Devil harp. Source: ravenkittenrose via Deviant Art. |
By Gundhramns Hammer
December 15, 2015
When man is a nut he thinks he is not and
when he says he is not he is a nut.
Man (Homo insapiens) will not be happy until he blows us his own damn ionic butt, disappearing forever in a haarping fut.
He pretends he is a god, screwing up whatever crosses his way most of the time, mending a little bit here and there whatever or whoever is around whenever he gets lonely and sad.
Besides dreaming of muts and nuts, he is always hoping to find his own ass in the infinity of his surroundings in whatever he reaches to scratch.
He screws, pokes, hops, snorts, shops, spits, shits and farts, messing up his own backpack (Mother Earth), hoping to get where he already is at.
This naked monkey haarps, hips, screws, pokes, hops and plays with nuts but mostly down and up he fucks.
Man is a devil at that and what not and more than that whenever he is a nut.
Here is a list of his dangerous fucktarding and ionosphere screwing HAARPING facilities around the world (Table 1; Video 1):
Table 1. Partial list of ionospheric heaters (HAARPs or transmitters) and observatories (ELF/VLF receivers) around the world. Constructed by the author based on data from MrSep0 (2010), Anonymous (2015), Fossa (2013), Freeland (2014) and Maruyama et al. (2009). Coordinates given as found in the WWW.
Facility name
|
Location/Country
|
Coordinates
|
High Frequency Active Auroral
Research Program (HAARP)
|
Near Gakona, Alaska
|
62°23'32.36"N 145°
8'31.81"W
|
High Power Auroral Stimulation Observatory (HIPAS)
|
Fairbanks, Alaska
|
64° 52' 19" N 146° 50'
33" W
|
Poker Flat Research Range
|
Near Chatanika, Alaska
|
65° 7'37.10"N
147°29'37.61"W
65° 7'48.34"N
147°28'14.05"W
+65° 7' 55.61", -147° 27'
14.98"
|
Chatanika Incoherent Scatter Radar Facility
|
Poker Flats, Chatanika, Alaska
|
65° 7'2.84"N
147°27'33.62"W
|
Millstone Hill Radio Observatory
|
Westford, Massachusetts, USA
|
+42° 37' 09.25", -71° 29'
28.49"
|
Platteville Atmospheric Observatory
|
Platteville, Colorado, USA
|
+40° 10' 54", -104° 43'
30"
|
Digisone Portable Sounder (DPS), University
of Massachusetts Lowell´s Center for Atmospheric Research
|
Massachusetts, USA
|
42.6333ºN, 71.3167ºW
|
Voice of America (VOA)
|
Delano,
California, USA
|
35°45'12.04"N
119°16'48.75"W
|
Pacific-Based Mobile X-Band Radar & Psycotronic Device |
The world’s largest phased-array X-band radar carried aboard a mobile,
ocean-going semi-submersible oil platform, USA
|
Any coordinates on World´s oceans.
|
SURA Facility
|
100 km E of Nizhniy Novgorod,
Russia
|
+56° 7' 9.70", +46° 2'
3.66"
|
Institute of Solar-Terrestrial
Physics (ISTP)
|
Irkutsk, Russia
|
51°45'35.99"N 102°
6'34.86"E
|
SAO RAS Special Astrophysical
Observatory
of the Russian Academy of Science
|
Nizhnij Arkhyz,
Karachai-Cherkessian Republic, Russia
|
43°49'44.07"N
41°35'3.90"E
|
VNITS VEI
|
Moskovskaja
Oblast' Istra, Russia
|
55°55'26.25"N
36°49'8.46"E
|
Tesla Tech
Arrays (TTAs)
|
Sychëvka,
Moskovskaya Oblast, Russia
|
55.55´26.49”N,
36.29´11.38”E
|
SIBNIEE
|
Novosibirsk,
Russia
|
55°
0'26.41"N 83° 1'50.42"E
|
VOLNA GP-120
|
Near Nakhodka, Russia
|
42°51'42.69"N
132°36'50.04"E
|
PRAO Pushchino Radio Astronomy
Observatory
|
Moskovskaja Oblast' Pushchino,
Russia
|
54°49'29.02"N
37°37'59.06"E
|
UTR-2 URAN (VLBI)
IRA Institute of Radio Astronomy
NAS Ukraine
|
Kharkov, Ukraine
|
49°38'5.53"N
36°56'8.11"E (UTR-2)
49°40'27.47"N
36°17'32.24"E (URAN-1)
49°37'51.17"N
34°49'29.80"E (URAN-2)
51°28'20.66"N
23°49'36.92"E (URAN-3)
46°23'46.11"N
