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With a portfolio of active research and a community of leading academics, we lead on a range of interdisciplinary projects tackling some of the biggest global challenges we face as a global society.
The Energy and Environment Institute leads on the Aura Centre for Doctoral Training, offering PhD scholarships in offshore wind energy and the environment.
Research and education into themes relating to the Olympics, their sustainability and their legacy.
Water Cultures explores humanity’s relationships with water in the ‘green-blue’ regions of the world, past, present and future.
Decarbonisation research into renewable energy, green buildings, sustainable heating & cooling and energy management & efficiency.
From source to sink.
THYME Project Education Resources for Schools, Colleges and Community Groups
Exploring children’s experiences of flooding through the use of immersive 360 technologies
Living with Water in an Uncertain Future Climate
Understanding lived experiences of children and young people in the face of coastal change.
A Living Lab for Sustainable Drainage
Video resources prepared for KS 3-5
Creating new Global Flood Models to predict the evolution of future flood hazard and understand its underlying causes.
EEI Plastics Researcher Julie Hope urges you to make key plastic-free swaps to save our oceans
“The world's biggest threat is our region’s biggest opportunity.” - Marketing Humber
Pilot project within the Energy and Environment Institute to map East Riding hedgerow gaps with a view to expediting tree planting for carbon sequestration
The Hedgehunters are young citizen scientists assisting the EEI Mapping Hedgerow Gaps project
The University is working with Living with Water to research the impacts of the 2007 and 2013 floods, and current levels of awareness of flood alleviation measures being developed by LWW partners.
A multidisciplinary, holistic approach to the plastics problem.
Ark is a unique integrated multi-agency training, research, innovation and community engagement flood resilience facility.
Investigating the journey of plastics along the Mekong and its ultimate fate in the world’s oceans
Has your perception of plastic changed during the Covid-19 pandemic?
This project explores the evolution of flood risk on the Mekong Delta in Vietnam.
Experts from the University of Hull collaborated on an intensive study monitoring high-energy currents along a stretch of the Monterey Canyon in California.
On the Bute Inlet in Canada, we’re part of a larger international effort to monitor turbidity currents in action.
The Offshore Wind Library (OWL) provides invaluable support for the offshore wind sector through easy access to the latest research while enabling the exchange of knowledge through academic and industrial collaboration.
The University is one of 24 partners in the HYDRALAB network, using experimental models to improve predictions of how our rivers, estuaries and coasts will be affected by environmental change.
Developing the bioeconomy across Yorkshire and the Humber region and the Tees Valley
THYME Project research into energy from biowaste
Collaborative research as part of the THYME Project testing membranes as a potential low carbon replacement for distillation in the production of biofuels
Grassroots activity in the East Yorkshire bioeconomy
COHBED takes advantage of the latest technologies to produce information about the growth, movement and stability of bedforms that consist of natural mixtures of sands and muds.
This project used integrated field measurements and mathematical modelling techniques to achieve a step-change in our understanding of the TIFZ in the Columbia River estuary.
This project combined laboratory experiments at the Total Environment Simulator with repeat detailed field surveys of bathymetry and flow on the Mississippi River.
A multi-disciplinary, international team working in collaboration with industry and local partners investigated one of the World's largest rivers, the Paraná-Paraguay in Argentina.
The STELAR team wished to build new insights into how morphodynamic processes interact with climate to modulate sediment transfer from source to sink.
Energy and Environment Institute at COP26
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