Gateway Antarctica
PEOPLE
- Professor
- School of Physical & Chemical Sciences
- ProfessorSchool of Physical & Chemical Sciences
My research is in the areas of astroparticle physics and cosmology. Astroparticle physics involves research at the interface of astronomy and particle physics. It is a synergy which operates in both directions; particle physics is applied to better understand astrophysical objects as well as using the Universe as a laboratory for high-energy physics.
My group are members of the IceCube collaboration which operates the IceCube neutrino observatory at the South Pole. Our collaboration has achieved a series of break-through results discovering astrophysical neutrinos in 2013 and identifying the first source of these neutrinos in 2017.My research is in the areas of astroparticle physics and cosmology. Astroparticle physics involves research at the interface of astronomy and particle physics. It is a synergy which operates in both directions; particle physics is applied to better understand astrophysical objects as well as using the Universe as a laboratory for high-energy physics.
My group are members of the IceCube collaboration which operates the IceCube neutrino observatory at the South Pole. Our collaboration has achieved a series of break-through results discovering astrophysical neutrinos in 2013 and identifying the first source of these neutrinos in 2017.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Assistant Lecturer
- School of Earth and Environment
- Assistant LecturerSchool of Earth and Environment
I am an Assistant Lecturer at the School of Earth and Environment of the University of Canterbury. I teach remote sensing for Earth observation and geospatial analysis using Synthetic Aperture Radar (SAR) and multispectral optical imagery. My research involves radar signal processing for Earth observation and biological applications and radar instrumentation.
I am an Assistant Lecturer at the School of Earth and Environment of the University of Canterbury. I teach remote sensing for Earth observation and geospatial analysis using Synthetic Aperture Radar (SAR) and multispectral optical imagery. My research involves radar signal processing for Earth observation and biological applications and radar instrumentation.
- Faculty of Science
- Associate Head of School
- School of Earth and Environment
- Associate Head of SchoolSchool of Earth and Environment
- Senior Lecturer Above the Bar
- School of Earth and Environment
- Senior Lecturer Above the BarSchool of Earth and Environment
Research interests are focussed around basin analysis of arc-related basins and reconstruction of paleogeography and tectonic setting. Research techniques include petrographic and geochemical techniques for provenance analysis, the interaction of volcanic and sedimentary processes, structural control on basin geometry and facies distributions, and basin response to oblique plate convergence. Geoarcheology is a new interest and we have recently developed a new programme in that area. Current areas of research include: quartz provenance analysis using cathodoluminescence, terrane accretion and provenance analysis in Antarctica, volcanic sedimentation and basin analysis along the modern plate boundary in New Zealand.Research interests are focussed around basin analysis of arc-related basins and reconstruction of paleogeography and tectonic setting. Research techniques include petrographic and geochemical techniques for provenance analysis, the interaction of volcanic and sedimentary processes, structural control on basin geometry and facies distributions, and basin response to oblique plate convergence. Geoarcheology is a new interest and we have recently developed a new programme in that area. Current areas of research include: quartz provenance analysis using cathodoluminescence, terrane accretion and provenance analysis in Antarctica, volcanic sedimentation and basin analysis along the modern plate boundary in New Zealand.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Professor
- Political Science and International Relations
- ProfessorPolitical Science and International Relations
Professor Anne-Marie Brady FRSNZ is a specialist on the Chinese Communist Party (domestic politics and foreign policy), polar politics, Pacific politics, and New Zealand foreign policy. She is a fluent Mandarin Chinese speaker. She is founding and executive editor of The Polar Journal (Taylor and Francis Publishers). She has published ten books and over fifty sole-authored scholarly papers. She has written more than 60 opeds on her research for newspapers such as the New York Times, The Guardian, The Australian, Sydney Morning Herald, The Financial Times, The Diplomat. In addition to her duties at the University of Canterbury, Professor Brady holds a number of honorary roles. She was a Global Fellow at the Woodrow Wilson Centre in Washington DC from 2014 to 2025. In 2014 she was appointed to a two-year term on the World Economic Forum's Global Action Council on the Arctic. She is an advisor to the Inter-Parliamentary Alliance on China (IPAC).
Professor Brady's books include Marketing Dictatorship: Propaganda and Thought Work in Contemporary China (Rowman and Littlefield, 2008), Looking North, Looking South: China, Taiwan and the South Pacific (World Scientific, 2010); China's Thought Management (Routledge, 2012), The Emerging Politics of Antarctica (Routledge, 2013), China as a Polar Great Power (Cambridge University Press and Wilson Press, 2017), and Small States and the Changing Global Order: New Zealand Faces the Future (Springer, 2019). Her 2017 conference paper 'Magic Weapons: China's foreign influence activities under Xi Jinping' helped to spark a global conversation on China's foreign interference and espionage activities, as well as legislative change. Professor Brady's groundbreaking, policy-relevant, research demonstrates the important role of the academic as "critic and conscience" in a modern democracy.Professor Anne-Marie Brady FRSNZ is a specialist on the Chinese Communist Party (domestic politics and foreign policy), polar politics, Pacific politics, and New Zealand foreign policy. She is a fluent Mandarin Chinese speaker. She is founding and executive editor of The Polar Journal (Taylor and Francis Publishers). She has published ten books and over fifty sole-authored scholarly papers. She has written more than 60 opeds on her research for newspapers such as the New York Times, The Guardian, The Australian, Sydney Morning Herald, The Financial Times, The Diplomat. In addition to her duties at the University of Canterbury, Professor Brady holds a number of honorary roles. She was a Global Fellow at the Woodrow Wilson Centre in Washington DC from 2014 to 2025. In 2014 she was appointed to a two-year term on the World Economic Forum's Global Action Council on the Arctic. She is an advisor to the Inter-Parliamentary Alliance on China (IPAC).
