but did you know...Post by zorgon on Sept 21, 2010, 6:46pm

Every One Speaks about HAARP...It gets blames for everything, it has magical abilities etc...

While it is true that it does indeed have some interesting abilities, there are many threads and documents onHAARP. I have been collecting material for years BUT, though its been hinted at from time to time that othercountries also have a version of HAARP and that incoherent scatter sites have a similar function as HAARP andEISCAT has been mentioned...

Very few people have taken the time to follow the leads in the various documents and threads and put together theGLOBAL NETWORK

While HAARP itself may not have the power to create a planetary shield (for missile defense and solar radiation)the world wide network certainly does.

So for this thread I will leave the much discussed Alaskan HAARP in the side lines for now and lets do a tour of the

other facilities around the world.

First a little bit on connections to other facilities. In reports like the NAVY Press Release of Dr Paul A. Bernhard...we see some terms already...

Dr. Bernhardt used the high-power HF facility near Arecibo, Puerto Rico, and Nizhny Novgorod, Russia, from 1985to 1999...

Dr. Bernhardt has conducted over eight experiments from 1985 to the present, using the Space Shuttle OrbitalManeuver Subsystem (OMS) engines, to modify the ionosphere with high-speed exhaust injections into the upperatmosphere. The results of these dedicated engine burns have been recorded using the VHF and UHF radars atArecibo, Puerto Rico; Kwajalein, Marshall Islands; Millstone Hill, Massachusetts; and Jicamarca, Peru. Currently, Dr.Bernhardt is the principal investigator for the Charged Aerosol Release Experiment (CARE) program, designed tostudy the scattering of radar from electrons in the vicinity of charged particulates that form artificial "dustyplasmas."

...Coherent Electromagnetic Radio Tomography (CERTO)

...Computerized Ionospheric Tomography Receiver in Space (CITRIS)

http://www.nrl.navy.mil/pao/pressRelease.php?Y=2006&R=17-06r

So from this single press release we have three search terms. Just ignore the facts about the chemical releases and

the shuttle spewing fumes, we already have a thread on that )

...Incoherent Scatter Radar (ISR) (Like EISCAT for European Incoherent Scatter Radar)

...Coherent Electromagnetic Radio Tomography (CERTO)

...Computerized Ionospheric Tomography Receiver in Space (CITRIS)

and these locations mentioned directly

Arecibo, Puerto RicoNizhny Novgorod, RussiaKwajalein, Marshall IslandsMillstone Hill, MassachusettsJicamarca, Peru

From our research collected at Pegasus we can add these...

HIPAS - High Power Auroral Stimulation ObservatoryIRIS - Imaging Riometer for Ionospheric Studies

The problem is I have gathered so much material on these sites and still have more to do... that it may get lost in


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a single thread...

So lets start with the best HAARP like arrays and Incoherent Scatter facilities.

Now this will take me a while to pull up all my pages so I won't be answering any posts for a while

continued...

Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Sept 21, 2010, 6:50pm

Sura FacilityHAARP Like FacilityNizhniy Novgorod, Russia+56 7' 9.70", +46 2' 3.66"

Image courtesy http://sura.nirfi.sci-nnov.ru/Photogalery/Photogalery.html


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SURA Official Site Russian

The Sura Ionospheric Heating Facility, located near the small town of Vasilsursk about 100 km eastward fromNizhniy Novgorod in Russia, is a laboratory for ionosphere research. Sura is capable of radiating about 190 MW,effective radiated power (ERP) on short waves. This facility is operated by the radiophysical research instituteNIRFI in Nizhny Novgorod. The Sura facility was commissioned in 1981. Using this facility, Russian researchersachieved extremely interesting results regarding the ionosphere behavior and discovered the effect of generation oflow-frequency emission at the modulation of ionosphere current[1]. At the beginning, Soviet Defense Departmentmostly footed the bill. The American HAARP ionospheric heater is similar to the Sura facility. The HAARP projectbegan in 1993.

Technical information

The frequency range of the heating facility is from 4.5 to 9.3 MHz. The facility consists of three 250 kWbroadcasting transmitters and a 144 crossed dipole antenna-array with dimensions of 300 m x 300 m. At themiddle of the operating frequency range (4.5 9.3 MHz) a maximum zenith gain of about 260 (~24 dB) isreached, the ERP of the facility is 190 MW (~83 dbW).

http://en.wikipedia.org/wiki/Sura_Ionospheric_Heating_Facility


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http://www.thelivingmoon.com/45jack_files/03files/SURA_Radar_Facility.html

Artificial Ionospheric Turbulence and Radio Wave Propagation (Sura/HAARP)

PDF File

Russian US cooperationIn March and May 2006 twosessions of measurements in the framework of the SURA HAARP experiment were carried out.Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Sept 21, 2010, 6:52pm

So Luiz Space ObservatoryHAARP Like Facility


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Cruzeiro Santa Brbara, Sao Luis-MA, Brasil-2 35' 40.47", -44 12' 35.90"

Coherent Back-Scatter Radar 50 MHz (RESCO)

The Coherent Back-Scatter Radar of 50 MHz (RESCO) was installed at the Space Observatory of So Lus / INPE,whose operation begun in August of 1998, is capable to accomplish measures of dynamics of the plasma of theelectrojet and of bubbles equatorial ionospheric. This radar was projected to map the turbulence and theelectromagnetic drift of the irregularities of short length scale (3 meters) in a height range that extends from ~90km to ~1000 km of the equatorial ionosphere. Such plasma irregularities have big influence in the propagationtrans-ionosphere of waves in a great frequency range, VHF to UHF, and, therefore, it influence all of the activitiesof space communications of the Brazilian tropical area. The formation, the development and the space distributionof these irregularities are highly sensitive to the space climatic change (in other words, "Space Weather") besidesthe convection processes and of the storms of the troposphere.

This radar resulted of the development and construction begun in INPE there are several years. It transmits signspulse of high potency through an network antenna with 768 dipoles which allow to concentrate all the energytransmitted in only narrow beam radiation. The same antenna also captures the echo signs spread by theirregularities ionosphere. The transmitted maximum power (120 kW) it is reached through the use of a modularsystem of 8 transmitters in phase to maximize the transmitted energy. The operational control of the radar is madeby a computer, which also accomplishes the acquisition, the treatment and processing 'on line' of the received dataof the ionosphere. The data recorded are available also for the processing and analyze subsequent. This radar wasalready operated in several campaigns since 1998 and now it is collecting in a routine way data of the dynamics ofthe equatorial electrojet.

This radar, with the FCI radar of 30 MHz together offers great opportunities to the researchers of studying thepeculiar phenomenon of the equatorial area. These, beside the radars of Peru (Jicamarca), of the India (Thumba)and of the Indonesia, are some of the few radars of this type that exist in the world around of the magneticequator. Due to the peculiar configuration of the geomagnetic field, the Brazilian equatorial area havecharacteristics very different from the other areas. It was for this reason that NASA of the USA, in collaboration ofINPE, accomplished in Alcntara in 1994 the campaign GUAR when 26 rockets were thrown (in the period ofSeptember-October) to study the equatorial electrojet and the bubbles ionosphere. In this campaign were usedanother radar similar to the radar RESCO (which was brought of the USA), Digissonde (which provided thediagnoses of the ionosphere) and of the magnetometers operated by INPE in the Space Observatory of So Lus.The radar RESCO, that is now in a phase of technological improvement, offers great potential to promote


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researches of the environment of the Brazilian equatorial area.

Rua Horto Florestal, 100, Cruzeiro Santa Brbara, Sao Luis-MA - Brasil

SOURCE: So Luiz Space Observatoryhttp://www.dae.inpe.br/slz/english/resco.html

http://www.thelivingmoon.com/45jack_file....bservatory.html


Millstone Hill Radio ObservatoryEISCAT Like FacilityWestford, Massachusetts+42 37' 09.25", -71 29' 28.49"


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Millstone Hill

Millstone Hill, Westford, Massachusetts, USA (Longitude: W Latitude: N)

The Millstone Hill Steerable Antenna, or MISA, is a fully steerable dish antenna, 46 meters in diameter, designed bythe Stanford Research Institute (SRI) in 1959. It is currently located at MIT Haystack Observatory in Westford,Massachusetts. It was originally installed at the Sagamore Hill Radio Observatory in Hamilton, Massachusetts in1963. The antenna operated at that location until 1978, at which time it was relocated to Millstone Hill. Since thattime it has been primarily used as a UHF radar antenna to provide measurements of the near space environmentusing the incoherent scatter radar technique. It is one of two surviving dish antennas of this type in the world withthe other antenna being located at the Stanford University radio science field site in Stanford, California. MISA isused to provide wide radar coverage in latitude and longitude.

