logo
‘A billionaire will pay a lot of money to shoot a recreated being': historian Sadiah Qureshi on extinction and empire

‘A billionaire will pay a lot of money to shoot a recreated being': historian Sadiah Qureshi on extinction and empire

The Guardian11-06-2025
Would you bring an extinct species back to life if you could? If so, which species would you pick? Prof Sadiah Qureshi has taken to asking her friends, students and complete strangers this question because, she says, their answers reveal a lot about how we understand extinction.
Some choose a dinosaur, others pick a species like the dodo, killed off by humans. Almost no one chooses a plant or insect.
The very idea of de-extinction, Qureshi says, raises profound questions about the meaning of extinction and how we treat life, whether living, endangered, dead or extinct. How, she asks, did human beings come to think of ourselves as survivors in a world where species can vanish forever?
This is the subject of her new book, Vanished: An Unnatural History of Extinction, which traces the entanglements of race, empire and colonialism to better understand extinction. 'Every time we save a way of being or mourn the passing of a natural kind, whether a species or otherwise, we make decisions rooted in our emotional attachments, or our perceptions of that natural kind's value – whether commercial, aesthetic, or ecological,' she writes. Extinction is not simply a scientific puzzle, Qureshi argues – it is political and philosophical.
Qureshi grew up in Handsworth, Birmingham, and was taught by her father to respect all living beings – a conviction that underpins the book and that we keep coming back to during our conversation, which takes place as we perch on one of the large rocks that line the garden of the Natural History Museum in London.
Qureshi studied natural sciences at Cambridge – a place she initially hated as an undergraduate, she says, feeling she was among the 'most entrenched, ossified forms of whiteness'. She also didn't enjoy her subject: she didn't like lab work, her experiments often went wrong, and she realised quickly that she wasn't going to be a research scientist. She decided to study the history and philosophy of science, found her people and stayed at the university for her PhD. Now based at the University of Manchester she is, she thinks, the first woman of Pakistani heritage in the country to become a history professor.
Before seeing me, Qureshi squeezed in a visit to Hope, the famous whale skeleton suspended over the museum's main hall. 'As Hope hovers above the museum's visitors', she writes in Vanished, 'she shows what is possible when we forgo valuing species for their economic significance and instead consider them as ways of being worthy of life'. Whales, pushed nearly to extinction by the profitable commercial whaling industry, were brought back from this cliff edge thanks to mass campaigning. But we don't care for all life this way.
The Earth is going through a sixth mass extinction of wildlife, with more than 500 species of land animals found by scientists in 2020 to be on the brink of extinction and likely to be lost within 20 years. In the previous five mass extinction periods, rates of loss were higher than normal, with at least 75% of species going extinct over a geologically short period of time. These extinctions were unavoidable, caused by rapid and significant changes in the climate, among other factors, and driven by natural processes. But the current crisis is an unnatural extinction that human beings have produced through an economy focused on resource extraction, intensive land use and pollution, among other things.
Yet many of our stories about extinction focus less on the political nature of the issue and more on heroic scientists discovering lost species and formulating new theories about why they went extinct, she explains in the book. In Vanished, which is both highly readable and academically rigorous, she gives us a new story. According to Qureshi, animal extinction should not be treated as a separate historical development from human extermination, as it often is.
Long before social Darwinism's theory of natural selection, colonialists across North America predicted that Indigenous peoples were going extinct and that this was evidence of God's natural law, leaving the spoils of the land for white Europeans. Such reasoning rationalised genocide and persecution because, the argument went, as empires expanded, these peoples would die out anyway. 'That's a very, very different justification for imperialism than saying 'we want resources', [though] obviously, all of those things are linked,' she says. These arguments about extinction helped produce the exceptional violence of settler colonialism, Qureshi says, and they are relevant for thinking about species loss today.
'Who we think are worthy subjects of conservation [is] deeply rooted in past political projects,' she says. The very concept of the national park, for example, was at least partly related to the expectation that Indigenous peoples would soon be extinct. Campaigners imagined the parks as pristine, unpeopled wildernesses. Yosemite, the first US national park, established in 1864, was home to Miwok groups, but their villages were razed and former inhabitants starved or frozen. They were depicted as 'historic ghosts', Qureshi writes, not the 'presently dispossessed'.
Too often, conservation efforts write Indigenous people out of the story once again, she argues. And while de-extinction, bringing a species back to life, might sound exciting, for Qureshi it's a form of avoidance that doesn't require we change our current relationships with the natural world.
It would be awe-inspiring if the woolly mammoth roamed the earth in the not-so-distant future (which is the aim of one biotech company), but it is never going to come back as it was. It would be 'a new form of life that is genetically engineered and would be intellectual property', Qureshi says. 'What kind of life will that being be able to lead? … And, you know, at some point, some billionaire is going to pay a lot of money to shoot one of these recreated beings.'
Science alone doesn't offer the way forward, she argues. It isn't inherently objective, even though that's how it's regularly imagined, especially now, in what Qureshi calls 'a moment of resurging biological tyranny' – referencing the biological essentialism of the fight over trans rights and the re-emergence of eugenics. But she acknowledges that scientific research must be defended when it is under attack, as it is now, because it can still provide us with valuable knowledge.
'Historians and philosophers and sociologists of science have long interrogated attempts to seek authority in science,' she explains. 'That doesn't mean to say that there's not some material reality out there, but … the way that we engage with that world is culturally and historically specific.'
We need to respect, not try to control, nature, she argues. For Qureshi, rewilding is one option, as are smaller-scale changes, such as nurturing gardens to make them as welcoming as possible to insects. 'If you really, deeply care about the people around you, about life around you, you will treat it differently to the way than we're doing,' she says, 'and get away from the exploitative ways of living in the modern world that are damaging to the planet … Paying attention to the life around us and recalibrating how we value that life is just as powerful as having more scientific research'.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

