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Tiny particles floating in our air. This visualization shows how tiny particles called aerosols move through Earth's atmosphere from August 1 to September 14, 2024, using NASA's Goddard Earth Observing System (GEOS) model. These particles, which include sea salt, dust, smoke, and sulfates, can travel thousands of miles and... show more

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Aerosols are tiny solid or liquid particles in our atmosphere like dust, sulfates from pollution or volcanoes, wildfire smoke, and more. NASA’s GEOS model shows how these particles can affect the air we breathe—even from far away.

Aerosols are tiny solid or liquid particles in our atmosphere like dust, sulfates from pollution or volcanoes, wildfire smoke, and more. NASA’s GEOS model shows how these particles can affect the air we breathe—even from far away.

NASA Earth

46,584 görüntüleme • 10 ay önce

NASA satellites and computers have provided us with these mesmerizing swirls that cover our planet—but this isn’t star stuff. Each color represents a different aerosol that was floating in the atmosphere above our heads from 1 August to 14 September 2024. Depicting aerosols in this way helps us understand how far-flung corners of the globe are connected via our shared atmosphere. Learn more in #ScienceAdviser—our free daily newsletter:

NASA satellites and computers have provided us with these mesmerizing swirls that cover our planet—but this isn’t star stuff. Each color represents a different aerosol that was floating in the atmosphere above our heads from 1 August to 14 September 2024. Depicting aerosols in this way helps us understand how far-flung corners of the globe are connected via our shared atmosphere. Learn more in #ScienceAdviser—our free daily newsletter:

Science Magazine

62,451 görüntüleme • 10 ay önce

This animation shows hourly measurements of Particulate Matter 10 micrometres or less in diameter (PM10) across the Po Valley from 1 January to 31 January 2024. The data was obtained from Copernicus ECMWF reanalysis modelled data. PM10 plays a pivotal role in the air quality dynamics of the Po Valley. Comprising various particles like dust, pollen and combustion byproducts, PM10 is inhalable and can impact respiratory health.

This animation shows hourly measurements of Particulate Matter 10 micrometres or less in diameter (PM10) across the Po Valley from 1 January to 31 January 2024. The data was obtained from Copernicus ECMWF reanalysis modelled data. PM10 plays a pivotal role in the air quality dynamics of the Po Valley. Comprising various particles like dust, pollen and combustion byproducts, PM10 is inhalable and can impact respiratory health.

ESA Earth Observation

19,485 görüntüleme • 2 yıl önce

Most people think the biggest pollution problem in New York City is traffic. But the real one might be underground. A 2023 study called “Particulate Matter Concentration and Composition in the New York City Subway System” tested the air at 287 stations and 333 platforms across the subway system. What they found was wild. The average underground platform had about 142 micrograms of fine particles in the air. The federal outdoor safety guideline is 35. So in many places the subway air is about 4× worse than what’s considered safe outside. And at High Street on the A/C line in Brooklyn, researchers measured about 360 micrograms. That’s roughly 10× higher than normal outdoor air. So what’s in the air? A lot of it is metal dust. About 43% of the particles were iron — coming from train wheels grinding against rails and brake systems wearing down. These particles are microscopic, which means they can travel deep into your lungs. Over time exposure has been linked to things like coughing, throat irritation, shortness of breath, lung inflammation, asthma, and other respiratory problems. Most riders are down here 20–30 minutes. But transit workers breathe this air for hours every day. Sometimes the biggest environmental issue in New York… is happening in the tunnels. #ny #nyc #mta #fyp

Most people think the biggest pollution problem in New York City is traffic. But the real one might be underground. A 2023 study called “Particulate Matter Concentration and Composition in the New York City Subway System” tested the air at 287 stations and 333 platforms across the subway system. What they found was wild. The average underground platform had about 142 micrograms of fine particles in the air. The federal outdoor safety guideline is 35. So in many places the subway air is about 4× worse than what’s considered safe outside. And at High Street on the A/C line in Brooklyn, researchers measured about 360 micrograms. That’s roughly 10× higher than normal outdoor air. So what’s in the air? A lot of it is metal dust. About 43% of the particles were iron — coming from train wheels grinding against rails and brake systems wearing down. These particles are microscopic, which means they can travel deep into your lungs. Over time exposure has been linked to things like coughing, throat irritation, shortness of breath, lung inflammation, asthma, and other respiratory problems. Most riders are down here 20–30 minutes. But transit workers breathe this air for hours every day. Sometimes the biggest environmental issue in New York… is happening in the tunnels. #ny #nyc #mta #fyp

