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Monster subsurface heat bubble and associated “downwelling Kelvin wave” is traversing the deep Pacific, transporting anomalously warm water from the West Pacific Warm Pool towards the East Equatorial Pacific, and emerging toward to surface. This mechanism should provide the boost to jump start our El Niño which is defined... by surface warming in the eastern half of the deep tropical Pacific. All signs are pointing to a top tier El Niño episode this summer/ fall/ winter - emitting pent up ocean heat - throwing Worldwide weather patterns into overdrive! In ENSO terms, a downwelling Kelvin wave often happens after westerly wind bursts in the western or central Pacific. The wave carries warm water eastward below the surface, deepens the thermocline in the east, reduces cold-water upwelling (ie. near the Galapagos), and can help favor El Niño development. Thanks to CyclonicWx for the great map visual. #elninoshow more

Jeff Berardelli

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Genesis of a Super El Niño! Why do we expect this El Niño to be one of the strongest on record? - A main reason: Huge subsurface heat - exceeding most anything we’ve observed in spring - motoring eastward from the deep Western Tropical Pacific Ocean to the East Pacific and emerging at the surface. This is rapidly warming the El Niño region. This is how El Niño forms - it’s not new, it’s just supercharged. This matches most computer model forecasts for a historic El Niño pattern, throwing Earth’s climate patterns off-kilter. Expect robust effects of El Niño to begin this summer and maximize this fall and winter. The aim of the visual is to help people orient to subsurface views, tough to do without a frame of reference. Credit to Alex Boreham for the animating map inlay. #elnino #science #stem #climate

Genesis of a Super El Niño! Why do we expect this El Niño to be one of the strongest on record? - A main reason: Huge subsurface heat - exceeding most anything we’ve observed in spring - motoring eastward from the deep Western Tropical Pacific Ocean to the East Pacific and emerging at the surface. This is rapidly warming the El Niño region. This is how El Niño forms - it’s not new, it’s just supercharged. This matches most computer model forecasts for a historic El Niño pattern, throwing Earth’s climate patterns off-kilter. Expect robust effects of El Niño to begin this summer and maximize this fall and winter. The aim of the visual is to help people orient to subsurface views, tough to do without a frame of reference. Credit to Alex Boreham for the animating map inlay. #elnino #science #stem #climate

Jeff Berardelli

14,278 views • 2 months ago

Big dawg El Niño coming this summer and fall! This is a bit science-y… but easy I promise. So follow along. You are looking at a vertical cross section of the tropical Pacific Ocean at the Equator with depth downward deep into the ocean. Left side is west near Asia. Right side is east near South America. It’s where we measure El Niño, the king control knob of the climate. One main way we know it’s coming is “subsurface heat”. See the dark red shades moving east under the surface and rising upward? That’s the El Niño developing! El Niño is a build up of hotter than normal water on the surface Eastern Tropical Pacific Ocean. What’s cool (or hot) is that the water comes from the West Tropical Pacific. During cool La Niña years it’s like a piggy bank. The West Pacific hoards and stores the heat near Asia. Then every couple-few years that warm water sloshes back East. It first appears under the surface where we measure it. It surfaces in late spring and El Niño grows in Summer to fall. You can tell by the magnitude of warm subsurface water that this looks like a biggie! So how will it impact us? For one, it typically subdues Atlantic hurricane season. That doesn’t mean no storms - just less active than it would have otherwise been. Also it releases lots of Heat… so it super charges heat waves around the planet and floods too - it all tends to be more immense and intense. And you can bet Earth will experience its hottest days on record coming later 2026 into 2027. El Niño is one of the biggest climate forces on Earth and it has a profound impact on world-wide weather because of all the heat released into the atmosphere from the ocean.