Professor Brady's books include Marketing Dictatorship: Propaganda and Thought Work in Contemporary China (Rowman and Littlefield, 2008), Looking North, Looking South: China, Taiwan and the South Pacific (World Scientific, 2010); China's Thought Management (Routledge, 2012), The Emerging Politics of Antarctica (Routledge, 2013), China as a Polar Great Power (Cambridge University Press and Wilson Press, 2017), and Small States and the Changing Global Order: New Zealand Faces the Future (Springer, 2019). Her 2017 conference paper 'Magic Weapons: China's foreign influence activities under Xi Jinping' helped to spark a global conversation on China's foreign interference and espionage activities, as well as legislative change. Professor Brady's groundbreaking, policy-relevant, research demonstrates the important role of the academic as "critic and conscience" in a modern democracy.- Faculty of Arts
- Registered to supervise Master's/Doctoral students
- 16 Peace, Justice and Strong Institutions
Fields of Research- Political science
- Human society
- Government and politics of Asia and the Pacific
- New Zealand government and politics
- International relations
- Defence studies
- Comparative government and politics
- Technician
- School of Earth and Environment
- TechnicianSchool of Earth and Environment
Geophysical & Environmental Geology Technician.
Specialising in Borehole Geophysical acquisition, processing and interpretation.Geophysical & Environmental Geology Technician.
Specialising in Borehole Geophysical acquisition, processing and interpretation.- Faculty of Science
- Senior Lecturer Above the Bar
- School of Biological Sciences
- Senior Lecturer Above the BarSchool of Biological Sciences
Sarah Flanagan is focused on understanding the evolution of complex, multivariate traits (such as mating display traits), primarily relying on population and quantitative genetics, genomic datasets, simulation modeling. My empirical work has mostly focused on pipefish and seahorses.
For more information see the lab website: https://flanagan-lab.github.ioSarah Flanagan is focused on understanding the evolution of complex, multivariate traits (such as mating display traits), primarily relying on population and quantitative genetics, genomic datasets, simulation modeling. My empirical work has mostly focused on pipefish and seahorses.
For more information see the lab website: https://flanagan-lab.github.io- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 14 Life Below Water
- Media enquiries
- Collaborative research projects
- Consulting & advisory services
- Outreach & community engagement
- Policy advice & government consultation
- Industry partnerships & innovation
Fields of Research- Evolutionary biology
- Animal behaviour
- Gene expression (incl. microarray and other genome-wide approaches)
- Genomics and transcriptomics
- Behavioural ecology
- Evolutionary ecology
- Molecular evolution
- Evolutionary impacts of climate change
- Sequence analysis
- Marine and estuarine ecology (incl. marine ichthyology)
- Population ecology
- Phylogeny and comparative analysis
- Biological adaptation
- Genomics
- Wildlife and habitat management
- Biological sciences
- Bioinformatics and computational biology
- Genetics
- Ecology
- Zoology
- Environmental management
- Environmental sciences
- Higher education
- Science, technology and engineering curriculum and pedagogy
- Professor
- School of Physical & Chemical Sciences
- ProfessorSchool of Physical & Chemical Sciences
Professor Sally Gaw is an environmental chemist specialising in emerging contaminants, environmental toxicology, and the chemical fate and transport of pollutants across air, water, soil, and marine systems. Her research focuses on microplastics, airborne microplastics, pharmaceuticals and personal care products (PPCPs), agrichemicals, trace metals, and other persistent organic pollutants (POPs), with a particular emphasis on contaminant pathways, transformation processes, and ecological and human health risks. She has a particular interest in understanding how products we use in everyday life lead to environmental pollution and identifying how we can reduce the associated environmental burden.She leads interdisciplinary research on water and soil pollution, coastal ecosystem health, Antarctic environmental protection and human exposure to contaminants, integrating advanced analytical chemistry, mass spectrometry, and environmental monitoring to characterise pollutants and assess their environmental impacts. Her work also examine the role of pollution in global environmental change.Sally’s research informs environmental risk assessment, regulatory science, and sustainable chemical management, contributing to evidence‑based environmental policy in Aotearoa New Zealand and internationally. Her work aligns strongly with global priorities in environmental chemistry, pollution mitigation, water quality, and ecosystem resilience.She collaborates widely across government, industry, and international research networks, and supervises postgraduate students working on environmental chemistry, pollution mitigation, environmental monitoring, and ecosystem resilience.Professor Sally Gaw is an environmental chemist specialising in emerging contaminants, environmental toxicology, and the chemical fate and transport of pollutants across air, water, soil, and marine systems. Her research focuses on microplastics, airborne microplastics, pharmaceuticals and personal care products (PPCPs), agrichemicals, trace metals, and other persistent organic pollutants (POPs), with a particular emphasis on contaminant pathways, transformation processes, and ecological and human health risks. She has a particular interest in understanding how products we use in everyday life lead to environmental pollution and identifying how we can reduce the associated environmental burden.She leads interdisciplinary research on water and soil pollution, coastal ecosystem health, Antarctic environmental protection and human exposure to contaminants, integrating advanced analytical chemistry, mass spectrometry, and environmental monitoring to characterise pollutants and assess their environmental impacts. Her work also examine the role of pollution in global environmental change.Sally’s research informs environmental risk assessment, regulatory science, and sustainable chemical management, contributing to evidence‑based environmental policy in Aotearoa New Zealand and internationally. Her work aligns strongly with global priorities in environmental chemistry, pollution mitigation, water quality, and ecosystem resilience.She collaborates widely across government, industry, and international research networks, and supervises postgraduate students working on environmental chemistry, pollution mitigation, environmental monitoring, and ecosystem resilience.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 6 Clean Water and Sanitation
- 12 Responsible Consumption and Production
- 13 Climate Action
- 14 Life Below Water
- 15 Life on Land
- Collaborative research projects
- Consulting & advisory services
- Industry partnerships & innovation
- Media enquiries
- Outreach & community engagement
- Policy advice & government consultation
Fields of Research- Environmental management
- Pollution and contamination
- Groundwater quality processes and contaminated land assessment
- Surface water quality processes and contaminated sediment assessment
- Environmental assessment and monitoring
- Environmental management
- Chemical sciences
- Analytical chemistry
- Postdoctoral Fellow
- School of Earth and Environment
- Postdoctoral FellowSchool of Earth and Environment
I am a remote sensing scientist specializing in synthetic aperture radar (SAR) and LiDAR to investigate how surface processes contribute to observable environmental change. My research spans glaciology, fluvial geomorphology, and oceanography, with applications in Antarctica, Patagonia, and New Zealand. I have worked extensively on ice-ocean interactions, glacier velocity dynamics, fjords and river systems, integrating SAR, optical, and LiDAR datasets to analyze surface evolution. Currently, my focus is on using airborne LiDAR and satellite-based remote sensing to study braided river geomorphology and glacier dynamics in New Zealand. My work also explores the fusion of high-resolution SAR data with optical satellite imagery and machine learning to quantify long-term environmental change. Beyond research, I actively engage in science communication and mentoring, contributing to university teaching and international collaborations in Earth observation and environmental monitoring.