Tramell Thompson

31,017 görüntüleme • 4 ay önce

Why do meteors seem to come from one point in the sky? 🌠 During a meteor shower, Earth passes through a stream of tiny particles left behind by a comet or asteroid. These particles enter our atmosphere on nearly parallel paths. But from our point of view on the ground, those paths appear to spread out from a single point in the sky. This point is called the radiant. It’s the same perspective effect you see with railroad tracks: the tracks are parallel, but they seem to meet in the distance. So meteors don’t actually fly out of one spot — they only appear that way from Earth. ✨ That’s why meteor showers are named after the constellation where their radiant appears: the Perseids from Perseus, the Geminids from Gemini, and so on. #meteorshower #astronomy #didyouknow #meteors #starwalk

Why do meteors seem to come from one point in the sky? 🌠 During a meteor shower, Earth passes through a stream of tiny particles left behind by a comet or asteroid. These particles enter our atmosphere on nearly parallel paths. But from our point of view on the ground, those paths appear to spread out from a single point in the sky. This point is called the radiant. It’s the same perspective effect you see with railroad tracks: the tracks are parallel, but they seem to meet in the distance. So meteors don’t actually fly out of one spot — they only appear that way from Earth. ✨ That’s why meteor showers are named after the constellation where their radiant appears: the Perseids from Perseus, the Geminids from Gemini, and so on. #meteorshower #astronomy #didyouknow #meteors #starwalk

Star Walk

10,360 görüntüleme • 1 ay önce

After massive Russian attacks, smoke often covers Ukrainian cities. Fires caused by missile and drone strikes release toxic particles into the air, making it hard to breathe and worsening air quality for millions. When smoke from Russia's strikes covers streets, residents are advised to keep windows closed, stay indoors whenever possible, and drink plenty of water. The consequences of Russia’s attacks are palpable in destroyed and damaged homes, in wounded civilians, in nights spent in shelters instead of bedrooms – and in polluted air that endangers the health of every resident of the attacked city. These effects are impacting the lives of people for years to come. The harms of Russia’s aggression are countless. But there is only one way to stop it: it is to force Russia into a just peace – through sustained international pressure. #StopEcocideUkraine

After massive Russian attacks, smoke often covers Ukrainian cities. Fires caused by missile and drone strikes release toxic particles into the air, making it hard to breathe and worsening air quality for millions. When smoke from Russia's strikes covers streets, residents are advised to keep windows closed, stay indoors whenever possible, and drink plenty of water. The consequences of Russia’s attacks are palpable in destroyed and damaged homes, in wounded civilians, in nights spent in shelters instead of bedrooms – and in polluted air that endangers the health of every resident of the attacked city. These effects are impacting the lives of people for years to come. The harms of Russia’s aggression are countless. But there is only one way to stop it: it is to force Russia into a just peace – through sustained international pressure. #StopEcocideUkraine

MFA of Ukraine 🇺🇦

41,886 görüntüleme • 8 ay önce

Every time we wash or wear synthetic clothes, we release tiny plastic particles—microplastics—into the air, water, and even our lungs. Microplastic exposure occurs mainly through ingestion and inhalation, especially in urban areas where fibers from synthetic clothing and degraded plastics enter the air. These particles don’t just pass through the body—they accumulate in organs like the lungs, brain, liver, and even the placenta, raising potential health concerns. Synthetic fabrics like polyester, nylon, and acrylic shed microfibers into water and air, exposing us through wear, laundry, and poorly vented dryers. There's more. Performance clothing labeled “waterproof,” “stain-resistant,” or “oil-repellent” often contains PFAS, known as “forever chemicals” because they persist in the body for years. PFAS have been linked to hormonal disruptions, immune dysfunction, and cancers, making it particularly important to limit exposure—especially in children. Opting for 100% natural fibers like cotton, wool, or hemp reduces microplastic exposure, while filters or laundry bags like Guppyfriend can trap fibers during washing. Gradual changes—like opting for natural fibers and using washing solutions that trap microfibers—can significantly reduce exposure without requiring a complete wardrobe overhaul.