Big dawg El Niño coming this summer and fall! This is a bit science-y… but easy I promise. So follow along. You are looking at a vertical cross section of the tropical Pacific Ocean at the Equator with depth downward deep into the ocean. Left side is west near Asia. Right side is east near South America. It’s where we measure El Niño, the king control knob of the climate. One main way we know it’s coming is “subsurface heat”. See the dark red shades moving east under the surface and rising upward? That’s the El Niño developing! El Niño is a build up of hotter than normal water on the surface Eastern Tropical Pacific Ocean. What’s cool (or hot) is that the water comes from the West Tropical Pacific. During cool La Niña years it’s like a piggy bank. The West Pacific hoards and stores the heat near Asia. Then every couple-few years that warm water sloshes back East. It first appears under the surface where we measure it. It surfaces in late spring and El Niño grows in Summer to fall. You can tell by the magnitude of warm subsurface water that this looks like a biggie! So how will it impact us? For one, it typically subdues Atlantic hurricane season. That doesn’t mean no storms - just less active than it would have otherwise been. Also it releases lots of Heat… so it super charges heat waves around the planet and floods too - it all tends to be more immense and intense. And you can bet Earth will experience its hottest days on record coming later 2026 into 2027. El Niño is one of the biggest climate forces on Earth and it has a profound impact on world-wide weather because of all the heat released into the atmosphere from the ocean.

Jeff Berardelli

11,849 views • 5 months ago

🌎 NOAA has officially declared the onset of El Niño El Niño is the warm phase of ENSO, during which surface waters in the central and eastern tropical Pacific become warmer than usual. As the distribution of warm water in the Pacific shifts, atmospheric circulation also changes, including the position of the jet stream and storm tracks. This can influence temperatures and rainfall thousands of kilometres away. Current seasonal forecasts suggest that El Niño will continue to strengthen through the rest of the year. According to NOAA, there is a 60% chance that sea surface temperature anomalies in the central and eastern tropical Pacific will exceed 2 °C by the end of the year. This episode could therefore become very strong and rank among the strongest events on record. Typical impacts of El Niño: • globally: an increase in the planet’s average temperature • more rainfall: western and southern South America, parts of East Africa, and the southern United States • drier conditions: northern and eastern Australia, Indonesia, parts of Southeast Asia, southern Africa, and parts of Central America • South Asia: the southwest monsoon is often weaker • tropical cyclones: less favourable conditions in the Atlantic, a more active eastern and central Pacific, and typhoon formation in the western North Pacific often shifting farther east

🌎 NOAA has officially declared the onset of El Niño El Niño is the warm phase of ENSO, during which surface waters in the central and eastern tropical Pacific become warmer than usual. As the distribution of warm water in the Pacific shifts, atmospheric circulation also changes, including the position of the jet stream and storm tracks. This can influence temperatures and rainfall thousands of kilometres away. Current seasonal forecasts suggest that El Niño will continue to strengthen through the rest of the year. According to NOAA, there is a 60% chance that sea surface temperature anomalies in the central and eastern tropical Pacific will exceed 2 °C by the end of the year. This episode could therefore become very strong and rank among the strongest events on record. Typical impacts of El Niño: • globally: an increase in the planet’s average temperature • more rainfall: western and southern South America, parts of East Africa, and the southern United States • drier conditions: northern and eastern Australia, Indonesia, parts of Southeast Asia, southern Africa, and parts of Central America • South Asia: the southwest monsoon is often weaker • tropical cyclones: less favourable conditions in the Atlantic, a more active eastern and central Pacific, and typhoon formation in the western North Pacific often shifting farther east

Windy.com

43,293 views • 2 months ago

El Niño is born! Destined to be the biggest in 150 years +?? NOAA declares: El Niño Advisory This morning conditions in the Eastern Pacific met the criteria for El Niño. This means Sea Surface Temps reached a certain level above normal, and the ocean and atmosphere “coupled” meaning they are now working in tandem to produce impacts. This event is widely advertised by models to be potentially the strongest on record. El Niño takes very hot water stored in the deep tropical west Pacific, pushing it east and up to the surface, lofting that heat into the atmosphere, which supercharges weather events and throws the climate off-kilter. This typical means more intense heatwaves & floods, but also it restrains the Atlantic hurricane season. So its impacts are both good and bad. One thing seems virtually certain: the heat released into the atmosphere will make for some unprecedented events through 2027, and on top of longterm warming, the hottest global temperatures in many tens of 1000s of years. #ElNino #florida #storm #heatwave #flood #drought

