Portuguese university specializing in sustainable agriculture, food systems, concentrated solar power, and cultural heritage science across Mediterranean climate contexts.
University of Évora is a Portuguese public university with deep roots in agricultural science, food systems, and renewable energy research. Their practical work spans soil quality assessment, sustainable farming systems, organic seed development, small farm viability, and concentrated solar power with thermal energy storage. They also maintain significant expertise in cultural heritage science and archaeological materials conservation. The university serves as a bridge between Mediterranean agricultural and environmental challenges and broader European research networks.
Led SALSA on small farm food security and contributed to iSQAPER (soil quality), LIVESEED (organic seed), TREASURE (local pig breeds), SUFISA (sustainable finance for agriculture), LIAISON (rural innovation), and NEWBIE (new farmer business models).
Coordinated NewSOL on latent/sensible heat storage for CSP plants, contributed to PreFlexMS (molten salt solar), SFERA-III (solar research infrastructure), and INSHIP (solar heat for industry).
Coordinated ED-ARCHMAT European Doctorate in archaeological materials science and RESISTANCE on Iberian empire history, participated in E-RIHS heritage science infrastructure and SCICITY.
Participated in AQUACOSM (aquatic mesocosm facilities), STRATEGY CCUS (carbon capture and storage), and multiple atmospheric research infrastructure projects in the later period.
Contributed to LIAISON (rural innovation policy), HNV-Link (high nature value farming), PEGASUS (ecosystem services from land management), and SolACE (agroecosystem efficiency).
Third-party contributor across PRACE-4IP, PRACE-5IP, and PRACE-6IP implementation phases, indicating growing computational research capabilities.
In 2015–2018, the university focused heavily on agricultural productivity — soil quality, farming systems, molten salt solar energy, and sustainable finance for agriculture. From 2019 onward, the emphasis shifted toward climate resilience, citizen science, atmospheric research infrastructure, carbon capture (STRATEGY CCUS), and open science approaches like GRECO's photovoltaic open science initiative. There is a clear broadening from production-oriented agriculture and energy engineering toward sustainability governance, climate adaptation, and research infrastructure access.
Moving from applied agricultural and energy research toward climate adaptation, citizen engagement, and building shared European research infrastructure — positioning themselves as a sustainability-oriented partner for future Green Deal consortia.
Primarily a consortium participant (35 of 49 projects) rather than a leader, though they have successfully coordinated 5 projects including the substantial NewSOL and SALSA. With 745 unique partners across 49 countries, they operate as a well-connected node in large European networks rather than leading from the front. This makes them a reliable, experienced partner who brings Mediterranean context and agricultural/energy expertise without demanding the coordination overhead.
Exceptionally broad network of 745 unique partners spanning 49 countries — nearly the full breadth of H2020 participation. Strong connections across Southern and Western Europe with particular density in agricultural and energy research communities.
University of Évora combines two areas rarely found together: Mediterranean agriculture/food systems and concentrated solar power engineering. Located in Portugal's Alentejo region — one of Europe's most climate-vulnerable agricultural zones — they bring firsthand understanding of water scarcity, land use pressures, and energy transition challenges that desk-based institutions cannot replicate. Their dual strength in cultural heritage science adds a distinctive interdisciplinary dimension useful for rural development and territorial projects.
