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Alumni story

Jordy Hendrikx

13 August 2025

PhD Geography 2006
Chief Executive, Antarctica New Zealand

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Photo credits: Martin Stefan and Antartica New Zealand

What initially caught your interest in snow science?

I spent a lot of time in the New 麻豆传媒团队mountains as a teenager. Tramping at first, later mountaineering and back country ski touring. My interest in snow science was originally driven by self-preservation as I wanted to stay safe in hazardous alpine places. The more time I spent in the high mountains and in the snow, the more mountain processes and the wider cryosphere fascinated me. I wanted to understand what was happening around me. Why were avalanches happening in this location? Why now? Why are there crevasses in certain areas but not in others? Why did the snow accumulate in these areas, but not in those? And, how could we better predict this?聽

Can you share a bit about your journey from your time as student and researcher to becoming the Chief Executive of Antarctica New Zealand?

I was a reluctant student at the beginning of my undergraduate studies. My first-year lecturers in probably assumed that I wouldn鈥檛 stay at university, and I almost didn鈥檛. I thought that becoming a mountain guide would be much more fun than sitting in endless lectures. But I did stay and, over numerous field trips, became really interested in the processes creating the landscapes I was studying. It was late in my second year when things finally started to 鈥榗lick鈥 for me, and I went on to complete a BSc in Geography and Geology at Victoria University in Wellington.

As I was finishing my BSc, I had the incredible opportunity to apply for a role as a field assistant for a research project in Antarctica. I got the job, although I suspect that was due to a combination of field skills and youthful enthusiasm, rather than my grades.

Working in Antarctica was a life-changing and formative experience for me. It provided a snapshot of what a science career could be, and it really triggered my curiosity and passion for polar regions. It was also pivotal for me personally, as it was where I met my future wife, who was in Antarctica as part of the Post-Graduate Certificate in Antarctic Studies (PCAS) course offered by 麻豆传媒团队.

After a season supporting Antarctic research and collecting data for my BSc Hons in Physical Geography, I became increasingly interested in snow and avalanches. The PhD student I had assisted in Antarctica connected me with a colleague at the Swiss Federal Institute for Snow and Avalanche Research (SLF) in Davos, Switzerland. Through this connection I was informed about SLF internship opportunities which I applied for and successfully obtained. I spent nine months in Switzerland at the SLF working with some of the world鈥檚 leading climate, snow and avalanche scientists. During this time, I realised that the really interesting research was being led by those with a PhD.

This motivated me to look for PhD opportunities. After applying to several programmes, I was presented with offers at institutions in Switzerland, the Netherlands and New Zealand. The offer from Canterbury University to work on the Milford Road in Fiordland won out. I returned to NZ to start a PhD, supervised by Prof. Ian Owens in the Geography Department. Fiordland and the Milford Road are iconic areas of New Zealand, with striking mountain landscapes. They are also where avalanches have a huge impact as they cause regular road closures, which impacts tourism operators. During my time at UC, I had another opportunity to work in Antarctica, supporting a fellow PhD student with a rock weathering study, which reaffirmed my passion for polar regions.

After completing my PhD, I started a postdoc at NIWA focused on snow and ice, and then went on to be a Snow & Ice Research Scientist. This included working on snow, hydrology, climate change and avalanches. Highlights from this time include the establishment of the New 麻豆传媒团队Snow and Ice Network (SIN) to measure alpine climate and snow in New Zealand, assessment of climate change impacts on snow and skiing in NZ, avalanche mapping in Fiordland, and providing data to update the New 麻豆传媒团队snow loading building codes. During this time, I also obtained a Fullbright grant to support research in the United States and worked with colleagues in Glacier National Park and with the Forest Service and Montana State University (MSU) in Bozeman, Montana. This funding and associated travel highlighted the opportunities to undertake research on snow in North America.

A year after my Fullbright experience, a snow science professor position at MSU was advertised. Having really enjoyed the experience of working in Montana, my wife and I decided it was worth applying for. I was made director of the Snow and Avalanche Lab and our family and moved to Bozeman at the end of 2010. 聽I was at MSU for 12 years and promoted to full Professor in 2022. Initially, my research focused on understanding snow at a range of spatial and temporal scales, and as a resource and as a hazard. However, my thinking about hazards and the role of human decision making changed when one of my undergraduate students was unfortunately caught and killed in an avalanche. This tragic event changed my research trajectory, as I started to focus my research more on the role of humans and how groups make decisions in complex settings, under uncertainty. My research focus pivoted to focus more on 鈥榟uman factors鈥, with an understanding that more data does not necessarily lead to better decisions.

