Nothing will be done about it, it's a global multiplayer created control scheme.. if you want the playbook then look up the IUCN, this is where the 1993 UN "2030 goals" where sourced from. enjoy this:
https://portals.iucn.org/libra...
Then for another wormhole look at the 15+ Ionosphere heating stations being used globally. There is no official tally of "HAARP stations" worldwide, as HAARP (High-frequency Active Auroral Research Program) specifically refers to the U.S. facility in Gakona, Alaska, which remains active for ionospheric research. However, the term is often used colloquially to describe similar high-power, high-frequency (HF) radio transmitter arrays known as ionospheric heaters or HF pump facilities. These are used to study and temporarily modify the ionosphere by heating electrons in the upper atmosphere, enabling research on plasma physics, radio wave propagation, auroral phenomena, and more. They go by various names today, such as "ionospheric research instruments," "heating facilities," or part of broader observatories (e.g., incoherent scatter radar systems), and some have evolved from military origins to civilian or academic use.
Based on available sources, there are approximately
15 known facilities with HAARP-like capabilities globally (including the original HAARP), though the exact number varies by definitionâ"some sources count only major active heaters, while others include related radars or smaller installations. Not all are fully operational year-round, and a few have been decommissioned.
Here's a breakdown of the main ones, focusing on active or recently active facilities:
Active or Operational Facilities
HAARP (High-frequency Active Auroral Research Program) - Gakona, Alaska, USA. Effective radiated power (ERP) up to 5.1 GW. Operated by the University of Alaska Fairbanks since 2015.
EISCAT Heating Facility (European Incoherent Scatter Scientific Association) - TromsÃ, Norway (with radars in Sweden and Finland). ERP over 1 GW. Actively used for ionospheric modification experiments.
SPEAR (Space Plasma Exploration by Active Radar) - Longyearbyen, Svalbard, Norway. ERP up to 28 MW. Operated by the University Centre in Svalbard, focused on plasma and auroral studies.
SURA Ionospheric Heating Facility - Vasilsursk (near Nizhny Novgorod), Russia. ERP up to 190 MW. Operational since the 1970s for ionospheric turbulence research.
Zimenki Ionospheric Facility - Nizhny Novgorod region, Russia. Active for HF heating experiments.
PlokÅtinÄ-- Ionospheric Research Station - Near Vilnius,
Lithuania. Used for ionospheric modification and radar studies.
Wuhan Ionospheric Modification Facility - Wuhan, China. Part of China's space weather research network.
Sanya-Hainan Ionospheric Research Center - Hainan, China. Focuses on low-latitude ionosphere heating.
Gansu Ionospheric Research Station - Gansu Province, China. Active for regional ionospheric experiments.
Jindalee Operational Radar Network (JORN) - Exmouth, Australia. Primarily an over-the-horizon radar but with ionospheric heating capabilities for research.
In Development or Partially Active
India's Ionospheric Research Facility - Location unspecified (possibly in northern India). Under development for similar HF-based studies.
Several older facilities have been shut down or repurposed:
HIPAS (High Power Auroral Stimulation) - Near Fairbanks, Alaska, USA (dismantled in 2009â"2010).
Arecibo Ionospheric Heater - Arecibo Observatory, Puerto Rico, USA (capabilities lost after telescope collapse in 2020; a smaller heater operated until 1998 in nearby Islote).
Platteville Atmospheric Observatory - Colorado, USA (heating research ended in 1984; now an observatory).
Others like early Soviet-era sites (e.g., near Chernobyl, rendered unusable post-1986 meltdown) are long inactive.
The count of ~15 comes from compilations of known HF pump facilities, but it's not exhaustiveâ"some may be classified or under different names (e.g., "atmospheric research arrays" or integrated into military radars). Global interest in these has grown, particularly in China and Russia, for applications like improving satellite communications and studying space weather. For the most current status, monitoring agencies like the International Union of Radio Science (URSI) or national space programs is recommended, as operations can change with funding.