#Oceanscience

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#Oceanscience Reel by @earthimpacts25 - Tsunamis are caused mainly by powerful underwater earthquakes, but they can also be triggered by volcanic eruptions, landslides, or meteor impacts. In
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@earthimpacts25
Tsunamis are caused mainly by powerful underwater earthquakes, but they can also be triggered by volcanic eruptions, landslides, or meteor impacts. In deep ocean water, tsunami waves can travel at jet-plane speeds while remaining almost unnoticeable. As they approach shallow coastal areas, the waves slow down, grow taller, and release immense energy, which is why the most severe damage happens near shorelines. Tsunamis are not single waves — they arrive as a series, and the first wave is not always the largest. #OceanScience #WavePower #NaturalForces #earthimpacts
#Oceanscience Reel by @earthimpacts25 - 🌊 TSUNAMI WARNING?! Or Just Viral Panic… Imagine your phone lights up with a "tsunami alert" 🚨… but you're nowhere near a major quake zone. No shak
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@earthimpacts25
🌊 TSUNAMI WARNING?! Or Just Viral Panic… Imagine your phone lights up with a “tsunami alert” 🚨… but you’re nowhere near a major quake zone. No shaking. No underwater landslide. Nothing. So what’s going on? Here’s the reality 👇 Tsunamis don’t just randomly appear. They need a massive trigger — usually: • A powerful undersea earthquake (we’re talking 7.5+ magnitude) • A volcanic eruption displacing huge water volumes • Or a major landslide crashing into the ocean Without one of these, the ocean doesn’t suddenly decide to rise up and flood cities. It’s physics, not mystery. Even more important — we have global monitoring systems watching this 24/7: • Seismic sensors detect earthquakes instantly • Deep-ocean buoys track sudden water displacement • Satellites monitor sea level changes If none of those systems pick up anything, a “tsunami warning” is almost certainly false, exaggerated, or misunderstood. So next time you see a scary post claiming a tsunami is coming out of nowhere… ask yourself: 👉 Where’s the trigger? 👉 Where’s the data? 👉 Who confirmed it? No trigger = no tsunami. Simple as that. (Visual created using AI for dramatic effect 🎥) #TsunamiFacts #OceanScience #StayInformed #MythBusting #ViralTruth
#Oceanscience Reel by @lrn.it - ​Don't panic-the ship isn't sinking, it's just taking a "deep breath!" 🚢💦 ​When you see massive amounts of water pouring out of the side of a cargo
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@lrn.it
​Don’t panic—the ship isn’t sinking, it’s just taking a "deep breath!" 🚢💦 ​When you see massive amounts of water pouring out of the side of a cargo ship, you’re witnessing a Ballast Water Discharge. It can look terrifying, like the hull has been breached, but it’s actually a vital part of maritime stability and safety. ​It’s the secret to keeping these "floating cities" upright! ⚖️🌊 ​Why is this happening? ​The Balancing Act: When a ship is empty of cargo, it’s too light and unstable. It pumps in "ballast water" to sit lower and stay steady. ​The Swap: As heavy containers or oil are loaded onto the ship, that water has to be pushed out to make room for the weight. ​Structural Integrity: Proper ballasting prevents the ship from snapping in half (stress) or tipping over (stability) in rough seas. ​Eco-Check: Modern ships treat this water before discharge to ensure they don't accidentally move invasive species from one ocean to another! 🌍🦠 ​#MaritimeEngineering #ShipLife #OceanScience #CargoShip #EngineeringFacts
#Oceanscience Reel by @ioc_unesco (verified account) - ⭐️ #SundayMood Sea stars (commonly called starfish) illustrate how beauty and biological function intertwine. Their striking forms and colors inspire
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@ioc_unesco
⭐️ #SundayMood Sea stars (commonly called starfish) illustrate how beauty and biological function intertwine. Their striking forms and colors inspire wonder, but their greatest significance lies in the roles they play within marine ecosystems. 🔵 By feeding on mussels and other bivalves, sea stars regulate population dynamics and prevent dominance by a single species. 🔵 As keystone species, they sustain biodiversity across rocky shores and coral reef habitats. 🔵 Their activity strengthens ecosystem stability, ensuring that marine communities remain diverse and resilient. Sea stars remind us that even species-level interactions can generate cascading effects that shape the health of the ocean. Still, many questions remain: from their responses to climate stress and ocean acidification, to their broader contributions to ecosystem functioning. 💙 Investing in ocean science is essential to close these knowledge gaps and secure a sustainable future for our ocean. #OceanScience #OceanAction
