PhD Studentship: From plankton to people: Marine bioaerosols and human respiratory health

PhD Studentship: From plankton to people: Marine bioaerosols and human respiratory health

Internship 36000 - 44000 £ / year (est.) On-site
University of Exeter

At a Glance

  • Tasks: Investigate marine bioaerosols and their impact on human respiratory health through innovative research.
  • Company: University of Exeter and Plymouth Marine Laboratory, leaders in marine science.
  • Benefits: Home tuition fees covered plus a tax-free stipend for eligible students.
  • Other info: Gain interdisciplinary training and shape your own research direction.
  • Why this job: Make a real difference in understanding climate change effects on health and the environment.
  • Qualifications: Passion for marine science and research; relevant academic background preferred.

The predicted salary is between 36000 - 44000 £ per year.

People living and working near the coast are exposed to sea spray aerosols containing biologically active compounds derived from marine planktonic microorganisms. Climate change is altering plankton communities through ocean warming, marine heatwaves and ecosystem shifts, potentially changing the composition of these aerosols and their effects on human health.

This project will investigate:

  • how sea spray aerosol composition varies with plankton communities;
  • which bioactive compounds are transferred from marine ecosystems to the atmosphere;
  • how human lung cells respond to environmentally relevant aerosol exposures; and
  • how climate-driven ecosystem change may alter coastal air quality and respiratory health.

These questions address a major knowledge gap at the interface of ocean science, atmospheric chemistry and human health. The Doctoral Researcher (DR) will combine field observations, laboratory analyses and experimental approaches. They will collect aerosol samples at the Penlee Point Atmospheric Observatory (PPAO), characterise their chemical composition and identify candidate bioactive compounds. In parallel, plankton observations from the Western Channel Observatory (WCO) time series station will be analysed to determine links between ecosystem structure and aerosol chemistry. Human lung-cell experiments will assess biological responses to aerosol exposure, while relationships between plankton communities and aerosol composition will be used to explore future climate-related risks.

The DR will receive interdisciplinary training in marine ecology, aerosol chemistry, analytical techniques, cell-culture methods, data science, statistical analysis, scientific writing, communication and stakeholder engagement. They will work across the University of Exeter and Plymouth Marine Laboratory (PML), benefiting from internationally recognised expertise, facilities and long-term observational datasets.

While the overarching themes are defined, specific research questions, experimental and analytical approaches, data analysis and publications/presentations will be directed by the DR, allowing them to shape the project direction and lead decisions according to their interests and develop as an independent researcher within a closely integrated GW4+ partnership.

PhD Studentship: From plankton to people: Marine bioaerosols and human respiratory health employer: University of Exeter

The University of Exeter is an exceptional employer, offering a supportive and inclusive work environment that prioritises employee wellbeing and professional growth. With flexible working opportunities, generous annual leave, and a commitment to diversity and social justice, staff can thrive while contributing to meaningful initiatives that enhance student employability. Located in Exeter, this role provides a unique chance to engage with a diverse community and make a tangible impact on the future of underrepresented students.

University of Exeter

Contact Details:

University of Exeter Recruitment Team

StudySmarter Expert Advice🤫

We think this is how you could land PhD Studentship: From plankton to people: Marine bioaerosols and human respiratory health

✨Join Research Communities

Get involved with scientific research communities online, like ResearchGate or even niche forums related to your specific field of interest. These platforms often have internship listings and can put you in touch with researchers who are keen on mentoring interns like you!

✨Attend Conferences and Workshops

Keep an eye out for academic conferences or workshops happening in your area or even virtually. They’re fantastic networking opportunities where you can meet professionals who could help you land that internship you’re after. Plus, you can showcase your enthusiasm and ask about any upcoming openings!

✨Tap into University Resources

Don’t forget to leverage your university’s career services! They often have exclusive internship listings and can connect you with professors who might have research projects needing interns. It's a great way to get your foot in the door while still studying.

✨Pitch Yourself to Labs

Reach out directly to labs or research groups whose work really excites you, like those at University of Exeter. Even if they don’t have posted internships, a compelling email showing your passion can sometimes lead to hidden opportunities. Show them what you’ve got to offer!

We think you need these skills to ace PhD Studentship: From plankton to people: Marine bioaerosols and human respiratory health

Field Observations
Laboratory Analyses
Experimental Approaches
Chemical Composition Characterisation
Bioactive Compound Identification
Marine Ecology
Aerosol Chemistry

Some tips for your application 🫡

Show Off Your Research Skills:In the scientific research field, your ability to conduct experiments and analyse data is key. Be sure to highlight any relevant coursework, lab experience or research projects you've been involved in. If you've used specific techniques or software (like Python for data analysis), mention them — they can really make your application shine!

Tailor Your CV for the Role:Make sure your CV is tailored to the internship you're applying for at University of Exeter. Include sections that detail relevant courses, projects, and any lab techniques you’re proficient in. If you've done any work that resulted in tangible outcomes (like publications or presentations), make sure to feature these prominently to showcase your potential!

Passion and Motivation Matter:Your cover letter is a chance to show your enthusiasm for the position and the field. Talk about what drives your interest in scientific research and how this internship at University of Exeter fits into your career goals. We're looking for passion here, so don’t hold back!

Include Relevant Certifications:If you have any certifications related to scientific research (like Good Laboratory Practice or safety training), definitely include them! This extra detail can set you apart and demonstrate that you're serious about working in the field. It shows you're prepared and understand the standards required in research settings.

How to prepare for a job interview at University of Exeter

✨Master the Fundamentals

In scientific research, it's crucial to brush up on the basics of your field. Make sure you can discuss core concepts with confidence. We might be quizzed on specific methodologies or experimental designs related to the projects University of Exeter is involved in, so be prepared to showcase your understanding.

✨Your Passion Matters

As an intern, showing enthusiasm for the research area can set you apart. Make sure to articulate why you're excited about this specific role at University of Exeter and how it aligns with your learning goals. Your potential to grow and learn is just as important as your current skill set!

✨Soak Up Online Resources

Utilise online resources and journals to familiarise yourself with recent developments in your chosen research area. If University of Exeter is working on groundbreaking studies, knowing about them can really impress your interviewers and show you've done your homework.

✨Practical Experience Counts

If you have any lab work or relevant projects, prepare to discuss them in detail. Even if it's a class project, understanding the results and what you learned will help demonstrate your practical skills. We can also consider having a digital portfolio ready for specific examples, just in case!