logo
Scientists gobsmacked by never-seen footage of earth rupturing during Myanmar quake

Scientists gobsmacked by never-seen footage of earth rupturing during Myanmar quake

CBC17-05-2025

When you watch the video below, don't get distracted by the cracking concrete or the metal gate rocking back and forth. Keep your eyes focused on the right side of the screen, where you will see an astonishing sight — one that earthquake scientists say has never been caught on camera before.
The video was captured by a surveillance camera on March 28, when a violent earthquake struck the southeast Asian country of Myanmar — causing widespread damage as far away as Bangkok in neighbouring Thailand, and killing some 3,700 people, according to Myanmar's ruling military junta.
The footage shows the moment the 7.7 magnitude quake caused the land on one side to thrust forward with a powerful jolt, as a rupture ripped opened the earth for 460 kilometres along the Sagaing Fault.
"My jaw hit the floor," said Wendy Bohon, an earthquake geologist and science communication specialist in Sacramento, Calif., when she saw it.
WATCH | Video captures land mass shifts, earth ruptures during Myanmar quake:
Satellite imagery and other data had already helped scientists determine the extent of the rupture and approximately how much the earth moved. But seeing such a dramatic shift of the landscape in action is a first for scientists like Bohon, and may prove to be an invaluable tool in understanding the type of earthquake that ravaged Myanmar.
"We have computer models of it. We have laboratory models of it. But all of those are far less complex than the actual natural system. So to see it actually happening was mind-blowing," she told CBC News.
Why the earth shifted so powerfully
"I keep going back and watching it," said geologist Judith Hubbard, an assistant professor at Cornell University's department of Earth and atmospheric sciences.
"It's really kind of staggering to see a fault slide in real time, especially for someone like me, who has spent years studying these things, but always from more remote kinds of data, like offsets after the fact or data recorded by sensors," she said in an email interview.
The Sagaing Fault runs some 1,400 kilometres, between the Indian and Eurasian plates, right through Myanmar and into the Andaman Sea. It's a strike-slip fault, meaning that when an earthquake happens, the land mass on one side of the fault slides past the other.
Researchers with NASA's Jet Propulsion Lab used satellite and radar data to determine that the earthquake caused a horizontal displacement up to six metres in some locations along the fault. The Geospatial Information Authority of Japan made similar observations.
Scientists like Hubbard say there is "compelling evidence" it was a supershear earthquake.
That's when the speed of the rupture, which is generally slower-moving, travels faster than seismic waves that the earthquake produces, which can travel up to six kilometres per second.
The video appeared May 11 on a YouTube channel called 2025 Sagaing Earthquake Archive, which has been curating social media videos and security camera footage since the quake struck.
According to a Facebook post linked in the caption, the video was from a camera at a power facility in Tha Phay Wa. That's in the township of Thazi, some 110 kilometres south of the city of Mandalay, and close to the epicentre of the quake and its 6.7 magnitude aftershock.
A Google Maps satellite view of the area shows a power facility located in this area and close to the Saigang Fault.
Hubbard said that watching the video, it doesn't look like the quake was supershear at this location, because you see the seismic waves hit and the terrain shaking before the rupture occurs. But it's possible it was happening at supershear speed elsewhere along the fault.
She said this video offers her and other earthquake scientists "a really striking observation."
"We don't tend to have instruments right along the fault. They are often disrupted by shaking," she said.
This happened right there in front of their eyes, on video, which means they don't only have to rely on analyzing and interpreting complicated recordings and data to determine what happened on the ground.
WATCH | Myanmar earthquake rescue, relief efforts hindered by lack of supplies, civil war:
Earthquake in Myanmar, Thailand kills thousands
2 months ago
Duration 2:55
Rescue crews in Myanmar and Thailand are scrambling to find survivors under the rubble in the wake of a massive earthquake that killed more than 1,600 people and left countless others buried. Efforts in Myanmar are further challenged by a lack of medical supplies, damaged roads and an ongoing civil war. "
How to tell what we're seeing is real
Bohon said there's little doubt the video is real and she doesn't believe it's been altered or fabricated in any way.
She said there are finer details in the background that you would have to pay close attention to, or that AI tools wouldn't know to generate — such as a bird flying away as the shaking begins about 12 seconds into the video, and power lines straining and eventually causing a transmission tower to buckle a few seconds later.
"There's also another kind of more subtle thing," Bohon said. "It's called the geomorphology, the shape of the surface of the earth."
Earthquakes, she explained, change the landscape and move hills and rivers.
She pointed to the small hill in the background of the CCTV footage, situated along the fault, that thrusts forward.
"That hill in the background, that you see move towards the camera," she said. "If you look at it, it's kind of long and linear, and then it just cuts off right about where the fault is."
She said that if you can view the location using satellite imagery, you could look to see where the other half of that hill is in relation to the portion that moved forward in the quake.
Watching and learning
The observations Bohon made to verify what she was seeing in the video also told her a lot about the earthquake itself and that this kind of footage has "tremendous scientific value."
She said that despite the violent shaking and and shifting of the earth, it was interesting to see that small structures were relatively unscathed considering the force of the quake.
"Watching the destruction in the nearground and watching it in the background, and then even further away, was a really interesting look into how earthquakes impact things right next to the fault and at varying degrees away from the fault itself," she said.
As "devastating and horrific" as earthquakes like the one in Myanmar can be, Bohon said they always present a learning opportunity that can hopefully be used to improve safety and protect lives.
While this footage is a first, Bohon expects there will be more to come because of the prevalence of CCTV and other types of cameras that are capturing video around the clock and from multiple angles.
Rescue crews scour rubble for survivors after Myanmar quake
2 months ago
Duration 3:15
Rescue crews in Myanmar and Thailand are working tirelessly to attempt to pull survivors from rubble after a 7.7-magnitude earthquake rocked the region on Friday. The death toll has already exceeded 1,600 and authorities expect it to continue to rise.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