MISA is a broad-based observatory capable of addressing a wide range of atmospheric science investigations. Theincoherent scatter radar facility at Millstone Hill has been supported by the National Science Foundation since 1974for studies of the earth's upper atmosphere and ionosphere. During this time the facility has evolved from a part-time research operation sharing radar cooling and power supply elements with the M.I.T. Lincoln LaboratoryMillstone satellite tracking radar, to a separately funded, operationally independent system dedicated to upper


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atmospheric research. The scientific capability of the Millstone Hill facility was greatly expanded in 1978 with theinstallation of a fully-steerable 46 meter antenna to complement the 67 meter fixed zenith pointing dish.

The favorable location of Millstone Hill at sub-auroral latitudes combined with the great operational range affordedby the steerable antenna permit observations over a latitude span encompassing the region between the polar capand the near-equatorial ionosphere. Since 1982 the Haystack Observatory Atmospheric Sciences Group has beensupported for operating the Millstone Hill research radar as a part of the incoherent scatter radar chain and forassociated studies of the auroral and sub-auroral ionosphere and thermosphere. The meridional radar chain

extends from Sondre Stromfjord, Greenland through Millstone Hill at mid-latitudes, beyond Arecibo at low latitudes,to the Jicamarca facility at the magnetic equator in Peru. The radar chain forms an integral part of the NSF-supported CEDAR (Coupling, Energetics, and Dynamics of Atmospheric Regions) observing network and MillstoneHill observations and analysis have contributed extensively to the successes of the CEDAR initiative.

The Millstone Hill Radar uses Thomson backscatter from ionospheric electrons to deduce height- and time-resolvedplasma drift velocities, electron and ion temperatures, electron densities, ion composition, and ion-neutral collisionfrequencies. These parameters provide further information about the neutral gas, neutral temperatures and winds,and electric fields present in the medium. The incoherent scatter technique provides observations of many of theseparameters over an altitude range extending from less than 100 km to a thousand kilometers or more. Methodshave been developed that allow these measurements to be made with an altitude resolution of hundreds of meters.The complete steerability of the radar allows horizontal gradients and structure to be examined along with verticalvariations.

The Observatory is the premier scientific facility in the world for studying the equatorial ionosphere. It has a 2-MWtransmitter and a main antenna with 18,432 dipoles covering an area of nearly 85,000 square meters.

SOURCE: Wikipedia Millstone Hillhttp://en.wikipedia.org/wiki/Millstone_Hill

Related Links:MIT Haystack Observatoryhttp://www.haystack.mit.edu/


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Credit: Haystack Observatory



The first American 'HAARP'


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Platteville Atmospheric ObservatoryHAARP Like Facility+40 10' 54", -104 43' 30"

Image courtesy Colorado University

The Platteville Atmospheric Observatory was envisioned in 1962 by what is now the Institute of TelecommunicationSciences (ITS), a part of the National Telecommunications and Information Administration (NTIA), as a site forhigh-powered radio experiments. While the initial experiment, that took place in 1968, studied over-the-horizonradar, the majority of later experiments used high power radio waves to modify the ionosphere in a process that issometimes called ionospheric heating because it raises the electron temperature in the ionosphere.

The ionospheric heater was still used until 1984, when the last ionospheric experiments were performed. In thesame year, the transmitters were loaned to the Office of Naval Research and sent to HIPAS in Alaska where theyare still used.

With the removal of the transmitters, the focus of the facility changed to smaller-powered observation of theatmosphere rather than modifying it. In 1988 the 404 MHz RASS was installed and the ownership of the facilitywas transferred from NTIA to NOAA-ERL.

SOURCE: Platteville Atmospheric Observatoryhttp://grison.colorado.edu/Radar_Stations/Platteville/Platteville.html


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High Power Auroral Stimulation ObservatoryHIPASFairbanks Alaska64 52' 19" N 146 50' 33" W


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HIPAS is located 30 miles Northeast of Fairbanks Alaska; in the small community of Two Rivers. It occupies 120acres of land and has six buildings. The facility is located at: latitude and longitude.The facility operates year-round.

The HIPAS facility is engaged in the study of the Ionosphere through the use of high power radio transmission aswell as a state-of-the-art LIDAR (LIght Detection And Ranging ) facility.

The Heater system consists of 8 transmitters capable of conducting amplitude modulation of 100 Hz - 20 kHz andphase modulation of 0 -20 kHz. Each transmitter can transmit up to 150kW at 2.85 or 4.53 MHz on CW mode.

The Heater antenna system consists of a circular array of 8 crossed dipoles, copper wire ground-planes andresonant triaxial baluns.

The LIDAR facility consists of a 2.7 meter LMT (Liquid Mirror Telescope) with a 4.5 meter focal length as well as 6state-of-the-art lasers.

SOURCE: HIPAS Home Pagehttp://www.hipas.alaska.edu/hipasweb/hipas.htmLink invalid... Internet Archive Pagehttp://web.archive.org/web/20080212193205/http://www.hipas.alaska.edu/hipasweb/hipas.htm


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Courtesy HIPAS


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European Incoherent Scatter Scientific AssociationEISCATRamfjordmoen, Near Troms, Norway+69 35' 10.94", +19 13' 20.89"


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The EISCAT Scientific Association is an international research organisation operating three incoherent scatter radarsystems, at 931 MHz, 224 MHz and 500 MHz, in Northern Scandinavia. It is funded and operated by the researchcouncils of Norway, Sweden, Finland, Japan, France, the United Kingdom and Germany (collectively, the EISCATAssociates).

EISCAT (European Incoherent Scattter) studies the interaction between the Sun and the Earth as revealed bydisturbances in the magnetosphere and the ionised parts of the atmosphere (these interactions also give rise to thespectacular aurora, or Northern Lights). The radars are operated in both Common and Special Programme modes,depending on the particular research objective, and Special Programme time is accounted and distributed betweenthe Associates according to rules which are published from time to time.

One EISCAT transmitter site is located close to the city of Troms, in Norway, and additional receiver stations arelocated in Sodankyl, Finland, and Kiruna, Sweden. See an animation that shows the basic operation. The EISCATHeadquarters are also located in Kiruna. 1996 the EISCAT Scientific Association constructed a second incoherentscatter radar facility, the EISCAT Svalbard Radar, near Longyearbyen on the island of Spitsbergen, far to the Northof the Norwegian mainland.

The Incoherent Scatter Radar technique requires sophisticated technology and EISCAT engineers are constantly

involved in upgrading the systems.

In addition to the incoherent scatter radars, EISCAT also operates an Ionospheric Heater facility at Ramfjordmoen(including a Dynasonde) to support various active plasma physics experiments in the high latitude ionosphere.

SOURCE ARTICLEhttp://www.eiscat.se:8080/about.html


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Troms 931 MHz Ultra High Frequency Radar [facts]These signals are also received at Kiruna and Sodankyl

Troms 224 MHz Very High Frequency Radar [facts]We have also a heating facility and a Dynasonde


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http://www.thelivingmoon.com/45jack_file....mso_Norway.html


Nerc MST Radar FacilityNMRFHAARP Like Facility+52 25' 28.26", -4 00' 19.59"Capel Dewi, Carmarthenshire, Wales, United Kingdomnear Aberystwyth, Wales, UK


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This one is different but included anyway

The Natural Environment Research Council (NERC) Mesosphere-Stratosphere-Troposphere (MST)Radar at Aberystwyth

SOURCE: NERChttp://mst.nerc.ac.uk/index.html


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http://www.thelivingmoon.com/45jack_files/03files/NERC_MST_Radar_Facility.html


National MST Radar FacilityNMRFHAARP Like Facility+13 27' 26.68", +79 10' 30.74"Gadanki, near Tirupati, in southern Andra Pradesh, India

I found this one on Google Earth so Pegasus has first find on that one


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Visiting the National MST Radar Facility in Gadanki, near Tirupati, in southern Andra Pradesh, India

ABOUT NATIONAL MST RADAR FACILITY

Indian scientists have carried out pioneering research work in the fields of astronomy and astrophysics,solar/interplanetary medium, earth's upper atmosphere/ionosphere, aeronomy/middle atmosphere andweather/climate phenomena. The nationally coordinated Indian Middle Atmosphere Programme (IMAP) was


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implemented during the period 1982-89 with well focussed campaign experiments with ground based, balloon,rocket and satellite based techniques. The IMAP programme led to the decision to conduct in-depth studies ofatmosphericdynamical phenomena by developing a versatile ground based radar technique...

