[Speaker] Cities on the Frontline: The Built Environment and the Adaptation Implementation Deficit in the EMME Region
Nicosia, Cyprus — EMME Climate Action Conference, 8 April 2026
Two weeks ago, at the Climate Action in the Eastern Mediterranean and Middle East Conference, organized under the Cyprus Presidency of the Council of the EU, I spoke in Panel 5 alongside four outstanding colleagues. Prof. Matthaios Santamouris convened the session, and the message that emerged was consistent across all five interventions: the science is not the bottleneck. Implementation is.
My intervention was direct. The adaptation deficit in the EMME is no longer a knowledge problem. It is a governance and implementation problem, especially at the city level. Cities are where heat is felt, where people suffer, and where solutions must be deployed. But across much of our region, cities are structurally underpowered. They do not control budgets. They do not control water. They often cannot invest in even basic urban cooling measures. The result is a paradox: we deliberate at the national and international level, while the actors who must implement are not enabled to act.
I proposed three concrete steps: ① A dedicated EU–EMME Urban Cooling Facility targeting municipalities directly, not filtered through national systems that dilute and delay. Focused on high-impact measures: shaded streets, trees where water allows, cool public spaces, retrofitted schools, and hospitals. ② Recognizing cooling as public resilience infrastructure, not just an energy issue, but a public safety issue. Cooling shelters, passive housing retrofit, and heat-safe public buildings must be treated with the same urgency as flood defenses, especially for vulnerable populations. ③ Linking urban greening to realistic water budgets, green infrastructure without water planning does not survive in the Eastern Mediterranean climate. We need drought-adapted strategies, reclaimed water use, and a focus on shade efficiency over visual greening. Otherwise, we are funding projects that cannot be maintained.
If we want adaptation to be visible before the next heatwave, we must empower cities — not only speak to states. This is precisely where the EU, and Cyprus in particular, can lead.
The panel brought together five perspectives that together made the case:
🌡️ Prof. Matthaios Santamouris (UNSW Sydney); convener and framing voice of the session. He set the stakes: 1,000 overheated cities globally, 1.7 billion people under severe overheating, and heat-related mortality among over-65s rising 85% in Europe since 2004. His research on super-cool materials, capable of reducing surface temperatures by up to 15°C below ambient, and results from Riyadh showing up to a 35% reduction in cooling demand through combined interventions, demonstrate what is already technically achievable. His conclusion: scientific knowledge is advanced; what is lagging is the integration of financial and political mechanisms. 🙏 Thank you, Prof. Santamouris.
💨 Prof. Marina Neophytou (University of Cyprus), on urban airflow, ventilation, and the microclimate dynamics specific to Eastern Mediterranean city morphology, and how wind and canyon geometry interact with heat stress at the street level.
🏗️ Dr. Salvatore Carlucci (University of Insubria) brought the building performance lens to the discussion, connecting indoor thermal comfort, building design standards, and the gap between design intent and real-world operation across the EMME building stock.
🌬️ Prof. Elie Bou-Zeid (Princeton University), on urban cooling portfolios: misting systems, kirigami-inspired ventilation structures, radiative façades, EV transitions to reduce anthropogenic heat. No single solution covers the full spectrum. The portfolio must be tailored to the geoclimate; what works in Phoenix is not what works in Nicosia or Amman.
This session fed directly into the Heads of State Meeting on 23 April 2026. The Eastern Mediterranean is among the fastest-warming regions on the planet. The knowledge exists. The urgency is undeniable. What remains is the political will to empower the cities that must act. The publications below form the basis of this post:
Attia, S., Mustafa, A. M. E. S., & Singh, M. K. (2019). Assessment of thermal overheating in free-running buildings in Cairo. In W. Finlayson & S. Roaf (Ed.), Proceedings of the 1st International Conference on Comfort at the Extremes: Energy, Economy and Climate Change (pp. 902-913). Dubai, United Arab Emirates: Ecohouse Initiative Ltd.
Ghodbane, D. (2023). Hot houses: Cairo’s climate. In H. Bayoumi & K. Bennafla (éds.), An Atlas of Contemporary Egypt. Paris: CNRS Éditions. https://doi.org/10.4000/books.editionscnrs.58460
Carlucci, S., Lange, M., Artopoulos, G., Albuflasa, H., Assimakopoulos, M.-N., Attia, S., Azar, E., Cuce, E., Hajiah, A., Meir, I., Neophytou, M., Nicolaides, M., Serghides, D., Sprecher, A., Tawalbeh, M., Thravalou, S., & Kyprianou, I. (2024). Characteristics of the built environment in the Eastern Mediterranean and the Middle East and related energy and climate policies. Energy Efficiency, 17 (52). doi:10.1007/s12053-024-10217-w
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