We have just heard that our NERC/ESRC/DFID proposal on ‘Financial planning for natural disasters: the case of flood risk in Central Java’ was successful.
We will soon be advertising a two-year senior Research Associate (Postdoctoral) position to work on Flood risk and Financial planning (with me), starting early in 2018. Please do get in touch if you are interested. Advanced programming (R or Python) and GIS skills strongly desirable!
A workshop on ‘Seasonal forecasting: Meeting User Needs’ is being held on 24th-25th January 2018 at Loughborough University (UK), co-sponsored by the British Hydrological Society, the RCUK Drought and Water Scarcity Programme, Water @ Loughborough, and Water @ Reading.
The aim of this workshop is to focus on the seasonal forecast needs of users and practitioners, and to identify ways of improving the dissemination, uptake and operationalisation of seasonal forecasts by the water and agricultural sectors.
Confirmed speakers include:
- The EFAS seasonal forecasting system (Louise Arnal, European Centre for Medium-Range Weather Forecasts)
- Advancing the science behind operational seasonal forecasting: the Hydrological Outlook UK (Jamie Hannaford, Centre for Ecology and Hydrology)
- Seasonal forecasting for effective water management on the canal network (David Mould, Canal & River Trust)
- Seasonal weather forecasts and British farming (Ceris Jones, National Farmers’ Union)
- The Global Flood Awareness System (Rebecca Emerton, Water @ Reading University)
- Ensemble projections, scenarios and forecasts: operational assessment of water resources prospects (Richard Davis and Karen James, Environment Agency)
- Improving seasonal drought forecasting for user-decision making: The IMPETUS, EdGE and ENDOWS projects (Shaun Harrigan, Simon Parry, Centre for Ecology and Hydrology)
Abstract submission: Abstracts for oral and poster presentations are welcomed. Please send your abstract (up to 300 words) including title, authors and affiliations to SeasonalForecasting@lboro.ac.uk by Friday 15th December 2017.
For more information, please email: SeasonalForecasting@lboro.ac.uk
Further details/registration: https://www.ice.org.uk/events/seasonal-forecasting-meeting-user-needs
Looking forward to presenting my research at the Oxford Water Network seminar series! More details here.
On October 12th, I will be giving a talk at Maynooth university on ‘Disentangling streamflow drivers and forecasting water hazards using Earth Observation’ (details here).
Blöschl et al.’s published a paper on Changing climate shifts timing of European floods in Science this week (11 August 2017 issue).
Our Perspective on this paper can be downloaded here. It will be open-access the first two weeks, and then accessible via the links on this page.
I am an Associate Professor in the School of Geography and the Environment at the University of Oxford and a Fellow of Hertford College. I also maintain strong links with Loughborough University where I am a Visiting Fellow in River Science.
My research focuses on understanding and predicting changes in floods and fluvial systems in the context of contemporary shifts in climate and land cover. My approach is statistical and computational; I use data-driven methods to disentangle the different drivers of flooding and fluvial change across a variety of climates and land use types. Using Earth Observation and ensemble Climate Model predictions I also develop probabilistic forecasts to assess how floods and fluvial systems may change over daily to decadal timescales. I have a keen interest in data science and in developing new, interdisciplinary methods for understanding and projecting fluvial and hydro-climatic change. If you are interested in undertaking doctoral or post-doctoral research in any of these areas, please do send me an email or get in touch via Oxford’s Doctoral Training Partnership.
On these webpages you will find updates on my current research (below), Publications, Outreach and Media activities, Conference talks, and a short CV.
Published in Earth Surface Dynamics:
Clubb et al. Geomorphometric delineation of floodplains and terraces from objectively defined topographic thresholds