Research

Shaping resilience through collaborative research

Working collaboratively with colleagues, fellow industry academics, universities and non-profit organisations, we’re highlighting significant research papers, reports and technical guidance documents that are helping to shape the way we build resilience to climate change.

  • Property flood resilience – Scottish baseline study

    Property flood resilience – Scottish baseline study

    • Contribution by:Pettit, A.
    • Publish date:26.06.2020

    This study provides a baseline best estimate of the potential for PFR in Scotland and current uptake.

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  • Reservoir flood estimation: the way ahead

    Reservoir flood estimation: the way ahead

    • Contribution by:Faulkner, D., Benn, J.
    • Publish date:04.12.2019

    This paper calls for a comprehensive update to hydrological procedures used for the design and assessment of dam spillways and led to a national research project which was completed in 2022.

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  • Can we still predict the future from the past? Implementing non-stationary flood frequency analysis in the UK

    Can we still predict the future from the past? Implementing non-stationary flood frequency analysis in the UK

    • Contribution by:Faulkner, D., Warren, S.
    • Publish date:03.12.2019

    This paper calls for the adoption of a new approach to flood frequency analysis when planning and designing defences. The publication of this guidance led to a national-scale project, completed in 2020.

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  • Culvert, Screen and Outfall Manual

    Culvert, Screen and Outfall Manual

    • Contribution by:Benn, J., Kitchen, A., Fosbeary, C., Faulkner, D., Hemsworth, M.
    • Publish date:01.12.2019

    This manual adopts a whole life approach to the design and operation of culverts, screens and outfalls. The Culvert, Screen and Outfall Manual is for use in all the nations of the UK and has sections relevant to designers, managers and asset owners.

  • Models of everywhere revisited: A technological perspective

    Models of everywhere revisited: A technological perspective

    • Contribution by:Lamb, R., Hankin, B., Hunter, N.
    • Publish date:27.09.2019

    This paper discusses how technology may help achieve the goal of models of everywhere, models of everything and models at all times, being constantly re-evaluated against the most current evidence.

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  • Modelling the clustering of extreme events for short-term risk assessment

    Modelling the clustering of extreme events for short-term risk assessment

    • Contribution by:Lamb, R.
    • Publish date:28.08.2019

    This research addresses an important question: how much more likely are we to see another flood in the aftermath of a flood?

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  • A new national water quality model to evaluate the effectiveness of catchment management measures in England

    A new national water quality model to evaluate the effectiveness of catchment management measures in England

    • Contribution by:Hankin, B.
    • Publish date:03.08.2019

    This paper examines the potential of a data-driven approach to support decision-making in flood risk management, with the goal of investigating a suitable software architecture and associated set of techniques to support a more data-centric approach.

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