Trinity College Dublin researchers have recently been awarded EPA funding to advance innovative projects aimed at sustainability and societal transformation. Announced on 14 February 2024, the funding will support key research initiatives across various fields in Ireland.

Dr. Patrick Morrissey, Martin Naughton Assistant Professor in the School of Engineering, will spearhead two major projects. The first project focuses on assessing the vulnerability of aquifer recharge to climate change across Ireland. Given that up to a quarter of the Irish population relies on groundwater for drinking, this research aims to develop numerical models to evaluate how changing climate patterns affect groundwater recharge. The results will help in managing current supplies and planning future resources. Dr. Morrissey’s team will collaborate with South East Technical University (SETU) on this initiative.

The second project under Dr. Morrissey's leadership will explore the effectiveness of agri-environmental schemes that incorporate nature-based solutions (NbS) to enhance water quality and aquatic habitats. This study will examine the impacts of two Irish agri-environmental schemes—ACRES West Connacht and the Water EIP—by incorporating various NbS, such as wetlands for water treatment. The project aims to provide evidence-based recommendations for improving water quality in agricultural settings and shaping future policies.

Dr. Paul Liston, Research Fellow in the Centre for Innovative Human Systems, will lead the BASTILLE project, which investigates barriers and enablers in Ireland’s transition to a circular economy. The project will focus on battery grade graphite, crucial for electric vehicle batteries and hydrogen energy production. By examining societal and technical aspects, BASTILLE aims to inform policy and facilitate Ireland’s shift towards a circular economy.

Margaret Jackson, Assistant Professor in Geography, will lead a project reconstructing the timing and magnitude of past climate changes in Ireland using preserved glacial landscapes. This research will offer valuable data for understanding both historical and future climate models.

Pete Akers, Assistant Professor of Physical Geography, will head the ISO-TAISE project to study intense rainfall events and flooding in Ireland. This project will analyze stable isotopes of rainwater to trace the origin and movement of moisture during extreme weather events, aiding in flood risk management and climate hazard projections.

These projects, supported by EPA funding, will significantly advance Ireland’s research capabilities in sustainability and climate adaptation, contributing to broader environmental and societal benefits.