30°16'22.52"E (URAN-4)
|
The Russian Woodpecker (Duga Radar Array)
|
Chernobyl, Ukraine
|
51°18’20.17″N, 30°04’02.60″E
|
URDF-3 (Unidentified Research and
Development Facility-3) Baikal-1
|
Semipalatinsk, Kazakhstan
|
50.1167ºN, 78.7167ºE
|
European Incoherent Scatter
Scientific Association (EISCAT)
|
Ramfjordmoen, Near Tromsø, Norway
|
+69° 35' 10.94", +19° 13'
20.89"
|
ALWIN MST Radar
|
Andøya, Norway
|
+69° 17' 54.41", +16° 2'
31.48"
|
ALOMAR Observatory
|
Andøya, Norway
|
+69° 16' 42.38", +16° 00'
33.36"
|
HiScat/Teracom
|
Sweden
|
55º49N, 13º44E
|
IAP Leibniz Institute of
Atmospheric Physics
|
Kühlungsborn, Germany
|
54° 7'6.03"N
11°46'11.88"E
|
TIRA
FGAN-FHR Fraunhofer
|
Wachtberg, Germany
|
50°37'1.59"N 7°
7'46.87"E
|
Nerc MST Radar Facility (NMRF)
|
Capel Dewi, Carmarthenshire, Wales, United Kingdom
|
+52° 25' 28.26", -4° 00'
19.59"
|
Falkland Islands Facility, a system
of 16 HF radars
|
Falkland Islands, United Kingdom
|
Castle Hill 51º 28´S,
59º 49´W; Mount Byron 51º 27´S, 60º 15´ W; Mount Adam 51º 35´S, 60º 05´W; Yellow
Point 51º 47´S, 60º 26´W; Mount Alice 52º 12´S, 60º 35´W; Mount Sullivan 51º
52´S, 60º 08´W; Blue Mount 51º 54´S, 59º 51´W; Mount Rosalie 51º 28´S, 59º 20´W; San Carlos 51º 34´S, 59º 01´W; West Hill 51º 25´S,
58º 40´W; Port Louis 51º 32´S, 58º 08´W; Port Stanley 51º 41´S, 57º 50´W; Mount
Pleasant 51º 50´S, 58º 13´W; Rada Bull 52º 28´S, 59º 23´W; Bull Point 52º 20´S,
59º 17´W; Swan Island 51º 48´S, 59º 35´W
|
SuperDARN (Dual Auroral Radar
Network)
|
An international
scientific radar network consisting of 35 high frequency (HF) radars located in
both the Northern and Southern Hemispheres. It is a network of transmitters and receivers operated by Canada, Iceland,
Finland, Alaska, Japan, New Zealand, Australia, France, United Kingdom, Italy,
South Africa, USA and China
|
|
Jicamarca Radio Observatory
|
Lima, Peru
|
11° 57' 08.25" S 76° 52'
30.67" W
|
São Luiz Space Observatory
|
Cruzeiro Santa Bárbara, Sao Luis-MA, Brasil
|
-2° 35'
40.47", -44° 12' 35.90"
|
Jindalee
Operational Radar Network (JORN)
|
Laverton, West Australia
|
-28° 19' 36.29", +122° 0'
18.84"
|
Jindalee Operational Radar Network
(JORN 2-Long Reach)
|
Long Reach, Queensland, Australia
|
-23° 39' 29.53", +144° 8'
49.58"
|
Jindalee Operational Radar Network
(JORN 3-Leonora)
|
Leonora, Australia
|
28º19´02.5608”S, 122º50´36.4416”E
|
Jindalee Operational Radar Network
(JORN 4-Alice Spring)
|
Alice Spring, Australia
|
22º58´03.2196”S, 134º26´52.5732”E
|
Jindalee Operational Radar Network
(JORN 5-NT)
|
Northern Territory, Australia
|
23.521497°S 133.677521°E
|
Australia Naval Communications Station Harold E. Holt (NCS HEH)
|
Exmouth, Western Australia
|
-21° 48' 59.00", +114° 9'
56.00"
21°54'25.95"S 114°
7'46.57"E
|
Birdlings Flat Ianosonde
|
Akaroa, 75 km from Christchurch, New
Zealand
|
43.8167ºS, 172.6833ºE
|
EQUatorial Inospheric Study (EQUIS II), Cornell University and NASA
|
Kwajalein Atoll, Marshall Islands
|
8.7167ºn, 167.7333ºE
|
National MST Radar Facility (NMRF)
|
Gadanki, near Tirupati, in southern
Andra Pradesh, India
|
+13° 27' 26.68", +79° 10'
30.74"
|
China Research Institute of
Radiowave Propagation
Ionospheric Laboratory (CRIRP)
|
Xinjiang (Sinkiang)
Region, China
|
40°24'15.91"N,
93°38'09.74"E
|
Zhong Shan Antarctic Polar Station
|
Antarctica, China
|
69º 22′ 43.69″ S 76º 23′ 15.07″ E
|
Ionosphere Observation Network Chung Li National Central
University Taiwan
|
Taoyuan County, Jhongli City,
Taiwan
|
24°58'3.73"N
121°11'10.59"E
|
MU Shigaraki Observatory
RISH, Kyoto University.