...The MST Radar is a state of the art instrument capable of providing estimates of atmospheric parameters withvery high resolution on a continuous basis which are essential in the study of different dynamical processes in theatmosphere. It is an important research tool in the investigation of prevailing winds, waves ( including gravitywaves) turbulence, and atmospheric stability & other mesoscale phenomena . A reliable three dimensional model of

the atmosphere over the low latitudes improves our understanding of the climatic and weather variations...

Establishment of NMRF

Attaching great importance to the scientific utilisation of the Indian MST Radar, the Government of India decided tocreate an autonomous Scientific Society called the National MST Radar Facility (NMRF). This society is affliated tothe Department Of Space. The NMRF was registered on January 11, 1993 under the Indian Societies Act 1860.This society is administered by a Governing Council under the chairmanship of Dr. K. Kasturirangan, Secretary DOSwith, Director , NMRF as the member secretary . The present Director of NMRF is Prof D. Narayan Rao .TheGoverning Council consists of other eminent scientists, representatives of the National Laboratories and some ofthe funding agencies.The Governing Council sets broad policy guidelines to ensure the effective scientific utilisationof the facility, supported by a Scientific Advisory Commitee & a Finance Commitee.

Location Of NMRF

The scientific requirements dictated that the Indian MST Radar should be located preferably below 15 degreesNorth latitude. Hence after careful consideration of the various constraints, a site at Gadanki Village, near thetemple town of Tirupati in the Chitoor district of Andhra Pradesh was selected for locating the Indian MST Radar .NMRF is located off the Chitoor -Tirupati main road in a picturesque landscape spreading over an area of about 42acres. Regular train and bus services are operated between Tirupati and Bangalore/Madras. On request NMRF mayprovide transport between Tirupati and Gadanki.

SOURCE: The National MST Radar Facility (NMRF)http://www.isro.org/nmrf/default.htm


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http://www.thelivingmoon.com/45jack_file....r_Facility.html

Cherenkov Radiation around Antennas


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Image courtesy ISRO


Jicamarca Radio ObservatoryHAARP Like FacilityLima, Peru

11 57' 04.82" S 78 52' 27.43" W

Image courtesy Colorado University

Introduction

The Jicamarca Radio Observatory is the equatorial anchor of the Western Hemisphere chain of incoherent scatterradar (ISR) observatories extending from Lima, Per, to Sndre Strmfjord, Greenland. It is part of theGeophysical Institute of Peru (Instituto Geofsico del Per, or IGP) and receives the majority of its financial supportfrom the National Science Foundation of the U.S. through a Cooperative Agreement with Cornell University.


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The Observatory is the premier scientific facility in the world for studying the equatorial ionosphere. It has a 2-MWtransmitter and a main antenna with 18,432 dipoles covering an area of nearly 85,000 square meters.

SOURCE: Jicamarca Radio Observatoryhttp://jicamarca.ece.cornell.edu/overview.html

Piura facility: Jicamarca Radio Observatory

The Observatory is about a half-hour drive inland (east) from Lima, Peru at a geographic latitude of 11.95 southand a longitude of 76.87 west. The altitude of the Observatory is about 500 m ASL. It is about 10 km from theCarretera Central, the main highway east in Peru.

The Jicamarca Radio Observatory was built in 1960-61 by the Central Radio Propagation Laboratory (CRPL) of theNational Bureau of Standards (NBS).

Station Databasehttp://jro.igp.gob.pe/english/database/database_en.htm

Image Courtesy Cornell University

The Jicamarca Radio Observatory - Cornell Universityhttp://jicamarca.ece.cornell.edu/


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The 49.92 MHz ISR is the principal facility of the Observatory. The radar antenna consists of a large square array of18,432 half-wave dipoles arranged into 64 separate modules of 12 x 12 crossed dipoles. Each linear polarization ofeach module can be separately phased (by hand, changing cable lengths), and the modules can be fed separatelyor connected in almost any desired fashion. There is great flexibility, but changes cannot be made rapidly. Theindividual modules have a beam width of about 7 deg, and the array can be steered within this region by properphasing. The one way half power beam width of the full array is about 1.1 deg; the two way (radar) half powerwidth is about 0.8 deg. The frequency bandwidth is about 1 MHz. The isolation between the linear polarizations isvery good, at least 50 dB, which is important for certain measurements. Since the array is on the ground and the

Observatory is the only sign of man in a desert region completely surrounded by mountains, there is no RFinterference. The transmitter consists of four completely independent modules which can be operated together orseparately. Only two of these modules are currently in operation. Each can deliver ~1.5 MW peak power, with amaximum duty cycle of 6%, and pulses as short as 0.8-1.0 s. Pulses as long as 2 ms show little power droop;considerably longer pulses are probably possible. Two additional modules with the same properties will eventuallybe available. The third is more than 90% complete; the fourth is well advanced but its completion will requireadditional funding. The drivers of the main transmitter can also be used as transmitters for applications requiringonly 50- 100 KW of peak power...

SOURCE: Jicamarca Radio Observatoryhttp://www.kurasc.kyoto-u.ac.jp/radar-group/local/isr/jicamarca/overview.html

MUCH BIGGER THAN HAARPMain Array

Visit the Jicamarca Radio Observatory homepagehttp://jro.igp.gob.pe/


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Jindalee Operational Radar NetworkJORNJP 2025Laverton, West Australia-28 19' 36.29", +122 0' 18.84"

Two Part System


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ProjectsJP 2025 - Jindalee Operational Radar Network (JORN)

The JORN project arose out of extensive research undertaken by the Defence Science and Technology Organisation(DSTO) into over-the horizon radar (OTHR) beginning in the early 1970s. As part of the 1987 Defence White Paper,the Government placed a high priority on wide area surveillance of the north and north western approaches toAustralia and OTHR was seen to be the most cost effective solution. As a consequence, in December 1990, theGovernment approved the design and construction of JORN.

The Jindalee Operational Radar Network (JORN) consists of two OTHR, one near Longreach, Qld. and the other nearLaverton, WA, jointly operated from the JORN Coordination Centre (JCC) at RAAF Base Edinburgh, SA by No 1Radar Surveillance Unit. The radars are an advanced development of the Australian designed Jindalee radar at AliceReceiver Site, Laverton WA - click on image to enlargeSprings which is in operational use as well as being aresearch and development facility used by DSTO for ongoing OTHR improvement. JORN radars are capable of allweather detection of air and surface targets inside an arc of up to 3,000 km range extending from Geraldton in thewest around to Cairns in the east. JORN makes a crucial contribution to broad area surveillance of Australia'sstrategically important northern approaches.

SOURCE:

Australian Department of DefenceDefence Materiel Organizationhttp://www.defence.gov.au/dmo/esd/jp2025/jp2025.cfm

Electronic Warfare & Radar Division - DSTO, Australiahttp://www.dsto.defence.gov.au/page/3603/


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Courtesy Australian Department of Defence


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Courtesy Australian Department of Defence


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http://www.thelivingmoon.com/45jack_file....k_Laverton.html


Jindalee Operational Radar NetworkJORNLongreach, Queensland, Australia-23 39' 29.53", +144 8' 49.58"

JORN Part Two

Communications '92: Communications Technology, Services and Systems; Getting It All Together

The Jindalee Operational Radar Network Communications and the Operational ConceptNicholson, P1; Cameron, A2


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Abstract: The operational concept of the Jindalee over-the-horizon operational radar network (JORN) is thecentralised control and co-ordination of remote sensors. The radar sites are in Laverton, WA and Longreach,Queensland, while the co-ordination centre is situated in Adelaide, South Australia. An extensive communicationsnetwork is needed to control the radars and their associated frequency management systems, transfer partlyprocessed data for final analysis at the co-ordination centre, and pass track information to the command supportsystems of the Australian Defence Force and other users. The principle of operation, configuration and concept ofthe Jindalee project are briefly outlined to provide the context of the communications requirement. Thecommunications infrastructure to support this operational concept is then described together with the main factors

which have influenced the design of JORN communications.

