Msida Creek: Adapting to Rising Seas Together
Msida Creek, a low-lying and densely built-up area in Malta, is no stranger to flooding. Over the years, heavy rainfall and sudden sea-level changes, often triggered by meteo- tsunamis have frequently disrupted life in this busy urban zone.
With major infrastructure works currently underway, including the construction of a flyover, new quays, cycling lanes, and greener public spaces, important questions are being raised about how these changes will interact with future risks linked to sea-level rise.
To address these concerns, as part of Work Package 2 of the MedSeaRise project, the University of Malta is leading a case study on Msida Creek. The work focuses on understanding how the planned urban developments could either increase or help mitigate flood risks. The study promotes a proactive, data-driven approach to climate resilience that integrates engineering with environmental planning.
By analyzing historical records, conducting field surveys, and applying modern hydrodynamic modeling, the researchers simulated future flood scenarios that could affect key sites around the Creek. These include the central piazza in front of the church and parking areas, the popular restaurants along the waterfront, the army’s maritime squadron base, and a well-known seafront hotel. The goal is to ensure that the area’s regeneration improves quality of life without increasing the exposure of residents and businesses to the impacts of climate change.
Looking ahead, infrastructure works at Msida Creek are expected to continue until 2027. Ongoing collaboration with national stakeholders, such as the Energy and Water Agency (EWA) and the Environment and Resources Authority (ERA), remains essential in developing a holistic adaptation plan that balances economic development with long-term community
safety.
In conclusion, as sea levels continue to rise and weather patterns grow more unpredictable, studies like this one highlight the urgent need to embed resilience thinking into all aspects of urban planning.
