Future changes in extreme events
The future evolution of extreme climatic events - particularly droughts, heat waves, cold spells and extreme rainfall - is crucial to evaluating future climatic impacts on society. In our previous work we have developed a method to derive the probability of record-breaking events from climatic trend and variance estimates. This approach has been successfully used for gridded observational temperature data sets for the past century. In this PhD project, this statistical approach can be applied to analyse additional observational data sets, other than monthly gridded temperatures. It can also be applied to generate spatially explicit scenarios for the frequency of future record-breaking extreme events, based on the large-scale climate projections of the Coupled Model Intercomparison Project (CMIP-5).