I am a remote sensing scientist specializing in synthetic aperture radar (SAR) and LiDAR to investigate how surface processes contribute to observable environmental change. My research spans glaciology, fluvial geomorphology, and oceanography, with applications in Antarctica, Patagonia, and New Zealand. I have worked extensively on ice-ocean interactions, glacier velocity dynamics, fjords and river systems, integrating SAR, optical, and LiDAR datasets to analyze surface evolution. Currently, my focus is on using airborne LiDAR and satellite-based remote sensing to study braided river geomorphology and glacier dynamics in New Zealand. My work also explores the fusion of high-resolution SAR data with optical satellite imagery and machine learning to quantify long-term environmental change. Beyond research, I actively engage in science communication and mentoring, contributing to university teaching and international collaborations in Earth observation and environmental monitoring.
- Faculty of Science
- Professor
- Computer Science and Software Engineering
- ProfessorComputer Science and Software Engineering
Dr Richard Green heads the Computer Vision Research Lab with teaching and research interests in computer vision and AI including an emphasis on real-time 3D reconstruction and tracking, particularly with application to robots (land/UAVs/underwater) and precision agriculture.Dr Richard Green heads the Computer Vision Research Lab with teaching and research interests in computer vision and AI including an emphasis on real-time 3D reconstruction and tracking, particularly with application to robots (land/UAVs/underwater) and precision agriculture.- Faculty of Engineering
- Registered to supervise Master's/Doctoral students
- Media enquiries
- Collaborative research projects
- Consulting & advisory services
- Industry partnerships & innovation
- Policy advice & government consultation
Fields of Research- Computer vision
- Biosecurity science and invasive species ecology
- Deep learning
- Artificial intelligence
- Agriculture, land and farm management
- Aquaculture
- Forestry sciences not elsewhere classified
- Assistive robots and technology
- Software engineering
- Autonomous vehicle systems
- Professor
- Political Science and International Relations
- ProfessorPolitical Science and International Relations
Prof Bronwyn Hayward (MNZM, FRSNZ) is a Professor in the Department of Political Science and International Relations and Director of The Sustainability, Citizenship and Civic Imagination Research group. Her research is at the intersection of sustainability, youth, climate change and democracy. Bronwyn has held many Intergovernmental Panel on Climate Change roles: a Review Editor (AR7 Ciites special report) AR6 (Synthesis report 2023) Coordinating lead Cities & infrastructure (2022) and a lead author of the IPCC Special Report on 1.5 Degrees C (2018). She is co-primary investigator with University of Surrey's ESRC funded CUSP: Centre for Understanding Sustainable Prosperity, where she leads the CYCLES Children and Youth in Cities lifestyle Evaluation study in 7 world cities. A Co-PI of the National Science Challenge Mana Rangatahi, supporting Indigenous young people facing climate change (2022-2025). She held an Erskine Fellowship with University College, Oxford, UK 2017. Recent books Children, Citizenship and Environment (Routledge, 2012 and a significantly revised second #SchoolStrike edition Routledge London, 2021 and Sea Change: Climate Politics and New Zealand (BWB, 2017). She served on the International Social Sciences Council steering committee - Transformative Research; Co-researcher with University of Oslo, Voices of the Future project; Lead author on UNEP's global survey of 18-35 year olds lifestyles and sustainabilityl Trustee for the UK Foundation for Democracy and Sustainability 2012-2016. Outside academia Bronwyn worked for children's TV; was a Ministerial appointment to the NZ Broadcasting Standards Authority; Trustee for the SPARK Foundation & Give A Little. She was inaugural joint winner of UC Arts Conscience & Critic of Society Research Award 2014, Kiwibank Local Hero (2019) Westpac/Stuff media winner of Supreme Woman of Influence & Environment categories (2022), She is co-convenor of Adaptation Futures 2025 the world's premiere climate adaptation event October 2025
Prof Bronwyn Hayward (MNZM, FRSNZ) is a Professor in the Department of Political Science and International Relations and Director of The Sustainability, Citizenship and Civic Imagination Research group. Her research is at the intersection of sustainability, youth, climate change and democracy. Bronwyn has held many Intergovernmental Panel on Climate Change roles: a Review Editor (AR7 Ciites special report) AR6 (Synthesis report 2023) Coordinating lead Cities & infrastructure (2022) and a lead author of the IPCC Special Report on 1.5 Degrees C (2018). She is co-primary investigator with University of Surrey's ESRC funded CUSP: Centre for Understanding Sustainable Prosperity, where she leads the CYCLES Children and Youth in Cities lifestyle Evaluation study in 7 world cities. A Co-PI of the National Science Challenge Mana Rangatahi, supporting Indigenous young people facing climate change (2022-2025). She held an Erskine Fellowship with University College, Oxford, UK 2017. Recent books Children, Citizenship and Environment (Routledge, 2012 and a significantly revised second #SchoolStrike edition Routledge London, 2021 and Sea Change: Climate Politics and New Zealand (BWB, 2017). She served on the International Social Sciences Council steering committee - Transformative Research; Co-researcher with University of Oslo, Voices of the Future project; Lead author on UNEP's global survey of 18-35 year olds lifestyles and sustainabilityl Trustee for the UK Foundation for Democracy and Sustainability 2012-2016. Outside academia Bronwyn worked for children's TV; was a Ministerial appointment to the NZ Broadcasting Standards Authority; Trustee for the SPARK Foundation & Give A Little. She was inaugural joint winner of UC Arts Conscience & Critic of Society Research Award 2014, Kiwibank Local Hero (2019) Westpac/Stuff media winner of Supreme Woman of Influence & Environment categories (2022), She is co-convenor of Adaptation Futures 2025 the world's premiere climate adaptation event October 2025
- Faculty of Arts
- Registered to supervise Master's/Doctoral students
- 1 No Poverty
- 10 Reduced Inequalities
- 11 Sustainable Cities and Communities
- 12 Responsible Consumption and Production
- 16 Peace, Justice and Strong Institutions
- 2 Zero Hunger
- 3 Good Health and Well Being
- 4 Quality Education
- 5 Gender Equality
- 9 Industry, Innovation and Infrastructure
- 8 Decent Work and Economic Growth
- 13 Climate Action
- Associate Professor
- School of Biological Sciences
- Associate ProfessorSchool of Biological Sciences
Craig Herbold is a microbial ecologist with interests that span evolution, diversity, and ecological roles of microorganisms using genome-resolved metagenomics. He teaches and mentors students in evolutionary biology, bioinformatics, and microbial genomics through the integration of theoretical knowledge with hands-on learning.
