Pete's research is aimed at improving satellite image data processing, interpretation and assimilation capabilities at the Met Office.
Pete's work aims to enhance the use of existing and new satellite radiance observations in the weather forecasting process, via the development of value-added products from satellite image data, and also by way of the assimilation of these data into the Met Office Unified Model to improve our NWP (Numerical Weather Prediction) performance.
The SEVIRI instrument has flown on the EUMETSAT Meteosat Second Generation series of satellites since 2004, allowing geostationary images of the Earth's disc to be collected every 15 minutes, in both the solar and infrared spectral regions. These observations contain much valuable information relating to the atmosphere's temperature and humidity profiles; cloud distribution; surface properties, etc. Using these data, Pete has developed a number of value-added products which are used quantitatively in the Met Office's automated nowcasting systems, and also used as visual aids to our forecasters. Recently, these have included newly-developed satellite products for the detection of volcanic ash and determination of its physical properties.
A key aspect of Pete's work is to improve the assimilation of these satellite image data into the NWP system. At present, most of the cloud-affected image data are not used by the Unified Model - while the cloud-free pixels are used to help improve our analyses of temperature and humidity in the Earth's atmosphere, the cloud-affected data are, more often than not, discarded. Pete is currently looking at ways of using the cloudy image data in the assimilation process, to improve the model's humidity and cloud analyses, and hence improve our forecast skill.
Before this, he spent 10 years working at the Met Office's Meteorological Research Flight facility (the precursor to FAAM), based at Farnborough. Here, he carried out research into the radiative properties of clouds and aerosols, primarily based on in situ measurements taken from the Met Office's C-130 research aircraft, work that included the planning and organisation of the aircraft's involvement in several international field campaigns.
Before joining the Met Office, Pete gained a DPhil at Oxford University, using aircraft data to study the radiative properties of clouds. As an undergraduate Pete received a degree in Physics, also from Oxford University.
Since 2011, Pete has represented the Met Office on the EUMETSAT STG-Science Working Group.
L G Groves Memorial Prize for Meteorological Observation, 2012.
Last updated: 28 October 2013