El Niño is born! Destined to be the biggest in 150 years +?? NOAA declares: El Niño Advisory This morning conditions in the Eastern Pacific met the criteria for El Niño. This means Sea Surface Temps reached a certain level above normal, and the ocean and atmosphere “coupled” meaning they are now working in tandem to produce impacts. This event is widely advertised by models to be potentially the strongest on record. El Niño takes very hot water stored in the deep tropical west Pacific, pushing it east and up to the surface, lofting that heat into the atmosphere, which supercharges weather events and throws the climate off-kilter. This typical means more intense heatwaves & floods, but also it restrains the Atlantic hurricane season. So its impacts are both good and bad. One thing seems virtually certain: the heat released into the atmosphere will make for some unprecedented events through 2027, and on top of longterm warming, the hottest global temperatures in many tens of 1000s of years. #ElNino #florida #storm #heatwave #flood #drought

Jeff Berardelli

166,821 views • 2 months ago

Hurricanes and wildfire: #hawaii #maui #wildfire #LahainaFire The winds brought the power poles and transformers down, that sparked fires, communications went down, then 80MPH gusts fanned the flames across the landscape. A perfect storm… but why?! If you look at the National Interagency Fire Center’s Predictive Services, which we have been covering, they knew Hawaii would be ready for significant fire growth as far back at Spring. “El Niño will be the driving factor.” There was a La Niña/El Niño switch this spring… El Niño has developed in the equatorial Pacific Ocean, and rapid warming continues in much of the ENSO region, especially in the central Pacific with continued anomalous warmth off the coast of South America. Above normal sea surface temperatures are observed in all ENSO regions. Most forecast guidance depicts continued warming through summer, with El Niño conditions forecast to continue into winter. The Climate Prediction Center forecasts a greater than 95% chance of El Niño conditions continuing into winter, with a 56% chance of a strong El Niño developing this fall. Other teleconnection patterns, such as the Madden Julian Oscillation (MJO), Pacific Decadal Oscillation, and Pacific-North American Pattern may influence weather and climate during the outlook period, but El Niño will be the main driver…

Hurricanes and wildfire: #hawaii #maui #wildfire #LahainaFire The winds brought the power poles and transformers down, that sparked fires, communications went down, then 80MPH gusts fanned the flames across the landscape. A perfect storm… but why?! If you look at the National Interagency Fire Center’s Predictive Services, which we have been covering, they knew Hawaii would be ready for significant fire growth as far back at Spring. “El Niño will be the driving factor.” There was a La Niña/El Niño switch this spring… El Niño has developed in the equatorial Pacific Ocean, and rapid warming continues in much of the ENSO region, especially in the central Pacific with continued anomalous warmth off the coast of South America. Above normal sea surface temperatures are observed in all ENSO regions. Most forecast guidance depicts continued warming through summer, with El Niño conditions forecast to continue into winter. The Climate Prediction Center forecasts a greater than 95% chance of El Niño conditions continuing into winter, with a 56% chance of a strong El Niño developing this fall. Other teleconnection patterns, such as the Madden Julian Oscillation (MJO), Pacific Decadal Oscillation, and Pacific-North American Pattern may influence weather and climate during the outlook period, but El Niño will be the main driver…

The Hotshot Wake Up

3,699,416 views • 3 years ago

2027 will almost certainly be the warmest year on record for Earth - by a long shot - and perhaps even 2026 may reach a record too. That’s due to the big boost of heat released from El Niño, on top of the long term warming. This happens as excess heat stored deep in the west tropical Pacific moves east and towards the ocean surface. When it reaches the surface the extra energy sparks thunderstorms and powers a strong subtropical jetstream. That combination releases tons of heat into the air and powers extreme weather all around the planet. As a result, the planet’s surface temperature will warm up significantly, pushing us past (probably far past) the record set in 2024. Worth noting that the planet’s warmest 10 years on record are indeed the last 10 years. And that the Earth is likely warmer now than it’s been in at least 120,000 years. #elnino #heatwave #extremeweather #science #stem

