Warm Penguins: Reflections on the latest Antarctic Treaty Consultative Meeting in Milan

Jordane Liebeaux at the Antarctic Treaty Consultative Meeting.

For two weeks, I was able to take part in the Antarctic Treaty Consultative Meeting (or ATCM), which is the yearly negotiations on Antarctic matters under the Antarctic Treaty, as part of my PhD research in Sustainable Futures on Antarctic environmental governance at the University of Bristol. This year, the negotiations took place from June 23rd to July 3rd in Milan, Italy.

The Antarctic region is legally defined as the lands and waters south of the 60° S latitude. Antarctica is a primarily ice-covered continent surrounded by the Southern Ocean. It is one of the four internationally recognised global commons but, unlike other global commons, such as the high seas, the Antarctic is not governed by the United Nations. Since the adoption of the Antarctic Treaty in 1959, it has been governed by a group of States. This Treaty suspended all territorial claims made, including by the United Kingdom, and made peace and science the foundational pillars of the system. Since then, there have been additional treaties to address specific issues, such as sealing (Convention on the Conservation of Antarctic Seals, 1972) and marine management (Convention on the Conservation of Antarctic Marine Living Resources, 1980). In particular, an Environmental Protocol was adopted in 1991 which prohibited any mineral exploitation and created a Committee on Environmental Protection (CEP), which meets in parallel to the ATCM, during the first week of the negotiations. Its report is then adopted by the ATCM during the second week, and all reports are publicly available on the Secretariat of the Antarctic Treaty’s website.

Only 29 States have decision-making powers at ATCMs, while 29 other States can take part in discussions but do not have decision-making powers in this consensus-based system. However, there are also non-governmental organisations. The Scientific Committee on Antarctic Research (SCAR) is a major Antarctic stakeholder with observer status as it coordinates and promotes Antarctic science, and there are also international groups like the International Union for the Conservation of Nature (IUCN) and the World Meteorological Organisation (WMO). My participation was enabled by the Antarctic and Southern Ocean Coalition (ASOC) as a visiting researcher. As the meetings are held behind closed doors, participation is only possible within one of the delegations, and ASOC has a tradition of hosting academics, which supports both Antarctic research and, to some extent, the transparency of the Antarctic system. Founded in 1978, ASOC is at the forefront of environmental advocacy both at ATCMs and outside the meetings, including member organisations such as WWF, Greenpeace, and the Pew Charitable Trusts.

For my research, I was interested in the discussions of the CEP which I followed during the first week. The agenda items I was particularly looking forward to were the designation of new protected areas and the designation of Emperor Penguins as a Specially Protected Species, because both already faced opposition in past years. And this time was no exception. When Germany proposed a new protected area, a Party opposed, and consensus was not reached. Similarly, when the designation of Emperor Penguins as a Specially Protected Species, especially in the context of declining sea-ice, was raised by the United Kingdom, two Parties opposed the proposition, primarily based on a lack of scientific information to justify such a designation. Both were disappointing outcomes, and it is preoccupying to see these issues reoccurring each year.

In addition to these items, some other discussions caught my attention. For instance, the role of SCAR as an objective scientific body providing the research that should guide evidence-based polices at the ATCM was challenged in particular by the Russian Federation. To me, this is particularly concerning as it is urgent to better protect Antarctica: while SCAR does focus primarily on Western science, time is running out. Attempts at downplaying scientific findings and doubting the quality of the evidence presented postpone vital decisions on Antarctic protection and a strong implementation of the precautionary principle is still lacking.

Furthermore, the Antarctic is far from being a remote and isolated continent. All international dynamics are reflected in the negotiations, even though the tone was always polite. A Party’s opposition to many environmental protection measures can be understood as a way to assert presence in the consensus-based Antarctic system. In addition, Canada and Belarus both applied for full membership in the system with decision-making powers – Canada for the fourth time. Canada’s application was opposed by two Parties despite a majority of States recognising its scientific contributions, and Belarus’ application was opposed by Ukraine with a strong support from many States. In general, it is concerning that geopolitical considerations take precedence over environmental protection even in a part of the world where territorial claims are suspended and military activity prohibited.

I also learned that, as we passed 1.5° of warming, the consequences will be severe for the Antarctic ice sheet. This will lead, for instance, to sea-level rise of several meters in the coming decades and centuries, among other dramatic impacts. Antarctica will therefore become very different, and it becomes crucial to imagine how we can research and live with a disappearing and changing continent. Hence the importance of social sciences and humanities, in addition to natural sciences, to critically reflect on Antarctic governance, its future, and human-environment relationships amid extinction.

