Doctoral studies

country
city
subject area
language
university type - United Kingdom  
university status  
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: social
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: physical science, environment
en en
Oxford, United Kingdom
subject area: physical science, environment
en en
Oxford, United Kingdom
subject area: physical science, environment
en en
Oxford, United Kingdom
subject area: biology
en en
Oxford, United Kingdom
subject area: medicine, health care
en en
Oxford, United Kingdom
subject area: medicine, health care
en en
Oxford, United Kingdom
subject area: medicine, health care
en en
Oxford, United Kingdom
subject area: biology
en en
Oxford, United Kingdom
subject area: biology
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: humanities
en en
Oxford, United Kingdom
subject area: medicine, health care
en en
Oxford, United Kingdom
subject area: medicine, health care
en en
Oxford, United Kingdom
subject area: teacher training and education science
en en
Oxford, United Kingdom
subject area: languages
en en
Oxford, United Kingdom
subject area: computer science
en en
Oxford, United Kingdom
subject area: physical science, environment
en en
Oxford, United Kingdom
subject area: security services
en en
Oxford, United Kingdom
subject area: physical science, environment
en en
Oxford, United Kingdom
subject area: economy and administration
en en
Oxford, United Kingdom
subject area: engineering and engineering trades
en en
Oxford, United Kingdom
subject area: languages
en en
Oxford, United Kingdom
subject area: languages
en en
Oxford, United Kingdom
subject area: medicine, health care
To understand changes observed in the aerosol layer of the stratosphere, scientists use remote sensing to collect relevant data. EU funded scientists are now 4D modelling aerosol formation and transport, in particular after volcanic eruptions.

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