29 September 2026 to 1 October 2026
Palais de l'Europe
Europe/Paris timezone

An assessment of climate and environmental coastal risks in the Mediterranean

Not scheduled
15m
Palais de l'Europe

Palais de l'Europe

8 Av. Boyer, 06500 Menton
Poster Session 6: Aquatic-terrestrial and coastal ecosystem interactions Session 6: Aquatic-terrestrial and coastal ecosystem interactions

Speaker

Mrs Nathalie Hilmi (Monaco Scientific Centre)

Description

The Mediterranean Experts on Climate and environmental Change (MedECC) is an independent scientific network assessing climate and environmental change risks in the Mediterranean Basin. As a unique science-policy interface, MedECC provides region-specific information to stakeholders, governments, and citizens for informed decision-making. In 2024, MedECC published the Special Report on Climate and environmental coastal risks in the Mediterranean Basin, assessing the available literature on the drivers of change (climate, pollution, biologic and socio- economic processes), their evolution, impacts on ecosystems and people, the risks and pathways for sustainable development.
Climate change already affects the Mediterranean coastal zone’s terrestrial and marine environments. Projections show rising temperatures, extreme heat, sea levels, and evapotranspiration, alongside decreasing precipitation. Tied to greenhouse gas emissions, this threatens ecosystems and key economic sectors like summer beach tourism, agriculture, aquaculture, and fisheries. Rising sea levels will worsen coastal floods, permanent inundation, and erosion, impacting ecosystems and infrastructure like airports, transport networks, ports, and cultural heritage sites. Expanding urbanisation will also increase flash flood risks in certain coastal areas.
Water scarcity risks will rise due to a regional drying trend, coastal aquifer salinisation, and growing demand from population growth, irrigation, tourism, industry, and the energy sector. Current adaptation options focus on increasing water supply, improving water quality, and supporting governance, rather than reducing water demand.
Marine heatwaves already partially cause mass mortalities in coastal waters and the decline of coastal wetlands, trends expected to increase. The success of conservation depends heavily on climate mitigation, as more hard limits are reached with every increment of global warming.
Current environmental, adaptation, and mitigation actions are insufficient to attain the UN Sustainable Development Goals (SDGs). Meeting them requires transformative actions across all sectors, systems, and scales. This involves identifying vulnerabilities from human activities and climate impacts, and assessing options to reduce risks to communities and ecosystems. A mix of legal, policy, and economic instruments, plus behavioral nudges, are available at local, national, and regional levels to promote resilient development.

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Authors

Mr Agustin Sanchez-Arcilla (Polytechnic University of Catalonia) Mrs Anna Pirani (CMCC) Mr Athanasios Vafeidis (Christian-Albrechts University Kiel) Mr Dario Camuffo (CNR) Mr José A. Jiménez (Polytechnic University of Catalonia) Mr Joël Guiot (CNRS, CEREGE) Mrs Julie Claire Gattacceca (MedECC) Mrs Katarzyna Marini (MedECC/Plan Bleu) Mrs Maria Carmen Llsat (Department of Applied Physics at the University of Barcelona) Mr Mohamed Abdrabo (Alexandria University) Mr Murat Belivermis (Istanbul University) Mrs Nathalie Hilmi (Monaco Scientific Centre) Mr Piero Lionello (University of Salento) Mrs Salpie Djoundourian (Lebanese American University) Mr Stefanos Moncada (IIslands and Small States Institute) Mrs Suzan Kholeif (National Institute of Oceanography and Fisheries) Ms Zinet Selmin Burak (Istanbul University)

Presentation materials

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