Seismic Monitoring and Research Group SMRG at UM

Seismic Monitoring and Research Group SMRG at UM The oldest station of the MSN is the one at Wied Dalam. The SMRG also operates a Virtual Mediterranean Regional Network based on SeisComP3 software.

The Seismic Monitoring and Research Group maintains the Malta Seismic Network, which is the only facility in the country that monitors and studies earthquake activity around the Maltese Islands. The SMRG carries out real-time seismicity monitoring and earthquake location, seismic hazard assessment, and geophysical studies on the Maltese archipelago and Central Mediterranean. The Malta Seismic Net

work
This consists of eight permanent broadband seismic stations:

WDD (Wied Dalam, B'Bugia)
MSDA (University Campus, Msida)
XLND (Xlendi, Gozo)
QALA (Qala, Gozo). CBH9 (Comino)
MELT (Mellieha)
HQIM (Hagar Qim Temples, Qrendi)
Xrobb l-Ghagin (Marsaxlokk)
The SMRG also possesses four portable tromographs for site response and building investigations, a geophone array, and other geophysical field equipment. WDD was installed in 1995 as part of MEDNET - a Mediterranean-wide network of such instruments, managed by the Istituto Nazionale di Geofisica e Vulcanologia (INGV), Rome. MEDNET aims to contribute to the broadband instrumental coverage of the Mediterranean with the aim of improving further our knowledge of the structure and dynamics of this region, and thus work towards the goal of minimisation of earthquake losses.In 2003 WDD was upgraded to an online system, transmitting data in real-time to various international data centres. This was achieved through participation of the Physics Department in an EU-funded project MEREDIAN, coordinated by the ORFEUS (Observatories and Research Facilities for European Seismology) Data Centre in de Bilt, the Netherlands. The most important achievement of MEREDIAN was the setting up of the Virtual European Broadband Seismic Network (VEBSN) for real-time transmission of digital seismic data between nodes in this network. Today, data from WDD is transmitted in real time to the Istituto Nazionale di Geofisica e Vulcanologia (INGV, Rome) and forwarded to international data centres such as ORFEUS and the Incorporated Research Institutions for Seismology (IRIS). The other stations were acquired through national and international funding such as the SIMIT project (Italia-Malta Operational Programme 2007-2013), SIMIT-THARSY project (INTERREG-VA Italia-Malta Operational Programme 2014-2020) and the Gozo Channel Geophysical Investigation project (Transport Malta, 2016). Today, all stations transmit data in real-time to a computer server at the University of Malta through ADSL lines or 4G modems. The Malta Seismic Network was officially registered (code ML) with the Federation of Digital Seismic Networks in 2015. This enables it to acquire real-time data from a large number of Mediterranean and global stations and perform rapid earthquake locations. Alerts about important earthquakes are sent to the Civil Protection Department. The SMRG is a member of the Euro-Mediterranean Seismological Centre in France, whose major objective is to establish and operate a system for rapid determination of European and Mediterranean earthquake epicentres and transmitting these results immediately to the appropriate international authorities and to the members in order to meet the needs of protection of society, scientific progress and general information. The aims of the Malta Seismic Network are:
- to continuously monitor and interpret seismic activity in the central Mediterranean, in particular around the Maltese islands, and identify active faults in the sea bed of the Sicily Channel;
- to use this information toward the assessment of the seismic hazard in the Maltese Islands. This assessment will in turn provide needed input to various agencies, such as the Civil Protection Department, insurance agencies, urban planners, etc.;
- to enhance the epicentral location capability in the Central Mediterranean;
- to contribute to the constant global accumulation of seismic data and to the worldwide coverage of seismic events by as dense as possible a network of digital seismographs. Such coverage continues to yield ever more accurate information about the Earth’s structure;
- to make use of the data for further geophysical/geological studies of the Mediterranean basin, in particular the Central Mediterranean.

