Earth is getting a black box to record our climate change actions, and it’s already started listening

On a granite-strewn plain, surrounded by gnarled mountains, sits a giant steel box.

Incongruous in the landscape, much like Kubrick’s black monolith of 2001: A Space Odyssey fame, its alien presence suggests it was put there with intent.

And if those that discover it can decipher the messages it contains, they could get a glimpse of what caused the fall of the civilisation that was there before.

This is Earth’s Black Box.

‘First and foremost, it’s a tool’

When an aeroplane crashes, it’s left to investigators to sift through the wreckage to recover the black box.

It’s hoped the recorded contents can be used to help others avoid the same fate.

And so it is with Earth’s Black Box: a 10-metre-by-4-metre-by-3-metre steel monolith that’s about to be built on a remote outcrop on Tasmania’s west coast.

Chosen for its geopolitical and geological stability, ahead of other candidates like Malta, Norway and Qatar, the idea is that the Tasmanian site can cradle the black box for the benefit of a future civilisation, should catastrophic climate change cause the downfall of ours.

If that sounds unhinged, it’s worth remembering that we’re currently on track for as much as 2.7C of warming this century.

Ask any climate scientist what happens when warming breaches 2C, and they’ll almost invariably tell you it’s not worth thinking about.

Plenty of past civilisations and empires have collapsed in the face of less.

 

The alien monolith in 2001: A Space Odyssey(Gfycat)

So what is this black box? Artistic installation? Academic experiment? Or something else?

The project is completely non-commercial, and the guiding design principle is functionality, according to Jim Curtis from Clemenger BBDO.

“Obviously it’s really a powerful concept when you say to someone, ‘Earth’s got a black box’. Because they’re like, ‘Why does it need a black box?'” said Mr Curtis, who’s collaborating on the project with University of Tasmania researchers, among others.

“But first and foremost, it’s a tool.”

It’s designed to record our actions

The box will be made from 7.5-centimetre-thick steel, cantilevered off granite, according to Jonathan Kneebone, co-founder of artistic collective the Glue Society, which is also involved.

“It’s built to outlive us all,” he said.

“If the worst does happen, just because the power grids go down, this thing will still be there.”

The box will be filled with a mass of storage drives and have internet connectivity, all powered by solar panels on the structure’s roof.

Batteries will provide backup power storage.

When the sun is shining, the black box will be downloading scientific data and an algorithm will be gleaning climate-change-related material from the internet.

 

Broadly, it will be collecting two types of data:

• It will collect measurements of land and sea temperatures, ocean acidification, atmospheric CO2, species extinction, land-use changes, as well as things like human population, military spending and energy consumption.
• And it will collect contextual data such as newspaper headlines, social media posts, and news from key events like Conference of the Parties (COP) climate change meetings.

“The idea is if the Earth does crash as a result of climate change, this indestructible recording device will be there for whoever’s left to learn from that,” Mr Curtis says.

“It’s also there to hold leaders to account — to make sure their action or inaction is recorded.”

Recordings have already started

The black box will record backwards, as well as forwards in time, to document how we got to where we are — pulling any available historical climate change data off the internet.

And although construction of the housing structure itself will only begin mid next year, the hard drives have already begun recording, beginning with the COP26 climate conference in Glasgow in November this year.

Using compression and archiving, the developers estimate there will be enough capacity to store data for the next 30 to 50 years.

In the meantime, they’re investigating ways to expand that capacity, and more long-term storage methods including inscribing to “steel plates”.

“This will enable us to be far more efficient with how each tier of storage is used and make it possible to store data for hundreds, if not thousands of years,” they said.

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