******Applications now closed*******
Applications for full-time, funded PhD studentships (October 2021 start) in AstrobiologyOU are now open. Studentships are available across all aspects of the group's research including microbiology, laboratory simulation, instrument development and education.
This CENTA funded PhD is being offered in the School of Environment, Earth and Ecosystem Sciences
OU9 - After the dust has settled - The post-impact hydrothermal system at Rochechouart impact crater and implications for Early Earth.pdf (open.ac.uk) within the School of Environment, Earth and Ecosystem Sciences
For information on how to apply for this and other CENTA funded studentships please see PHD STUDENTSHIPS | School of Environment, Earth and Ecosystem Sciences (open.ac.uk)
For your application you will need to submit:
Applications should be sent to [email protected] by 12 noon on the 11th January 2021
Detecting potential biosignatures in cryovolcanic plumes at Enceladus and other ocean worlds (PS6)
Venus: petrological-geophysical modelling of the crust to understand tesserae composition (PS8)
For information on how to apply for these and other STFC and OU funded studentships please see Current PhD Studentships | School of Physical Sciences (open.ac.uk)
If you would like to apply then please read the guidance on applying for a PhD studentship here and email the following to [email protected] by the application deadline:
You do not need to submit a research proposal for any of these projects, as they are already defined by us. You are encouraged to contact the lead supervisor of the project(s) for any informal enquiries.
Closing date for applications: Friday 19 February 2021
A new project, led by Dr Alessandra Marino, has received a grant with a value of £1.245m from UK Research and Innovation (UKRI) to trial an integrated governance approach to protect the Moon and its sites of interest. MoonRISE: Re‑Imagining Space Environments brings together a range of scholars from different disciplines to answer a pressing question: how do we safeguard the Moon at a time of intensified exploration?