|
Uji City, Kyoto Prefecture, Japan
|
34°51'15.66"N 136°
6'24.49"E
|
Equatorial Atmosphere Radar (EAR), Sumatera Barat, Indonesia
National Institute of Aeronautics
and Space
Lembaga
Penerbangan dan Antariksa Nasional (LAPAN)
|
Jakarta,
Indonesia
|
0°12'12.81"S
100°19'14.88"E
|
Southeast Asia Low-latitude
Ionospheric Network (SEALION), 5 ionosondes
|
Southeast Asian area (Thailand,
Indonesia, Vietnam)
|
Located along the magnetic meridian
of 100ºE
|
The Arecibo Observatory Radio
Telescope
|
Arecibo,
Puerto Rico
|
18°20’38.97″N 66°45’9.77″W
|
Prince Edward Islands
HAARP
|
Two small islands in the sub-antarctic Indian Ocean that
are part of South Africa
|
46°46′23″S 037°51′09″E
|
Île Amsterdam Meteorological Station HAARP
|
An island in the southern Indian Ocean, France
|
37°49′33″S 77°33′17″E
|
Video 1. Man´s HAARPs. Uploaded by MrSerp0.
Humans....
When man is a nut he thinks he is not and when he says he is not he is a nut.
References
Anonymous (2015). GPS coordinates for 20 of the Top HAARP Facilities. Golden Age of Gaia. 2 p.
De Aquino F. (2011). High-power ELF radiation generated by modulated HF heating of the ionosphere can cause Earthquakes, Cyclones and localized heating. <hal-01082992>
Fossa G.A. (2013). El HAARP británico en las Islas Malvinas. Unidos X Perón Blog. 13 p.
Freeland E. (2014). Chemtrails, HAARP, and the Full Spectrum Dominance of Planet Earth. Feral House, Port Townsend, WA, USA. 272 p.
Maruyama T., Saito S., Kawamura M., Nozaki K., Uemoto J., Tsugawa T., Jin H., Ishii M. & Kubota M. (2009). Ionospheric Irregularities and the SEALION Project (3-2): Outline of the SEALION Project and Initial Results (3-2-1). J. Nat. Inst. Inform. Comm. Tech., 56 (1-4): 243-256.
MrSep0 (2010). HAARP, SURA, EISCAT Google Earth Top Secret Places. Video Resource available on YouTube.
References
Anonymous (2015). GPS coordinates for 20 of the Top HAARP Facilities. Golden Age of Gaia. 2 p.
De Aquino F. (2011). High-power ELF radiation generated by modulated HF heating of the ionosphere can cause Earthquakes, Cyclones and localized heating. <hal-01082992>
Fossa G.A. (2013). El HAARP británico en las Islas Malvinas. Unidos X Perón Blog. 13 p.
Freeland E. (2014). Chemtrails, HAARP, and the Full Spectrum Dominance of Planet Earth. Feral House, Port Townsend, WA, USA. 272 p.
Maruyama T., Saito S., Kawamura M., Nozaki K., Uemoto J., Tsugawa T., Jin H., Ishii M. & Kubota M. (2009). Ionospheric Irregularities and the SEALION Project (3-2): Outline of the SEALION Project and Initial Results (3-2-1). J. Nat. Inst. Inform. Comm. Tech., 56 (1-4): 243-256.
MrSep0 (2010). HAARP, SURA, EISCAT Google Earth Top Secret Places. Video Resource available on YouTube.
Список высокочастотных активных авроральных исследований Программы станций в мире
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