Oxford (led by Prof. Erin Saupe).

The post holder will specifically work to generate a series of reconstructive models of 3D ocean biogeochemistry through 1) the last ~800,000 years and 2) the Phanerozoic (last ~540 million years). A key focus of this role is to conduct Earth system model development to improve representation of ocean biogeochemistry in space and time for the intervals focused on in this research project.

This is a relatively short-term, specialist Earth system modelling position (15-month duration). The post holder is therefore expected to have prior experience in intermediate complexity Earth system modelling and experience integrating key components of Earth system evolution on these timescales, in particular linking model output to geochemical data and working with astronomical forcings.

The successful candidate will either hold, or be nearing completion of, a relevant PhD/DPhil and will have appropriate research experience alongside strong subject-specific expertise. They should be capable of working independently within established research programmes, managing their own research activities and contributing to academic publications. Strong communication skills are essential, including the ability to clearly present research ideas and findings, as well as representing the research group effectively in meetings and collaborative discussions.