Cawthron Institute is offering three summer scholarships for tertiary students to work alongside our scientists on real-world research projects over the 2026-27 summer. This is an opportunity to gain hands-on research experience, develop practical research and data analysis skills, and experience what it's like to work as a professional scientist.
One scholarship (see scholarship project titled: "Determining the fish conservation values of restored wetlands") is offered in partnership with Ngā Pae o te Māramatanga, New Zealand's Māori Centre of Research Excellence. Te Pītau Whakarei Karahipi is for undergraduate students of Māori decent.
Successful applicants will be based in Nelson for 10 working weeks, commencing after the end of Semester Two 2026 (mid-November), with a break over Christmas and New Year. Many previous scholarship recipients have gone on to complete postgraduate study and build successful careers in science.
Students are welcome to apply for more than one project, if you wish to do so, you must apply separately as each application is assessed on its own merits.
Details:
Climate change is significantly altering marine ecosystems by modifying key environmental drivers such as temperature, ocean chemistry, and nutrient availability. These changes can influence the growth, physiology, and competitive dynamics of marine microalgae, including species responsible for harmful algal blooms (HABs). Understanding how future climate scenarios affect both harmful and non-harmful microalgal species is critical for predicting ecosystem impacts and managing risks to aquaculture, fisheries, and coastal health.
This project will investigate how projected climate change conditions influence marine microalgal communities using controlled experimental systems. Micro/mesocosm experiments will be developed to examine how environmental drivers affect the growth and composition of mixed microalgal assemblages that include both HAB and non-HAB species.
In addition, the student will contribute to ongoing experiments examining the growth responses of the toxin-producing dinoflagellate Alexandrium pacificum under simulated future climate conditions. These experiments use advanced photobioreactor systems that allow precise control of environmental variables. Through this work, the student will develop a range of practical laboratory skills, learn about phytoplankton ecophysiology and gain insight into how climate change may influence microalgae in the marine environment.
Student tasks:
Student requirements:
Please click "apply" to submit your application for this project. All applications are to be submitted via the Cawthron Careers page https://careers.cawthron.org.nz/ by 5pm Sunday 16 August 2026.
You must include the following in your application:
Curriculum Vitae
Cover letter
Scholarships will be awarded based on merit and Cawthron reserves the right to award the number of scholarships for which it believes it has suitable candidates.
Eligibility to apply (for any of our scholarships):
Criteria for awarding these scholarships:
Academic achievement
Applicant's background
At Cawthron we strive for equitability and inclusion, if there are accommodations that we can provide to support you throughout the process, or for any questions or if you experience technical issues submitting your application, please email recruitment@cawthron.org.nz
Please note all applications must be submitted through our careers portal and can't be accepted via the above email address.
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