• Turkish geoscientist warns of significant earthquake risk in Bingol, Tunceli, and Erzincan

    A prominent Turkish geoscientist known for his accurate earthquake predictions issued a new warning concerning an imminent seismic event in Turkey. Speaking on a televised program, Prof. Dr. Naci Gorur detailed the likelihood of a significant earthquake, predicting a magnitude of at least 7.4 in the region spanning Bingol, Tunceli, and Erzincan provinces.

  • Researchers use AI to predict major earthquakes months in advance

    A recent study by Társilo Girona of the University of Alaska Fairbanks and Kyriaki Drymoni of Ludwig-Maximilians-Universität in Munich proposed a new machine learning technique for predicting big earthquakes months in advance. The study, published in Nature Communications on August 28, 2024, intended to improve earthquake predictions and public safety.

  • Rare daylight fireball over Eastern Cape, South Africa, explosions heard over 200 km (120 miles) away

    An amazing dayling fireball was seen and heard over Eastern Cape, South Africa on Sunday, August 25, 2024. Initially thought of as space junk, it was later confirmed to be a car-sized meteor that entered the atmosphere between 06:30 and 07:00 UTC (08:30 and 09:00 LT). Reports of the following sonic boom were heard more than 200 km (124 miles) away from the site of the original sighting.

  • Staircase pattern discovered in Earth’s rotational deceleration evolution

    Researchers discovered that Earth’s rotational slowing occurs in a staircase pattern rather than a flat drop. This pattern, discovered after intensive geological and astronomical investigation, shows alternating periods of stability and fast change in Earth’s rotation over the last 650 million years.

  • 20-year study reveals significant ozone depletion due to decades of solar proton events

    A comprehensive study led by Grigoriy Doronin, using data from NASA’s Aura MLS and NOAA’s SWPC, examined mesospheric ozone depletion due to solar proton events (SPEs) over the past two decades. The study, which ran from 2004 to 2024, demonstrated the considerable impact of high-energy protons from the Sun on ozone levels, indicating notable changes in depletion patterns across the northern and southern hemispheres.