Craig Herbold is a microbial ecologist with interests that span evolution, diversity, and ecological roles of microorganisms using genome-resolved metagenomics. He teaches and mentors students in evolutionary biology, bioinformatics, and microbial genomics through the integration of theoretical knowledge with hands-on learning.
- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 6 Clean Water and Sanitation
- 13 Climate Action
- 15 Life on Land
- 3 Good Health and Well Being
- Collaborative research projects
- Consulting & advisory services
- Industry partnerships & innovation
- Media enquiries
- Outreach & community engagement
- Policy advice & government consultation
Fields of Research- Biological sciences
- Information and computing sciences
- Environmental sciences
- Bioinformatics and computational biology
- Ecology
- Microbiology
- Data management and data science
- Ecological applications
- Pollution and contamination
- Bioinformatic methods development
- Sequence analysis
- Genomics and transcriptomics
- Computational ecology and phylogenetics
- Microbial ecology
- Microbial genetics
- Population ecology
- Biosecurity science and invasive species ecology
- Ecosystem function
- Information extraction and fusion
- Associate Professor
- School of Earth and Environment
- Associate ProfessorSchool of Earth and Environment
I specialize in surface-atmosphere interactions, and has undertaken numerous research projects throughout New Zealand, the United States and Antarctica. My research interest is around modelling, simulating, measuring and analyzing atmospheric phenomena, and I use advanced field measurement and numerical modeling techniques to tackle my research objectives.
I am particularly interested in coherent turbulent structures (CTS) within the first 1km of our atmosphere above ground level (also called the atmospheric boundary-layer). CTS is a unique fabric of turbulence that controls the spatial variability of temperature and moisture across our landscape. I conduct laboratory and field experiments using state of the art in situ, aerial, remote sensing measurement systems, and also high resolution numerical weather simulations to develop a better understanding of these coherent turbulence structures.
Some of my research projects involve wind turbulence for wind energy applications, air pollution dispersion modelling, forest canopy turbulence measurements, Antarctic meteorology, wild-land fire weather and fire-atmospheric interactions, and stable boundary layers in complex terrain.
I have a growing interest in Antarctic Dry Valley climates because of the extreme environment on the continent. In Antarctica I try to understand mesocyclones (or Antarctic storms) in the Ross Sea Region.I specialize in surface-atmosphere interactions, and has undertaken numerous research projects throughout New Zealand, the United States and Antarctica. My research interest is around modelling, simulating, measuring and analyzing atmospheric phenomena, and I use advanced field measurement and numerical modeling techniques to tackle my research objectives.
I am particularly interested in coherent turbulent structures (CTS) within the first 1km of our atmosphere above ground level (also called the atmospheric boundary-layer). CTS is a unique fabric of turbulence that controls the spatial variability of temperature and moisture across our landscape. I conduct laboratory and field experiments using state of the art in situ, aerial, remote sensing measurement systems, and also high resolution numerical weather simulations to develop a better understanding of these coherent turbulence structures.
Some of my research projects involve wind turbulence for wind energy applications, air pollution dispersion modelling, forest canopy turbulence measurements, Antarctic meteorology, wild-land fire weather and fire-atmospheric interactions, and stable boundary layers in complex terrain.
I have a growing interest in Antarctic Dry Valley climates because of the extreme environment on the continent. In Antarctica I try to understand mesocyclones (or Antarctic storms) in the Ross Sea Region.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 11 Sustainable Cities and Communities
- 3 Good Health and Well Being
Fields of Research- Meteorology
- Atmospheric dynamics
- Atmospheric sciences
- Turbulent flows
- Senior Research Engineer
- Wireless Research Centre
- Senior Research EngineerWireless Research Centre
Adriel joined the University of Canterbury in October 2013 as a Senior Research Engineer at the Wireless Research Centre.
Adriel has 10 years of industrial experience in wireless telecommunications engineering.
Most recently he was with NEC Australia as a 3GPP standards delegate and IP producer for LTE-advanced.
He spent four years at Agere Systems/LSI, developing smart algorithms for low power WCDMA receiver ASICs. Adriel has also worked with several startups where he was able to successfully apply his expertise in signal processing, algorithm development, machine learning and information theory.
He has published ten peer reviewed papers and eight international patents.Adriel joined the University of Canterbury in October 2013 as a Senior Research Engineer at the Wireless Research Centre.
Adriel has 10 years of industrial experience in wireless telecommunications engineering.
Most recently he was with NEC Australia as a 3GPP standards delegate and IP producer for LTE-advanced.
He spent four years at Agere Systems/LSI, developing smart algorithms for low power WCDMA receiver ASICs. Adriel has also worked with several startups where he was able to successfully apply his expertise in signal processing, algorithm development, machine learning and information theory.
He has published ten peer reviewed papers and eight international patents.- Faculty of Engineering
- Registered to supervise Master's/Doctoral students
- Professor
- School of Earth and Environment
- ProfessorSchool of Earth and Environment
I focus on interdisciplinary tools, such as GIS and high-resolution satellite imagery, to study spatial and population dynamics of penguins, seals, & cougars - species facing substantial conservation challenges as both the physical and social environments change across the world.
In 2007 I started out as the GIS lead for the Polar Geospatial Center and eventually pursued my PhD in Conservation Biology at the University of Minnesota. My dissertation focused on using high-resolution satellite imagery to learn about the ecology of polar animals: emperor penguins, Adélie penguins, Weddell seals, and even polar bears and muskoxen. This is a new and exciting method to learn about the population dynamics, biogeography, and effects of climate change on polar vertebrates, and I've been part of many "species from space" studies: the first global censuses of both Antarctic penguins, Weddell seal population change, and "polar bears from space". I also continue to work on cougar range expansion in North America as the executive director of the Cougar Network.
