Earth news, articles and features | Âéśš´ŤĂ˝ /topic/earth/ Science news and science articles from Âéśš´ŤĂ˝ Wed, 24 Jun 2026 15:05:56 +0000 en-US hourly 1 https://wordpress.org/?v=7.0.1 242057827 Complex life on Earth may last 500 million years longer than expected /article/2530639-complex-life-on-earth-may-last-500-million-years-longer-than-expected/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Thu, 18 Jun 2026 11:00:26 +0000 /?post_type=article&p=2530639 2530639 The greatest David Attenborough documentaries you really need to watch /article/2525104-the-greatest-david-attenborough-documentaries-you-really-need-to-watch/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Mon, 04 May 2026 09:00:49 +0000 /?post_type=article&p=2525104
David Attenborough with mountain gorillas, on location in Rwanda during filming for Life on Earth
John Sparks

HOW could we talk about David Attenborough’s best documentaries without featuring the photo perhaps most associated with the broadcaster, whose 100th birthday is on 8 May?

Life on Earth, the groundbreaking 1979 series containing that iconic gorilla sequence, pictured above, introduced a wider audience to the calm narration and stunning nature shots for which Attenborough is known today. His many documentaries would go on to move from the ocean depths to the lives of plants, and from the distant past to the fight against climate change.

Read on to discover which made the biggest impact on our staff, and which they deem worth watching today.

(1979)

David Attenborough by the Grand Canyon
David Attenborough by the Grand Canyon, on location for Life on Earth
John Sparks/naturepl.com

Life on Earth is special to me for so many reasons. There is that famous encounter with gorillas. It was also the first ambitious nature series of its kind – without its success, we might never have had the many great series that followed it. Then there’s the brilliant way Attenborough tells the story of deep time as he descends the Grand Canyon, and then back up again. There’s probably as much science here as in the rest of his programmes put together – I don’t think I’ve seen a better TV series on the evolution of life. OK, from today’s perspective it is a bit lectury at times, but who would you rather be lectured by?

Last but not least, for me, it has personal meaning, as I’m sure it does for many other people who saw it in their youth and were influenced by it. That wonky opening music by Edward Williams is just so evocative.

Michael Le Page, reporter

(1995)

David Attenborough with film crew on Ellesmere Island, Canada
David Attenborough with film crew on Ellesmere Island, Canada, filming The Private Life of Plants
NEIL NIGHTINGALE / naturepl.com

Plants live on another plane of existence. Every morning, drooping wood anemones lift their heads and nod at the sun, while brambles grapple across the forest floor with slow aggression. Exploding pods launch seeds in a millisecond; on mountain tops, bristlecone pines gnarl into stumps over thousands of years.

Time-lapse and high-speed photography weren’t new when The Private Life of Plants was filmed, but this was the first series to use them at scale. They allowed Attenborough to explore the agency and the intelligence of flora like never before.

When I rewatch the series today, the lurid colour grade, bespoke plant-themed typeface and rudimentary CGI bring me as much joy as the plants’ private lives. I would also recommend the behind-the-scenes for the plants of Life, which lays bare the painstaking ingenuity of the film-makers who capture these other worlds.

Thomas Lewton, features editor

(2001)

The Pacific Ocean, seen from the International Space Station
NASA

As the first in-depth look at what is happening beneath the rarely explored waves, The Blue Planet astounded me when I first watched it. New species were discovered and extraordinary footage showed blue whales from the air, alien-looking creatures in the ocean depths and, most surprisingly, herring sperm as far as the eye could see.

I am still haunted 25 years later by watching a pod of orcas spend 6 hours hunting a grey whale calf to eat only its lower jaw and tongue. Attenborough’s narration is calm, clear and concise, unafraid to let the images and music hold our attention.

It may not have the glossy HD footage or drone shots of more recent series, but it changed the shape of nature documentaries.

It also blew my mind and sparked a life-long interest in the oceans. Without it, I wouldn’t have ended up at Âéśš´ŤĂ˝!

Eleanor Parsons, magazine editor

(2006)

David Attenborough at the launch of the third series of Planet Earth in 2023
Ian West/PA Images/Alamy

Those nighttime images of a massive pride of lions swarming over a fleeing young elephant have stayed with me ever since the first series was shown in 2006. The film-makers set out to create a spectacular, high-definition series, and boy did they achieve it.

