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Job advertisement Fully-funded Ph.D. opportunity: How will future weather reshape phytoplankton blooms at oceanic fronts? (Physical Oceanography)

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Fully-funded Ph.D. opportunity: How will future weather reshape phytoplankton blooms at oceanic fronts? (Physical Oceanography)

Position
Fully-funded Ph.D. opportunity: How will future weather reshape phytoplankton blooms at oceanic fronts? (Physical Oceanography)

Employer
Department of Marine Science, University of Otago logo

Department of Marine Science, University of Otago

The Department of Marine Science was established in 1992, but we have a long history of marine research and teaching at the University of Otago. We are a multidisciplinary department with research strengths in both biological and physical marine sciences. We offer undergraduate and postgraduate degrees focusing on pure and applied marine science, and aquaculture. Information about the Department of Marine Science, its staff, current teaching and research, can be obtained from http://www.otago.ac.nz/marinescience

Homepage: https://www.otago.ac.nz/marinescience


Location
Dunedin, New Zealand

Sector
Academic

Relevant divisions
Biogeosciences (BG)
Ocean Sciences (OS)

Type
Full time

Level
Student / Graduate / Internship

Salary
Open

Preferred education
Master

Application deadline
30 November 2026

Posted
29 October 2026

Job description

About the Project

Explosive phytoplankton blooms have recently been discovered at fronts bordering the Southern Ocean in the wake of synoptic (2-15 day) weather systems. These challenge our understanding of the processes that underpin these productivity hotspots. Due to a lack of direct observations and simulations at the time- and space-scales on which phytoplankton grow, we cannot yet explain why these blooms occur – or, more pressingly, how they might change in a stormier future. This Ph.D. opportunity sets out to answer that.

The successful candidate will configure, run and analyse regional ocean model simulations (CROCO) coupled to biogeochemistry (PISCES), resolving the submesoscale (0.2–20 km) physical processes that govern phytoplankton growth at fronts. They will use these simulations to develop a mechanistic account of how weather, ocean dynamics and biology interact to drive phytoplankton blooms at scales that global models cannot reach. The candidate will also have opportunities to contribute to research voyages to ground simulations in real observations.

We are looking for an ambitious candidate with a strong quantitative background and an appetite for numerical modelling. You will join the Department of Marine Science at the University of Otago, on the edge of the Southern Ocean, collaborating with a team from Earth Sciences New Zealand and work within a research programme supported by the Marsden Fund Council from Government funding, managed by Royal Society Te Apārangi.

About the PhD Position

The PhD position includes a tax-free stipend / scholarship of NZ$35,000 per year for 3.0 years and covers full university tuition fees. Funding is also available for some expenses, including travel to collaborators and national / international conferences.

The position is open to all nationalities (i.e., the successful applicants do not have to be an NZ or Australian citizen). An international candidate (i.e., non-NZ or non-Australian) will be required to apply for an NZ student visa to be allowed to study in NZ. Where English is not an applicant’s first or native language, evidence of English language proficiency that meets the requirements for Postgraduate Study at the University of Otago (https://www.otago.ac.nz/study/entry-requirements/language-requirements) will be required.


How to apply

Applicants should have completed an M.Sc. and/or B.Sc. (Hons) degree in one or more of the following disciplines: oceanography, physics, mathematics or computer science. Strong skills in data analysis, written and oral communication and coding in MATLAB, Python, Julia and/or Fortran are also essential.

Interested applicants should contact Dr Robert Smith at robert.smith@otago.ac.nz and attach:

(i) a Curriculum Vitae,

(ii) a copy of your academic transcript(s),

(iii) a brief statement of research experience and interests,

(iv) an indication of your potential start date.

Shortlisted applicants will also be requested to provide the names and contact details of two academic referee willing to provide confidential comments on your suitability for the project.