My work has been covered internationally by hundreds of media outlets including BBC, NBC Nightly News, Wall Street Journal, and National Geographic (see Speaking, News).I focus on interdisciplinary tools, such as GIS and high-resolution satellite imagery, to study spatial and population dynamics of penguins, seals, & cougars - species facing substantial conservation challenges as both the physical and social environments change across the world.
In 2007 I started out as the GIS lead for the Polar Geospatial Center and eventually pursued my PhD in Conservation Biology at the University of Minnesota. My dissertation focused on using high-resolution satellite imagery to learn about the ecology of polar animals: emperor penguins, Adélie penguins, Weddell seals, and even polar bears and muskoxen. This is a new and exciting method to learn about the population dynamics, biogeography, and effects of climate change on polar vertebrates, and I've been part of many "species from space" studies: the first global censuses of both Antarctic penguins, Weddell seal population change, and "polar bears from space". I also continue to work on cougar range expansion in North America as the executive director of the Cougar Network.
My work has been covered internationally by hundreds of media outlets including BBC, NBC Nightly News, Wall Street Journal, and National Geographic (see Speaking, News).- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Media enquiries
- Head of School
- School of Earth and Environment
- Head of SchoolSchool of Earth and Environment
- Professor
- School of Earth and Environment
- ProfessorSchool of Earth and Environment
Professor Daniela Liggett is a social scientist in the School of Earth and Environment at the University of Canterbury, specialising in Antarctic environmental governance, polar tourism, and human–environment interactions in extreme environments. Her research examines how people engage with the polar regions, how operational and policy decisions are made, how researchers and policy-makers interact, and how Antarctic governance frameworks function now and into the future.
Daniela’s work spans Antarctic conservation and environmental governance, tourism regulation, science‑policy knowledge exchange, and decision‑making in extreme environments. She co‑chairs the World Meteorological Organization’s Polar Coupled Analysis and Prediction for Services (PCAPS) project and serves as a Chief Officer of SCAR’s Ant‑ICON programme, which focuses on integrated science to inform Antarctic and Southern Ocean conservation.
Her research is highly collaborative and transdisciplinary, bringing together scientists, policymakers, and other stakeholder groups to address complex questions about Antarctic futures, environmental values, and the governance of human activity in polar regions. Daniela is also Head of School (Earth and Environment) and supervises postgraduate research across all areas of her expertise in the polar social sciences.
Due to existing supervision commitments, Daniela is unable to consider new applications to undertake a PhD under her supervision until December 2028. She appreciates your understanding.
Professor Daniela Liggett is a social scientist in the School of Earth and Environment at the University of Canterbury, specialising in Antarctic environmental governance, polar tourism, and human–environment interactions in extreme environments. Her research examines how people engage with the polar regions, how operational and policy decisions are made, how researchers and policy-makers interact, and how Antarctic governance frameworks function now and into the future.
Daniela’s work spans Antarctic conservation and environmental governance, tourism regulation, science‑policy knowledge exchange, and decision‑making in extreme environments. She co‑chairs the World Meteorological Organization’s Polar Coupled Analysis and Prediction for Services (PCAPS) project and serves as a Chief Officer of SCAR’s Ant‑ICON programme, which focuses on integrated science to inform Antarctic and Southern Ocean conservation.
Her research is highly collaborative and transdisciplinary, bringing together scientists, policymakers, and other stakeholder groups to address complex questions about Antarctic futures, environmental values, and the governance of human activity in polar regions. Daniela is also Head of School (Earth and Environment) and supervises postgraduate research across all areas of her expertise in the polar social sciences.
Due to existing supervision commitments, Daniela is unable to consider new applications to undertake a PhD under her supervision until December 2028. She appreciates your understanding.
- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 13 Climate Action
- 16 Peace, Justice and Strong Institutions
- Media enquiries
- Collaborative research projects
- Consulting & advisory services
- Outreach & community engagement
- Policy advice & government consultation
Fields of Research- Ocean law and governance
- Environmental management
- Environmental geography
- Human geography
- Recreation, leisure and tourism geography
- Tourism management
- Human society
- Environmental sciences
- Tourism
- Policy and administration
- Tourism policy
- Associate Professor
- School of Earth and Environment
- Associate ProfessorSchool of Earth and Environment
I work in the Waterways Centre in the School of Earth and Environment focusing on cryosphere (snow and ice) science and cold regions hydrology. In particular I am interested in understanding the role of the cryosphere in generating, storing and delivering water to local catchments, as well as broader hydrological connectivity in the headwater zone. I use a combination of field, laboratory, and numerical methods to understand how snow and ice contribute to water supply, and how water is stored and transmitted through the landscape. I predominantly focus on arid and semiarid environments, where an understanding of water availability is crucial for making decisions about use downstream. In these environments, glaciers and snow are often scarce but are the primary short- and long-term water sources, and so understanding their behaviour has implications for making decisions in the moment, as well as for long term policy perspectives. My work is based in the Andes, Antarctica and Te Waipounamu.I work in the Waterways Centre in the School of Earth and Environment focusing on cryosphere (snow and ice) science and cold regions hydrology. In particular I am interested in understanding the role of the cryosphere in generating, storing and delivering water to local catchments, as well as broader hydrological connectivity in the headwater zone. I use a combination of field, laboratory, and numerical methods to understand how snow and ice contribute to water supply, and how water is stored and transmitted through the landscape. I predominantly focus on arid and semiarid environments, where an understanding of water availability is crucial for making decisions about use downstream. In these environments, glaciers and snow are often scarce but are the primary short- and long-term water sources, and so understanding their behaviour has implications for making decisions in the moment, as well as for long term policy perspectives. My work is based in the Andes, Antarctica and Te Waipounamu.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 6 Clean Water and Sanitation
- 13 Climate Action
- 15 Life on Land
Fields of Research- Glaciology
- Hydrology
- Earth sciences
- Earth system sciences
- Climate change science
- Post Doctoral Fellow
- School of Earth and Environment
- Post Doctoral FellowSchool of Earth and Environment
Dr Alena Malyarenko is a Research Fellow. Their research includes ice shelf-ocean interaction, ice-ocean boundary layer structure, coupled global ocean modelling and observations, and ice shelf-ocean modelling.
In the Antarctic Science Platform, Alena is a member of the National Modelling Hub. They work towards coupling glaciological and oceanographic processes in numerical models required to explore ice sheet evolution arising from interactions with a changing ocean.Dr Alena Malyarenko is a Research Fellow. Their research includes ice shelf-ocean interaction, ice-ocean boundary layer structure, coupled global ocean modelling and observations, and ice shelf-ocean modelling.