The many notable moments in Planet Earth include a starving polar bear trying to catch walruses, eagles preying on cranes as they fly over the Himalayas, dolphins beaching themselves to hunt fish and bears climbing mountains to feast on moths. This is simply incredible television. Watch it now if you haven’t seen it. Watch it again if you have.

The second series, first shown in 2016, also made a notable departure. While Attenborough’s previous series all showed wildlife in pristine wildernesses, the last episode here, and in the third series (2023), is about animals living alongside people, from leopards and monkeys to falcons and otters.

I do think Attenborough has been right to aim to evoke wonder rather than despair in most of his programmes, but now there’s no denying we live on a much-changed planet.

Michael Le Page, reporter

(2011)

Polar bears in Frozen Planet
BBC

Wondrous and strange is the life that thrives at the very ends of Earth. Frozen Planet cast a loving eye over the inhabitants of the Arctic and Antarctica, hostile lands whose charms are apparent from the earliest moments of this excellent series. The narrative bounces back and forth from one pole to the other, treating us to scheming penguins, swimming snails, polar bears and a bison charging down wolves.

Among it all, the then 84-year-old David Attenborough, bundled up in a fetching array of parkas, makes the odd appearance as our all-terrain guide to these alien environments.

Casting a pall over proceedings, of course, were the advancing effects of climate change. The series’ seventh episode, “On Thin Ice”, was an explicit call for the world to do more to protect these magnificent ecosystems and those living in them, including humans.

The magic of Frozen Planet wasn’t just that it told us how global warming imperils the poles, it’s that it made us truly care about what we might be losing.

Bethan Ackerley, subeditor

(2020)

A turtle swims over a coral reef in A Life on Our Planet
Netflix / David Attenborough: A Life On Our Planet

Like an ice core or tree ring, David Attenborough’s long and extraordinary life has come to be used as a yardstick for change. Socially, technologically and environmentally, the world of his youth was a far cry from the one we see today – and in this powerful film, Attenborough charts how we have degraded Earth’s ecosystems over his lifetime.

Released during the first year of the covid-19 pandemic, A Life on Our Planet was a timely warning from a man who has seen more of Earth’s wonders – like this turtle, pictured swimming over a coral reef – than perhaps anyone else alive. Its marriage of the personal and the political makes it a different beast from most Attenborough films. Climate change, biodiversity loss and rampant pollution all feature, as Attenborough sets out what a child born in 2020 may witness over their lifetime. It makes for bleak viewing, but, as is a hallmark of more recent Attenborough works, it also supplies plenty of solutions to the environmental crises we’re living through – if we’d only apply them.

Bethan Ackerley, subeditor

(2022)

Rapetosaurus, a long-necked sauropod from Madagascar, in Prehistoric Planet
Apple TV

Prehistoric Planet is far from the first programme to try to bring long-extinct animals back to life on the small screen, but it is the best so far. Of course, the programme-makers had to use their imagination to some extent, but the series has been praised by palaeontologists for its accuracy and naturalism.

The three series feature many of the most iconic animals of the past, but shows them in new ways – we see Tyrannosaurus rex swimming and mating, for instance. There are lots of smaller, lesser-known animals, too. For me, the real stars are not the dinosaurs but the pterosaurs, brought back to life in stunning detail.

The third series jumps forward in time to the recent glacial periods, featuring animals such as mammoths, sabre-toothed cats and many more. The content is just as brilliant, but Tom Hiddleston replaces David Attenborough as the narrator. It’s just not the same without him.

Michael Le Page, reporter

(2026)

A pigeon, one of the stars of Wild London, on a London Underground train
BBC/Passion Planet Ltd/Simon De Glanville

This very late entry to the David Attenborough canon became an instant classic in my household, since it was shown on New Year’s Day. We’ve rewatched the extraordinary exploits of London’s wildlife many times.

Yes, this one-off urban showcase has the foxes and pigeons you would expect, but not as you would expect to see them: vixens viciously squaring off on the streets of Tottenham and pigeons intelligently commuting on the tube from Hammersmith are standout moments.