Papers Available Herehttp://search.informit.com.au/documentSummary;dn=563982181256363;res=IELENG

Consultancy Projects

Jindalee Operational Radar Network

RayTec Consulting has since its inception offered sub-contract services on the JORN project across a broadspectrum of Systems Engineering disciplines from Requirements Analysis and Design, Verification and Validation toIntegration and Test.

SOURCE: http://www.raytec.com.au/wp/projects

Electronic Warfare & Radar Division


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High frequency surface wave radar. Credit DSTO

Electronic Warfare & Radar Division

Electronic Warfare & Radar Division provides scientific leadership and support to the Australian DefenceOrganisation on the exploitation of the electromagnetic spectrum to enhance the performance of our own sensors,weapons, platforms and command systems, together with the ability to destroy the effectiveness of adversarialsystems.

Weapons Systems Division

Weapons Systems Division provides scientific leadership and support covering all aspects of weapon systems -including sensors, guidance, propulsion and warheads, and their integration into combat platforms and commandand control systems.

Command, Control, Communications & Intelligence Division

Command, Control, Communications & Intelligence Division provides scientific leadership and support for Defencecommand, intelligence, communications, and business processes, at both the operational and theatre levels ofcommand. Support to the Australian Defence Organisation includes Information Operations with special capabilitiesin Information Security and Digital Forensics; Communications with special capabilities in SatelliteCommunications, Mobile Networks and Network Management; Intelligence Processing and Analysis with specialcapabilities in signals analysis, communications analysis, automated fact extraction, and speech processing. TheDivision has organised its work program to have a strong emphasis on support achieving the goals as outlined inthe Network Centric Warfare roadmap.

Intelligence, Surveillance & Reconnaissance Division

Intelligence, Surveillance & Reconnaissance Division provides scientific leadership and support for strategicintelligence, surveillance and reconnaissance systems, with a focus on the needs of the intelligence community.

Land Operations Division

Land Operations Division provides scientific leadership and support to the Land Force through structured andanalytical approaches to capability development.

SOURCE: DSTOhttp://www.dsto.defence.gov.au/page/3603/


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http://www.thelivingmoon.com/45jack_file...._Longreach.html


[quote]Originally posted by zorgon

Poker Flat Research RangeNear Chatanika, Alaska+65 7' 23.90", -147 28' 7.05"

Still looking for the actual array in this area but Poker Flats covers a wide terrain and the array is most likelyhidden in the trees

Gate sign says NASA is lurking about and they mention the Aurora studies...


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HAARP likely not Primary Ionospheric array in Alaska by Guy Cramerhttp://www.superforce.com/haarp/index.htm

How to hide a HAARP by Guy Cramer

This first photo shows HAARP

The second photo shows HAARP with a camouflaged Array


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The third image shows a completely concealed array, road and power generation center, to show how easy it is tohide a large facility in a location like Alaska.

"The above illustrations demonstrate the capability to effectively conceal large land areas containing hardware andbuildings. In a similar initiative comprising the the most comprehensive infrastructure concealment program since

World War II, the design team of Dr. Resnick, Lt. Col. Timothy R. O'Neill, PhD (U.S. Army, Ret.) and Mr. GuyCramer have produced remarkable results. Using specially designed "Fractal Based" camouflage patterns inprojects related to concealment of critical infrastructure under the auspices of the US Department of the Interior'sBureau of Land Management, the team continues to achieve desired objectives such as those shown below."

SOURCE: Guy Cramer Hyperstealth Techhttp://www.superforce.com/haarp/index.htm

We have found this one...

Chatanika Incoherent Scatter FacilityEISCAT Like FacilityPoker Flats+65 7' 1.34", -147 27' 37.23"


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Also found one small Array...+65 7' 55.61", -147 27' 14.98"


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And several 'suspicious' areas like this one


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But Poker Flats is still a work in progress


Baikal-1 and IGR sites

Semipalatinsk-21, Kazakhstan

This one is a direct tie in with Remote Viewing success and Tesla technology.

It is said Russia has several HAARP like facilities, bt so far I have only found SURA

Back in the scalar weapon and Tesla research days there are several objects left in Russia that are very impressive.As they deal with antennas and as they are cool I will add them here as well...

You will also have to visit my pages at the bottom of each post as I am only using a few of the images and a little


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of the text... the full collection is on each page as I get new data...

First one is...

URDF-3 (Unidentified Research and Development Facility-3)Baikal-1, Semipalatinsk, Kazakhstan5010'12.69"N, 7822'36.84"W

This first appeared as a CIA satellite image

U.S. satellite reconnaissance photo of suspected Soviet beam weapon installation near Semipalatinsk.Published July 28, 1980. (Courtesy Aviation Week & Space Technology)

Much has been written about the CIA search for Russia's Tesla Beam Weapon facility and it is even one of thebiggest cases for the Remote Viewing Project Stargate that the CIA ran. One of the things that was a positive hitfrom the RV Team was the huge crane at the site...

Well that crane is STILL THERE...


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Space Nuclear Facility test capability at the Baikal-1 and IGR sitesSemipalatinsk-21, Kazakhstan

Hill, T. J.; Stanley, M. L.; Martinell, J. S.Presented at the Nuclear Power Engineering in Space Nuclear Rocket Engines, Kazakhstan, Russia, 22-26 Sep.1992

The International Space Technology Assessment Program was established 1/19/92 to take advantage of theavailability of Russian space technology and hardware. DOE had two delegations visit CIS and assess its spacenuclear power and propulsion technologies. The visit coincided with the Conference on Nuclear Power Engineeringin Space Nuclear Rocket Engines at Semipalatinsk-21 (Kurchatov, Kazakhstan) on Sept. 22-25, 1992. Reactorfacilities assessed in Semipalatinski-21 included the IVG-1 reactor (a nuclear furnace, which has been modified andnow called IVG-1M), the RA reactor, and the Impulse Graphite Reactor (IGR), the CIS version of TREAT. Althoughthe reactor facilities are being maintained satisfactorily, the support infrastructure appears to be degrading. Thegroup assessment is based on two half-day tours of the Baikals-1 test facility and a brief (2 hr) tour of IGR;because of limited time and the large size of the tour group, it was impossible to obtain answers to all preparedquestions. Potential benefit is that CIS fuels and facilities may permit USA to conduct a lower priced space nuclearpropulsion program while achieving higher performance capability faster, and immediate access to test facilities


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that cannot be available in this country for 5 years. Information needs to be obtained about available dataacquisition capability, accuracy, frequency response, and number of channels. Potential areas of interest with broadapplication in the U.S. nuclear industry are listed.

SOURCE: Harvard Abstractshttp://adsabs.harvard.edu/abs/1993STIN...9416773H

Here is the crane sketch from the CIA RV Team members

Here is the large crane on Google Earth


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Credit for the find and info gathering goes toadmiraltogoFort Smith, ARGoogle Earth poster

This base was also the spot where the Russians tested their version of a Nuclear Rocket


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http://www.thelivingmoon.com/45jack_file....Kazakhstan.html [/quote]


Strange Towers in a Russian ForestTesla GeneratorsSychvka, Moskovskaya Oblast' (Russia)+5555'26.15"N,3649'10.97"

Yet another old Russian project tied into Tesla research... I have included these because they are related, and just

plain cool


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Update 2007-12-02 09:59:49

"These were part of the experiments do by the SU with Teslas work towards power transmission andcommunication. Pictures all over the place on the internet. Nothing mysterious or new about it. Or perhaps its asecret installation for taking over the world. Take you pick."

Below is the entry gate from Google Earth images... the caption translates to..."Isled. the center of the high energies"

Test benches VNITS - ALL-UNION SCIENTIFIC RESEARCH INSTITUTE OF CEMENT VEI(high-voltage scientific research center of All-Russian electrotechnical institute).

Satellite View of the Installation near Sychvka, Moskovskaya Oblast' (Russia)


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http://www.thelivingmoon.com/47john_lear....ian_Forest.html Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Sept 21, 2010, 7:29pm

The Russian WoodpeckerDuga Radar Array, Chenobyl, Ukraine5118'20.17"N, 3004'02.60"E


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"Woodpecker" Duga radar array, Chenobyl, Ukraine by Necator


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-1 -2 (Radar arch-1 Chernobyl-2) by DM.HANTER

History

The Soviets had been working on early warning radars for their anti-ballistic missile systems through the 1960s,but most of these had been line-of-sight systems that were useful for raid analysis and interception only. None ofthese systems had the capability to provide early-warning of a launch, which would give the defenses time to study

the attack and plan a response. At the time the Soviet early-warning satellite network was not well developed, sowork started on over-the-horizon radar systems for this associated role in the late 1960s.

