Jakob Napiontek presented the latest developments of EUBUCCO, a comprehensive expansion of the existing building database the EUBUCCO buildings dataset as part of the CircEUlar project
We call for transparent reporting, uncertainty assessments, further data collection, and greater collaboration through open-access tools and standardized approaches.
A new theoretical framework developed by our colleagues at the University of Groningen sheds light on how individuals can go beyond personal consumption and actively contribute to systemic change to achieve a circular economy.
On June 18th CircEUlar, CIRCOMOD and CO2NSTRUCT presented preliminary findings and insights on how, in the built environment, circularity could contribute to driving climate change mitigation as part of EU Green Week.
Transitioning to a circular economy model, through the reuse of materials, sustainable construction practices, and improved renovation strategies, can play a key role in climate change mitigation and the reduction of environmental impacts.
The CircEUlar team at INEGI is exploring how different urban patterns dictate energy and material needs, through spatially-explicit modelling of a comprehensive set of indicators.
Charlie Wilson and Yee Van Fan argue that the indirect impacts of AI on climate may outweigh concerns about the energy needed to train and run AI models.
The CircEUlar project developed a set of narratives that examine how Circular Economy (CE) strategies can contribute to achieving net-zero greenhouse gas emissions by 2050
In March and April 2025, research partner T6 Ecosystems, designed, organised and delivered four online sessions with stakeholders to explore the future of the built environment, mobility, digitalisation, and household appliances and waste in a more circular economy.
In order to formulate climate strategies that are capable of being implemented, it is essential to establish a modelling ecosystem that is characterised by diversity, collaboration and a foundation in the complexity of the real world.