I'm a dedicated researcher, journalist, and editor at The Watchers. With over 20 years of experience in the media industry, I specialize in hard science news, focusing on extreme weather, seismic and volcanic activity, space weather, and astronomy, including near-Earth objects and planetary defense strategies. You can reach me at teo /at/ watchers.news.

  • Heavy rain triggers urban flooding and transport disruption in Dubai, UAE

    Flooding affected Dubai, United Arab Emirates, between March 23 and 27, 2026, after a multi-day period of thunderstorms and heavy rainfall impacted large parts of the country. Roads were inundated, vehicles became stranded, and transport operations experienced disruptions as rainfall totals exceeded 100 mm (3.9 inches) in parts of the UAE.

  • Major M7.3 earthquake hits near Luganville, Vanuatu

    A major earthquake registered by the USGS as M7.3 hit near Luganville, Vanuatu at 08:44 UTC (19:44 LT) on March 30, 2026. The agency is reporting a depth of 115.8 km (72 miles). EMSC is reporting M7.3 at a depth of 116 km. According to the Pacific Tsunami Warning Center (PTWC), there is no tsunami threat from this event.

  • Rare high-impact windstorm hits Zagreb, Croatia, in one of the city’s strongest wind episodes on record

    One of the strongest wind episodes on record in Zagreb, and the most intense in the modern Zagreb-Maksimir measurement record, struck the Croatian capital on March 27, 2026, with gusts exceeding 120 km/h (75 mph), causing widespread damage, major transport disruption, and multiple injuries, including two serious cases reported by authorities.

  • Extreme isotopic signatures in 3I/ATLAS point to origin in the early Milky Way

    Extreme deuterium enrichment measured in both water and methane in the interstellar object 3I/ATLAS suggests formation in a very cold environment (≲30 K) and possibly early in the history of the Milky Way, according to two preprint studies based on James Webb Space Telescope observations conducted on December 22 and 23, 2025. The isotopic compositions differ sharply from those measured in known Solar System comets and point to formation in an environment chemically distinct from that of the Solar System.