In the Antarctic Science Platform, Alena is a member of the National Modelling Hub. They work towards coupling glaciological and oceanographic processes in numerical models required to explore ice sheet evolution arising from interactions with a changing ocean.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Senior Lecturer Above the Bar
- Civil and Environmental Engineering
- Senior Lecturer Above the BarCivil and Environmental Engineering
I'm interested in environmental fluid mechanics - in particular, buoyancy driven flows and heat transfer.
My work has mainly focused on improving our understanding of the melting of ice shelves and icebergs around Antarctica and Greenland. Understanding the small scale processes that govern the melt rate can help us predict how these ice sheets will respond to a warming climate over coming decades.
Some other problems that I have worked on or am interested in are:
Mixing into sediment laden plumes, such as volcanic eruptions or smokestack discharges, to understand how quickly they will dilute and where the flow will go.
The small scale processes that control turbulent mixing in a variety of fluid flows, particularly in a density stratified environment where fluid can mix both into and out of a flow.
Low energy (or no energy) ventilation of buildings to reduce energy consumption.
To understand these problems I use idealized laboratory experiments and simple models. Laboratory experiments are able to include all of the important physical processes while still being controllable and repeatable. They are a wonderful tool for understanding fluid dynamics that can also produce beautiful imagery.I'm interested in environmental fluid mechanics - in particular, buoyancy driven flows and heat transfer.
My work has mainly focused on improving our understanding of the melting of ice shelves and icebergs around Antarctica and Greenland. Understanding the small scale processes that govern the melt rate can help us predict how these ice sheets will respond to a warming climate over coming decades.
Some other problems that I have worked on or am interested in are:
Mixing into sediment laden plumes, such as volcanic eruptions or smokestack discharges, to understand how quickly they will dilute and where the flow will go.
The small scale processes that control turbulent mixing in a variety of fluid flows, particularly in a density stratified environment where fluid can mix both into and out of a flow.
Low energy (or no energy) ventilation of buildings to reduce energy consumption.
To understand these problems I use idealized laboratory experiments and simple models. Laboratory experiments are able to include all of the important physical processes while still being controllable and repeatable. They are a wonderful tool for understanding fluid dynamics that can also produce beautiful imagery.- Faculty of Engineering
- Registered to supervise Master's/Doctoral students
- 6 Clean Water and Sanitation
- 13 Climate Action
- 11 Sustainable Cities and Communities
- Collaborative research projects
- Consulting & advisory services
- Industry partnerships & innovation
- Media enquiries
- Outreach & community engagement
- Policy advice & government consultation
- Technical expertise & support
Fields of Research- Earth sciences
- Oceanography
- Physical oceanography
- Engineering
- Civil engineering
- Water resources engineering
- Fluid mechanics and thermal engineering
- Experimental methods in fluid flow, heat and mass transfer
- Fundamental and theoretical fluid dynamics
- Geophysical and environmental fluid flows
- Hydrodynamics and hydraulic engineering
- Multiphysics flows (incl. multiphase and reacting flows)
- Turbulent flows
- Professor
- School of Physical & Chemical Sciences
- ProfessorSchool of Physical & Chemical Sciences
- Associate Head
- School of Physical & Chemical Sciences
- Associate HeadSchool of Physical & Chemical Sciences
My research focuses on understanding processes relevant to the climate system, making fundamental atmospheric measurements (using a mixture of satellite remote sensing and surface observations), and the evaluation of environmental models. I am also an experienced field researcher and my team has participated in 20 Antarctic deployments and 5 Southern Ocean voyages. I also have a passion for science communication leading the award winning ‘Climate Change Series’ of public lectures, teaching how climate research can be used as an exemplar of how scientific issues are communicated and being a talented lecturer (3 nominations for the UCSA Lecturer of the Year).My research focuses on understanding processes relevant to the climate system, making fundamental atmospheric measurements (using a mixture of satellite remote sensing and surface observations), and the evaluation of environmental models. I am also an experienced field researcher and my team has participated in 20 Antarctic deployments and 5 Southern Ocean voyages. I also have a passion for science communication leading the award winning ‘Climate Change Series’ of public lectures, teaching how climate research can be used as an exemplar of how scientific issues are communicated and being a talented lecturer (3 nominations for the UCSA Lecturer of the Year).- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Emeritus Professor
- School of Earth and Environment
- Emeritus ProfessorSchool of Earth and Environment
* post earthquake research in Canterbury, funded by the CEISMIC project for a study of mobile lives, and by a UC Earthquake Doctoral scholarship for a critical analysis of the role of service-learning in post disaster situations
* environmental histories of New Zealand: a team project of that name published in 2002 and being revised for re-publication, and a Marsden funded investigation assessing processes of transformation of New Zealand's landscapes into exotic grasslands within an imperial trading network
* rural landscapes and biological economies: a Marsden funded project assessing the creation of new values in the food and fibre industries in the New Zealand countryside (specifically Central Otago and Hawkes Bay) and the potential for moving beyond commodity production into added value activities
* scholarship of learning and teaching, specifically critical assessment of the role and place of active learning pedagogies such as service-learning, problem-based learning and their internationalisation* post earthquake research in Canterbury, funded by the CEISMIC project for a study of mobile lives, and by a UC Earthquake Doctoral scholarship for a critical analysis of the role of service-learning in post disaster situations
* environmental histories of New Zealand: a team project of that name published in 2002 and being revised for re-publication, and a Marsden funded investigation assessing processes of transformation of New Zealand's landscapes into exotic grasslands within an imperial trading network
* rural landscapes and biological economies: a Marsden funded project assessing the creation of new values in the food and fibre industries in the New Zealand countryside (specifically Central Otago and Hawkes Bay) and the potential for moving beyond commodity production into added value activities
* scholarship of learning and teaching, specifically critical assessment of the role and place of active learning pedagogies such as service-learning, problem-based learning and their internationalisation- Faculty of Science
- Project Scientist
- School of Earth and Environment
- Project ScientistSchool of Earth and Environment
Antarctic sea ice is a powerful climate regulator. At maximum seasonal growth, it forms a frozen solar reflector that covers 90% of the Southern Ocean. This seasonal growth also drives the global ocean conveyor belts through thermohaline circulation, Antarctic bottom-water formed in the region constituting between 30 and 40 % of the entire global ocean mass. These two colossal processes are foundations of the entire climate system and regulate the surface energy balance of the planet. Consequently, understanding change within this system is of critical importance given the far reaching effects of the poles on the global climate system. Sea ice extent, area and drift are routinely monitored by satellite in the Southern Ocean but very little is known about its thickness.