2027 will almost certainly be the warmest year on record for Earth - by a long shot - and perhaps even 2026 may reach a record too. That’s due to the big boost of heat released from El Niño, on top of the long term warming. This happens as excess heat stored deep in the west tropical Pacific moves east and towards the ocean surface. When it reaches the surface the extra energy sparks thunderstorms and powers a strong subtropical jetstream. That combination releases tons of heat into the air and powers extreme weather all around the planet. As a result, the planet’s surface temperature will warm up significantly, pushing us past (probably far past) the record set in 2024. Worth noting that the planet’s warmest 10 years on record are indeed the last 10 years. And that the Earth is likely warmer now than it’s been in at least 120,000 years. #elnino #heatwave #extremeweather #science #stem

Jeff Berardelli

47,471 views • 3 months ago

🚨 SOMETHING MASSIVE IS BREWING BENEATH THE PACIFIC AND IT COULD TRIGGER A MONSTER EL NIÑO. New 3D ARMOR data reveals a giant subsurface heat reservoir in the Pacific with temperature anomalies reaching +6°C below the surface far deeper and stronger than normal. This is not surface warming. This is the Pacific’s internal heat engine loading up with enormous energy. If powerful Westerly Wind Bursts push this heat upward, the surface response could explode into +3°C to +4°C territory creating a hybrid Super El Niño unlike anything we’ve seen in decades. Why this matters: • A monster El Niño would bring extreme heat, crop failures, chaotic rainfall, floods, droughts, and global weather disruption • The heat is already there — it just needs the right trigger to rise • This is atmosphere-ocean physics operating at full power, not “nature taking revenge” • Monitoring shows the system is primed and ready The deeper implication is alarming: We may be watching the early stages of one of the most powerful El Niño events in modern history forming right now beneath the waves. If this heat vents upward… the consequences could be felt worldwide for years. What do you think are we heading into dangerous new climate territory, or will the system stay contained? Follow for more frontier science and planetary discoveries.

🚨 SOMETHING MASSIVE IS BREWING BENEATH THE PACIFIC AND IT COULD TRIGGER A MONSTER EL NIÑO. New 3D ARMOR data reveals a giant subsurface heat reservoir in the Pacific with temperature anomalies reaching +6°C below the surface far deeper and stronger than normal. This is not surface warming. This is the Pacific’s internal heat engine loading up with enormous energy. If powerful Westerly Wind Bursts push this heat upward, the surface response could explode into +3°C to +4°C territory creating a hybrid Super El Niño unlike anything we’ve seen in decades. Why this matters: • A monster El Niño would bring extreme heat, crop failures, chaotic rainfall, floods, droughts, and global weather disruption • The heat is already there — it just needs the right trigger to rise • This is atmosphere-ocean physics operating at full power, not “nature taking revenge” • Monitoring shows the system is primed and ready The deeper implication is alarming: We may be watching the early stages of one of the most powerful El Niño events in modern history forming right now beneath the waves. If this heat vents upward… the consequences could be felt worldwide for years. What do you think are we heading into dangerous new climate territory, or will the system stay contained? Follow for more frontier science and planetary discoveries.

TheNewPhysics

95,746 views • 2 months ago

Heat Domes Dominate the Planet! Sound up! Typically El Niño waits until fall to impact the jet stream, but this one is supercharged. That means the heat in the Tropical Pacific is already helping to reorganize atmospheric waves, leading to persistent and intense heat domes in North America with downstream impacts in Europe. Those heat waves are of course significantly boosted by the long term warming trend. #elnino #heatwave #heatdome #extremeweather

Heat Domes Dominate the Planet! Sound up! Typically El Niño waits until fall to impact the jet stream, but this one is supercharged. That means the heat in the Tropical Pacific is already helping to reorganize atmospheric waves, leading to persistent and intense heat domes in North America with downstream impacts in Europe. Those heat waves are of course significantly boosted by the long term warming trend. #elnino #heatwave #heatdome #extremeweather

Jeff Berardelli

138,576 views • 1 month ago

It’s unreal to see this El Niño continue to astonish. Take a look at the subsurface heat build up in the last few frames of this. The anomalies are backing up, and heating up, like a traffic jam, in the Central Pacific. There’s a ton more fuel left in this tank! And it seems evident it will end up living up to the hype and seasonal model forecasts. Thanks Alex Boreham for the great visual.