#Oceanscience Reel by @justwatchog - Follow @justwatchog for more real science behind viral moments 🌊 Giant squid usually live 300-1,000 meters deep in the ocean, far from human eyes. S
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@justwatchog
Follow @justwatchog for more real science behind viral moments 🌊 Giant squid usually live 300–1,000 meters deep in the ocean, far from human eyes. So when one is spotted closer to the surface, scientists pay attention. Rare sightings like this can help researchers study deep-sea ecosystems, ocean temperature shifts, and changes happening in parts of the ocean we barely explore. The deep sea is still one of the least understood places on Earth and every sighting teaches us something new. #giantsquid #deepdea #oceanscience
#Oceanscience Reel by @quantum62026 - Imagine standing on the shore as 2,200 pounds of dry ice are dumped straight into the ocean. Within seconds, the surface begins to erupt - not with fi
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@quantum62026
Imagine standing on the shore as 2,200 pounds of dry ice are dumped straight into the ocean. Within seconds, the surface begins to erupt — not with fire, but with a massive, rolling cloud of thick white fog. It looks like the sea itself is boiling. Dry ice isn’t normal ice. It’s frozen carbon dioxide at an extreme temperature of −78.5°C (−109.3°F). The moment it hits warmer ocean water, it doesn’t melt — it sublimates, instantly turning from solid into gas. That rapid phase change creates an explosive burst of carbon dioxide vapor, forming a dramatic fog bank that spreads across the surface like a sci-fi movie scene. The bigger the amount, the more intense the reaction. With 2,200 pounds, the fog would surge outward in waves, spilling over the water and drifting with the wind. The ocean wouldn’t freeze or explode — but the visual effect would be absolutely surreal. For a brief moment, it would look like nature had opened a portal in the middle of the sea. Then, just as quickly as it appeared, the fog would thin and vanish into the air. Science can be terrifyingly beautiful sometimes… and this is proof.#DryIceExperiment #OceanScience #ScienceExplained #ViralScience #mindblowingscience
#Oceanscience Reel by @curiositystream (verified account) - Humpback whales are among the most graceful giants of the ocean - but their secret isn't size, it's science. 🌊 Millions of years ago, whales evolved
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@curiositystream
Humpback whales are among the most graceful giants of the ocean — but their secret isn’t size, it’s science. 🌊 Millions of years ago, whales evolved from four-legged mammals, transforming their limbs into powerful fins. Unlike most marine animals, humpbacks didn’t evolve smooth flippers. Instead, they developed unique bumps called tubercles along the leading edge. These tubercles channel water more efficiently, reduce drag, and give the whale astonishing control — allowing her to glide, twist, and turn with unmatched precision. Join Patrick Aryee in Evolve: Move and uncover the evolutionary secrets that make nature’s giants so effortlessly agile. 🎬 Stream it now on #CuriosityStream! . . . #EvolveSeries #CuriosityStream #PatrickAryee #HumpbackWhales #MarineBiology #OceanScience #EvolutionInAction #WildlifeDocumentary #WatchAndWonder #NatureIsAmazing
#Oceanscience Reel by @roneydives (verified account) - Have you ever seen squid ink? Often it's the floating blobs of ink we see first, before spotting these opalescent squids darting past at night. Squi
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@roneydives
Have you ever seen squid ink? Often it’s the floating blobs of ink we see first, before spotting these opalescent squids darting past at night. Squid ink is mainly a mixture of mucus and melanin, which gives it its dark colour, and serves as a defensive distraction that confuse predators and gives the squid a moment to escape. Depending on how the it’s released, the ink can spread into a light cloud that obscures vision, or hold together as dense, blob-like decoy that draws attention away from the squid itself. Filmed by John Roney 🎥: @roneydives 🔦: @krakensports #sciencecommunication #squid #oceanscience #underwaterlife #marinebiology sciencereels
#Oceanscience Reel by @iteachyouthings - You might assume walking underwater requires scuba gear or a pressurized diving suit. That assumption is incorrect. The video shows an underwater wa
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@iteachyouthings
