Hello and welcome!

I am a Lecturer at Loughborough University and my research focuses on understanding and predicting changes in floods and fluvial systems in the context of contemporary shifts in climate, agricultural practices and urbanisation. My approach is statistical and computational; I use a combination of climatic and land cover information to disentangle the different drivers of flooding and fluvial change across a variety of climates and land use types. Using ensemble global climate model outputs I also develop probabilistic streamflow forecasts over a range of timescales to assess how floods and fluvial systems may change over time. I have a keen interest in data science and in developing new, interdisciplinary methods for understanding and projecting fluvial and hydro-climatic change.

On this website you will find a series of pages with News on my current research (below), Publications, Outreach and Media activities, Conference talks, and a short CV.

New paper: Hydrologic versus geomorphic drivers of flood hazard

Slater maps

Our paper titled Hydrologic versus geomorphic drivers of flood hazard – which separates and quantifies the effects of trends in streamflow and trends in channel capacity on flood hazards – has just been published in Geophysical Research Letters. The detailed methods can be found in the supplementary materials.  An article was recently released on this work on the Flooding and Coastal Erosion Risk management network (FCERM.net).

Early Career Researcher Grant

Delighted to have received a British Society for Geomorphology Early Career Grant for a project entitled ‘To what extent have changes in river channel capacity contributed to flood hazard trends in England and Wales?’

Outline: Freshwater flood damages have increased dramatically over recent decades, and are of concern to millions of people living in flood-prone areas across the world. Most studies assume that trends in flood hazard are caused exclusively by changes in hydrology and climate. However, widespread anthropogenic influences to river systems have caused changes in the capacity of river channels, which can also modify flood hazard.

The aim of this project is to investigate how geomorphic changes in channel capacity have contributed to changing flood hazards, in comparison with hydro-climatic trends in the frequency of flood flows, in England and Wales. The grant will allow me to supplement data provided by the Environment Agency and Natural Resources Wales with field trips to obtain quantitative and qualitative channel characteristics to understand the causes of geomorphic change at each site; and to disseminate my work at the AGU Fall meeting in San Francisco, later this year.