A viral animated simulation showing One Liberty Plaza, Trump Tower, and dozens of other Manhattan landmarks slowly disappearing under rising water has racked up nearly 150,000 views since it dropped on YouTube in July 2023 — and it just blew up all over again on Earth Day 2026 thanks to a fresh wave of shares. The simulation, created by a digital animation channel called MetaBallStudios Lite, lets viewers watch the New York City skyline slowly submerge in real time. People can’t stop sharing it, partly because it’s mesmerizing and partly because the data underneath the visualization is grounded in published science.
Visualizations like this have become their own corner of viral content, the same way “what cities looked like 100 years ago” videos and time-lapse construction clips have. They turn abstract numbers into something your brain can’t ignore. Here’s why this particular simulation hit the algorithm jackpot — and what’s actually happening in the science behind it.
What the Viral Simulation Actually Shows
The MetaBallStudios Lite video runs through what would happen to NYC’s skyline at progressive sea level marks, comparing each rise to known landmarks. As the simulated water creeps up, lower buildings vanish first. One Liberty Plaza and Trump Tower both end up swamped well before the simulation reaches its highest projection.
One World Trade Center, Central Park Tower, and One Vanderbilt are among the buildings still poking out at the upper end of the simulation. Their height — One World Trade is 1,776 feet — keeps them visible long after most of the city would be underwater.
The visualization isn’t predicting tomorrow. It’s modeling what the skyline would look like under different sea level scenarios that scientists have published in peer-reviewed studies. The video stitches those numbers into a watchable, sharable format — exactly the kind of explainer content that absolutely thrives on TikTok, Reels, and YouTube Shorts.
How Much Could Sea Levels Actually Rise?
According to the U.S. Geological Survey, if every glacier and ice cap on Earth melted, global sea levels would rise approximately 70 meters — about 230 feet. That’s a worst-case theoretical maximum, not a near-term forecast. It’s the kind of number that makes simulations like this one possible to build in the first place.
Real-world projections from the IPCC are far more modest in any given decade, but recent research suggests current estimates may be too low. A 2024 study by Katharina Seeger and Philip Minderhoud at Wageningen University in the Netherlands reported that average global sea levels are already nearly one foot higher than standard satellite-derived estimates have suggested.
That gap — between what’s measured and what’s actually happening — is part of why simulations like the NYC one keep grabbing attention. They give people a visual anchor for numbers that, on paper, are easy to scroll past.
What NASA’s Satellites Are Tracking Right Now
NASA has been tracking ice sheet and glacier mass with the GRACE Follow-On satellites, which have been operational since 2018. The satellites measure tiny changes in Earth’s gravitational field caused by shifting ice and water mass, allowing scientists to weigh entire glaciers from orbit.
The data shows Greenland and Antarctica losing hundreds of billions of tons of ice per year. That meltwater contributes directly to sea level rise, which is why projects like the MetaBallStudios visualization use NASA and USGS data as their starting points.
Matt Palmer of the UK Met Office Hadley Centre commented on the broader trajectory: “We could see devastating impacts much earlier than predicted — particularly in the Global South.” That kind of expert quote is exactly the type of context that fuels these viral simulations: the visuals make the science feel real, and the science makes the visuals feel grounded.
Why Visualizations Go Viral When Studies Don’t
A peer-reviewed paper about marine ice cliff instability gets read by maybe a few thousand specialists. A 90-second video showing the same data swallowing a beloved skyline gets passed around millions of phones in a week. This is why science communication has shifted hard toward visualizations in the past five years.
Cognitive psychologists have studied this exact effect. Visual information is processed roughly 60,000 times faster than text by the human brain, according to research from MIT. That speed advantage is why a single chart can spark conversation that a 10-page report can’t, and why YouTube channels built entirely around scientific simulations now pull millions of subscribers.
It’s the same reason a viral optical illusion gets more shares than the academic paper explaining it. We’ve covered how visualizations like The Dress and Yanny vs Laurel split the entire internet — the science was always there, but the format is what made people care.
Other Viral Simulations Hitting the Algorithm
The MetaBallStudios Lite NYC video is part of a broader genre. Other viral examples include simulations comparing the size of planets and stars in the universe, animations showing what cities would look like with no humans for 100 years, and videos modeling how oceans would behave if Earth lost its atmosphere.
These videos consistently hit the algorithm because they answer questions almost everyone has wondered but never bothered to research. They’re educational without feeling like school, dramatic without being scripted drama, and short enough to watch start-to-finish in a single scroll.
Channels in this space — Kurzgesagt, Veritasium, MetaBallStudios, RealLifeLore — pull tens of millions of monthly views by visualizing topics that traditional media struggles to make engaging. Earth Day timing especially boosts environmental ones, which is why the NYC simulation re-surfaced this week.
What This Tells Us About Viral Science Content
The pattern is clear: people will engage with science when it’s wrapped in something visual, specific, and slightly unsettling. The NYC simulation works because it picks a city everyone recognizes, uses landmarks people can name, and shows the change happening in front of their eyes.
If you found this kind of viral data visualization fascinating, our piece on why time feels faster as you get older covers the science of perception in a similar “this feels personal but it’s actually data” way.
One Last Detail Most Viewers Miss
Here’s the part that fascinates climate scientists about videos like this. The simulations almost never show what’s most likely — they show theoretical maximums to make the visual punchier. The actual measured rise in sea level since 1900 is around 8 to 9 inches globally. That’s small enough to ignore on a single beach. It’s also enough to alter coastlines, displace populations, and change how cities like NYC plan their next century of construction.
Have you seen this NYC underwater simulation? Drop your reaction in the comments — and let us know which other viral data visualization actually changed the way you think about something.