Call for abstracts
We are excited to invite abstracts for the Flood Modeller 2025 conference, offering two types of presentation sessions:
Full Presentations and Poster Presentations.
Full Presentations will be 20 minutes long, followed by a 10-minute Q&A session.
Poster Presentations will consist of a 5-minute presentation on a single slide, with an informal Q&A during session breaks. This format provides a fantastic opportunity for those who are less experienced or confident in public speaking to practice in a supportive and relaxed environment.
Abstracts that are not accepted for Full Presentation will automatically be considered for the Poster Presentations.
If your abstract is accepted for Full Presentation you will need to register for the conference as a delegate. You will get a 50% discount on the full delegate rate.
If your abstract is accepted for a Poster Presentation you will need to register for the conference as a delegate. You will get a 25% discount on the full delegate rate.
We welcome abstract submissions on any topic relevant to attendees of the Flood Modeller 2025 conference, particularly those working in hydrological and hydraulic modelling. Potential topic areas include, but are not limited to:
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Using Flood Modeller’s 1D River, 1D Urban, or 2D solvers
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Integrating Flood Modeller with TUFLOW
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Applications of Flood Modeller beyond flood studies
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Flood forecasting (with or without Flood Modeller)
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Flood Warning
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Use of specific features within Flood Modeller (e.g., Hydrology+, the new bridge unit)
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Automation with or without the Flood Modeller API
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Sensitivity analysis
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Model calibration
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Breach analysis
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Model reviews, quality assurance, and validation
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Enhancing efficiency in modelling
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Post-processing model outputs
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Communicating model results
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Addressing modelling challenges
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Urban flood modelling
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Coastal and estuarine modelling
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CSO modelling
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Hydrological methods and analysis (UK and non-UK methods and approaches)
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Groundwater modelling and management
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Integrated water resources management
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Climate change impact assessment
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Drought assessment and mitigation
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Sediment transport modelling or geomorphological analysis
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Water quality assessment
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Environmental impact assessment
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Data acquisition, import, management, or processing
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Use of ML, AI, and LLMs in modelling
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Remote sensing and GIS applications
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Hydroinformatics
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Optimisation of water resources systems
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Benefit-cost analysis
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Best practices
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Collaborative efforts
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Risk and reliability analysis
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Meet the conference committee
Richard Crowder
Solution Director
Jacobs
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Chris Allman
Senior Associate Flood Modeller
Mott MacDonald
Francesca Hurt
Head of Flood Risk Assessment & Modelling
Tetra Tech
Neil Hunter
Head of Flood Modelling
JBA Consulting
Simon Lewis
Senior Technical Advisor
Environment Agency
Katie Pearson
Senior Associate Director
Jacobs
Adam Parkes
Technical Director
Jacobs