Climate Resilience

Climate change is the most pressing challenge of our time. Evidence shows that implementation of climate adaptation measures is currently too slow, leading to an increasing urgency to mainstream climate resilience as a pathway forward. UCD experts are working together across disciplines to model and predict climate hazards and to develop effective solutions informed by robust data and risk assessment tools that can safeguard our environment, communities, and economic stability.

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Research Units and Programmes

Using AI-enhanced models to help make Ireland more climate prepared

In direct response to the impacts of climate change, a multi-million-euro UCD and Met Éireann academic research partnership programme has been established to advance the development of weather and climate services for Ireland using AI and data science. The Professorship will build on UCD's world-leading expertise in this dynamic field, with a focus on enhancing citizen safety, bolstering economic and environmental resilience, and supporting weather-sensitive sectors. 

Becoming a world leader in the use of Earth Observation data

Earth observation (EO) is now integral to many areas of life including precision agriculture, catchment management, emissions control, site location planning, sustainability assessment and supply chain logistics. The DTIF funded CAMEO project is developing a new platform to unlock the potential of EO data for non-specialist users, and aims to make Ireland a world leader in using this data for economic and societal benefit. It builds on UCD’s growing space-related research and innovation activities through UCD C-Space and CeADAR. Read more about how our experts are using EO and AI models to develop an early warning system for communities at risk of severe flooding at the link below.

Creating a climate of trust

Building trust between scientists, policy-makers and the public will be essential in addressing the global challenges of climate change. By discussing responses and adaptation measures to climate issues that take into account the specific social and economic needs and vulnerabilities of different communities through projects like PERITIA and NEXT/ACT, UCD experts are using evidence-based processes to build societal resilience. Watch the video to learn how Dr Shane Bergin has been working with schools to embed education for sustainable development in learning. 

Predicting the resilience of wind and solar resources

By working with data scientists and mathematicians, Earth scientists can significantly leverage insights to address important questions on the resilience of wind and solar energy resources. Dr Conor Sweeney and Prof Frank McDermott's collaborative research focuses on changes in the spatial distribution of these resources in the context of climate change impacts on key large-scale atmospheric pressure patterns such as the North Atlantic and East Atlantic Oscillations.

Jan 2022

The 2018 European heatwave led to stem dehydration but not to consistent growth reductions in forests

Nature Communications

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March 2016

Airborne laser scanning data storage and indexing: state-of-the-art review

International Journal of Remote Sensing

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April 2015

Nature-based solutions efficiency evaluation against natural hazards: Modelling methods, advantages and limitations

Science of the Total Environment

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April 2004

Palaeo-climate reconstruction from stable isotope variations in speleothems: a review

Quaternary Science Reviews

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