What are the responsibilities and job description for the Research & Innovation Associate in Aquatic Methane Emissions position at University of Bristol - School of Physiology, Pharmacology and Neuroscience?
The role
The School of Geographical Sciences, University of Bristol, seeks to appoint a Research & Innovation Associate (RIA) for a 2-year (24-month) position in Aquatic Methane Emissions. The RIA will be working as part of a science team led by Associate Professor Josh Dean in the £2.2million UKRI Future Leaders Fellowship project ‘Finding and fixing gas leaks: Using urban waterways to halt the global rise in methane emissions’ (2022-2029).
This position represents an exciting opportunity to work on a global climate challenge with high potential for impact. The successful candidate will lead the measurement and interpretation of data on methane emissions and their origin from field campaigns across a range of cities around the globe. There will be a strong focus on career development for the successful candidate, with opportunities and funding available to undertake training/development activities, placements with project partners and international research visits. The successful candidate will be encouraged to pursue their own research strands with their own research budget, and substantial support will be provided to apply for additional/independent funding.
What will you be doing?
The successful candidate will develop and apply next-generation instrumentation in the field to simultaneously quantify methane emissions and their isotopic signature at high spatial and temporal resolutions. The core focus of the role is to investigate methane dynamics across a global set of urban waterways (city rivers and canals) to develop technical solutions for accurately measuring methane emissions, determining the origin of emissions, and reducing methane emissions to the atmosphere. This includes direct measurements of methane in urban waterways, collecting samples for lab analysis (e.g., stable isotopes δ2H and δ13C, radiocarbon 14C), and additional analyses to support these measurements which could include water chemistry, biogeochemical functioning, field sensors, remote sensing, modelling and/or biomarkers, depending on the candidate’s own focus.
You should apply if
Contract type: Open-ended with two years fixed funding
Work pattern: 35 hours/week
Grade: I/J
Salary: £39,906 - £44,746 (Grade I) OR £43,482 - £50,253 (Grade J) per annum
School/Unit: School of Geographical Sciences
Shift pattern: Monday - Friday
This advert will close at 23:59 UK time on Sunday 26th July.
For informal queries please contact: Assoc. Prof. Joshua Dean Josh.dean@bristol.ac.uk
Our strategy and mission
We recently launched our strategy to 2030 tying together our mission, vision and values.
Available documents
The School of Geographical Sciences, University of Bristol, seeks to appoint a Research & Innovation Associate (RIA) for a 2-year (24-month) position in Aquatic Methane Emissions. The RIA will be working as part of a science team led by Associate Professor Josh Dean in the £2.2million UKRI Future Leaders Fellowship project ‘Finding and fixing gas leaks: Using urban waterways to halt the global rise in methane emissions’ (2022-2029).
This position represents an exciting opportunity to work on a global climate challenge with high potential for impact. The successful candidate will lead the measurement and interpretation of data on methane emissions and their origin from field campaigns across a range of cities around the globe. There will be a strong focus on career development for the successful candidate, with opportunities and funding available to undertake training/development activities, placements with project partners and international research visits. The successful candidate will be encouraged to pursue their own research strands with their own research budget, and substantial support will be provided to apply for additional/independent funding.
What will you be doing?
The successful candidate will develop and apply next-generation instrumentation in the field to simultaneously quantify methane emissions and their isotopic signature at high spatial and temporal resolutions. The core focus of the role is to investigate methane dynamics across a global set of urban waterways (city rivers and canals) to develop technical solutions for accurately measuring methane emissions, determining the origin of emissions, and reducing methane emissions to the atmosphere. This includes direct measurements of methane in urban waterways, collecting samples for lab analysis (e.g., stable isotopes δ2H and δ13C, radiocarbon 14C), and additional analyses to support these measurements which could include water chemistry, biogeochemical functioning, field sensors, remote sensing, modelling and/or biomarkers, depending on the candidate’s own focus.
You should apply if
- You have a postgraduate research degree with subject knowledge and research experience in a relevant area;
- Experience contributing to and leading scientific publications/presentations;
- Experience measuring greenhouse gas fluxes, gas geochemistry, gas isotopes OR equivalent experience collecting other environmental data in terrestrial or aquatic environments;
- Experience of planning fieldwork and contributing to data collection in the field;
- Experience in analysing and interpreting complex environmental data.
Contract type: Open-ended with two years fixed funding
Work pattern: 35 hours/week
Grade: I/J
Salary: £39,906 - £44,746 (Grade I) OR £43,482 - £50,253 (Grade J) per annum
School/Unit: School of Geographical Sciences
Shift pattern: Monday - Friday
This advert will close at 23:59 UK time on Sunday 26th July.
For informal queries please contact: Assoc. Prof. Joshua Dean Josh.dean@bristol.ac.uk
Our strategy and mission
We recently launched our strategy to 2030 tying together our mission, vision and values.
Available documents
- Science Engineering Further Particulars 2024-2025.pdf
- ACAD108650 PDRA JD.pdf
Salary : $39,906 - $44,746