But the bigger surprises come from how much the city’s nature has changed in recent decades. Peregrine falcons now soar over the centre, ring-necked parakeets have conquered the parks, Aesculapian snakes dangle from the trees along the Regent’s Canal and, since covid lockdowns, large numbers of fallow deer have taken to roaming parts of Romford.

The programme tours a London that is familiar to locals but rarely seen on screen: the community gardens, cemeteries and suburban parks that make the city an outstanding place to live, even for the nature-lovers who sometimes wonder if a megacity is the right place for them.

Perhaps their lingering doubt will be extinguished by Attenborough’s own assertion that he wouldn’t want to live anywhere else.

Penny Sarchet, managing editor

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Did a star blow up and hit Earth 10 million years ago? /article/2497946-did-a-star-blow-up-and-hit-earth-10-million-years-ago/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Fri, 26 Sep 2025 13:09:42 +0000 /?post_type=article&p=2497946 2497946 The captivating story that Earth’s ‘boring’ layered rocks tell us /article/2493608-the-captivating-story-that-earths-boring-layered-rocks-tell-us/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Wed, 27 Aug 2025 18:00:00 +0000 http://mg26735581.400 2493608 A stunning, star-studded view of Earth /article/2489153-a-stunning-star-studded-view-of-earth/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Wed, 23 Jul 2025 18:00:00 +0000 http://mg26735532.700 2489153 Dramatic Edward Burtynsky image shows stark desert divide /article/2485224-dramatic-edward-burtynsky-image-shows-stark-desert-divide/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Wed, 25 Jun 2025 18:00:00 +0000 http://mg26635490.200 There is no geophysical logic to the sharp partition in the middle of this picture. A US federal act, the Land Ordinance of 1785, divided North America’s vast western territories into rectilinear townships and sections. So when pumps pull water out of the aquifer beneath Salt River Valley, Arizona, squares of desert like this suburb of Phoenix grow green, settled and busy. The Indigenous Pima and Maricopa peoples used to farm this land; it was turned into this comfortable conurbation in the 2000s. Valley settlements like this one depend on an increasingly complex and costly water-management system. Photographer Edward Burtynsky was in a helicopter on his way to the already-desertified Colorado river delta in Mexico in 2011 when he spotted this place. As a student, his first assignment had been to “capture evidence of the activities of man”. He likes to say that, after 40 years of pioneering effort with large-format colour, digital and drone photography, he has more or less delivered. “I was out there early,” he says, “trying to figure it all out, trying to tell the story of our impact on the planet.” This shot and more of Burtynsky’s photos are being exhibited in a solo exhibition, , at New York City’s International Center of Photography until 28 September.]]> 2485224 See Mount Etna’s latest lava flow glow on the snow-covered volcano /article/2468771-see-mount-etnas-latest-lava-flow-glow-on-the-snow-covered-volcano/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Wed, 19 Feb 2025 18:00:00 +0000 http://mg26535313.500 2468771 In millions of years, what could a future civilisation learn about us? /article/2468480-in-millions-of-years-what-could-a-future-civilisation-learn-about-us/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Wed, 19 Feb 2025 18:00:00 +0000 http://mg26535310.300 2468480 The 7 most consequential moments in the history of everything /article/2468770-the-7-most-consequential-moments-in-the-history-of-everything/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Tue, 18 Feb 2025 12:00:00 +0000 http://mg26535313.400 F20J3E Glowing question mark symbol in forest at night

If there is one word associated with scientific curiosity, it’s “why”. Why is the universe expanding? Why are cases of cancer rising in young people? Why is the sky blue?

In contrast, it is rare for us to give so much attention to questions that begin with “when”. Indeed, it is often written almost in passing that the universe began 13.8 billion years ago, that our planet is 4.5 billion years old or that Homo sapiens evolved 300,000 years ago. Yet these confident statements conceal plenty of scientific intrigue, mystery and uncertainty. All of which might make one wonder, well, why? Why don’t we focus on “when” a little more?

Asking when forces us to sharpen our thinking, to carefully define our terms and think through what beginnings really look like. It is in this spirit that we tackle seven of the most crucial “when” questions in a special package beginning here “When did time begin? Hint: It wasn’t at the big bang “. Each piece shows that “when?” can be one of the most interesting questions it is possible to ask.