I also started teaching snow science courses and undertaking research in the Norwegian Arctic. I was employed by UNIS (the University Centre in Svalbard) in Longyearbyen, Svalbard and at also UiT (the Arctic University of Norway) in Troms酶, as an Adjunct Professor (Professor II in the Norwegian system).

After those 12 years at MSU, including eight seasons working in the Arctic, and being 聽promoted to Full Professor, I started to contemplate my next career step. Did I want to stay in academia? Was I open to something else? As a family, we were considering whether we wanted to remain in the US long term.聽 The Chief Science Advisor position at Antarctica New 麻豆传媒团队was advertised around that time, and this was too good of an opportunity to pass up. New 麻豆传媒团队is respected internationally for Antarctic science and this was an opportunity to return my scientific roots. The opportunity to support and guide an entire research community was really appealing. With our kids growing older, it was the perfect time to get back to New 麻豆传媒团队and be closer to family. So getting Chief Science Advisor role was a home coming on many different levels!

I worked as Chief Science Advisor for 2.5 years until I stepped in as Acting Chief Executive in August 2024 and, after a competitive search, the role became permanent six months later. It鈥檚 a real honour to lead an organisation with a world-famous legacy for supporting Antarctic science.

What could a day in your life look like in this role?

No two days are alike. As the CEO of a small but incredibly complex organisation, I find myself involved in a wide range of tasks. Antarctica New 麻豆传媒团队operates the country鈥檚 research station , Scott Base. It鈥檚 like managing a very small town with power generation, water de-salination, water and waste treatment, as well as feeding and housing of 130+ people during peak times, all the while minimising our environmental impacts and supporting world leading science. 聽We also coordinate the movement of people and cargo between the continent and Christchurch, which is one of only five gateway cities to Antarctica. All of this is being done in the coldest, highest, windiest place on Earth. Success relies on our people, and making sure I enable the teams to deliver their best is a real focus.

Antarctica plays a crucial role in understanding climate change. How does Antarctica New 麻豆传媒团队contribute to global climate research?

Antarctica New 麻豆传媒团队is the government agency responsible for carrying out New Zealand's activities in Antarctica, which are supporting world leading science and environmental protection. We work with various research partners (universities / PROs / international collaborators) to support critically important climate change research in Antarctica.聽聽

Changes in the Antarctic environment have implications for the rest of the globe. Antarctic ice melt will be a significant contributor to future sea level rise, increasing risks of coastal erosion and flooding. This is particularly relevant for us in New 麻豆传媒团队as an island nation, but is likely to be even more significant for our low-lying Pacific neighbours. Warming atmospheric and ocean temperatures are changing sea ice formation patterns and increasing the glaciers and ice shelves melt rates. Changing physical environments, particularly temperatures and sea ice cover, threatens the habitats, abundance, and biodiversity of Antarctica鈥檚 unique plants and animals, on land and in the sea.

Are there any projects or initiatives coming up this year that particularly excite you?

Where do I start! There are so many amazing projects underway that I am really excited about. The key focus of our work is the supporting world class research during the Antarctic season, which typically starts in late September and ends in February. This is peak research activity in Antarctica when most field science is undertaken.聽 A summary of our last season of science achievements can be found聽.

The redevelopment of Scott Base is another focus. As Aotearoa New Zealand鈥檚 home on the ice, the station is the strategic hub for scientists from New 麻豆传媒团队and across the globe to carry out some of the most important research in the world. The redevelopment will see the aging infrastructure replaced with a safe, fit-for-purpose and sustainable research facility that will support New Zealand鈥檚 presence in the Ross Sea region of Antarctica for current and future generations.

What memories stand out when looking back on your time spent at UC?

I have many fond memories of my PhD cohort at UC. As part of the Geography Department, I had colleagues working across a broad range of topics such as historical and cultural geography, atmospheric science, gender studies, geographies of health, hazards, applied ecology, and spatial analysis. It was really varied. Despite having different research interests, we shared a strong sense of community which brought out a real strength in the diversity of thought. I am still in contact with several of these people from over two decades ago and it鈥檚 great to follow their career journeys.

I also remember helping to teach several field-based courses and the field trips were always a highlight . At UC, we are lucky to have the Southern Alps on our doorstep, so we could take students to many great locations to look at various environmental processes.

The UC is a lovely campus with many large old trees and during autumn the whole campus is bathed in an autumnal glow!

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