The first experimental system, Duga-1, was built outside Mykolaiv in the Ukraine, successfully detecting rocketlaunches from Baikonur Cosmodrome at 2,500 kilometers. This was followed by the prototype Duga-2, built on thesame site, which was able to track launches from the far east and submarines in the Pacific Ocean as the missilesflew towards Novaya Zemlya. Both of these radars were aimed east and were fairly low power, but with theconcept proven work began on an operational system. The new Duga-3 systems used a transmitter and receiverseparated by about 60 km.[2]

http://en.wikipedia.org/wiki/Russian_Woodpecker


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-2. (Chernobyl-2. Receiving Antenna) by djcrok


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MANY more pictures

http://www.thelivingmoon.com/45jack_file....ar_Ukraine.html

Main Stream Media coverage..

The Missing Secrets Of Nikola Tesla - Woodpecker SignalRussia makes Aurora's with Woodpecker Array


China Research Institute of Radiowave Propagation (CRIRP)HAARP Like Facility


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Ionospheric LaboratoryIonospheric Laboratory, Xinjiang (Sinkiang) Region4024'15.91"N, 9338'09.74"E

So far I have only found ONE of China's Arrays and one EISCAT type dish.

Not much data to go on either but the name...

CRIRPChina Research Institute of Radiowave Propagation

This facility is closest to Urumchi (Urumqi), Xinjiang Region, China. Actually the whole region is filled with oddmarkings and will be a whole thread on its own but not related to radio waves...

Ionospheric sounding network and data in China

Wu Jian Jiao Peinan Xiao Zuo Wan Weixing Liu Ruiyuan Zhao ZhengyuLEME, China Res. inst. of Radiowave Propagation, Beijing;


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This paper appears in: Antennas, Propagation and EM Theory, 2000. Proceedings. ISAPE 2000. 5th InternationalSymposium onPublication Date: 2000On page(s): 688-691Meeting Date: 08/15/2000 - 08/18/2000Location: Beijing, ChinaISBN: 0-7803-6377-9

References Cited: 10INSPEC Accession Number: 6963766Digital Object Identifier: 10.1109/ISAPE.2000.894880Current Version Published: 2002-08-06

AbstractIonospheric sounding has been conducted routinely for more than 60 years in China. A complete network ofground-based sounding sites covers the Chinese subcontinent, including vertical and oblique sounding, GPSmeasurement of ionospheric TEC and scintillation, VLF receivers measuring the lower ionosphere etc. In this paper,we give a picture of the sounding network, equipment situation and data acquired with emphasis on verticalionosonde network

SOURCE: IEEEhttp://ieeexplore.ieee.org/xpl/freeabs_a....&isnumber=19345

The Ionospheric Sounding in China

The ionospheric sounding in China has a long history and has a well spread network, which is still keeping routineoperation, providing a good background to do the ionospheric long-term prediction and short-term forecasting. Theionospheric sounding in China started in early 1940s (Wu et al., 2002). Fig.1 shows the ionospheric soundingnetwork in China. The sounding equipments and operation periods are listed in Table 1. Among them 11 ionosondestations are still in operation in China mainland. The data at integer UT hours are sent to forecasting center inBeijing twice a day through Internet.

There is also a daily exchange of ionospheric data with Russian (for 4 stations) and with Australia (for 4 stations)respectively. A method of predicting the ionospheric F2 layer in the Asia and Oceania Region (AOR Method [SunX.R., 1987]) was adopted as a regional ionospheric long-term prediction method in China and its surrounding area.Then this was cooperated with the International Reference Ionosphere and became the Reference Ionosphere inChina (CRI) [Liu et al., 1994].

http://www.irf.se/~christer/China_IONO.doc


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Preliminary studies on ionospheric forecasting in China and its surrounding area

R. Liua, Corresponding Author Contact InformationE-mail The Corresponding Author, Z. Xua, J. Wub, S. Liua, B. Zhanga and G. Wangb

Polar Research Institute of China, 451 Jinqiao Road., Shanghai 200136,

China bChina Research Institute of Radiowave Propagation, Xinxiang 453003, China

Abstract

The ionospheric sounding in China has a long history and has a well spread network, which is still keeping routineoperation. The autocorrelation method is adopted for the short-term forecasting of ionospheric characteristics. Theperformances of the forecasts at Chongqing have been examined for different combination of parameters andalgorithms by estimating the prediction errors. Preliminary results show that for predictions of more than 10 hahead the at once method with f0F2 is preferable. For predictions of less than 10 h ahead the iterations method with View the MathML source is the best. A corrected method of the International Reference Ionosphereused in China region (the CRI model) is described in this paper. By introducing an effective ionospheric index Iceinto the CRI model the regional forecasting could be realized.

SOURCE: Science Direst

Home Address:National Key Lab of Electromagnetic Environment, China Research Institute of Radiowave Propagation (CRIRP),P.O. Box 6301, Beijing 102206, China,


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http://www.thelivingmoon.com/45jack_file....ropagation.html

Zhong Shan Antarctic Polar Station (China)69 22' 23.63" S 76 22' 19.11" E

Introduction

Of the two Chinese scientific stations in Antarctic, the one in Zhong Shan is closely conjugated with the Svalbardarea in the northern hemisphere. This makes it a valuable place for coordinated measurements both with theEISCAT Svalbard Radar (ESR) and the Polar satellite. In 1991 a cooperation agreement was signed between theIonospheric Laboratory of the China Research Institute of Radiowave Propagation (CRIRP) in Xinxiang, China, andthe Department of Physical Sciences, University of Oulu, Finland, to build an auroral photometer system for theZhong Shan station (Kaila et al, 1997). The multichannel scanning photometer agreed upon was constructed inOulu by April 1995, and delivered to China in May. Measurements were supposed to start in March 1997, to becontinued during the local winter time until October (the same schedule of measurements is planned for everyyear). However, due to problems mentioned above, the current status of the system is unknown!


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The Zhong Shan Station, Antarcticahttp://www.thelivingmoon.com/45jack_file....Zhong_Shan.html


Sheshan, Shanghai, ChinaEISCAT Like Facility31541.98N, 1211129.72E

The Sheshan 25m radio telescope is an alt-az antenna run by SHAO.The telescope is located in the Sheshan area, about 40km west of Shanghai.


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This one is in the middle of the Old Jesuit Cathedral lot. They have an observatory there as well

Observatory and Church


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http://www.thelivingmoon.com/45jack_files/03files/China_Sheshan.html

Been a lot of rumors around that the Jesuits still have a lot of control in the world...

Look up Wheeling Jesuit University... search for NASA grants and ask why is NASA giving money to a Churchorganization?

http://www.wju.edu/

Look up the National Technology Transfer Center (NTTC) These guys are in charge of who gets new technology

The National Technology Transfer Center (NTTC) has entered its 20th year of providing technology transfer servicesfor federal facilities of our nation. Our work has provided clients with technical and market research expertisededicated to meeting the complex needs of technology transfer organizations, while providing close supportfocusing on customer service. NTTC is inspired by the technologies developed at our federal R&D institutions, andis proud of our work commercializing and disseminating federal innovation for the betterment of our nation'seconomy.

Ask why do the Jesuits control technology transfer?

2009 National Technology Transfer Center, Wheeling Jesuit Universityhttp://www.nttc.edu/

But that is a whole new story

Back to HAARP/EISCAT like stuff...


HAARP High Frequency Active Auroral Research ProgramGacona, Alaska


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There are more but that is all I have cataloged so far

But each one of those sites links to documents that link to other cogs in the wheel...

I am sure I have missed a few

I will add more as I have time to create the webpages. Feel free to add anything that you find from those links...

I will finish with some of the original HAARP images. You can also go to Jack Arnesons page and look under HAARPand Similar Facilities


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HAARP cam image...


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http://www.thelivingmoon.com/45jack_file....ona_Alaska.html

This is the HAARP 'home page'http://www.haarp.alaska.edu/

But remember that the real HAARP project is run by the US NAVY NRL (Naval Research Laboratory

High Frequency Active Auroral Research Programhttp://www.nrl.navy.mil/content.php?P=04REVIEW106

HAARP Photo Gallery and web cam access links


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http://www.thelivingmoon.com/45jack_file....Gallery_01.html


Going through my old thread for relevant posts... here is one...