Every time we wash or wear synthetic clothes, we release tiny plastic particles—microplastics—into the air, water, and even our lungs. Microplastic exposure occurs mainly through ingestion and inhalation, especially in urban areas where fibers from synthetic clothing and degraded plastics enter the air. These particles don’t just pass through the body—they accumulate in organs like the lungs, brain, liver, and even the placenta, raising potential health concerns. Synthetic fabrics like polyester, nylon, and acrylic shed microfibers into water and air, exposing us through wear, laundry, and poorly vented dryers. There's more. Performance clothing labeled “waterproof,” “stain-resistant,” or “oil-repellent” often contains PFAS, known as “forever chemicals” because they persist in the body for years. PFAS have been linked to hormonal disruptions, immune dysfunction, and cancers, making it particularly important to limit exposure—especially in children. Opting for 100% natural fibers like cotton, wool, or hemp reduces microplastic exposure, while filters or laundry bags like Guppyfriend can trap fibers during washing. Gradual changes—like opting for natural fibers and using washing solutions that trap microfibers—can significantly reduce exposure without requiring a complete wardrobe overhaul.

Dr. Rhonda Patrick

127,737 görüntüleme • 1 yıl önce

This new video, taken by NASA's Parker Solar Probe during its 21st close approach to the Sun, shows a stunning view of the Solar System from inside Mercury’s orbit. It captures solar phenomena like coronal streamers, a small coronal mass ejection, and high-energy particles streaking past the camera. Visible planets include Mercury, Venus, Saturn, Earth, Mars, and Jupiter. A comet, Tsuchinshan-ATLAS, briefly appears with its tail. These observations help us understand how the Sun affects space weather, satellites, astronauts, and Earth’s power grids. Parker Solar Probe is flying closer to the Sun than any spacecraft before it, eventually reaching within 6 million kilometers of the surface. Coronal streamers are bright, plasma-filled structures from the Sun’s outer atmosphere that stretch into space. High-energy particle streaks are due to solar energetic particles hitting the camera, essentially, you're watching radiation in real time. Tsuchinshan-ATLAS is a recently discovered comet, and its tail’s appearance in the video is a rare, spectacular moment. This data is crucial for understanding space weather, which can disrupt communication, GPS, and power systems on Earth.

This new video, taken by NASA's Parker Solar Probe during its 21st close approach to the Sun, shows a stunning view of the Solar System from inside Mercury’s orbit. It captures solar phenomena like coronal streamers, a small coronal mass ejection, and high-energy particles streaking past the camera. Visible planets include Mercury, Venus, Saturn, Earth, Mars, and Jupiter. A comet, Tsuchinshan-ATLAS, briefly appears with its tail. These observations help us understand how the Sun affects space weather, satellites, astronauts, and Earth’s power grids. Parker Solar Probe is flying closer to the Sun than any spacecraft before it, eventually reaching within 6 million kilometers of the surface. Coronal streamers are bright, plasma-filled structures from the Sun’s outer atmosphere that stretch into space. High-energy particle streaks are due to solar energetic particles hitting the camera, essentially, you're watching radiation in real time. Tsuchinshan-ATLAS is a recently discovered comet, and its tail’s appearance in the video is a rare, spectacular moment. This data is crucial for understanding space weather, which can disrupt communication, GPS, and power systems on Earth.

Erika 

38,506 görüntüleme • 1 yıl önce

Making the Invisible Visible: A Walk for Clean Air This morning, at the invitation of Public Square, I had the honor of using the WalkTalkConnect platform to highlight a cause that touches every breath we take — clean air. I walked with Eng.Tabaro and Ruth, two young professionals passionately advocating for clean air and climate justice. We used a small AirCasting monitor to track real-time PM2.5 pollution levels along our route through Kampala Central Division. The results were sobering: much of the air we breathed was classified as “Unhealthy for Sensitive Groups.” What does that mean in real terms? It means that children, the elderly, and people with respiratory conditions are at risk—just by walking through their own city. This is a serious health risk. “Why does this matter?”, you ask…. Because what we can’t see can hurt us. Fine particle pollution comes from vehicles, open burning, construction dust, and industrial emissions. These tiny particles get deep into our lungs and bloodstream, increasing the risk of asthma, heart disease, strokes, and even cancer. It’s a silent health crisis hiding in plain sight. As a country, we need to enact national air quality legislation, invest in clean public transport, regulate industrial emissions, and increase green spaces in our cities. Clean air is not a luxury. It’s a right. Today reminded me that we all deserve to breathe freely. Clean air is not a luxury. It’s a right. #WalkTalkConnect #KampalaBreathes #WalkForCleanAirUG Joseph Beyanga Joe Walker Anthony Natif Mujuni Raymond

