OUR COLUMN
Active participation of IHCantabria in the institutional presentation of the methodologies of the Assessment of risks and impacts derived from climate change in Spain (ERICC 2025).
In the preparation of the Assessment of Risks and Impacts of Climate Change in Spain (ERICC-2025) it has been essential to have the technical and scientific advice of the scientific consortium led by IHCantabria and integrated by Tecnalia Research & Innovation and the Basque Centre for Climate Change (BC3).
IHCantabria renews its continuing education offer through UC Microcredentials
The results of this project propose a pioneering procedure for adaptation to climate change in coastal areas, integrating nature-based and hybrid solutions.
IHCantabria leads the National Climate Risk Assessment, a scientific reference for Climate Change Adaptation in Spain.
The Environmental Hydraulics Institute of la Universidad de Cantabria (IHCantabria) has led the scientific consortium integrated by IHCantabria, Tecnalia Research & Innovation and the Basque Centre for Climate Change (BC3), which has acted as technical and scientific assistance for the elaboration of the Assessment of Risks and Impacts derived from Climate Change in Spain (ERICC-2025).
IHCantabria concludes the SHEVEX project, advancing the design of hybrid solutions to reduce coastal climate-related risks
Más de 20 expertos del ámbito científico, político y empresarial han analizado el rol de la ciencia y la innovación para construir sociedades más resilientes ante el cambio climático.
IHCantabria advances key contributions to assess climate risks to cultural heritage
An analysis of 86 climate risk assessment frameworks reveals shortcomings in conceptual and methodological consistency at the international level, highlighting a major challenge to be addressed within the European project ArCHe.
A novel scientific framework enables the anticipation of climate risks in ports before critical thresholds are reached
La herramienta, desarrollada por investigadores de IHCantabria y la Universidad de Oxford, une el análisis de riesgos complejos con la toma de decisiones, permitiendo su integración en los planes directores de los puertos y alineando adaptación, inversión y resiliencia.
Iñigo Losada, society, and climate change: Pillars of a UIMP a summer course on climate resilience through science and innovation
More than 20 experts from the scientific, political, and business sectors have analyzed the role of science and innovation in building more resilient societies in the face of climate change.
Pioneering research validates coastal prediction models with 40 years of data on an Australian beach
IHCantabria participates in an international study that evaluates five numerical models to anticipate the evolution of the coastline in the face of climate change.
IHCantabria boosts Panama’s climate planning with the creation of a Climate Risk Atlas
This Atlas is an interactive and innovative digital tool that allows Panama to strengthen its planning and response capacity to the challenges of climate change, such as the risks of floods, landslides, droughts, forest fires and the spread of diseases.
The intersection between artificial intelligence and hydrology: scientific advances from IHCantabria
Results of a study developed at IHCantabria offers immediate and long-term solutions to urgent hydrological challenges, based on the application of AI in environmental and socioeconomic contexts.
Outstanding participation of IHCantabria in CONAMA 2024 with its expertise in projects that promote coastal adaptation to climate change
CONAMA 2024 emphasized the need to adopt adaptation measures to protect the most vulnerable populations and territories, conserve biodiversity and ecosystem services, and mitigate the impacts of climate change.
IHCantabria proposes an innovative methodology to improve the estimation of the frequency of flooding in the M-30 in Madrid
After half a century of operation, the M-30 remains a key road for vehicular traffic and mobility in Madrid; but its maintenance requires taking into account the risk of flooding.