Quote:Originally posted by TheWretchedMany of the ones you have listed are nothing but observatories for looking into the stars. Some are nothing but radar stations.

If you believe THAT then you haven't read anything about them. So much for your 'expertise' Most of the oneslisted came from EISCAT and HAARP OFFICIAL websites

I haven't even listed all yet..but the antennas atKiruna, SwedenLongyearbyen, Svalbard (Spitsbergen), NorwaySodankyl, FinlandSndre Strmfjord, Greenland

Ramfjordmoen, near Troms, Norway

Are most certainly used for Ionosphere manipulation and research which is after all THE POINT of these facilitiesand hence the thread


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Why do these skeptics always have nasty names?


Lot of weird stuff happening lately... Ocker has noticed it too, he said so in an ATS thread...

Stuff I have been looking for for years is suddenly posted on Wikipedia, Buzz Aldrin now posts the confirming dataon his site about Aquila and the very day I made that HAARP thread at ATS...

Quote:

Originally posted by autowrenchGreat post, starred and flagged. Did anyone happen to watch the HistoryChannel last night? They had as show called "That's Impossible," and theshow as all about HAARP, and the different facilities around the world, andhow they use it as a weather weapon. I too have researched this thing, but theshow had all of the tech, plus computer animation, and was fabulouslypresented.

Now how is that for coincidence? Same dang thing happened with PBS NOVA... A week before I was going to post


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all the original Secret Astronaut material we had collected, NOVA does :Astrospies"

{{{insert score to 'Twilight Zone' here}}}

Re: Every One Speaks about HAAR P, but did you know Post by dragar on Sept 21, 2010, 10:09pm

Zorgon im going to add this in please feel free to delete this post.Take alook at it see if this is a bit strange.HAARP= High Frequency Active Auroral Research ProgramThe Prince Albert Radar Laboratory (PARL):The original study that led to PARL came about as the side effect ofquestions about the effects of the aurora on radar systems.Work on the HAARP Station began in 1993Prince Albert Radar Laboratory limited operations started in 1959.Could this be what sparked HAARP?

The Prince Albert Radar Laboratory

A satellite is any smaller object traveling around a larger one. This means that the moon is a satellite to the Earth.However, the term satellite often refers to a human-made spacecraft placed in space to orbit another body.

The first "communicatons satellite" was the moon. The USA started using the moon for communications trials in theearly 1950's. Signals beamed towards the moon were reflected and received back on Earth. It was a veryinefficient means of communication requiring high power and large antennas to produce a detectable system. Inaddition, communication was only possible while the moon was above the horizon.

DRTE staff participated in the trials starting in 1959 using a large radar station at the newly-built Prince AlbertRadar Laboratory (PARL) in Saskatchewan. The first demonstration was given when Prime Minister JohnDiefenbaker inaugurated the station on June 6, 1959. Here are some photos of the inauguration. A pre-tapedgreeting* from President Eisenhower was transmitted from a station at Millstone Hill near Boston and received bythe PARL station. Each station was equipped with a 26-m dish antenna. Diefenbaker used the occasion to announcethat Canada would initiate its own satellite program. Here* is part of Mr. Diefenbaker's speech.

http://www.friendsofcrc.ca/Projects/PARL/PARL.html

As a side note :MY family and I have been there twice. It is very active many upgrades including a new securityfence around it.You may have to dig around in the link I gave for further info . ty

At the beginning, the work of the laboratory was focused on high frequency radio and the problem of forecastingthe ionospheric conditions which determined the availability of any given frequency and transmission path. To thisend, a new ionospheric sounder was designed by a team led by Bill McLeish. These sounders were constructed atRPL and were installed in a number of stations established across Canada. Most of the components were thosewhich had been removed from surplus military equipment. The stations were manned by DOT personnel who weretrained in their operation by Bob Stevens in a small building below the main laboratory by the shore of the RideauCanal.

A second project arose from some of the HFDF work during the war. It had been noted that transmissions passingthrough the auroral zone had been deflected by as much as 20 degrees. To investigate this phenomenon further.Jack Meek proposed what became known as the "Mobile" experiment. A railroad car was equipped with alaboratory, diesel generators, accommodation, and cooking and eating facilities. Ionospheric sounders wereinstalled, a crew was chosen and the car was hauled up to The Pas in Manitoba. From there, it was attached to thetrain which ran to Churchill and was shunted onto sidings at various points along the route. Antennas would beerected, and a series of ionospheric soundings taken. The car would then be hauled to the next siding and theprocess repeated. A line of soundings was thus obtained crossing the auroral zone. Jack Meek was in charge of theoperation for the first period from the autumn of 1947 to January 1948 when Claire McKerrow took over. WithClaire were Harold Serson, Cam Baker, and Sgt. Len Hagg on loan from the Canadian Army. The cook, provided byCNR, had an unfortunate habit of disappearing whenever the expedition arrived in The Pas. He was usually found inone of the local bars shortly before the train left. On one occasion, the town was searched from end to end to no


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avail. He was finally located in the local hospital, and they had to carry on without him. Claire called for volunteersto do the cooking with no success until Harold Serson finally admitted that he could cook a little. (In fact, Haroldcould have competed with most professional chefs.) Claire and Harold then shared the task until the cook's return.Food was supplied by the CNR from Winnipeg. Both Claire and Harold were inordinately fond of Winnipeg goldeye,and they ordered several cases of this delicacy.. The rest of the crew ate smoked goldeye, like it or not.

Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Sept 22, 2010, 6:14am

Nice addition Did not have that one yet

Location, Location, Location

The requirements for the radar s site were twofold.1. The site should permit the radar beam to illuminate the ionosphere over the Churchill, Manitoba region at theheight at which the Aurora Borealis (Northern Lights) normally occurs. This would enable the comparison of auroralradar returns with simultaneous geophysical measurements made from Churchill.2. The site should be accessible to scientists from the Physics department of the University of Saskatchewan,Saskatoon, where considerable expertise in auroral studies existed.

So it seems the location was specifically chosen to mess with the Aurora's.. so yeah... not only the predecessor forHAARP but proof that all big EISCAT and other huge radar dishes can effect the ionosphere

Nice catch


University of SaskatchewanAuroral Radar - Saskatchewan


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Early 1948Peter Forsyth was preparing for medical school when Balfour Currie, returning from meeting in Ottawa, asked if hewould help modify a radar to be borrowed from the Navy to seek radar echoes from aurora.This turned out to be a 3000 MHz surveillance radar. It was modified and operated, but no auroral echoes weredetected.

Auroral Radar - Saskatchewan

1948-49With the aid of Nate Gerson, the USAF provided two huge 106 MHz early-warning radars. One went to Saskatoon,the other to NRC (McKinley), where it was to be modified to 56 MHzFirst Canadian auroral echoes were detected with this radar in 1949 (paper in Nature, April, 1950).As a result, Peter Forsyth decided to do his PhD on auroral echoes, rather than go into medicine.


1948-49 - PostscriptAround 1990 a phone call came to the Department of Physics at the University of Saskatchewan asking if they hadan SCR-270 radar with a particular serial numberThey did! It was the original radar which detected the incoming Japanese planes arriving to bomb Pearl Harbor(that information was ignored).For over 40 years that radar had been sitting buried in Saskatoon. It is now at the Historical ElectronicsMuseum near Baltimore.


1951-52The modified radar came to Saskatoon from Ottawa, and a combined dual-frequency antenna was constructed.Simultaneous observations of auroral echoes were observed at 56 and 106 MHz (1953 paper)In 1951, Peter Forsyth finished his PhD and was hired to work at the Defence Research TelecommunicationsEstablishment(DRTE) at Shirley Bay, near Ottawa, but since the facility didn't exist yet, he continued at Saskatoonfor another year. It was a year later when he moved to DRTE, where he remained until 1958, rising to the positionof Superintendent of the Radio Physics Lab.

