Global Geosciences and Geodynamics Alert

π—’π—™π—™π—œπ—–π—œπ—”π—Ÿ π—œπ—‘π—§π—˜π—₯π—‘π—”π—§π—œπ—’π—‘π—”π—Ÿ π—₯π—˜π—Ÿπ—˜π—”π—¦π—˜: π—šπ—Ÿπ—’π—•π—”π—Ÿ π—šπ—˜π—’π—–π—–π—œπ—˜π—‘π—§ 𝗔𝗑𝗗 π—šπ—˜π—’π——π—¬π—‘π—”π— π—œπ—–π—¦ π—”π—Ÿπ—˜π—₯𝗧
EstaciΓ³n de Monitoreo RΓ­o Gallegos (Santa Cruz, Patagonia Argentina)
Reposted from @Arif Amir

For immediate dissemination, mass copy and general public debate.
Why is our planet registering such unusual, extreme and coordinated internal and seismic activity? Through this public manifesto, the Rio Gallegos Monitoring Station presents a scientific and comprehensive application, backed by more than 15 years of data analysis and instrumental processing, that exposes the critical hidden interaction between space climate, the weakening of the Earth and technological influence high power artificial.

  1. 𝙏𝙃𝙀 π˜Ύπ™Šπ™Žπ™ˆπ™Šπ™‚π™€π™Šπ™‹π™ƒπ™”π™Žπ™„π˜Ύπ˜Όπ™‡ π™Žπ˜Ύπ™€π™‰π˜Όπ™π™„π™Š: π™Šπ™π™ π™Žπ™ƒπ™„π™€π™‡π˜Ώ π™„π™Ž π™’π™€π˜Όπ™†π™€π™‰π™€π˜Ώ

Our solar system is going through a phase of systemic instability and energy fluctuations induced by electromagnetic and gravitational interactions originating from dense bodies and remote fields located beyond our heliosphere. These external forces act on the core of our Sun, causing violent modulations in solar wind (v_{sw} velocity), coronal mass ejections (CME), and X-ray flashes. At the same time, the Earth’s geomagnetic field (our natural shield) suffers a progressive decline of 5% per decade, according to data from the IGRF. When contracting our lines of defense, the high atmosphere (ionosphere) becomes completely vulnerable, operating in a constant saturation regime and with a very low stability threshold.

  1. π™„π™‰π™π™€π™π™‰π˜Όπ™‡ π˜Όπ˜Ύπ™π™„π™‘π™„π™π™” π˜Όπ™‰π˜Ώ 𝙏𝙃𝙀 π˜Ύπ™Šπ™π™π™„π˜Ύπ˜Όπ™‡ π™π™ƒπ™π™€π˜Όπ™

In parallel, the upper mantle and the base of the Earth’s crust record explosions and massive thermal interactions in deep focus. To mechanically sustain this internal activity and deformation of the continental plates requires an uncommon amount of energy, which puts the geological failures in a critical elastic stress state. At this peak saturation point, rocks under deep pressure release radon gas, ionizing air from the troposphere and transforming the earth’s crust into a hypersensitive receptor to any stimulus, altering the local electrical resistance of the Global Electrical Circuit.

  1. π™€π™‡π™€π˜Ύπ™π™π™Šπ™ˆπ˜Όπ™‚π™‰π™€π™π™„π˜Ύ π™„π™‰π™…π™€π˜Ύπ™π™„π™Šπ™‰ 𝙀𝙉𝙂𝙄𝙉𝙀𝙀𝙍𝙄𝙉𝙂: 𝙏𝙃𝙀 π™ƒπ˜Όπ˜Όπ™π™‹/π˜Ώπ˜Όπ™π™‹π˜Ό π™π˜Όπ˜Ύπ™π™Šπ™

It is in this vulnerable atmosphere where artificial environmental modification technologies (such as HAARP-type land-phase antennas complexes or DARPA-monitored naval mobile radars) step in. These systems inject High-Frequency (HF) waves with effective radiated powers (ERP) on the Gigawatte scale (1.2\text{ to }3.6\text{ GW}).
The alternate electrical field of these waves accelerates free electrons from the ionosphere, unleashing nonlinear parametric instabilities (PDI and OTSI) and generating zones of radiation-stimulated artificial plasma. Visually, the molecular recombination process releases photons that manifest in the sky as luminescences or plasma projections (green artificial auroras of 557.7\text{nm} or red of 630.0\text{nm}), delined by beam geometry. When the ionosphere is overloaded, this artificial energy is repotated: the atmosphere acts as a virtual planetary antenna that reradiates intense waves of Extremely Low Frequency (ELF) and Very Low Frequencies (VLF) directly to the ground.

