At a Glance
- Tasks: Investigate how contaminants affect zooplankton and marine biogeochemistry through fieldwork and lab experiments.
- Company: Collaborative research between PML and University of Exeter focused on marine ecology.
- Benefits: Home tuition fees covered and an annual tax-free stipend for eligible students.
- Other info: Gain interdisciplinary training and access to specialist facilities.
- Why this job: Make a real impact on ocean health while exploring cutting-edge research in a dynamic environment.
- Qualifications: Passion for marine science and willingness to engage in innovative research.
The predicted salary is between 19350 - 23650 £ per year.
Zooplankton are central to marine food webs and play a critical role in ocean biogeochemistry through nutrient recycling, carbon export and trophic transfer.
However, marine ecosystems are increasingly exposed to complex mixtures of anthropogenic contaminants, including plastics, plastic alternatives and metals, alongside global change stressors such as ocean warming, altered salinity and nutrient enrichment.
Understanding how these interacting pressures affect zooplankton and the ecosystem functions they support is a major challenge for predicting and managing ocean change.
This Ph D will investigate how environmentally relevant contaminant mixtures influence the physiology, behaviour and ecological functioning of key zooplankton species, and how these responses scale up to affect marine biogeochemical cycling.
The Doctoral Researcher will combine field observations from the Western English Channel with laboratory experiments exposing copepods and other planktonic organisms to contaminants individually and in combination with changing environmental conditions.
Measurements may include survival, growth, reproduction, respiration, feeding behaviour, oxidative stress biomarkers and transcriptomic responses.
Key research questions include
- How do contaminant mixtures and climate-related stressors interact to affect zooplankton health and performance?
- Do contaminants alter grazing, nutrient regeneration and carbon export processes mediated by zooplankton?
- How do zooplankton influence the transport, transformation and trophic transfer of contaminants through marine ecosystems?
- Which contaminant-stressor combinations pose the greatest risk to ecosystem functioning and biogeochemical resilience?
The questions are intentionally broad to support student-led development of novel research directions.
Fieldwork will be conducted at PML's long-term monitoring site L4 aboard RV Plymouth Quest, complemented by experiments in PML's ultraclean facilities and University of Exeter laboratories.
Through collaboration between PML and University of Exeter, the student will undertake research visits, access specialist Flow Cam and plankton culture facilities, and receive interdisciplinary training spanning marine ecology, ecotoxicology and biogeochemistry.
For eligible students the studentship will cover home tuition fees plus an annual tax-free stipend
PhD Studentship: How do anthropogenic contaminants alter zooplankton-mediated biogeochemistry in a changing ocean 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.
StudySmarter Expert Advice🤫
We think this is how you could land PhD Studentship: How do anthropogenic contaminants alter zooplankton-mediated biogeochemistry in a changing ocean
✨Get Involved in Uni Projects
Jump into biology-related projects at your university or community! This is a fantastic way to gain experience and build your portfolio. Plus, it’ll give you a chance to connect with professors and professionals who might help you land that sweet internship.
✨Join Biology Clubs and Societies
Get involved in biology clubs and networking societies. Not only will you meet fellow students and potential collaborators, but you’ll also learn about internship opportunities that might not even be advertised widely. Local events or workshops can lead to valuable connections!
✨Leverage Your University’s Career Services
Make the most of your university’s career services! They often have resources specifically for biology internships, like workshops, CV reviews, and connections with employers. Don’t hesitate to ask about any focussed internship programs they run!
✨Show Off Your Passion Online
Let’s be real; a strong online presence could go a long way. Share your projects, findings, or even interesting biology news on social media or a personal blog. This not only boosts your visibility but shows potential internship providers your enthusiasm for the field!
We think you need these skills to ace PhD Studentship: How do anthropogenic contaminants alter zooplankton-mediated biogeochemistry in a changing ocean
Some tips for your application 🫡
Show Off Your Lab Skills:When you’re applying for a biology internship, don’t forget to highlight relevant lab skills and techniques you've mastered. List any specific protocols, equipment you're familiar with or projects where you applied these skills. This can make you stand out to University of Exeter, showing you’re not just a theory whiz but also someone who can get their hands dirty!
Link to Your Previous Work:Even though it’s an internship, showcasing previous projects or research is key. If you've got any published work, presentations, or even a research blog, include links or descriptions in your CV. This adds depth to your application and impresses University of Exeter by demonstrating your commitment to biology and your proactive approach to learning.
Craft a Passionate Cover Letter:Use your cover letter to express your enthusiasm for the biological sciences and what you hope to learn during your internship. Mention specific aspects of University of Exeter's work that resonate with you. This not only shows your genuine interest but gives the hiring team insight into how you might fit into their culture and projects.
Keep It Neat and Structured:Make sure your CV is well-organised, with clear headings and bullet points. Hiring panels love clarity! Use sections like 'Education', 'Relevant Experience', and 'Skills', and tailor them to the biology field. This makes it easy for University of Exeter to find the info they need at a glance while looking for candidates who are detail-oriented.
How to prepare for a job interview at University of Exeter
✨Show Your Passion for Biology
In an internship interview for a biology role, we want to feel your enthusiasm! Bring up any relevant projects or experiments you've worked on, whether in your studies or during volunteering. Sharing your genuine interest can really set you apart.
✨Brush Up on Basic Concepts
Many biology interviews will throw some basic concepts your way to check your understanding. Make sure you're comfortable discussing things like cell structures, genetic variation, or ecosystems. It’s often less about knowing every detail and more about showing your thought process.
✨Prepare for Skills Questions
Expect questions that’ll dive into your practical skills. If you've had experience with lab equipment or software like SPSS or R, be ready to discuss that in detail. We need to know you're not just book-smart, but also hands-on!
✨Highlight Your Willingness to Learn
As an intern, showcasing your eagerness to learn is key. Be prepared to talk about how you adapt to new situations or how you handle constructive criticism. We want to see that you're excited to dive into the biology world with University of Exeter and grow along with the team!