Making the Invisible Visible: A Walk for Clean Air This morning, at the invitation of Public Square, I had the honor of using the WalkTalkConnect platform to highlight a cause that touches every breath we take — clean air. I walked with Eng.Tabaro and Ruth, two young professionals passionately advocating for clean air and climate justice. We used a small AirCasting monitor to track real-time PM2.5 pollution levels along our route through Kampala Central Division. The results were sobering: much of the air we breathed was classified as “Unhealthy for Sensitive Groups.” What does that mean in real terms? It means that children, the elderly, and people with respiratory conditions are at risk—just by walking through their own city. This is a serious health risk. “Why does this matter?”, you ask…. Because what we can’t see can hurt us. Fine particle pollution comes from vehicles, open burning, construction dust, and industrial emissions. These tiny particles get deep into our lungs and bloodstream, increasing the risk of asthma, heart disease, strokes, and even cancer. It’s a silent health crisis hiding in plain sight. As a country, we need to enact national air quality legislation, invest in clean public transport, regulate industrial emissions, and increase green spaces in our cities. Clean air is not a luxury. It’s a right. Today reminded me that we all deserve to breathe freely. Clean air is not a luxury. It’s a right. #WalkTalkConnect #KampalaBreathes #WalkForCleanAirUG Joseph Beyanga Joe Walker Anthony Natif Mujuni Raymond

Jacqueline Asiimwe

28,844 görüntüleme • 1 yıl önce

If the Apollo landings are fake, and everything was filmed in an indoor studio, that would make this clip very impressive. Specifically the "rooster tails" that settle down almost instantly. Earth has an atmosphere which counter-acts gravity. That's why sand dust, which is made up of very tiny particles, hangs in the air for minutes after a vehicle drives on a dirt road. The moon has no atmosphere, so the dust kicked up by the lunar rover settles almost instantaneously. This video could not have been done with CGI in the 1970's. Even with today's technology, this would be hard to film in a studio. Unless the whole studio was in a vacuum chamber.

If the Apollo landings are fake, and everything was filmed in an indoor studio, that would make this clip very impressive. Specifically the "rooster tails" that settle down almost instantly. Earth has an atmosphere which counter-acts gravity. That's why sand dust, which is made up of very tiny particles, hangs in the air for minutes after a vehicle drives on a dirt road. The moon has no atmosphere, so the dust kicked up by the lunar rover settles almost instantaneously. This video could not have been done with CGI in the 1970's. Even with today's technology, this would be hard to film in a studio. Unless the whole studio was in a vacuum chamber.

Martyupnorth®- Unacceptable Fact Checker

172,838 görüntüleme • 1 yıl önce

In this video, you can see one of the drum cutters in action at the BKC project. You will also notice a smog gun operating nearby, which helps control dust and airborne particles generated during the drum cutting process, further improving site safety and air quality. A drum cutter or hydraulic cutter is a powerful attachment used on excavators and other heavy machinery for cutting through rock, concrete, or asphalt. Equipped with rotating drums fitted with sharp picks, it is ideal for precise excavation, trenching, tunneling, and demolition work. MEIL Group is utilizing these drum cutters across different projects to enhance both efficiency and safety. #Meil #MeghaEngineering #MEILGroup #DrumCutter #BandraKurlaComplex #DustControl #SmogGun #Technology #HeavyMachinery #Infrastructure

In this video, you can see one of the drum cutters in action at the BKC project. You will also notice a smog gun operating nearby, which helps control dust and airborne particles generated during the drum cutting process, further improving site safety and air quality. A drum cutter or hydraulic cutter is a powerful attachment used on excavators and other heavy machinery for cutting through rock, concrete, or asphalt. Equipped with rotating drums fitted with sharp picks, it is ideal for precise excavation, trenching, tunneling, and demolition work. MEIL Group is utilizing these drum cutters across different projects to enhance both efficiency and safety. #Meil #MeghaEngineering #MEILGroup #DrumCutter #BandraKurlaComplex #DustControl #SmogGun #Technology #HeavyMachinery #Infrastructure

Megha Engineering and Infrastructures Ltd

14,144 görüntüleme • 1 yıl önce

🚨 WE ARE SURROUNDED! NASA'S COVERT STUDIES ON SELF-ORGANIZING PLASMA COMMUNITIES AROUND EARTH Hidden behind the glossy main NASA website, I found huge archives of data showing decade long research into massive self-organizing plasma communities around Earth Phenomena far more complex than our simple understanding of plasma - revealing long running institutional focus on their interaction with both natural and man-made bodies in space It reveals a picture of Earth embedded within a giant electromagnetic ocean of structured plasma phenomena activity, tracked from the 1960s You will know that I have already revealed several videos of NASA and Russian space station imagery showing thousands of these plasma entities crowding around satellites, space stations and tethers. But obviously take a deeper look by simply searching my profile on the word 'plasma' for more background. For now my video 👇 includes lots of important screenshots and clips which are just the start of a much deeper investigation into these hidden NASA archives #NASA #plasma

