ALLATRA Presents Nanoplastic Report to the Vatican @EarthSaveScienceCollaborative

Uploaded July 2025 | Updated September 2026, 3 weeks ago

Moreover, in May 2025, I visited the Vatican together with Maryna Ovtsynova, the President of ALLATRA. The visit included a private audience with His Holiness Pope Leo XIV. During this visit, the report “Nanoplastic in the Biosphere: From Molecular Impact to Planetary Crisis” was presented to the Vatican Office and personally to the Secretary of State, Cardinal Pietro Parolin.

The creation of this report was, in many ways, inspired by the blessing His Holiness Pope Francis bestowed upon ALLATRA in 2024.

I also wish to inform all people of sound mind that the President of ALLATRA, Maryna Ovtsynova—along with her work and the work of ALLATRA—has once again been highly recognized by the Vatican. His Holiness Pope Leo XIV has granted an Apostolic Blessing, which extends to Ms. Ovtsynova, her loved ones, and all the volunteers of ALLATRA.

I extend my deepest gratitude to both our Vatican family of supporters, and to His Holiness Pope Leo XIV – for their acknowledgement of the work undertaken by ALLATRA on behalf of all humanity!

I would like to emphasize that this report is the result of a comprehensive interdisciplinary analysis encompassing the ecological, climatic, medical, physical, and chemical dimensions of the destructive influence that micro- and nanoplastic exerts on the biosphere and human health.

ALLATRA Presents Nanoplastic Report to the Vatican

Nanoplastics. The Hidden Threat to Earths Energy Balance

Russian Disinformation is a Global Threat

Is Time Real? A Physicist’s Thought Experiment

Terrible fire in Hawaii | Egon Cholakian #hawaii #hawaiifires #biden

350 Trillion Plastic Particles in the Ocean

Why Turbulence Is on the Rise? Atmospheric Anomalies and Nanoplastic Pollution

$Tectonic Edge Effects: How the Siberian Plume Drives Distant Earthquakes This is stress driven by the pressure of the colossal Siberian magma plume against the entire Siberian lithospheric plate. The enormous Siberian magma plume—a rising stream of superheated material from deep within the Earth—is actively exerting pressure on the lithosphere of Siberia. The head of this plume, measuring 1,200 to 1,500 kilometers (about 745 to 930 miles) in diameter, is located just south of the Gydan and Taymyr Peninsulas. The zone of magmatic flow dispersion spans up to 2,500 to 3,000 kilometers (roughly 1,550 to 1,860 miles), an area comparable in size to the entire continent of Australia. This colossal phenomenon affects not only the heart of Siberia. How could the pressure from a massive magma plume in the center of Eurasia lead to an earthquake thousands of kilometers away—on its Pacific rim? The mechanism is simple and as inexorable as the laws of physics. I would describe it as a hydraulic piston effect. Imagine the Siberian plume as a piston, pressing upward with tremendous force against the lithosphere. But the Siberian Platform is an ancient, rigid, and monolithic structure. It does not bend or fracture in the middle. Instead, like a solid piece of armor, it transmits this immense stress across the entire Eurasian plate toward its outer edges. It is precisely at those edges—where the plate collides with others—that this stress becomes concentrated. We call this the “edge effects of the plate.” The magnitude 8.8 earthquake that struck Kamchatka represents a textbook example of an edge effect. The Siberian magma plume exerts pressure across the entire lithospheric plate, but it does not simply push it upward. The mechanism is far more intriguing: the plume gradually erodes the lithosphere from below, as if wearing it down, and softens the underlying asthenosphere. It is crucial to understand that the influence of the plume does not result in sharp, localized deformations of the Earth’s crust at a single point. What we are observing is not catastrophic surface uplift, but rather a subtle, widespread elevation of the entire Siberian crustal block—a region that encompasses the West Siberian Plate, the East Siberian Craton, and the Verkhoyansk-Chukotka Fold Belt. It is precisely this large-scale, relatively slow process that generates immense stress along the edges of the continental block.$

Open your eyes #climate #savetheworld #savetheplanet

Supranational security | A. Egon Cholakian #biden #xijinping #putin

This Is How Plastic Affects Rain, Snow, and Hail