You might assume walking underwater requires scuba gear or a pressurized diving suit. That assumption is incorrect. The video shows an underwater walking boat that allows people to walk on the seabed while breathing normally. The source is a tourist watercraft designed for shallow coastal experiences. The vessel is partially submerged during operation. A sealed, air-filled chamber extends below the waterline. Passengers enter a dry compartment with transparent walls. Normal atmospheric pressure is maintained inside the chamber. Air is supplied continuously from the surface. Users can walk, observe marine life, and move freely underwater. The system is limited to shallow depths and calm water conditions. It is not suitable for open ocean or deep-sea environments. The footage shows a real engineered vessel. No CGI, no special effects, and no hidden scuba equipment. This content is shared for educational purposes to explain how pressure, buoyancy, and enclosed air systems enable safe underwater activities. #MarineEngineering #UnderwaterTechnology #OceanScience #HowItWorks
#Oceanscience Reel by @banglay_janun - যখন জেলেরা সমুদ্র থেকে হাজার হাজার মাছ ধরে, তখন অনেক সময় জালের মধ্যে এমন কিছু জীব আটকে যায় যেগুলো তাদের কোনো কাজে আসে না বা যেগুলো থেকে কোনো লাভ হয় না
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যখন জেলেরা সমুদ্র থেকে হাজার হাজার মাছ ধরে, তখন অনেক সময় জালের মধ্যে এমন কিছু জীব আটকে যায় যেগুলো তাদের কোনো কাজে আসে না বা যেগুলো থেকে কোনো লাভ হয় না। এই কারণেই তারা একে একে সেই সব জীবকে আবার সমুদ্রে ছেড়ে দেয়—যাতে সামুদ্রিক পরিবেশের ভারসাম্য নষ্ট না হয়। আর এখানে যে বড় পাথরটি দেখছো, একে বলা হয় অ্যাঙ্কর স্টোন। এটি দড়ি দিয়ে বেঁধে সমুদ্রে ফেলা হয়, যাতে নৌকা এক জায়গায় স্থির থাকে এবং স্রোতে ভেসে না যায়। সমুদ্রের সাধারণ জিনিসগুলোর পেছনেও লুকিয়ে থাকে গুরুত্বপূর্ণ বিজ্ঞান। #FishingLife #Bycatch #SeaFacts #OceanScience #AnchorStone BoatLife MarineLife Fishermen BanglayJanun AmazingFacts
#Oceanscience Reel by @ioc_unesco (verified account) - 👀 Did you know? The glass octopus (Vitreledonella richardi) is almost completely transparent, with organs like its eyes and digestive system suspende
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@ioc_unesco
👀 Did you know? The glass octopus (Vitreledonella richardi) is almost completely transparent, with organs like its eyes and digestive system suspended inside a glass‑like body. Living in the deep ocean, this remarkable cephalopod relies on consistent, high‑quality scientific methods to be observed, studied, and understood at all Studying species as elusive as the glass octopus depends on shared ocean practices, from data collection and observation technologies to analysis and reporting standards. That’s where Ocean Practices for the Decade programme, led by the @ioc_unesco through the Ocean Best Practices System (OBPS) and the Global Ocean Observing System (GOOS), plays a key role. Ocean Practices for the Decade supports the global ocean community by: 🔵Enabling the development, adoption, and continuous improvement of best practices for ocean research, operations, and applications to support the @unoceandecade objectives and goals. 🔵Accelerating the co‑development and interoperability of methods so data and knowledge can be shared and reused across disciplines and regions. 🔵Sustaining a trusted, FAIR‑ and CARE‑compliant system where methods, standards, and guidelines are permanently archived and accessible. 🔵Fostering community‑led capacity development, helping ensure equitable access to knowledge, technology, and skills worldwide. By strengthening how ocean science is done, and shared, Ocean Practices for the Decade helps turn observations of fragile, hard‑to‑see species like the glass octopus into knowledge that supports better ocean stewardship. 🌊 Because understanding the ocean begins with how we study it 🐙 Discover how IOC turns ocean science and knowledge into action 🔗 via the link in bio! #OceanScience #OceanAction 📹 @oceanic.global - @schmidtocean
#Oceanscience Reel by @mr.deeprajj - बड़ी-बड़ी जहाज अपने Anchor को समुद्र से कैसे निकालते हैं? | Weighing Anchor Explained #WeighingAnchor,#ShipAnchor,#MarineEngineering,#ShipTechnology,#
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@mr.deeprajj
बड़ी-बड़ी जहाज अपने Anchor को समुद्र से कैसे निकालते हैं? | Weighing Anchor Explained #WeighingAnchor,#ShipAnchor,#MarineEngineering,#ShipTechnology,#OceanScience,#NauticalTerms,#EngineeringFacts,#BigShips,#AnchorSystem,#SeaTechnology,#scienceexplained

✨ #Oceanscience Discovery Guide

Instagram hosts thousands of posts under #Oceanscience, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.

#Oceanscience is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @lrn.it, @earthimpacts25 and @mr.deeprajj are leading the way with their viral content. Browse these popular videos anonymously on Pictame.

What's trending in #Oceanscience? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.

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💡 Top performing posts average 1.7M views (2.9x above average). Moderate competition - consistent posting builds momentum.

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