Moneypenny

112,108 görüntüleme • 2 ay önce

So, when I took this aurora, at first I thought that my settings were not correct because the aurora appeared white. I thought maybe the ISO was off, or I picked the wrong lens. Turns out, what I thought was white is actually light pink, and this led me down a path of learning. Aurora colors are the result of solar particles (think: microscopic sun bullets) interacting with Earth’s magnetospheric electrons (think: a bunch of charged particles which act like a force field around Earth that protect us from direct hits from the sun bullets). When there is a strong solar storm, which is basically a grouping of solar particles headed in our direction, the magnetospheric electrons get bombarded. While they still do their job of protecting us, they get super energized and are accelerated toward our poles. These now high-velocity electrons then hit different gases in the Earth’s atmosphere, mainly oxygen and nitrogen. When this happens, the gas molecules get excited, jump to a different energy level, and emit light at different wavelengths when they return to their original state. The color of that wavelength depends on the collision impact, type of gas molecule, atmospheric density, and altitude. Green is the most common aurora color, and it occurs when the electrons hit oxygen molecules between 60-150 miles altitude. If the solar particles hit oxygen but at a higher altitude, above 150 miles, the resultant color is red. This only happens under intense solar storm activity because of the lower density of atomic oxygen at higher altitudes. At lower altitudes during these intense storms, below 60 miles, auroras can appear purple or blue due to electrons hitting nitrogen molecules or pink when they hit slightly higher nitrogen around 60 miles. Auroras can appear other colors due to mixing of these phenomena. Now when I watch this video, I am amazed by the color variations. This one was very pink-hued!

So, when I took this aurora, at first I thought that my settings were not correct because the aurora appeared white. I thought maybe the ISO was off, or I picked the wrong lens. Turns out, what I thought was white is actually light pink, and this led me down a path of learning. Aurora colors are the result of solar particles (think: microscopic sun bullets) interacting with Earth’s magnetospheric electrons (think: a bunch of charged particles which act like a force field around Earth that protect us from direct hits from the sun bullets). When there is a strong solar storm, which is basically a grouping of solar particles headed in our direction, the magnetospheric electrons get bombarded. While they still do their job of protecting us, they get super energized and are accelerated toward our poles. These now high-velocity electrons then hit different gases in the Earth’s atmosphere, mainly oxygen and nitrogen. When this happens, the gas molecules get excited, jump to a different energy level, and emit light at different wavelengths when they return to their original state. The color of that wavelength depends on the collision impact, type of gas molecule, atmospheric density, and altitude. Green is the most common aurora color, and it occurs when the electrons hit oxygen molecules between 60-150 miles altitude. If the solar particles hit oxygen but at a higher altitude, above 150 miles, the resultant color is red. This only happens under intense solar storm activity because of the lower density of atomic oxygen at higher altitudes. At lower altitudes during these intense storms, below 60 miles, auroras can appear purple or blue due to electrons hitting nitrogen molecules or pink when they hit slightly higher nitrogen around 60 miles. Auroras can appear other colors due to mixing of these phenomena. Now when I watch this video, I am amazed by the color variations. This one was very pink-hued!

COL Anne McClain

48,976 görüntüleme • 1 yıl önce

🚨 SCIENTISTS FOUND THOUSANDS OF MYSTERIOUS VIRUSES FALLING FROM THE SKY - AND CAN’T TRACE THEIR ORIGIN An anatomy instructor at Penn State describes research documented in scientific literature. Researchers placed sterile collection containers on remote mountaintops and left them overnight. By morning, the containers contained thousands of viral particles. According to the research: • They weren’t linked to people, animals, or local ecosystems • They were carried by high altitude air currents traveling across continents • Some didn’t closely match known viruses cataloged on Earth This phenomenon has been discussed in atmospheric biology and astrobiology research, including debates about whether microbes or viruses can enter Earth’s atmosphere from space. This is not evidence of aliens, but it is evidence that biological material falls from the sky in ways science is still studying. If this is real science, why isn’t it talked about more?