Pre-History

1931 - NRC Radio Section established1932 - Dr. John Henderson (PhD with Appleton)1935 - Maj.-Gen. A.G.L. McNaughton new NRC President helped invent a cathode-ray tube direction-finder in the1920s1936-38 - Henderson developed direction-finder for marine and air use, installed in Nova Scotia in 19381938 - McNaughton was consulting with DND re detection of aircraft by electrical means1939 - Henderson sent to UK to be briefed on radar developments

World War II

McNaughton contacted by Sir Charles Wrightyou have expertise, get into this radar developmentsend physics graduates to UK Navy - badly neededPeter Forsyth developed air-borne radar in UK, 1942-45NRC became centre of radar development in Canada

McGill, Queens, Toronto, Western also involved in radar researchREL (Crown corporation) established to manufacture optical equipment, radarDuring course of war, NRC designed more than a dozen different radars at many frequencies: 75, 95, 150, 200,215, 2,800, 3,000, 10,000 and 24,000 MHz.REL manufactured over 2000 radar sets, mostly for Navy, Army

Post-war

NRCmicrowave experience --> Covington's 10.7cm solar radio-telescope (1946)


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McKinley --> meteor radar program (1947)DRBestablished 1947 to take over defence research role which NRC refused to continue with after the war.took over labs from services (e.g. Naval Research Establishment, CARDE), and started new ones (DRTE, DRNL, Ft.Churchill)Weather radarstarted in 1943 as a Canadian Army project in Ottawa, led by Stewart Marshall.Post-war, at DRB & McGill, until 1950, then McGill alone. (Stormy Weather)


EISCAT

In addition to the incoherent scatter radars, EISCAT also operates an Ionospheric Heater facility at Ramfjordmoen(including a Dynasonde) to support various active plasma physics experiments in the high latitude ionosphere.

Description of the EISCAT heating facility:

The Heating facility is situated next to the UHF and VHF incoherent scatter radars.The Heater is used for ionospheric modification experiments applying high-power transmissions of high-frequencyelectro-magnetic waves to study plasma parameters in the ionosphere. The name Heating stems from the fact thatthese high power electromagnetic waves, which are transmitted into the ionosphre with high-gain antennas, heatthe electrons and thus modify the plasma state. To create plasma turbulence, the transmitted frequencies have tobe close to the plasma resonances, which are 4 to 8 MHz.

Re: Every One Speaks about HAAR P, but did you know Post by gigas on Sept 23, 2010, 9:32am

Here in wisconsin up north of me, we have clam lake and they run an ELF facility there to communicate with subsdeep under the sea. This ELF transmitter is connected by another facility 128 miles east in michigan. I would guessthis also holds true for the underground communications of other secret facilities regular radio communicationscannot be linked up with.

This facility was said to be shut down some years ago but according to the dot mil link below, it still operates.

http:/ / enterprise.spawar.navy.mil/ UploadedFiles/ fs_clam_lake_elf2003.pdf

Re: Every One Speaks about HAAR P, but did you know Post by pman35 on Sept 27, 2010, 11:46am

Hi guys have'nt read any of this but i have to say i'm pretty impressed zorgon with what u've posted to me it lookslike if all these were connected they would indeed create a shield around the globe and because there are so manyif one was to fail it might not affect the rest.

I will read this post as i have an interest in haarp.

Respect And May Disclosure Keep Moving Forwards

Re: Every One Speaks about HAAR P, but did you know Post by magooollo on Oct 5, 2010, 11:25am

buzz aldrin and edgar mitchell ( apollo astronauts) are involved in the UFO community, perhaps as informationconduits tho that isnt offically acknolwedged , would make good intermediatries in the disclosure race

Re: Every One Speaks about HAAR P, but did you know Post by somamech on Oct 5, 2010, 4:14pm

Interesting pdf Gigas!

EDIT

For anyone curious as to when Zorgon mentioned that sometimes documents coming from us mil sites cannot be


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accessed by folk abroad, this is what you may see showing in your browser. Obviously I'm in Australia... and this is

how our allie treats us?

EDIT: PDF in question which Gigas posted is this link below:

http://enterprise.spawar.navy.mil/UploadedFiles/fs_clam_lake_elf2003.pdf

Re: Every One Speaks about HAAR P, but did you know Post by winniethepooh4102 on Oct 5, 2010, 4:47pm

I found a torrent for it, but the downloading is very slow:

http://extratorrent.com/torrent_download....s+HAARP.torrent

But there is something more to HAARP if onecould believe in some claims.

Re: Every One Speaks about HAAR P, but did you know Post by gigas on Oct 5, 2010, 5:37pm

Oct 5, 2010, 4:14pm, somamech wrote:Interesting pdf Gigas!

EDIT

For anyone curious as to when Zorgon mentioned that sometimes documents coming from us mil sites cannot be accessed by folk abroad,

this is what you may see showing in your browser. Obviously I'm in Australia... and this is how our allie treats us?


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EDIT: PDF in question which Gigas posted is this link below:

http://enterprise.spawar.navy.mil/UploadedFiles/fs_clam_lake_elf2003.pdf

I can no longer access that pdf as well with I am not authorized to access that page. It appears they locked it fromweb access. I tried to navigate to the pdf with a proxy web service and it says I am not authorized to see the pdf.

Looks like they don't like this information being out there for all to see.


I saved a copy

EDIT

Re-reading that PDF I can clearly see why they don't like that info in the public domain

[image]

Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Oct 5, 2010, 5:56pm

Oct 5, 2010, 4:14pm, somamech wrote:


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For anyone curious as to when Zorgon mentioned that sometimes documents coming from us mil sites cannot be accessedby folk abroad, this is what you may see showing in your browser.

FAS.org has a copy

http://www.fas.org/nuke/guide/usa/c3i/fs_clam_lake_elf2003.pdf


The ELF cannot conquer the Elves.



I saved a copy

EDIT

Re-reading that PDF I can clearly see why they don't like that info in the public domain

[image]

Reading that pdf, it looks like the facility is still operating when it was supposed to be closed sept 30 2004.

Read the following link to see whats happening in the wisc land of dot mil.

http://www.zcommunications.org/project-elf-rip-by-site-administrator


Thanks zorgon and somamech.

I thought I had saved it when found but maybe not since I looked and could not find it on this pc. Maybe on myother machine. I did save it from zorgons link though. really I did.

I tried to use the cache way back machines and it is scrubbed from the web as is the link tohttp://enterprise.spawar.navy.mil. I can't access that link as well.


My favourite movie was "The Mad Max", the day after

tomorrow.


Oct 5, 2010, 6:13pm, gigas wrote:Thanks zorgon and somamech.

I thought I had saved it when found but maybe not since I looked and could not find it on this pc. Maybe on my other machine.I did save it from zorgons link though. really I did.


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I tried to use the cache way back machines and it is scrubbed from the web as is the link to http://enterprise.spawar.navy.mil. Ican't access that link as well.

Me neither

I was always able to view that previously


One thing I need to mention....

Normally I will NEVER post a direct link to a file at a .mil site...

Why?

1) Many cannot get access from overseas2) Many .mil sites that I visit require a certificate acceptance, which means you give them permission to monitoryou. Some are several levels deep. This scares off the looky loos3) Some ,mil sites like Maxwell AFB Archives will 'ping' back on the IP... happened once at ATS... everyone simply

opening the page on that thread with the direct link got a warning pop up... I believe that contributed to ATSgetting the rep of being government owned4) This is the most important FILES GET MOVED because of the sudden traffic

Look at it this way An obscure document from 2003 has been idle for years... then suddenly I post a link say atATS where several thousand viewers suddenly look at that file... well that sends up a red flag real fast

I have over 16,000 files I have saved... haven't even read them all yet but a friendly spook at ATS once told methat my posts generate unique hits on sites that they would rather remain quiet

So best bet is download the file and save it then post it somewhere else to share

One time I found a link to NASA Apollo photos... the FULL RS TIFF copies... I d/led a few posted something on a

thread and while ArMaP was in the middle of a d/l the directory vanished. I never got all of them and I never foundthem again yet...

Another case I had a link to all the Rover images in full true color... that directory also moved... but fortunately Ifound that one again...

Because there are 40,000 pics on each Rover, I cannot d/l them all so I keep that link to myself now


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Keith Laney has some of them on his sitehttp://www.keithlaney.net


Good advice!

But in my case I don't mind clicking on those sites that require accepting a security certificate. In this case thewhole site is offline...

