Climate catastrophes in 2026 have synchronized: a 130 km-long crack split the ice of Lake Erie in the United States, the 50-year Storm Harry struck Italy twice within 21 days, snow fell in Argentina in the middle of summer, and magma is moving toward the surface beneath Lake Laacher See in Germany. These are no longer anomalies — this is the planet’s new reality.
In the United States, the breakdown of the polar vortex brought Arctic cold to the Northeast. Lake Erie froze over 96%—the first time since 1996. But the ice could not withstand the stress: on February 8, a giant 130 km-long crack formed, stretching from the Canadian shore to Cleveland. In New York, the wind-chill temperature dropped to −26°C, causing frostbite within minutes.
In Italy, Storm Harry Bis hit on February 12 — a repeat of January’s Harry. Winds tore the roof off a school in Villasimius, sending debris smashing windows. In the port of Porto Torres, a ferry broke loose from its moorings. Meteorologists noted that such a storm occurs once every 50 years. Yet the new cyclone arrived just 21 days later.
Hidden threats are causing particular concern. In western Germany, beneath the picturesque Lake Laacher See lies one of Europe’s most dangerous volcanoes — the Laacher See supervolcano. Its last eruption, around 13,000 years ago, had a Volcanic Explosivity Index (VEI) of 6. Modern studies have revealed an active magma reservoir beneath the volcano, extending to a depth of about 10 km. Since 2013, deep low-frequency earthquakes linked to magma movement have been recorded. In 2025, an exceptional series of 92 microearthquakes was registered beneath the volcano’s western slope.
Seismic activity remains at an alarming level worldwide. In Kamchatka Peninsula, since July 2025, more than 35,000 tremors have been recorded following a M8.8 megathrust earthquake. The Shiveluch volcano regularly ejects ash up to 11.6 km high.
All these events share a troubling pattern: micro- and nanoplastics, by accumulating electrostatic charge, have become active participants in climate processes. Plastic particles disrupt heat exchange between the ocean and atmosphere, turning the planet into a gigantic energy accumulator. This energy is transformed into the destructive power of storms and abnormal precipitation, while excessive heating of the Earth’s interior amplifies geodynamic catastrophes. But the most dangerous aspect is that nanoplastics penetrate the blood–brain barrier, damaging regions of the brain responsible for critical thinking.
We are standing at the threshold of a critical point. The synchronization of catastrophes is accelerating. Yet, as long as we are still able to think and act, humanity retains a chance to change the future.
Time codes:
00:00 — Introduction: New Anomalies of February 2026
00:35 — France: Storm Nils and Record Winds in Corsica
02:36 — Spain: The Eighth Storm of the Year
03:31 — Colombia: Heavy Rain and Hail in Bogotá
05:00 — Indonesia: Sudden Squall in Chibinong
05:54 — Argentina: Snow in the Middle of Summer in Patagonia
06:59 — United States: Crack in Lake Erie Ice, Arctic Cold, and Ice Volcano in Letchworth Park
09:18 — Madagascar: Cyclone “Ghezani” and National-Scale Disaster
11:00 — Mozambique: Continued Path of the Cyclone
11:33 — Italy: Storm Harry Bis
12:37 — Seismic Activity: Fiji, Vanuatu, Chile, Russia
15:47 — Scientific Analysis: Why the Synchronization of Cataclysms Is More Dangerous than Isolated Events
Watch more on our channel about the true causes of escalating climate catastrophes and their progression based on mathematical modeling:
📍 "Nanoplastic: A Threat to Life | ALLATRA Popular Science Film"
📍 "The Lost Chance: Controlled Degassing of the Siberian Plume Is No Longer an Option"