30/03/2026

DEFMOD-LiMA employs cutting-edge methodologies to examine driving forces of lithospheric deformation

10/03/2026

We present you the seventh edition of Science in the Citadel on the charming island of Gozo!
Join us at the Citadel for an educational event for all the family and activities for all ages β™»οΈπŸ’‘β˜’οΈπŸŒ—πŸ”­πŸ§‘β€πŸ”¬πŸ§ͺπŸŒπŸ§¬πŸ‘¨β€πŸ”¬πŸ§«πŸ§²β˜£οΈβš‘

SAVE THE DATE
πŸ“… Sunday 26th April, 2026
πŸ•™ 10am - 5pm
πŸ“ Citadel, Victoria Gozo

An earthquake of magnitude 6 has struck Italy, near Naples, at 4 minutes past midnight (2026-03-10) local time.
09/03/2026

An earthquake of magnitude 6 has struck Italy, near Naples, at 4 minutes past midnight (2026-03-10) local time.

Great work from our geophysics team on reconstructing subsurface fracture geometries in rock slope instabilities through...
05/03/2026

Great work from our geophysics team on reconstructing subsurface fracture geometries in rock slope instabilities through ambient vibration-based numerical modelling inversion

Check out our new paper on applied geophysics for reconstructing not outcropping joint geometries has been published on Scientific Report (Nature) Journal.

Reconstructing subsurface fracture geometries in rock slope instabilities through ambient vibration-based numerical modelling inversion

https://www.nature.com/articles/s41598-026-39538-9

Seismic Monitoring and Research Group SMRG at UM

10/02/2026

Detailed engineering-geological models are crucial for assessing landslide hazards, yet their reliability is limited when poorly defined fracture networks control slope failure mechanisms. Traditional surveying techniques often fail to accurately constrain fracture extents, resulting in oversimplifi...

28/01/2026

Dr Agius attended the SD-WISHEES workshop to discus enablers and barriers in funded projects

28/01/2026

Meet our undergraduate students conducting exciting research on past earthquakes, particularly the widely felt 1972 earthquake in Malta, studied by Sarah Camilleri, and on seismic signals linked to weather conditions, explored by Celine-Marie Muscat.

Geosciences at UM
Faculty of Science - University of Malta
University of Malta

16/01/2026

A great interview about our ongoing research.

03/12/2025
Today is World Tsunami Awareness Day 🌊Tsunamis are often associated with distant oceans β€” but did you know that the Medi...
05/11/2025

Today is World Tsunami Awareness Day 🌊

Tsunamis are often associated with distant oceans β€” but did you know that the Mediterranean, including Malta, has also been impacted by these powerful natural events?

History reminds us of this reality:
⚑ In 365 AD, a massive earthquake off Crete triggered a tsunami that devastated coastal cities across the Mediterranean.
⚑ In 1908, the Messina earthquake between Sicily and Calabria generated another destructive tsunami that reached nearby shores, including Malta.

The Mediterranean region is not immune, with underwater landslides, volcanic activity, and earthquakes capable of generating tsunamis.

While rare, these events can and do happen. Preparedness saves lives.

On this World Tsunami Awareness Day, let’s remember the importance of:
βœ… Understanding early warning signs
βœ… Knowing evacuation routes
βœ… Supporting disaster preparedness and education

Awareness today means safety tomorrow. πŸŒπŸ’™

Two small earthquakes were recently detected in the sea area between the Maltese Islands and Pantelleria, south of Sicil...
03/11/2025

Two small earthquakes were recently detected in the sea area between the Maltese Islands and Pantelleria, south of Sicily. This part of the Mediterranean is known to be geologically and volcanically active, with underwater volcanoes located in the region.
The area lies along a geological system of faults and grabens (deep valleys - see the Google Map), where the Earth’s crust is slowly stretching and shifting. Such movements occasionally generate small tremors, which are not unusual for this part of the sea.

Address

University Of Malta
Msida
MSD2080

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