However, it is important to remember that the treaty still holds and that it is, in these complicated times, already a small success. Keeping spaces for dialogue, even when States all have different agendas and priorities, leaves the door open for cooperation and communication, bearing in mind that the system already withstood the Cold War, the Falkland War, and the invasion of Ukraine, among other regional and international crises.

Discussions will continue intersessionally between States, for instance to find a compromise on the German protected area. The next ATCM will take place in May 2026 at Hiroshima, Japan, chosen for its strong connection to peace and denuclearisation. Let’s hope that new environmental measures will finally be agreed to protect Antarctica and transform human engagement in a very rapidly changing region.

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This blog is written by Jordane Liebeaux, a PhD student in Sustainable Futures at the University of Bristol.

Jordane Liebeaux

What a difference a year makes! Celebrating the success of our Cabot Institute postgraduates

As we come to the end of our academic year and prepare to welcome our new cohort of MScR Global Environmental Challenges students in September, we wanted to take a moment to celebrate the incredible achievements and contributions of our postgraduate (PGR) community. 

This year has been filled with impressive milestones – publications, successful Vivas, community engagement and countless hours of dedication. 

We’ve also seen our PGRs supporting one another through peer-led initiatives, writing retreats, wellbeing meetups and vibrant discussion groups. Alongside this, our bespoke training sessions – covering project management, academic writing, presentation and networking workshops – have helped to further equip our students with essential skills.  

Many of our students have had the opportunity to present their research at conferences in the UK and around the world. Some examples include: 

Lucas Fadden travelled to Yokohama, Japan, to present his research into the gap between user expectations and technology performance of heat pumps at the ACM (Association for Computing Machinery) CHI conference on Human Factors in Computing Systems, the premier international conference of Human-Computer Interaction.

Cabot MScR student Lucas Fadden in Japan.

Katie Weir travelled to Vienna to present her research looking into whether nitrous oxide emissions from grasslands can be reduced by inoculating them with rhizobia at the European Geosciences Union (EGU) General Assembly.  

Cabot MScR student Katie Weir in Vienna.

Claudia Moorhouse presented her research exploring staff and student ideals for engineering education at the Twelfth International Conference on Engineering Education for Sustainable Development (EESD2025) and at the UK and Ireland Engineering Education Research Network Annual Symposium. 

Later this year, Sri Megawati will present her research on the impact of seawater desalination brine discharge on harmful algal blooms (HABs) and public health in Indonesian coastal areas at the IDRA Reykjavik Summit on Water and Climate Change 2025.  

We also have students completing fieldwork this summer in the arctic and Indonesia and attending the EuroSciPy 2025 hybrid workshop-conference and the Tarfala Research Station 80 year Anniversary Conference. 

A Cabot MScR student collecting plankton on a fieldtrip.

Felix Brocklehurst joined the programme in January this year and is completing his research project in partnership with Pledgeball, looking into the potential of women’s football as a lever for climate change action. There are further opportunities for students to propose projects working in partnership with Pledgeball, researching topics related to sustainability and football, details of which can be found on our website.

Several of our students this year have gone on to secure PhDs at the University of Bristol and other UK universities.  We know that their Master’s by Research degree will have been fantastic preparation for further research and study.  

We are excited to hear from our Climate Change and Health PhD students as they present their research in our Climate Change and Health seminar series over the summer and autumn term. 

The strength of our PGR community lies not only in individual excellence but also in the collaborative spirit that makes this environment so unique. A special thank you to all our supervisors, the Cabot team and the wider academic community who continue to champion and guide our students through every stage of their journey. 

If you are interested in finding out more about the MScR in Global Environmental Challenges or applying for the programme, please visit our website or contact cabot-pgr@bristol.ac.uk 

Horseflies and wasps and jellyfish – how to stay safe from stings and bites this summer

Tick on yellow flower
Tick on a yellow flower by Erik Karits (Pexels)

Despite the glorious arrival of summer, there’s definitely a sting in the season’s tail – quite literally. Even in the UK, it’s not just sunburn we need to watch out for. From nettles to jellyfish, summer brings a full cast of prickly, buzzing, biting villains.My own back patio is armed with an arsenal of citronella candles and incense sticks to fend them off – not just a lifestyle choice, but a survival strategy for someone as jumpy as me around insects.