In 2025 how and when to see July's full Moon and the Delta Aquariid meteor shower
In 2025 how and when to see July's full Moon and the Delta Aquariid meteor shower

BBC News

timean hour ago

  • BBC News

In 2025 how and when to see July's full Moon and the Delta Aquariid meteor shower

From a meteor shower, a dual display of the Moon and Mars, to a full Moon - there are an array of celestial events to look out for after dark this first happens on Friday 4 when the July night sky will bring the greatest chance of seeing the planet Mercury in 2025. It will be at its furthest distance from the Sun, making it easier to spot in the sky just after sunset. If you look towards the low western area of the horizon during twilight you should hopefully catch a glimpse of Mercury appearing to look like a small star. But be quick before it follows the Sun and dips below the skyline. Will you or won't you see the full Moon? The full Buck Moon rises on 10 July at around 22:00 BST but whether or not you get to see it depends on where you are - and the weather conditions of course. As with the other full Moons across the year, they are named after events in nature happening around the same time. This month's full Moon was named to represent the time of year when male deer, known as bucks, begin to grow their new antlers. For many it marked the start of the game hunting to the Sky at Night magazine this month's full Moon will be a low hanging one, external, meaning that in some parts of the northern hemisphere, including the UK, it might be too close to the horizon to really see it well. More meteors for July Starting on 12 July, the Delta Aquariid meteor shower begins its annual display, peaking on the nights of 28 and 29 can expect between 15 and 20 meteors an hour especially in dark-sky locations, but you'll need to be up after midnight to see them. While they're best viewed from the southern hemisphere, observers in the northern hemisphere should still catch a decent are believed to originate from Comet 96P/Machholz, a short-period comet that orbits the Sun every five years. The meteors tend to be faint, so darker skies will enhance visibility, especially around the new Moon on 24 July when it could also be possible to see parts of the Milky Way. The Moon and Mars are a double delight Just to keep you on tenterhooks you have to wait until July ends to see a striking conjunction of the Moon and Mars on 29 JulyIf you look to the eastern sky before dawn you should be able to see the waning crescent Moon closely aligned with the red skies are clear, you may be lucky enough to observe Mars and its striking reddish forget that the weather and cloud cover in your location will have an impact on what you can see, but you can check that and the sunrise/sunset times where you are on the BBC Weather app or online.

How Bridget Phillipson can improve the climate for having children
How Bridget Phillipson can improve the climate for having children

The Guardian

time2 hours ago

  • The Guardian

How Bridget Phillipson can improve the climate for having children

In Bridget Phillipson's proposals (Bridget Phillipson says she wants more young people in UK to have children, 30 July), a notable absence that she is well placed to address as education secretary is the anxiety felt by so many students that if they do have children in the context of accelerating climate breakdown, there won't be a livable planet for their babies to grow up in. Surveys of young people's attitudes published in the Lancet in 2021 and 2024 reveal that this is a material factor in considering whether to have children for between 38% and 52% of respondents. Given that anxiety can either transform into purposeful action or malign and perverse despair if left to fester unaddressed, the curriculum review due to report in the autumn should integrate climate education across all subjects so that all our students understand the nature of the crisis and the debates about what we can do about it. Anything less will leave them stranded with a Holocene education in an Anthropocene AtkinNational Education Union Climate Change Network Have an opinion on anything you've read in the Guardian today? Please email us your letter and it will be considered for publication in our letters section.