NASA astronaut captures aurora lights from space
NASA astronaut captures aurora lights from space

CTV News

time11 hours ago

  • CTV News

NASA astronaut captures aurora lights from space

Check out this timelapse video of the auroras from space that was captured by NASA astronaut Jonny Kim. NASA astronaut Jonathan Yong 'Jonny' Kim captured an aurora from space in a time-lapse video shared earlier this week. Posted to the social media platform X on Friday, the clip shows the Earth from high above the night sky, with aurora lights dancing over southeast Asia and Australia. A green haze appears halfway through the video, with red and purple coming into view soon after. The video has garnered almost 600,000 views and hundreds of reposts. 'I caught my first aurora,' Kim wrote on X. 'After seeing the result, I told (fellow astronaut Nichole Ayers) this felt like fishing. Prepping the camera, the angle, the settings, the mount, then setting your timer and coming back to hope you got a catch. And after catching my first fish, I think I'm hooked,' his post reads. Kim also thanked Ayers, for showing him how to film a time-lapse. Ayers frequently posts photos and videos of auroras from space on her X account. Kim was appointed a NASA astronaut in 2017. He arrived in space for his first mission to the International Space Station earlier this year aboard a Russian Soyuz rocket that launched on April 8. Prior to his space career, Kim has held various U.S. military positions beginning in 2002.

First evidence of ‘living towers' made of worms discovered in nature
First evidence of ‘living towers' made of worms discovered in nature

