Team

Tyler Rohr

ARC DECRA Fellow/Senior Lecturer in BGC Modelling

UTAS Profile; Google Scholar

Email: tyler.rohr@utas.edu.au


Postdocs


Max Rintoul

Advisors: Tyler Rohr; Pearse Buchanan

Project: Constraining the additionality problem for Ocean Alkalinity Enhancement

UTAS Profile; Google Scholar

Email:  max.rintoul@utas.edu.au


Current PhD Students


Annika Oetjens

Advisors: Tyler Rohr; Zanna Chase; Pete Strutton

Thesis: Southern Ocean natural iron fertilization

UTAS Profile;

Email:  Annikla.Oetjens@utas.edu.au

Yunzhe Liu

Advisors: Tyler Rohr; Anthony Richardson; Pete Strutton

Thesis: Improving zooplankton in BGC models

UTAS Profile; ORCiD

Email:  Yunzhe.liu@utas.edu.au

Rama Aslekar

Advisors: Tyler Rohr; Pearse Buchanan; Zanna Chase; Paul Spense

Thesis: Evaluating Marine Carbon Dioxide Removal

UTAS Profile;

Email:  Rama.aslekar@utas.edu.au

Christopher Trail

Advisors: Andrew Bowie; Elizabeth Shadwick; Tyler Rohr

Thesis: Coupling iron and carbon biogeochemical cycles in the Southern Ocean south of Australia.

UTAS Profile; ResearchGate; ORCiD; AAPP

Email:  Christopher.trail@utas.edu.au

Jiongqiu Ren

Advisors: Pete Strutton; Christina Schallenberg; Tyler Rohr

Thesis: Quantifying the influence of eddies on ocean biogeochemistry in the East Australian Current

UTAS Profile;

Email:  Jiongqui.ren@utas.edu.au

Sophie Meyjes

Advisors: Ali Mashayek; Colleen Petrick; B. B. Cael; Tyler Rohr

Thesis: Marine ecosystems, biological carbon pump, and fisheries

LinkedIn ResearchGate


Masters and Honours Students


Shouzheng Wang Su

Masters Advisors: Lennart Bach; Yinghuan Xie; Pearse Buchanan; Tyler Rohr

Thesis: Quantifying carbonate cycle feedbacks on Ocean Alkalinity Enhancement

Email: Swang33@utas.edu.au


Past Students and Postdocs


Ram Patel

PhD Advisors: Pete Strutton, Helen Phillips, Andrew Lenton, Tyler Rohr

Thesis: Physical and biogeochemical structure of Southern Ocean eddies

Jiaoyang Su

PhD Advisors: Pete Strutton, Christina Schallenberg Tyler Rohr, Helen Phillips

Thesis: Biological Productivity in the Southern Ocean Revealed by BGC-Argo Floats