🚨 SCIENTISTS FOUND THOUSANDS OF MYSTERIOUS VIRUSES FALLING FROM THE SKY - AND CAN’T TRACE THEIR ORIGIN An anatomy instructor at Penn State describes research documented in scientific literature. Researchers placed sterile collection containers on remote mountaintops and left them overnight. By morning, the containers contained thousands of viral particles. According to the research: • They weren’t linked to people, animals, or local ecosystems • They were carried by high altitude air currents traveling across continents • Some didn’t closely match known viruses cataloged on Earth This phenomenon has been discussed in atmospheric biology and astrobiology research, including debates about whether microbes or viruses can enter Earth’s atmosphere from space. This is not evidence of aliens, but it is evidence that biological material falls from the sky in ways science is still studying. If this is real science, why isn’t it talked about more?

HustleBitch

48,792 görüntüleme • 5 ay önce

If you watch long enough, a comet will appear. Before then, you will see our Solar System from inside the orbit of Mercury as recorded by NASA's Parker Solar Probe looping around the Sun. The video captures coronal streamers into the solar wind, a small Coronal Mass Ejection, and planets including, in order of appearance, Mercury, Venus, Saturn, Earth, Mars, and Jupiter. Between the emergence of Earth and Mars, Comet Tsuchinshan-ATLAS appears with a distinctive tail. The continuous fleeting streaks are high energy particles from the Sun impacting Parker's sideways looking camera. The featured time-lapse video was taken last year during Encounter 21, Parker's 21st close approach to the Sun. Studying data and images from Parker are delivering a better understanding of the dynamic Sun's effects on Earth's space weather as well as humanity's power grids, spacecraft, and space-faring astronauts. Video Credit: NASA, JHUAPL, Naval Research Lab, Parker Solar Probe; h/t: Richard Petarius III; Music: Russian Easter Festival Overture, Op. 36 by N. Rimsky-Korsakov; Source: Musopen; Performance: Czech National Symphony Orchestra (via Musopen); Music Credit: Wikimedia Commons

If you watch long enough, a comet will appear. Before then, you will see our Solar System from inside the orbit of Mercury as recorded by NASA's Parker Solar Probe looping around the Sun. The video captures coronal streamers into the solar wind, a small Coronal Mass Ejection, and planets including, in order of appearance, Mercury, Venus, Saturn, Earth, Mars, and Jupiter. Between the emergence of Earth and Mars, Comet Tsuchinshan-ATLAS appears with a distinctive tail. The continuous fleeting streaks are high energy particles from the Sun impacting Parker's sideways looking camera. The featured time-lapse video was taken last year during Encounter 21, Parker's 21st close approach to the Sun. Studying data and images from Parker are delivering a better understanding of the dynamic Sun's effects on Earth's space weather as well as humanity's power grids, spacecraft, and space-faring astronauts. Video Credit: NASA, JHUAPL, Naval Research Lab, Parker Solar Probe; h/t: Richard Petarius III; Music: Russian Easter Festival Overture, Op. 36 by N. Rimsky-Korsakov; Source: Musopen; Performance: Czech National Symphony Orchestra (via Musopen); Music Credit: Wikimedia Commons

Astronomy Picture of the Day

76,298 görüntüleme • 1 yıl önce

How long can you hold your breath? You can't hide anywhere from this. You can't hide from this material. Every human test subject that we know of that's been tested for the primary metals in these patents is off the chart, hair, blood, and urine tests, and the lab tests prove what's coming down in our rain. If it's in our rain, it's in our air. If it's in our air, it's in our lungs. These particles are so small, we're talking about nanoparticles that you can't filter out with any conventional mask. They enter through the lung lining, go straight into the bloodstream, where they adhere to cell receptors like a plaque. How long can we go on like this? If we're breathing all this stuff with every breath we take, we can't walk outside without sucking in a lungful of heavy metal. How long will we be thinking clearly enough to face any challenge? Geoengineering is nothing less than weather warfare. Do you object? Follow us for more: Dane Wigington

How long can you hold your breath? You can't hide anywhere from this. You can't hide from this material. Every human test subject that we know of that's been tested for the primary metals in these patents is off the chart, hair, blood, and urine tests, and the lab tests prove what's coming down in our rain. If it's in our rain, it's in our air. If it's in our air, it's in our lungs. These particles are so small, we're talking about nanoparticles that you can't filter out with any conventional mask. They enter through the lung lining, go straight into the bloodstream, where they adhere to cell receptors like a plaque. How long can we go on like this? If we're breathing all this stuff with every breath we take, we can't walk outside without sucking in a lungful of heavy metal. How long will we be thinking clearly enough to face any challenge? Geoengineering is nothing less than weather warfare. Do you object? Follow us for more: Dane Wigington