Let’s break down the main culprits.

Plant-based stings: nettles

First up, the humble but mighty common nettle, which thrives in hedgerows and gardens, often reaching impressive heights of up to two metres by midsummer. Their sting comes from tiny hairs called trichomes, which inject histamine and other irritants into the skin as a form of defence.

Histamine causes the classic signs of inflammation: redness, swelling, heat and pain – all of which are evident in the raised, red rash known as urticaria (or hives). Unsurprisingly, the Latin name for the nettle family is urtica, meaning “to sting.”

And what about that old remedy of rubbing a dock leaf on the sting? Honestly, good luck identifying one among the 200-plus species. While the sap might offer a mild soothing effect, there’s no strong evidence of an active compound that reduces symptoms.

If it works for you, great, but calamine lotion or over-the-counter antihistamines are far more reliable. And use some form of protection in the first place – if you’re clearing them from your garden, or foraging to make nettle pesto, wear gloves and proceed carefully.

Insects: bees, wasps and horseflies

As temperatures rise, so do the number of stinging insects like bees and wasps, not to mention the dreaded horseflies. While most don’t sting unless provoked (a mantra I repeat to myself regularly), when they do, it can be unpleasant.

Most stings cause local irritation – simple pain relief and antihistamines usually do the trick here. But sometimes, either the original sting or subsequent scratching can cause infections.

Cellulitis is a deeper skin infection that can spread quickly if untreated. While milder cases may clear up with oral antibiotics, some infections can be serious – even life threatening – and require hospital care.

If a sting site or the surrounding skin becomes red, warm, painful or swollen, seek urgent medical advice. And if you feel unwell with symptoms like fevers, chills or a racing heart, treat it as an emergency.

Insect stings can also trigger anaphylaxis, a life-threatening allergic reaction. In the UK, stings account for around ten deaths per year: a small, but very sobering figure. Always take anaphylactic symptoms like facial swelling, difficulty breathing or dizziness seriously – and call 999 immediately.

Ticks: small bites, big risks

Tick bites are also more common in summer, thanks to more exposed skin and time spent in tall grass or woodlands. Ticks are tiny – often smaller than a poppy seed – and can be easily missed until they become engorged with blood.

They’re usually harmless, but some ticks carry diseases like Lyme disease, a bacterial infection that can cause fatigue, joint pain and, if untreated, serious complications affecting the nervous system or heart.

Ticks can also spread tick-borne encephalitis, a viral infection that can lead to inflammation of the brain, though it’s very rare in the UK. Watch out for the telltale bullseye rash and flu-like symptoms after a bite – and seek urgent medical advice if they appear.

To remove a tick, use fine-tipped tweezers, gripping as close to the skin as possible and pulling steadily. Don’t twist. You want the whole tick out, legs and all. And don’t squeeze its body, as this can force potentially infected fluids into your bloodstream, raising the risk of conditions like Lyme disease, among others.

Marine stings: jellyfish and friends

And finally, the unexpected seaside sting. Coastal waters can play host to a range of jellyfish, from the mildly irritating to the impressively painful.

Most UK species cause minor rashes, but be wary of the lion’s mane and the occasional (though rare) portuguese men o’war – not technically a jellyfish, but still best avoided.

Even jellyfish washed up on shore can sting, sometimes for days. If stung, rinse the area with seawater (not fresh water), or soak in warm water. Avoid rubbing or using urine – yes, that scene in Friends is not medically sound. Peeing on a jellyfish sting can make things worse by triggering more venom release from stuck tentacles.

If tentacles are still stuck to the skin, use tweezers or the edge of a credit card to remove them gently. Don’t use your bare hand – you could end up stinging that too.

And like insect stings, jellyfish can rarely trigger anaphylactic shock. If someone shows symptoms, don’t hesitate to seek emergency help.

From the garden to the seaside, summer has plenty of sting — but being prepared can make all the difference. Whether it’s nettles, bees or ticks, the best approach is prevention (think gloves, repellent and awareness), followed by prompt treatment if needed.

Use calamine or antihistamines for rashes, and tweezers for tick or jellyfish tentacle removal. Keep a close eye out for signs of infection or allergic reaction and always seek medical advice if something doesn’t feel right.The Conversation

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This blog is written by Dan Baumgardt, Senior Lecturer, School of Physiology, Pharmacology and Neuroscience, University of Bristol.

This article is republished from The Conversation under a Creative Commons license. Read the original article.