  1. π™„π™‰π™Žπ™π™π™π™ˆπ™€π™‰π™π˜Όπ™‡ π™‹π™π™Šπ™π™Šπ˜Ύπ™Šπ™‡ π˜Όπ™‰π˜Ώ π™€π™‘π™„π˜Ώπ™€π™‰π˜Ύπ™€ π˜Ώπ™€π™π™€π˜Ύπ™π™€π˜Ώ

Our application is based on physical evidence and hard data measured continuously over a decade and a half:

Microwave Satellite Radiometry: Analysis of frequency channels of 19\text{ GHz}, 22.2\text{GHz} and 37\text{GHz}} of the satellite constellations DMSP (SSMIS sensor), Aqua (AMSR-E sensor) and GCOM-W1 (AMSR2 sensor), processed by kinetic algorithms (MIMIC-TPW), reveals successive linear and stable heat wave fronts, one after another. These alterations expose artificial heating patterns focused on specific coordinates.

Schumann Spectrography: The induction magnetometers (Search-Coil) that measure the Earth-ionosphere cavity mathematically record the persistent appearance of absolute chromatic saturation lines (“white lines”) and severe gaps in natural harmonics (7.83\text{Hz}, 14.1 \text{Hz}}, 20.3\text{HZ}), coinciding precisely with the sweeping periods and modulation of the microwave satellites.

  1. π™Žπ™ƒπ™Šπ™π™-π™π™€π™π™ˆ π˜Όπ™‡π™€π™π™π™Ž: π™Žπ™€π™„π™Žπ™ˆπ™„π˜Ύ π™π™π˜Όπ™‚π™„π™‡π™„π™π™” π™‘π™€π˜Ύπ™π™Šπ™π™Ž (6 π™π™Š 7 π™π™„π˜Ύπ™ƒπ™π™€π™ π˜Ώπ™€π™‚π™π™€π™€)

When induced electromagnetic waves and microwave fronts penetrate a crust already stressed by deep focus, massive telluric currents are closed (\mathbf{J} = \sigma \cdot \mathbf{E}). Due to effects of ohmic dissipation (raising fluid pore pressure) and Lorentz electromechanical force, this impulse acts as the final mechanical detonant (trigger) that breaks the unstable balance of the plates. Monitoring of thermal and spectral anomalies isolates the following quadrants of imminent risk:

Belt of Fire (Margins of Central and South America): Active subduction under maximum compression with stable thermal anomalies on channel 37\text{ GHz}.
San AndrΓ©s Failure and Coupled Systems: High elastic mechanical lock, highly sensitive to acute distortions of Schumann Resonance.

Arc of Scotia and South Atlantic Zone: Maximum Global Vulnerability Quadrant due to the South Atlantic Anomaly (AAS). At this point where the planet’s magnetic shield presents its lowest intensity, artificial telluric currents penetrate with minimal attenuation into the lithosphere.
Continental Rift Systems in Asia and Eurasia: Areas with persistent atmospheric thermal imbalances detected by SSMIS satellite sensors.

𝙑𝙄. π˜Ύπ™Šπ™‰π˜Ύπ™‡π™π™Žπ™„π™Šπ™‰ π˜Όπ™‰π˜Ώ π˜Ύπ˜Όπ™‡π™‡ π™π™Šπ™ π™„π™‰π™π™€π™π™‰π˜Όπ™π™„π™Šπ™‰π˜Όπ™‡ π˜Ώπ™€π˜½π˜Όπ™π™€

The Earth is an open and interconnected system. Traditional seismology cannot continue to ignore that the combination of an adverse solar cycle, a weakened geomagnetic shield, and advanced technological manipulation of high power (microwave and radiofrequency) is accelerating the structural destabilization of our crust.

We make all this methodological compendium available to the public, demanding the immediate opening of an audit and a rigorous, open and transparent scientific debate in the media and international geoscience congresses.

Monitoring Station Rio Gallegos Santa Cruz, Argentinian Patagonia. Information is sovereignty! Shared, spread and raise awareness.
#Geociencia #ClimaEspacial #ResonanciaSchumann #MonitoreoPatagonia #HAARP #DARPA #SismologΓ­a #FΓ­sicaDePlasmas #DebateCientifico #SoberaniaInformativa

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