BBC Magazine

How do you build in the most isolated place on Earth? For decades Antarctica – the only continent with no indigenous population – hosted only the simplest huts as human shelters. But, as Matthew Teller finds out, architecture in the coldest, driest, windiest reaches of our planet is getting snazzier.

Welcome to Brazil’s Comandante Ferraz Antarctic research station.

It’s an eye-popping, futuristic design – a dark, sleek building, low and long, that is destined to be a temporary waterfront home for up to 65 people at a time.

The price tag is a hefty $100m (£80m). And while a Chinese company is building it, it’s not in China, and almost no-one will ever see it.

After the original burned down in 2012, the Brazilian navy launched an architectural competition for a replacement design – won by a local firm – and then awarded the building tender to a Chinese defence and engineering contractor, CEIEC. It was completed in 2018.

Image caption The upper block will contain cabins, dining and living space; the lower block will house laboratories and operational areas

Located on a small island just off the coast of Antarctica, it lies almost 1,000km (600 miles) south of the tip of South America. No scheduled air routes come close and it’s way off any shipping lanes.

And even if you could reach it yourself, like all Antarctic research stations Comandante Ferraz will be closed to the public. Virtually nobody other than the crews posted there will ever see it in the flesh. So why, you may ask, spend so much on architectural style? Wouldn’t a dull but functional building do just as well?

Brazil is not alone in paying for eye-catching design, though.

In 2013, India unveiled its Bharati station, with a similar modernist design.

Designed by bof arkitekten, Bharati overlooks the sea and is used to study polar marine life

It was made from 134 prefabricated shipping containers, for ease of transport and construction, but you would never guess it from the outside.

And the following year, South Korea opened its Jang Bogo station – a grand, triple-winged module lifted on steel-reinforced blocks, capable of supporting a crew of 60.

What is the explanation for this architectural flamboyance?

“Antarctic stations have become the equivalent of embassies on the ice,” says Prof Anne-Marie Brady, editor-in-chief of the Polar Journal and author of China as a Polar Great Power.

“They are showcases for a nation’s interests in Antarctica – status symbols.”

Those interests could be purely scientific. But a moratorium on mineral prospecting runs out in just over 40 years’ time, and every Antarctic player also wants to be ready to take advantage, should it not be extended.

Planting a dramatic building on the ice has become the modern equivalent of explorers of old planting a flag.

It wasn’t always like this.

In March 1903, the 33 men of the Scottish National Antarctic Expedition landed on the outlying South Orkney Islands and built a dry-stone shack.

John Kerry visited the hut in November.

Then came a – relative – building boom, spurred by the International Geophysical Year (IGY) of 1957-58, a global project for co-operation in science. The 1959 Antarctic Treaty, which resulted from the IGY, suspended all territorial claims, but that led many countries to set about consolidating their presence in other ways, such as construction.

The treaty’s clause giving countries conducting “substantial research activity” in Antarctica a vote in meetings to determine the continent’s future was another incentive to maintain a physical presence.

The US’s sprawling McMurdo research station dates from this period. Powered from 1962 to 1972 by a nuclear reactor, it is the biggest settlement on the continent, housing a summer population of about 1,200.

The McMurdo station has a harbour, landing strips on sea ice and shelf ice, and a helicopter pad

The McMurdo coffee house serves hot drinks to workers and is attached to a small cinema – the chapel of the snows, a non-denominational Christian church, is nearby

 Designed by Hugh Broughton Architects and Aecom, Britain’s Halley VI’s red module contains the communal areas

Halley VI, however, is Antarctica’s first relocatable research station. Its eight connected pods – like giant, colourful train carriages, which can be isolated to limit the spread of fire – sit on hydraulic legs mounted on huge, 8m-long skis. This means that the pods can be detached from each other, dragged by bulldozers to a new location, and the whole station reassembled.

That design is being put to good use, as Halley is currently being moved to avoid a chasm that is opening up in the ice nearby.

And Halley VI is both glamorous and comfortable.

Unlike earlier Halley stations, each bedroom now has a window to the outside

“All the newest bases look good as well as do the science – it’s a reflection of the priorities of our era,” says Anne-Marie Brady.

South Africa was one of the first countries to solve the problem of snow accumulation with its SANAE IV base, which opened in 1997. It was designed with stilt-like legs, which let snow blow under the building.

Germany applied the same concept to its Neumayer III base, which opened in 2009, with an extra refinement. Sixteen hydraulic pillars allow the entire two-storey structure to be raised every year by around a metre. The foot of each pillar is then lifted and replaced on a new firm base of packed snow.

Neumayer III always stands 6m above the ice – up to 50 people live there during the summer and nine in the winter

Like the UK’s Halley base, Concordia, an Italian and French research facility is used by the European Space Agency to study the physical and psychological effects of isolation – the nearest people are stationed 600 km (370 miles) away

Another element of Antarctic architecture that has become critical is energy efficiency. Most stations run on polar diesel, which is expensive, polluting and difficult to transport. Belgium’s Princess Elisabeth station, an aerodynamic pod raised on steel legs, is the first with zero emissions.

Since its inauguration in 2009 it has run entirely on solar and wind energy, and – even here – has no heating. The station’s layered design means interior temperatures are maintained from waste heat generated by electrical systems and human activity, and dense wall insulation reduces heat loss to almost zero.

Photovoltaic solar panels also provide electricity, while thermal solar panels melt snow and heat water for bathrooms and kitchens

If the Princess Elisabeth station looks like something out of a Bond movie, China’s latest Antarctic station Taishan – its fourth – has been likened to a flying saucer. It was rush-built in 45 days in 2013-14, and is intended to last only a few years.