Local climate change projections
We design tools to simulate expected changes in future climate and assess how they may affect us through risk and vulnerability analysis.
The RESCCUE approach turned a new page by moving away from sectoral approaches, viewing cities as networks of interdependent systems. The four-year project went beyond the conventional analysis of climate change impacts on individual critical infrastructures, such as energy, water or transportation. RESCCUE’s perspective was holistic, focusing on interconnections rather than individual sectors or elements of the urban fabric.
The objective of RESCCUE was to produce a set of models and tools to analyze urban resilience with a multi-sectoral approach, to overcome the current difficulties related to the lack of integration of information from different urban services. To interconnect sectoral models, the project leverages RESCCUE tools and methodologies as a basis for future software developments capable of performing urban resilience assessment, management and planning in an integrated way.
The three cities included as pilot sites (Barcelona, Lisbon and Bristol) were the validation platforms for the RESCCUE tool, where integrated urban resilience analyses were conducted throughout the project.
The resilience roadmap for these cities, in the form of a Resilience Action Plan (RAP), was one of the key outputs of the project. Conducted at the end, each presented the strategic lines on which the city should focus, also considering the concrete measures to be implemented to solve specific problems. However, these results are not only intended to provide an overview of resilience development in Barcelona, Bristol and Lisbon, but are also intended to help many other cities around the world develop their capacity to adapt to current and future shocks and stresses.
We design tools to simulate expected changes in future climate and assess how they may affect us through risk and vulnerability analysis.
We make predictions of the probability of occurrence of extreme phenomena adapted to the needs of each case study.
We work to contribute our knowledge in climate research, as a pioneer in statistical regionalization, and we offer training for the support and strengthening of scientific capacities.