Sea ice research at Gateway Antarctica focuses on measuring sea ice thickness accurately from spaceborne and airborne sensors.
Additional research interests include ice sheet and ice shelf mass balance investigation and crevasse detection using satellite remote sensing techniques.Antarctic sea ice is a powerful climate regulator. At maximum seasonal growth, it forms a frozen solar reflector that covers 90% of the Southern Ocean. This seasonal growth also drives the global ocean conveyor belts through thermohaline circulation, Antarctic bottom-water formed in the region constituting between 30 and 40 % of the entire global ocean mass. These two colossal processes are foundations of the entire climate system and regulate the surface energy balance of the planet. Consequently, understanding change within this system is of critical importance given the far reaching effects of the poles on the global climate system. Sea ice extent, area and drift are routinely monitored by satellite in the Southern Ocean but very little is known about its thickness.
Sea ice research at Gateway Antarctica focuses on measuring sea ice thickness accurately from spaceborne and airborne sensors.
Additional research interests include ice sheet and ice shelf mass balance investigation and crevasse detection using satellite remote sensing techniques.- Faculty of Science
- Associate Professor
- School of Earth and Environment
- Associate ProfessorSchool of Earth and Environment
My research expertise is in the field of glaciology, specifically glacier mass balance, dynamics, and climate change, with a focus on mountain glaciers in Te Tiritiri-o-te-moana, the New Zealand Southern Alps. I am very interested in glaciological change that occurs over short temporal scales; that which impacts utilization of the glacier resource, for example glacier-tourism. I also focus on interactions and feedbacks between all aspects of glacier mass balance from snow accumulation processes to ablation processes, including the role of avalanche nourishment to glacier resilience. Most recently, I have been exploring rapid change at lake-calving glaciers, and the impact that crevasses have on glacier mass balance...
Current research projects:
* The role of crevasses on surface energy balance of alpine glaciers
* Bathymetric and terminus evolution at lake calving glaciers
* Morphological evolution and feedbacks at retreating glacier termini
* Characteristics of alpine snowpacks - managing snow in a warming world
* Implications of glacier retreat on tourism and recreation
Here is a link to my "Raising the Bar" talk....
https://www.rnz.co.nz/national/programmes/smart_talk/audio/2018894949/the-university-of-canterbury-glaciologist-heather-purdie-explains-why-glaciers-are-a-barometer-of-climate-changeMy research expertise is in the field of glaciology, specifically glacier mass balance, dynamics, and climate change, with a focus on mountain glaciers in Te Tiritiri-o-te-moana, the New Zealand Southern Alps. I am very interested in glaciological change that occurs over short temporal scales; that which impacts utilization of the glacier resource, for example glacier-tourism. I also focus on interactions and feedbacks between all aspects of glacier mass balance from snow accumulation processes to ablation processes, including the role of avalanche nourishment to glacier resilience. Most recently, I have been exploring rapid change at lake-calving glaciers, and the impact that crevasses have on glacier mass balance...
Current research projects:
* The role of crevasses on surface energy balance of alpine glaciers
* Bathymetric and terminus evolution at lake calving glaciers
* Morphological evolution and feedbacks at retreating glacier termini
* Characteristics of alpine snowpacks - managing snow in a warming world
* Implications of glacier retreat on tourism and recreation
Here is a link to my "Raising the Bar" talk....
https://www.rnz.co.nz/national/programmes/smart_talk/audio/2018894949/the-university-of-canterbury-glaciologist-heather-purdie-explains-why-glaciers-are-a-barometer-of-climate-change- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Senior Teaching Assistant
- School of Earth and Environment
- Senior Teaching AssistantSchool of Earth and Environment
I am a Polar Historian with an interest for social and environmental history. The international aspect of that research focuses also on political and economic factors which are heavily influencing expeditions. I also research and teach history of science with a focus on the Antarctic.
Another aspect in my research is the indigenous as well as the female component in Antarctic history. I extended my studies to include New Zealand scientists from the International Geophysical Year 1957–1958 onward and their involvement in international collaboration in Antarctic science especially with the United States of America. I am collaborating with remote sensing specialists on co-registering digitized maps to high-resolution satellite maps and historic weather patterns. My research requires intensive archival studies based on transcribing, translating, digitising, and interpreting original handwritten documents such as personal accounts, logbooks, correspondence, reports.
I am a recipient of the New Zealand Winston Churchill Memorial Fellowship 2018 for the project: Frozen history: How different countries research, collect and communicate their Antarctic history.“ To continue this project with a New Zealand focus on that topic, I received a Harriette Jenkins Award from the Graduate Women New Zealand in 2019.
In 2012 I have been awarded a COMNAP Research Fellowship (Council of Managers of National Antarctic Programs) for the project: “Reconstructing historic Antarctic climate data from logbooks and diaries of the Heroic era”. The focus of this project was on the influence that extreme weather events could have on the early explorers, their social interactions and wellbeing, and consequently on the course of an expedition. Subsequently, I have been contracted by NIWA (National Institute of Water and Atmospheric Research) for the Deep South National Science Project E6476 in 2016/17 to examine and interpreting logbooks for historic weather data over the last 200 years. Since 2018, I work as lecturer for Antarctic history and guide on Expedition Cruise ships along the Antarctic Peninsula and the Sub-Antarctic Islands.I am a Polar Historian with an interest for social and environmental history. The international aspect of that research focuses also on political and economic factors which are heavily influencing expeditions. I also research and teach history of science with a focus on the Antarctic.
Another aspect in my research is the indigenous as well as the female component in Antarctic history. I extended my studies to include New Zealand scientists from the International Geophysical Year 1957–1958 onward and their involvement in international collaboration in Antarctic science especially with the United States of America. I am collaborating with remote sensing specialists on co-registering digitized maps to high-resolution satellite maps and historic weather patterns. My research requires intensive archival studies based on transcribing, translating, digitising, and interpreting original handwritten documents such as personal accounts, logbooks, correspondence, reports.