Fossils reveal why earth was extremely hot for millions of years
Fossils reveal why earth was extremely hot for millions of years

The Independent

time2 hours ago

  • The Independent

Fossils reveal why earth was extremely hot for millions of years

Some 252 million years ago, almost all life on Earth disappeared. Known as the Permian–Triassic mass extinction – or the Great Dying – this was the most catastrophic of the five mass extinction events recognised in the past 539 million years of our planet's history. Up to 94 per cent of marine species and 70 per cent of terrestrial vertebrate families were wiped out. Tropical forests – which served, as they do today, as important carbon sinks that helped regulate the planet's temperature – also experienced massive declines. Scientists have long agreed this event was triggered by a sudden surge in greenhouse gases which resulted in an intense and rapid warming of Earth. But what has remained a mystery is why these extremely hot conditions persisted for millions of years. Our new paper, published in Nature Communications, provides an answer. The decline of tropical forests locked Earth in a hothouse state, confirming scientists' suspicion that when our planet's climate crosses certain 'tipping points', truly catastrophic ecological collapse can follow. A massive eruption The trigger for the Permian–Triassic mass extinction event was the eruption of massive amounts of molten rock in modern day Siberia, named the Siberian Traps. This molten rock erupted in a sedimentary basin, rich in organic matter. The molten rock was hot enough to melt the surrounding rocks and release massive amounts of carbon dioxide into Earth's atmosphere over a period as short as 50,000 years but possibly as long as 500,000 years. This rapid increase in carbon dioxide in Earth's atmosphere and the resulting temperature increase is thought to be the primary kill mechanism for much of life at the time. On land it is thought surface temperatures increased by as much as 6°C to 10°C – too rapid for many life forms to evolve and adapt. In other similar eruptions, the climate system usually returns to its previous state within 100,000 to a million years. But these 'super greenhouse' conditions, which resulted in equatorial average surface temperatures upwards of 34°C (roughly 8°C warmer than the current equatorial average temperature) persisted for roughly five million years. In our study we sought to answer why. The forests die out We looked at the fossil record of a wide range of land plant biomes, such as arid, tropical, subtropical, temperate and scrub. We analysed how the biomes changed from just before the mass extinction event, until about eight million years after. We hypothesised that Earth warmed too rapidly, leading to the dying out of low- to mid-latitude vegetation, especially the rainforests. As a result the efficiency of the organic carbon cycle was greatly reduced immediately after the volcanic eruptions. Plants, because they are unable to simply get up and move, were very strongly affected by the changing conditions. Before the event, many peat bogs and tropical and subtropical forests existed around the equator and soaked up carbon. However, when we reconstructed plant fossils from fieldwork, records and databases around the event we saw that these biomes were completely wiped out from the tropical continents. This led to a multimillion year 'coal gap' in the geological record. These forests were replaced by tiny lycopods, only two to 20 centimetres in height. Enclaves of larger plants remained towards the poles, in coastal and in slightly mountainous regions where the temperature was slightly cooler. After about five million years they had mostly recolonised Earth. However these types of plants were also less efficient at fixing carbon in the organic carbon cycle. This is analogous in some ways to considering the impact of replacing all rainforests at present day with the mallee-scrub and spinifex flora that we might expect to see in the Australian outback. Finally, the forests return Using evidence from the present day, we estimated the rate at which plants take atmospheric carbon dioxide and store it as organic matter of each different biome (or its 'net primary productivity') that was suggested in the fossil record. We then used a recently developed carbon cycle model called SCION to test our hypothesis numerically. When we analysed our model results we found that the initial increase in temperature from the Siberian Traps was preserved for five to six million years after the event because of the reduction in net primary productivity. It was only as plants re-established themselves and the organic carbon cycle restarted that Earth slowly started to ease out of the super greenhouse conditions. Maintaining a climate equilibrium It's always difficult to draw analogies between past climate change in the geological record and what we're experiencing today. That's because the extent of past changes is usually measured over tens to hundreds of thousands of years while at present day we are experiencing change over decades to centuries. A key implication of our work, however, is that life on Earth, while resilient, is unable to respond to massive changes on short time scales without drastic rewirings of the biotic landscape. In the case of the Permian–Triassic mass extinction, plants were unable to respond on as rapid a time scale as 1,000 to 10,000 years. This resulted in a large extinction event. Overall, our results underline how important tropical and subtropical plant biomes and environments are to maintaining a climate equilibrium. In turn, they show how the loss of these biomes can contribute to additional climate warming – and serve as a devastating climate tipping point. Zhen Xu was the lead author of the study, which was part of her PhD work. Andrew Merdith is a DECRA Fellow at the School of Earth Sciences, University of Adelaide. Benjamin J. W. Mills is a Professor of Earth System Evolution at the University of Leeds. Zhen Xu is a Research Fellow at the School of Earth and Environment, University of Leeds.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store