Atmospheric instability has gripped the planet: while an EF4 tornado with winds exceeding 280 km/h raged in the United States, Ukraine was hit by a cold front bringing dust storms and April snowfall. At the same time, Thailand was suffocating from smog caused by large-scale wildfires, while in Russia freezing rain paralyzed infrastructure and a highway collapsed in Siberia. Meanwhile, Japan experienced a magnitude 7.4 earthquake, and in Iwate Prefecture the situation with wildfires spiraled out of control, affecting more than 1,600 hectares.
This synchronicity of anomalies — from tornadoes and dust storms to seismic activity and wildfires — points to systemic changes in the planet’s thermoregulation.
A disruption in the balance of heat exchange between the Earth’s interior, the oceans, and the atmosphere leads to the accumulation of excess energy. When geodynamic activity intensifies, not only do seismic events increase, but so do processes of natural degassing — the release of flammable gases through faults and cracks in the Earth’s crust. This factor is currently almost not taken into account in assessments of fire risk, although it can significantly increase the intensity and scale of fires, making them resistant to suppression. Understanding the physics of these processes is key to comprehending what is happening. These changes affect everyone, and a scientific approach to studying the planet is becoming a priority task for society.
Time codes:
00:00 — Introduction
00:26 — USA: EF4 tornado in Oklahoma, destruction in Enid
02:42 — Ukraine: cold front, dust storms, snowfall in April
05:08 — Thailand: wildfires in 19 provinces, ecosystem threats
07:05 — Russia: freezing rain, highway collapse in Kemerovo Oblast
10:25 — Japan: magnitude 7.4 earthquake, tsunami warning, and wildfire in Iwate; 1,618 hectares burned
14:28 — Conclusions: degassing and seismic activity as factors intensifying wildfires
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