15 hours ago
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Reuters
Data revealed the 60,415-strong crowd generated seismic activity after each goal
Liverpool fans celebrating the club's historic title-clinching win over Tottenham Hotspur at Anfield caused a series of tremors, university scientists have revealed.
Arne Slot's side secured the club's 20th top-flight championship defeating Tottenham 5-1 in front of a packed Anfield stadium on 27 April.
The most significant tremor was caused by Alexis Mac Allister's strike in the 24th minute, which put Liverpool 2-1 ahead and registered a peak magnitude of 1.74 on the Richter scale.
The data was recorded by University of Liverpool earth scientists using equipment used to detect earthquakes.
The University of Liverpool
EPA
Celebrations after Alexis Mac Allister's goal registered 1.74 on the Richter scale
The study was conducted by Dr Antoine Septier, Dr Farnaz Kamranzad, and Professor Ben Edwards from the University's Department of Earth, Ocean and Environmental Sciences department in partnership with the club.
"Much like natural seismic events, these goals produced bursts of ground-shaking, triggered by the sheer passion of Liverpool fans," Professor Ben Edwards said.
"Their enthusiasm was literally powerful enough to move the Earth."
The University of Liverpool
Researchers measured ground movement through the match on 27 April
The data revealed the 60,415-strong crowd generated real seismic activity, particularly in response to the goals scored during the game.
The second-largest tremor measured 1.60 and followed Mo Salah's goal in front of the Kop in the second half.
Cody Gakpo's effort measured in at 1.03, the own goal from Destiny Udogie 1.35 and Luis Diaz's initially disallowed equaliser 0.64.
The University of Liverpool
Dr Farnaz Kamranzad (L) and Dr Antoine Septier (R) measured the seismic events
Dr Farnaz Kamranzad said that while the tremors were small and not strong enough to be felt in the stands they were powerful enough "to leave a clear and lasting mark at Anfield".
"Every cheer, every celebration, leaves a trace beneath our feet, a seismic fingerprint of collective joy, written into the Earth's memory long after the final whistle," she said.
Dr Antoine Septier said he hoped the experiment would inspire a new generation of seismologists.
"I hope that showing this data will spark innovative ideas for potential applications, perhaps even to enhance the stadium experience," he said.