I am a recipient of the New Zealand Winston Churchill Memorial Fellowship 2018 for the project: Frozen history: How different countries research, collect and communicate their Antarctic history.“ To continue this project with a New Zealand focus on that topic, I received a Harriette Jenkins Award from the Graduate Women New Zealand in 2019.
In 2012 I have been awarded a COMNAP Research Fellowship (Council of Managers of National Antarctic Programs) for the project: “Reconstructing historic Antarctic climate data from logbooks and diaries of the Heroic era”. The focus of this project was on the influence that extreme weather events could have on the early explorers, their social interactions and wellbeing, and consequently on the course of an expedition. Subsequently, I have been contracted by NIWA (National Institute of Water and Atmospheric Research) for the Deep South National Science Project E6476 in 2016/17 to examine and interpreting logbooks for historic weather data over the last 200 years. Since 2018, I work as lecturer for Antarctic history and guide on Expedition Cruise ships along the Antarctic Peninsula and the Sub-Antarctic Islands.- Faculty of Science
- Director of Gateway Antarctica
- School of Earth and Environment
- Director of Gateway AntarcticaSchool of Earth and Environment
- Professor
- School of Earth and Environment
- ProfessorSchool of Earth and Environment
As glaciologist I study the mass balance of the polar cryosphere with focus on sea ice – ocean – ice shelf interaction. I discovered the instability of Antarctic outlet glaciers following the Larsen-A ice shelf collapse, and lead a research group pioneering the satellite based measurement of grounding line ice thickness in Antarctica. As a research tool for mapping ice dynamics and thickness I make use of satellite remote sensing (Synthetic Aperture Radar – SAR; interferometric SAR - InSAR). An essential part of my research is satellite validation using airborne measurements (electromagnetic induction sounding of sea ice), ground based geophysics (phase sensitive radar for detecting basal melting of ice shelves; GPS and tiltmeters for ice shelf tidal bending), amongst other glaciological research tools. I spent 15 field seasons in Antarctica, and participated in ground validation and airborne geophysical work in the Arctic (Greenland, Svalbard), Patagonia, and the Alps (Europe and New Zealand). More recently, I lead a team for developing a drone system to measure snow depth on sea ice, and participated in airborne sea ice thickness measurements in the Ross Sea.As glaciologist I study the mass balance of the polar cryosphere with focus on sea ice – ocean – ice shelf interaction. I discovered the instability of Antarctic outlet glaciers following the Larsen-A ice shelf collapse, and lead a research group pioneering the satellite based measurement of grounding line ice thickness in Antarctica. As a research tool for mapping ice dynamics and thickness I make use of satellite remote sensing (Synthetic Aperture Radar – SAR; interferometric SAR - InSAR). An essential part of my research is satellite validation using airborne measurements (electromagnetic induction sounding of sea ice), ground based geophysics (phase sensitive radar for detecting basal melting of ice shelves; GPS and tiltmeters for ice shelf tidal bending), amongst other glaciological research tools. I spent 15 field seasons in Antarctica, and participated in ground validation and airborne geophysical work in the Arctic (Greenland, Svalbard), Patagonia, and the Alps (Europe and New Zealand). More recently, I lead a team for developing a drone system to measure snow depth on sea ice, and participated in airborne sea ice thickness measurements in the Ross Sea.- Faculty of Science
- Registered to supervise Master's/Doctoral students
- Professor
- School of Physical & Chemical Sciences
- ProfessorSchool of Physical & Chemical Sciences
Professor Laura Revell is an atmospheric scientist in the School of Physical and Chemical Sciences at the University of Canterbury, specialising in chemistry–climate interactions, stratospheric ozone, aerosols, and airborne micro‑ and nanoplastics. Her research uses Earth system models and global chemistry–climate models to understand how human activities alter atmospheric composition and influence climate processes.She is funded as a Royal Society Te Apārangi Rutherford Discovery Fellow (2023–2028), leading research on the climate and atmospheric impacts of airborne microplastics. Laura also investigates how the space‑launch industry and other emerging human activities affect the upper atmosphere and climate feedbacks.Professor Revell contributes to several major international science and policy bodies. She serves on the UN Scientific Panel on the Effects of Nuclear War (2025–2027), is a Lead Author for the IPCC Seventh Assessment Report, an elected member of the International Ozone Commission (2024–2028), and a member of the UNEP Environmental Effects Assessment Panel, which evaluates the combined impacts of UV radiation, climate change and ozone depletion.For more information see: Revell group – Atmospheric Chemistry and ClimateInterested in studying with me? Please see further information here: Opportunities – Revell groupProfessor Laura Revell is an atmospheric scientist in the School of Physical and Chemical Sciences at the University of Canterbury, specialising in chemistry–climate interactions, stratospheric ozone, aerosols, and airborne micro‑ and nanoplastics. Her research uses Earth system models and global chemistry–climate models to understand how human activities alter atmospheric composition and influence climate processes.She is funded as a Royal Society Te Apārangi Rutherford Discovery Fellow (2023–2028), leading research on the climate and atmospheric impacts of airborne microplastics. Laura also investigates how the space‑launch industry and other emerging human activities affect the upper atmosphere and climate feedbacks.Professor Revell contributes to several major international science and policy bodies. She serves on the UN Scientific Panel on the Effects of Nuclear War (2025–2027), is a Lead Author for the IPCC Seventh Assessment Report, an elected member of the International Ozone Commission (2024–2028), and a member of the UNEP Environmental Effects Assessment Panel, which evaluates the combined impacts of UV radiation, climate change and ozone depletion.For more information see: Revell group – Atmospheric Chemistry and ClimateInterested in studying with me? Please see further information here: Opportunities – Revell group- Faculty of Science
- Registered to supervise Master's/Doctoral students
- 13 Climate Action
- 11 Sustainable Cities and Communities
- 15 Life on Land
- 12 Responsible Consumption and Production
- Collaborative research projects
- Consulting & advisory services
- Industry partnerships & innovation
- Media enquiries
- Policy advice & government consultation
Fields of Research- Atmospheric radiation
- Climate change science
- Computational modelling and simulation in earth sciences
- Earth and space science informatics
- Atmospheric aerosols
- Atmospheric composition, chemistry and processes
Research Centre contact
- +643 369 1167
- University of Canterbury, Christchurch, New Zealand