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ERE – Energy, Resources and the Environment
Programme Group Chair: Giorgia Stasi
- ERE1 – Integrated studies
- ERE2 – Renewable energy
- ERE3 – Geo-storage
- ERE4 – Raw materials and resources
- ERE5 – Process coupling and monitoring
- ERE6 – Inter- and Transdisciplinary Sessions (ITS)
ERE1 – Integrated studies
Sub-Programme Group Scientific Officer: Giorgia Stasi
Proposals are marked in red.
Session short summary:
This general session of the Energy, Resources and the Environment (ERE) division provides an overview of its multi- and interdisciplinarity, which is essential to tackle challenges of the future. Aim of this session is to provide an overview of topics within the ERE domain, in particular for colleagues affiliated mainly with other divisions, who are interested in topics within ERE.
Keywords: Mineral resources, Renewable energy, Sustainability
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ERE2 – Renewable energy
Sub-Programme Group Scientific Officer: Luis Ramirez Camargo
ERE3 – Geo-storage
Sub-Programme Group Scientific Officers: Niklas Heinemann, Johannes Miocic
ERE4 – Raw materials and resources
Sub-Programme Group Scientific Officer: Michael Kühn
ERE5 – Process coupling and monitoring
Sub-Programme Group Scientific Officer: Michael Kühn
Proposals are marked in red.
Session short summary:
This session brings together data-driven, physics-informed, and hybrid AI methods for geotechnical, geothermal, and subsurface systems. It focuses on physically consistent modelling, uncertainty quantification, generalisation, and validation using experimental, field, operational, and numerical evidence.
Keywords: Geothermal modelling, Groundwater, Machine Learning, Numerical modelling - thermal-hydraulic- mechanical-chemical (THMC), Uncertainty analysis
Co-organization suggestions:
ESSI1 | Next-Generation Analytics for Scientific Discovery: Data Science, Machine Learning, AI
HS8.1 | Subsurface hydrology – Transport processes & Groundwater Quality
NH3 | Landslide and Snow Avalanche Hazards
ESSI1 | Next-Generation Analytics for Scientific Discovery: Data Science, Machine Learning, AI
HS8.1 | Subsurface hydrology – Transport processes & Groundwater Quality
NH3 | Landslide and Snow Avalanche Hazards
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