Tsunamis in the Caribbean: A new alter procedure developed by the University

While tsunami warning systems have robust procedures to prevent tsunamis generated by earthquakes, this is not the case when it comes to tsunamis produced by volcanic crises. The eruptions of Anak Kakatau in 2018 or Hunga Tonga Hunga Ha’apai unfortunately showed this. Scientists from the Géosciences environment Toulouse laboratory (GET-OMP – CNES/CNRS/IRD/UT3) proposed and tested a warning system for the Caribbean, based on the receipt by the regional tsunami warning center of a bulletin emitted by the volcanological observatory witnessing potentially tsunamigenic activity of the volcano it monitors. Their study was published in January in Bulletin of Volcanology.

In the Caribbean, the GET team, as well as the American public agency National Oceanic and Atmospheric Administration (NOAA), have established since March 2023 procedures for the early warning system in the event of a tsunami generated during a volcanic crisis. The basic postulate of these procedures is the use of volcanological observatories as a detection network.

Read more on the University website.

GET Contact: Valérie Clouard

Sources :

Clouard, V., C. von Hillebrandt-Andrade, C. McCreery, J.J. Soto Cortes, Implementation of tsunami warning procedures in the Caribbean in case of volcano crisis : use of a Volcano Notice for tsUnami Threat (VONUT), Bull. Volc, 86:18, https://doi.org/10.1007/s00445-023-01702-8, 2024.

More news

Central African Forest: 600,000 Years of Human History Uncovered Beneath the Canopy

Archaeological excavations conducted in the Congo Basin show that these territories have been inhabited, traversed, and transformed for hundreds of thousands of years—long before Homo sapiens’ great exodus from Africa. […]

10,000 Years of Food Inequality

An international team of researchers (Inrap, CNRS, Simon Fraser University) has published an article in the journal PNAS titled “Dietary Inequality Marker Reveals 10,000 Years of Gender and Cultural Disparity […]

Deciphering ancient oceans using pyrite and iron isotopes

Iron isotopes in pyrite are frequently used to better understand environmental conditions throughout our planet’s history, going back to sedimentary archives dating back billions of years. A team of researchers […]

Search