Dane Wigington

24,771 görüntüleme • 19 gün önce

Ukrainian scientists from the Vernadsky Research Base in Antarctica just released incredible underwater footage — filmed by a penguin. Using a GPS tracker and a tiny camera safely attached to its back, they captured how these subantarctic penguins dive, hunt krill, release air from under their feathers for hydrodynamic gliding, and flap their wings underwater like birds in flight. The video is totally real, with no speed-up. It also shows how penguins preen mid-swim — a behavior vital for insulation and speed. This research, in partnership with Norway’s Polar Institute, helps validate GPS data and supports efforts to protect Antarctic marine ecosystems. 🐧🌊 📹 Ukraine's National Antarctic Scientific Center

Ukrainian scientists from the Vernadsky Research Base in Antarctica just released incredible underwater footage — filmed by a penguin. Using a GPS tracker and a tiny camera safely attached to its back, they captured how these subantarctic penguins dive, hunt krill, release air from under their feathers for hydrodynamic gliding, and flap their wings underwater like birds in flight. The video is totally real, with no speed-up. It also shows how penguins preen mid-swim — a behavior vital for insulation and speed. This research, in partnership with Norway’s Polar Institute, helps validate GPS data and supports efforts to protect Antarctic marine ecosystems. 🐧🌊 📹 Ukraine's National Antarctic Scientific Center

Euromaidan Press

385,866 görüntüleme • 6 ay önce

Ok, this is crazy... The US Air Force found out in 1971 that the rotation of the Earth is driven by the Earth's magnetic field. They knew that it would eventually slow down with the magnetic decoupling and the shifting of the poles. Douglas Vogt tried to warn us in 2018, and of course, he was labeled as 'crazy'. But studies in 2023 and 2024 have started appearing about the Earth's core rotation slowing down almost to a full stop. Also, NASA recently admitted that the rotation of the Earth changes due to the melting of glaciers and human-driven climate change. Of course, this is because of the geomagnetic excursion. Make no mistake, they will play this game until the very end. They will give you 'alternative explanations' and blame you for the chaos that is coming. They will give you false hope while they prepare their doomsday bunkers. This happens every 12,000 years (with smaller events every 6000 years), and I will share more proof in the comments section. You will see that Elon Musk knows, Donald Trump is aware of these changes, and the plan of the 'elite' leaked in 2010. I will continue sharing more information about this cycle while they want you to stay ignorant of this reality.

Ok, this is crazy... The US Air Force found out in 1971 that the rotation of the Earth is driven by the Earth's magnetic field. They knew that it would eventually slow down with the magnetic decoupling and the shifting of the poles. Douglas Vogt tried to warn us in 2018, and of course, he was labeled as 'crazy'. But studies in 2023 and 2024 have started appearing about the Earth's core rotation slowing down almost to a full stop. Also, NASA recently admitted that the rotation of the Earth changes due to the melting of glaciers and human-driven climate change. Of course, this is because of the geomagnetic excursion. Make no mistake, they will play this game until the very end. They will give you 'alternative explanations' and blame you for the chaos that is coming. They will give you false hope while they prepare their doomsday bunkers. This happens every 12,000 years (with smaller events every 6000 years), and I will share more proof in the comments section. You will see that Elon Musk knows, Donald Trump is aware of these changes, and the plan of the 'elite' leaked in 2010. I will continue sharing more information about this cycle while they want you to stay ignorant of this reality.

Open Minded Approach

1,536,405 görüntüleme • 2 yıl önce

ADDING GARRI FLOUR TO TANKERS FILLED WITH PMS To many of us, this isn't new. I say let me take time to call the attention of NMDPRA that this is still ongoing. Field Observation There is a trend among oil tanker drivers in Nigeria: when a petroleum product (like PMS) tanker develops a slight leak, they often pour Garri into the filled tank. The belief is that the Garri will sink and settle at the point of leakage, effectively sealing the leak and preventing product loss. What’s the Science Behind It? This practice is not based on a chemical reaction but rather a mechanical phenomenon. Here's how it works: 1. Density-Driven Settling: Garri has a higher density than petrol (PMS), so it sinks rapidly to the bottom of the tank where leaks typically occur. 2. Particle Bridging and Plugging: As the Garri particles reach the leak, the flow of fuel through the hole draws particles into it. These particles begin to bridge across the hole, with more particles packing behind to form a plug or cake, effectively reducing or stopping the leak. This is similar to how lost circulation materials (LCMs) work in oil & gas well drilling. 3. Swelling in the Presence of Water: We all know that Garri can absorb water and swell. Even tiny amounts of water at the tank bottom (from condensation or trace water in the fuel) can hydrate the cassava particles, causing them to expand and tighten the seal. 4. No Chemical Reaction: Garri is made of starch and fiber, both of which are polar compounds and insoluble in non-polar hydrocarbons like PMS. So there is no chemical reaction between the Garri and the fuel—only a physical interaction. SAFETY CONCERNS 🦺 There is High Risk of Fuel contamination. Cassava particles mix with the fuel, leading to sediment in vehicle tanks, clogging filters, strainers, and injectors. And among others, PMS contaminated with Garri fails NMDPRA/SON fuel quality specs, especially on sediment content.

