In a changing climate it is important to understand how all components of the climate system may change. For many impact sectors, particularly those relating to flooding and water resources, changes in precipitation intensity and amount are much more important than changes in temperature. This study assesses possible changes in extreme precipitation intensities estimated through both quantile and return period analysis over Britain. Results using a regional climate model (with greenhouse gas changes following the IS92a scenario for 2080-2100) indicate dramatic increases in the heaviest precipitation events over Britain. The results provide information to alter design storm intensities to take future climate change into account, for structur...
Two Regional Climate Model (RCM) projections of changes in extreme precipitation over Europe are ass...
Hydro-meteorological extremes such as drought and heavy precipitation can have large impacts on soc...
Thirteen regional climate model (RCM) integrations from the Prediction of Regional Scenarios and Unc...
Under enhanced greenhouse conditions, climate models suggest an increase in rainfall intensities in ...
Widespread major flood events in both the UK and Europe over the last decade have focussed attention...
Major floods occurred in the United Kingdom during autumn 2000. These were caused by a rapid sequenc...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
The study presents a novel framework for undertaking climate change impact studies, which can be use...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
Climate change could intensify hydrological extremes, changing not just the magnitude but also the t...
The flooding in South Yorkshire in the United Kingdom (UK) in autumn 2019 saw one fatality, at least...
This study is concerned with investigating regional climate change in the Southwest of England. The ...
[1] Using the results from multimodel ensembles enables the assessment of model uncertainty in prese...
The first part of this two-part paper demonstrated the feasibility of the direct use of data from a ...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
Two Regional Climate Model (RCM) projections of changes in extreme precipitation over Europe are ass...
Hydro-meteorological extremes such as drought and heavy precipitation can have large impacts on soc...
Thirteen regional climate model (RCM) integrations from the Prediction of Regional Scenarios and Unc...
Under enhanced greenhouse conditions, climate models suggest an increase in rainfall intensities in ...
Widespread major flood events in both the UK and Europe over the last decade have focussed attention...
Major floods occurred in the United Kingdom during autumn 2000. These were caused by a rapid sequenc...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
The study presents a novel framework for undertaking climate change impact studies, which can be use...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
Climate change could intensify hydrological extremes, changing not just the magnitude but also the t...
The flooding in South Yorkshire in the United Kingdom (UK) in autumn 2019 saw one fatality, at least...
This study is concerned with investigating regional climate change in the Southwest of England. The ...
[1] Using the results from multimodel ensembles enables the assessment of model uncertainty in prese...
The first part of this two-part paper demonstrated the feasibility of the direct use of data from a ...
Global warming is predicted to cause significant changes to the world’s climate, but uncertainties r...
Two Regional Climate Model (RCM) projections of changes in extreme precipitation over Europe are ass...
Hydro-meteorological extremes such as drought and heavy precipitation can have large impacts on soc...
Thirteen regional climate model (RCM) integrations from the Prediction of Regional Scenarios and Unc...