Asking when has already taught us so much about the grand sweep of cosmic history

To take one example, we have recently begun to find that the first galaxies appeared far earlier than we thought possible. The “when” here dramatically changes our understanding not only of the early universe, but also of how the chemical elements that went on to create life as we know it could have come about. Without “when”, there is no “how”, and certainly no “why”.

Science is increasingly well-equipped to investigate when things happened. We can deduce dates in the distant past using evidence from radioactive isotopes or by extrapolating from known points in history. Our special feature serves as a reminder of how much asking when has already taught us about the grand sweep of cosmic and terrestrial history, from the switching on of the first stars to the first life on this planet.

Asking why is also an important part of scientific curiosity, of course, and something we do often, but let’s not give it all the glory. It’s time “when” got some of the limelight too, because if not now…

This article is part of a special series exploring seven of the biggest chronological conundrums of all time.

When did time begin? Hint: It wasn’t at the big bang

When did the first galaxies form? Far earlier than we thought possible

When did life begin on Earth? New evidence reveals a shocking story

Why it’s so hard to tell when Homo sapiens became a distinct species

We are finally getting to grips with how plate tectonics started

We’re uncovering a radically different view of civilisation’s origins

Why geologists can’t agree on when the Anthropocene Epoch began

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Forces deep underground seem to be deforming Earth’s inner core /article/2467491-forces-deep-underground-seem-to-be-deforming-earths-inner-core/?utm_campaign=RSS|NSNS&utm_content=earth&utm_medium=RSS&utm_source=NSNS Mon, 10 Feb 2025 16:00:17 +0000 /?post_type=article&p=2467491
An illustration showing Earth’s inner structure
Rostislav Zatonskiy/Alamy
Earth’s solid inner core appears to have changed shape in the past 20 years or so, according to seismic wave measurements – but the behaviour of these waves could also be explained by other shifts at the centre of the planet. Since the 1990s, models and seismic measurements have indicated that Earth’s iron-nickel inner core moves at its own pace. Over decades, the rotation of the inner core speeds up and slows down relative to the rest of the planet, affecting things such as the length of a day. Those changes in rotation are mainly due to magnetic forces generated by convection in Earth’s liquid outer core, says at the University of Southern California. “That flow is continually torquing the inner core.” Those magnetic forces, or related processes, could change the shape of the inner core as well as its rotation – in fact, some previous measurements of seismic waves passing through the planet’s centre seemed to indicate just that. But uncertainty about the core’s rotation made it impossible to distinguish between a change in rotation and a change in shape. Now, Vidale and his colleagues have analysed seismic waves generated by 128 earthquakes off the coast of South America between 1991 and 2023. The waves were all measured by instruments in Alaska after passing through the planet. From these, the researchers identified 168 pairs of seismic waves that passed through or near the same area of the inner core – but years apart. Identifying these matches was only possible due to better constraining the changes in rotation of the inner core, says Vidale.
Both waves in each pair that didn’t pass through the inner core shared a similar pattern, suggesting nothing had changed in those areas within our planet between the first and second quake. But the waves in pairs that did intersect with the inner core didn’t match, indicating something about the core had changed beyond what could be explained by differences in rotation. The researchers say this suggests the inner core not only slows down or speeds up its rotation over decades, but it also changes shape. They say these changes would most likely be caused by convection in the outer core pulling magnetically at the less viscous edge of the solid inner core, or by interactions between the inner core and structures in the lower mantle, the layer between our planet’s core and its crust. at Australian National University, who wasn’t involved with the research, says this is a “step forward” towards resolving changes in the inner core beyond rotation. But he says a change in shape isn’t the only explanation for the mismatched seismic waves. As Vidale and his colleagues acknowledge, those differences could also be caused by unrelated changes in the outer core, convection within the inner core itself or even eruptions of melted material from the inner core. “It’s really hard to tell,” says Vidale. He suggests that studying more repeat earthquakes in the future will help identify changes in more detail. Tkalčić says more seismological measurements in remote places, like the ocean floor, would also help. “This is critical to understanding the evolution of the Earth’s deepest interior, from the time of the planetary formation to the present day,” he says.
Journal reference

Nature Geoscience

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