In a world in which human activity is beginning to alter atmospheric composition with substantial implications for climate and air quality, it is more pressing than ever that the scientists of tomorrow understand atmospheric processes and how the processes may change in order to anticipate the effects and minimise potential dangers.
ESA's Advanced Atmospheric Training Course, held 15?? September at University of Oxford, UK, brought 50 students from 23 different countries together with world-renowned atmospheric scientists so they could educate and train them to use state-of-the-art space-based atmospheric sensors.
"It is absolutely vital that the next generation of research scientists who are going to be looking at these problems and carrying forward the programme for ESA and other agencies have a full and deep knowledge of the satellite observations they are going to be using," Dr Brian Kerridge of the UK's Rutherford Appleton Laboratory explained. "The ESA course is able to provide the in-depth level of training necessary to fulfil those functions."
During the course, six European experts discussed various topics ranging from the current use of satellite instruments for remote sensing of trace gases in the stratosphere and troposphere, clouds, aerosols and UV information and pollution monitoring to data handling, retrieval and radiative transfer, validation, data assimilation and modelling.
The students, selected from over 100 applicants, had hands-on training and direct access to the lecturers and were encouraged to ask questions and discuss their projects during the course, which was hosted by Oxford's Physics department.
"The lecturers were excellent and are literally some of the forefathers of their particular fields, so it has really helped me to be able to discuss things with them," said Sam Illingworth, a PhD student from the University of Leicester. "I spoke with Dr Clive Rodgers and Dr Bruno Carli about a
|Contact: Mariangela D'Acunto|
European Space Agency