Code:

http://enterprise.spawar.navy.mil./


BTW..the moon boggy better not look like that POS LOL

Re: Every One Speaks about HAAR P, but did you know

Post by zorgon on Oct 5, 2010, 6:51pm


Me neither

I was always able to view that previously

Well see? You have just witnessed the system in action... I posted that link mainly because the word 'enterprise'was in that url. A similar one before was 'hyperspace.nrl.navy.mil/TiPS/' That was the info on the other tethersatellite that flew at the same time the NASA one did (STS75)

It is still available on wayback machineLINK

But this is what happens and that is why I have stopped posting direct links to sites like that because it means that

I lose my sources when they plug the 'leaks'

Grab this one quick... it offers a 'public' access portal to the enterprise link, though I doubt the really cool stuff will

be found there... but you never know


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http://nesipublic.spawar.navy.mil/docs/misc/PEO_C4I_NESI_Memo.pdf


Thanks Zorg!

That pesky system... Arrgh. When I get time after the weeks break i will show you my own instance of posting a

link in an email that had way too many coincindes to be called so.

I don't mind posting DSTO links though... USA gets way too much attention... and lets face it, a good idea is assimple as placing some magnets and concrete together ala Ed. It does not need wads of cash thrown at it. Heck

any country can come up with THE right idea


Oct 5, 2010, 6:34pm, zorgon wrote:One thing I need to mention....

Normally I will NEVER post a direct link to a file at a .mil site...

Why?

1) Many cannot get access from overseas2) Many .mil sites that I visit require a certificate acceptance, which means you give them permission to monitor you. Someare several levels deep. This scares off the looky loos3) Some ,mil sites like Maxwell AFB Archives will 'ping' back on the IP... happened once at ATS... everyone simply openingthe page on that thread with the direct link got a warning pop up... I believe that contributed to ATS getting the rep of being

government owned4) This is the most important FILES GET MOVED because of the sudden traffic

Who knew, cept master zorgon. Ok my friend, the lesson has surely been learned and in the future, I will followyour proven advice and keep dot mil links on the low.

Thanks again exalted one for sharing that important bit of information on dot mil. We have seen it in action and

know it to be true .

Now, all hail zorgon .


Oct 5, 2010, 6:02pm, winniethepooh4102 wrote:The ELF cannot conquer the Elves.

I hope not I like Elves... have a few myself

Re: Every One Speaks about HAAR P, but did you know Post by winniethepooh4102 on Oct 6, 2010, 7:38am

Observing those very strange clouds and chemtrailsin the sky above me I m inclined to believe, as thoughthe atmosphere is growing wiser and overripe. Do you


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admit the claims about the HAARP and the elves?

P.S. I meant exactly this and some claims surrounding it:

http://www.educate-yourself.org/cn/sylphandchemtrailindex.shtml

http://educate-yourself.org/zsl/sylphessayindex.shtml

If the elves and the sylphs really exist they have tobe in one category. Considering the UFO problemevery possible information has to be processed.

Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Oct 7, 2010, 9:00am

Elves and Sprites Play above huge thunderstorms

The Sylphs on the other hand only reveal themselves to those who can see them. I have a magnificent collections

of Dragons... perhaps I may do a thread


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They have little to do with HAARP as the Sylphs play in the atmosphere while HAARP messes several miles higherin the ionosphere, home of the Aurora...

The Dragons will come though... all you need to do is ask them to appear


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Re: Every One Speaks about HAAR P, but did you know Post by winniethepooh4102 on Oct 7, 2010, 11:21am

I would leave the theme in this ouroboros stylenot knowing how exactly the matrix is structured.Anyway those creatures from under the groundand under the water flying also everywhere inthe air and into the space cannot be unknownfor The Big Brother. The question is why they areso big secret and what is their relation to usindepedently of those massive space shipsand the ETs.

Re: Every One Speaks about HAAR P, but did you know Post by dragar on Nov 4, 2010, 5:51pm


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The AN/FLR-9, operated by the Air Intelligence Agency, is part of the DOD World Wide High Frequency DirectionFinding System. High-frequency radio communication signals travel to receivers over the horizon by bouncing offthe ionosphere. The shell of ionised particles which surrounds the earth refracts the signals so that they return toearth rather than disappear out into space. The clarity of the signal received depends on atmospheric andtopographical conditions. HF-DF stations detect radio signals from aircraft or ships, and calculate the direction, orline of bearing, of the radio transmitter from the direction finding antenna. When the same signal is received bytwo or more antennae, the intersection of the lines of bearing mark the transmitter's location, using eitherprecision single station location (SSL) capability, or in a network of DF stations using both multi-station azimuthtriangulation 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 anddegraded communications modes, using both adaptive reception and super-resolution direction finding techniques.

Re: Every One Speaks about HAAR P, but did you know Post by ivalen on Nov 9, 2010, 7:50pm

Sept 21, 2010, 7 :03pm, zorgon wrote:

http://www.thelivingmoon.com/45jack_file....r_Facility.html

Cherenkov Radiation around Antennas


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Image courtesy ISRO

http://en.wikipedia.org/wiki/Cherenkov_radiationCherenkov radiation (also spelled Cerenkov or erenkov) is electromagnetic radiation emitted when a chargedparticle (such as an electron) passes through an insulator at a constant speed greater than the speed of light inthat medium. The charged particles polarize the molecules of that medium, which then turn back rapidly to theirground state, emitting radiation in the process.

For this to be the case in the above photograph - what is the insulating medium?

Re: Every One Speaks about HAAR P, but did you know Post by sarentack on Nov 11, 2010, 4:10am

one would think some of these facilities was like ginormous computer chip.

or signals or landmarks for ET like that Triangle look from above.

Wonder if their any relation to what we see in Peru?

Re: Every One Speaks about HAAR P, but did you know Post by somamech on Dec 5, 2010, 5:26pm

Hey HAARP is old news to the mountain people

The uncanny resemblance to a mil array


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^compare that...

To this:


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Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Dec 7, 2010, 8:55am

Nov 9, 2010, 7:50pm, ivalen w rote:

For this to be the case in the above photograph - what is the insulating medium?

Good question... I might have said 'plasma' but that would require even more explanation. I do need to pinpoint

exactly what these glows are... related to another glowing object on the Moon

St. Elmo's fire (also St. Elmo's light) is an electrical weather phenomenon in which luminous plasma is created by acoronal discharge originating from a grounded object in an atmospheric electric fieldPhysically, St. Elmo's fire is a bright blue or violet glow, appearing like fire in some circumstances, from tall,sharply pointed structures

Working on it

Re: Every One Speaks about HAAR P, but did you know Post by zorgon on Dec 7, 2010, 9:12am

Nov 4, 2010, 5:51pm, dragar wrote:


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We have one of those in Japan too

Misawa, JapanMisawa NSA Echelon StationCode Name: Ladylove+40 43' 22.91", +141 19' 43.57"


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Quite a NAVY and AF presence there as well as an ECHELON station. We have nukes in storage in that area as well


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http://www.thelivingmoon.com/45jack_files/03files/ECHELON_Misawa.html


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Re: Every One Speaks about HAAR P, but did you know Post by zaggan on Dec 7, 2010, 3:31pm

I'm late in the game on this discussion, but it surfaced in June of last year in one of Dan's threads (think Reality101). Someone had brought up one of the antenna arrays, along with a picture, and I commented back in lateJune. Dan got snippy and deleted all references to it, but want to add it back in here:

Received a reply to an inquiry to POA Elmendorf AFB, listed as follows:

--------------------------------------Good Afternoon Sir,

My name is SrA Xxxxxx Xxxxxxxxx from the 3rd Wing Public Affairs on Elmendorf and I contacting you in regardsto the question about the structure you saw on Google Earth.

It is a HF Antenna. If you would like more information you can go to the following link.http://www.fas.org/irp/program/collect/an-flr-9.htm

If you have any other questions, comments or concerns please do not hesitate to contact me at 552-8915 or byemail.

Hope this helps!


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Thank You and have a nice day!

XXXXXX XXXXXXXXX, SRA, USAFCOMMUNITY RELATIONS3WG PUBLIC AFFAIRSDSN: 552-8915 COMM: 552-8915

-----------------------------------------------

The link is pretty interesting.

Re: Every One Speaks about HAAR P, but did you know Post by gigas on Dec 7, 2010, 8:22pm

Dec 7, 2010, 9:12am, zorgon wrote:

Nov 4, 2010, 5:51pm, dragar wrote:

We have one of those in Japan too

Misawa, JapanMisawa NSA Echelon StationCode Name: Ladylove+4043' 22.91", +14119' 43.57"


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Looks like they had one back 5,000 years ago in the UK around salisbury called stonehenge as well.

Documents

Every One Speaks About HAARP, But Did You Know..2