ADDING GARRI FLOUR TO TANKERS FILLED WITH PMS To many of us, this isn't new. I say let me take time to call the attention of NMDPRA that this is still ongoing. Field Observation There is a trend among oil tanker drivers in Nigeria: when a petroleum product (like PMS) tanker develops a slight leak, they often pour Garri into the filled tank. The belief is that the Garri will sink and settle at the point of leakage, effectively sealing the leak and preventing product loss. What’s the Science Behind It? This practice is not based on a chemical reaction but rather a mechanical phenomenon. Here's how it works: 1. Density-Driven Settling: Garri has a higher density than petrol (PMS), so it sinks rapidly to the bottom of the tank where leaks typically occur. 2. Particle Bridging and Plugging: As the Garri particles reach the leak, the flow of fuel through the hole draws particles into it. These particles begin to bridge across the hole, with more particles packing behind to form a plug or cake, effectively reducing or stopping the leak. This is similar to how lost circulation materials (LCMs) work in oil & gas well drilling. 3. Swelling in the Presence of Water: We all know that Garri can absorb water and swell. Even tiny amounts of water at the tank bottom (from condensation or trace water in the fuel) can hydrate the cassava particles, causing them to expand and tighten the seal. 4. No Chemical Reaction: Garri is made of starch and fiber, both of which are polar compounds and insoluble in non-polar hydrocarbons like PMS. So there is no chemical reaction between the Garri and the fuel—only a physical interaction. SAFETY CONCERNS 🦺 There is High Risk of Fuel contamination. Cassava particles mix with the fuel, leading to sediment in vehicle tanks, clogging filters, strainers, and injectors. And among others, PMS contaminated with Garri fails NMDPRA/SON fuel quality specs, especially on sediment content.

Dr. Hidima

34,096 görüntüleme • 1 yıl önce

The video showcases a team of astronauts grappling with the unique challenges of moving in the moon's low-gravity environment. Their attempts to walk, jump, and complete basic tasks are met with unexpected difficulties. The astronauts had to adjust their movements due to the moon's weaker gravity, which posed a risk of overextension and stumbling. They also needed to control their jumps as the reduced gravity prolonged their time in the air. Furthermore, the astronauts had to contend with unwieldy space suits that constrained their movements, intensifying the difficulty of walking and task execution. While these suits were essential for safeguarding the astronauts from space's harsh conditions, they hindered their mobility and comfort on the lunar surface. Nevertheless, the astronauts successfully carried out a range of scientific experiments during their time on the moon. These experiments encompassed collecting rock specimens, performing seismic tests, and gauging the moon's temperature and radiation levels. The insights gained from these endeavors greatly enhanced our understanding of the moon's geological composition and historical evolution. It's evident that walking on the moon is a formidable challenge!

The video showcases a team of astronauts grappling with the unique challenges of moving in the moon's low-gravity environment. Their attempts to walk, jump, and complete basic tasks are met with unexpected difficulties. The astronauts had to adjust their movements due to the moon's weaker gravity, which posed a risk of overextension and stumbling. They also needed to control their jumps as the reduced gravity prolonged their time in the air. Furthermore, the astronauts had to contend with unwieldy space suits that constrained their movements, intensifying the difficulty of walking and task execution. While these suits were essential for safeguarding the astronauts from space's harsh conditions, they hindered their mobility and comfort on the lunar surface. Nevertheless, the astronauts successfully carried out a range of scientific experiments during their time on the moon. These experiments encompassed collecting rock specimens, performing seismic tests, and gauging the moon's temperature and radiation levels. The insights gained from these endeavors greatly enhanced our understanding of the moon's geological composition and historical evolution. It's evident that walking on the moon is a formidable challenge!

Historic Vids

2,308,429 görüntüleme • 2 yıl önce