CTV News

time3 days ago

  • CTV News

First evidence of ‘living towers' made of worms discovered in nature

A 10-millimetre (0.4-inch) nematode tower twists and folds as the mass of worms reaches for the lid of its petri dish. (Perez et al. 2025/Current Biology via CNN Newsource) Nature seems to offer an escape from the hustle and bustle of city life, but the world at your feet may tell another story. Even in the shade of a fruit tree, you could be surrounded by tiny skyscrapers — not made of steel or concrete, but of microscopic worms wriggling and writhing into the shape of long, vertical towers. Even though these miniature architects, called nematodes, are found all over Earth's surface, scientists in Germany recently witnessed their impressive building techniques in nature for the first time. After months of closely inspecting rotten pears and apples in local orchards, researchers from the Max Planck Institute of Animal Behavior and the University of Konstanz were able to spot hundreds of the 1-millimetre-long (0.04-inch) worms climbing onto one another, amassing structures up to 10 times their individual size. To learn more about the mysterious physics of the soft, slimy towers, the study team brought samples of nematodes called Caenorhabditis elegans into a lab and analyzed them. There, the scientists noticed the worms could assemble in a matter of hours, with some reaching out from the twisting mass as exploratory 'arms' sensing the environment and building accordingly. But why the worms formed the structures wasn't immediately clear. The team's findings, published Thursday in the journal Current Biology, show that even the smallest animals can prompt big questions about the evolutionary purpose of social behaviours. 'What we got was more than just some worms standing on top of each other,' said senior study author Serena Ding, a Max Planck research group leader of genes and behaviour. 'It's a coordinated superorganism, acting and moving as a whole.' Living towers: A closer look To find out what was motivating the nematodes' building behaviour, the study team tested the worms' reactions to being poked, prodded and even visited by a fly — all while stacked in a tower formation. 'We saw that they are very reactive to the presence of a stimulus,' said the study's first author, Daniela Perez, who is a postdoctoral researcher at the Max Planck Institute of Animal Behavior. 'They sense it, and then the tower goes towards this stimulus, attaching itself to our metal pick or a fly buzzing around.' This coordinated reaction suggests the hungry nematodes may be joining together to easily hitch a ride on larger animals such as insects that transport them to (not so) greener pastures with more rotten fruit to feast on, Perez said. 'If you think about it, an animal that is 1 millimetre long cannot just crawl all the way to the next fruit 2 metres (6.6 feet) away. It could easily die on the way there, or be eaten by a predator,' Perez explained. Nematodes are capable of hitchhiking solo too, she added, but arriving to a new area in a group may allow them to continue reproducing. The structures themselves may also serve as a mode of transport, as evidenced by how some worms formed bridges across gaps within the petri dishes to get from one surface to another, Perez noted. 'This discovery is really exciting,' said Orit Peleg, an associate professor of computer science who studies living systems at the University of Colorado Boulder's BioFrontiers Institute. 'It's both establishing the ecological function of creating a tower, and it really opens up the door to do more controlled experimentation to try to understand the perceptual world of these organisms, and how they communicate within a large group.' Peleg was not involved in the study. The unknowns in stacks of worms As the next step, Perez said her team would like to learn whether the formation of these structures is a cooperative or competitive behaviour. In other words, are the towering nematodes behaving socially to help each other out, or are their towers more akin to a Black Friday sale stampede? Studying the behaviours of other self-assembling creatures could offer clues to the social norms of nematodes and help answer this question, Ding said. Ryan Greenway Study coauthor Ryan Greenway, a technical assistant at Max Planck Institute of Animal Behavior in Germany, sets up a field microscope that could record videos of the natural worm towers. (Serena Ding via CNN Newsource) Ants, which assemble to form buoyant rafts to survive floodwaters, are among the few creatures known to team up like nematodes, said David Hu, a professor of mechanical engineering and biology at Georgia Tech. Hu was not involved in the study. 'Ants are incredibly sacrificial for one another, and they do not generally fight within the colony,' Hu said. 'That's because of their genetics. They all come from the same queen, so they are like siblings.' Like ants, nematodes didn't appear to display any obvious role differentiation or hierarchy within the tower structures, Perez said. Each worm from the base to the top of the structure was equally mobile and strong, indicating no competition was at play. However, the lab-cultivated worms were basically clones of one another, so it's not clear whether role differentiation occurs more often in nature, where nematode populations could have more genetic differences, she noted. Additionally, socially co-operative creatures tend to use some form of communication, Peleg said. In the case of ants, it may be their pheromone trails, while honeybees rely on their ritual dance routines and slime molds use their pulsing chemical signals. With nematodes, however, it's still not clear how they might communicate — or if they are communicating at all, Ding said. 'The next steps for (the team) are really just choosing the next questions to ask.' Notably, there has been a lot of interest in studying cooperative animal behaviours among the robotics community, Hu said. It's possible that one day, he added, information about the complex sociality of creatures like nematodes could be used to inform how technology, such as computer servers or drone systems, communicates. By Kameryn Griesser, CNN

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store