Barcelona. The euphoria over Ferran Torres’ historic goal in the 2026 World Cup final was recorded far beyond the stadiums and celebrations. Seismometers distributed throughout Spain detected ground vibrations caused by the reaction of thousands of fans following the goal that gave the Spanish national team its second world title.
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As reported by the Spanish National Research Council (CSIC), records from the National Geographic Institute (IGN) and the Geological and Cartographic Institute of Catalonia (ICGC), analyzed by researcher Jordi Díaz of Geosciences Barcelona (GEO3BCN-CSIC), identified seismic signals in cities such as Algeciras, Cádiz, Granada, Huelva, Barcelona, Lleida, Alcoy, Elda, and Granollers.
The data shows three moments of intense activity during the broadcast of the match: Ferran Torres’ goal, a goal that was later disallowed by VAR, and the biggest shake of the night after the final whistle that confirmed Spain’s victory over Argentina.
In Catalonia, the Educational Seismic Network of the GEO3BCN-CSIC also recorded movements in towns such as Mollet del Vallès, Santa Coloma de Gramenet, Barcelona, Banyoles, Olot, and Torroella de Montgrí, confirming the impact of the massive celebrations.
It is not the first time a phenomenon of this type has occurred. During the World Cup round of 16, an IGN accelerometer in Algeciras detected vibrations caused by the celebration of Mikel Merino’s goal against Portugal.
Likewise, the CSIC recalled that a similar episode occurred during the Euro 2024 final against England, when the goals by Nico Williams and Mikel Oyarzabal also generated seismic records in Madrid and Barcelona.
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This type of event is known as human-induced seismicity, a phenomenon that reflects how massive celebrations can produce small vibrations detectable by high-sensitivity geological monitoring equipment.
This type of event is known as human-induced seismicity, a phenomenon that reflects how massive celebrations can produce small vibrations detectable by high-sensitivity geological monitoring equipment.