It’s unreal to see this El Niño continue to astonish. Take a look at the subsurface heat build up in the last few frames of this. The anomalies are backing up, and heating up, like a traffic jam, in the Central Pacific. There’s a ton more fuel left in this tank! And it seems evident it will end up living up to the hype and seasonal model forecasts. Thanks Alex Boreham for the great visual.

Jeff Berardelli

74,741 views • 24 days ago

Hurricane season starts today. Here’s why we expect it to be a quieter than normal year in the Atlantic. The relatively hotter East Pacific due to a Super El Niño overpowers the near waters of the Atlantic. Rising air, thunderstorms and hurricanes in the East Pacific should subdue the Caribbean with sinking air, wind shear, and less storms. But less storms does not equal no storms. So be prepared as usual. #hurricaneseason #hurricane #science #stem #florida

Hurricane season starts today. Here’s why we expect it to be a quieter than normal year in the Atlantic. The relatively hotter East Pacific due to a Super El Niño overpowers the near waters of the Atlantic. Rising air, thunderstorms and hurricanes in the East Pacific should subdue the Caribbean with sinking air, wind shear, and less storms. But less storms does not equal no storms. So be prepared as usual. #hurricaneseason #hurricane #science #stem #florida

Jeff Berardelli

15,534 views • 2 months ago

🌊 El Niño in the tropical Pacific continues to strengthen According to NOAA/CPC, sea-surface temperatures off the coast of Peru and around the Galápagos Islands are more than 3°C above the long-term average. According to the WMO’s monthly Global Seasonal Climate Update, El Niño is expected to continue strengthening and develop into a strong event during August–October 2026. A positive Indian Ocean Dipole is also forecast. During this phase, the western tropical Indian Ocean is warmer than average, while the eastern part is cooler than average. The WMO warns that a strengthening El Niño increases the likelihood of heatwaves, drought, heavy rainfall, and other extreme weather events, with impacts varying by region. 🌡️ Above-normal temperatures: expected across most inhabited land areas of the world. 💧 Wetter-than-normal conditions: western North America, central South America, southern Europe, and North Africa. ☀️ Drier-than-normal conditions: Central America, northern South America, northern Europe, parts of central Africa, India, and southern and eastern Australia.

🌊 El Niño in the tropical Pacific continues to strengthen According to NOAA/CPC, sea-surface temperatures off the coast of Peru and around the Galápagos Islands are more than 3°C above the long-term average. According to the WMO’s monthly Global Seasonal Climate Update, El Niño is expected to continue strengthening and develop into a strong event during August–October 2026. A positive Indian Ocean Dipole is also forecast. During this phase, the western tropical Indian Ocean is warmer than average, while the eastern part is cooler than average. The WMO warns that a strengthening El Niño increases the likelihood of heatwaves, drought, heavy rainfall, and other extreme weather events, with impacts varying by region. 🌡️ Above-normal temperatures: expected across most inhabited land areas of the world. 💧 Wetter-than-normal conditions: western North America, central South America, southern Europe, and North Africa. ☀️ Drier-than-normal conditions: Central America, northern South America, northern Europe, parts of central Africa, India, and southern and eastern Australia.

Windy.com

38,889 views • 12 days ago

Tuesday, April 14, 2026 at 6:52 AM: What you have witnessed yesterday and this past weekend across California and parts of Southern California is the birth pains of an El Niño development and the ongoing escalation the warming of the Pacific torrential rains came through the San Fernando Valley with such strong, thunderstorms that it caused significant flooding in the Sherman Oaks, Universal City area around 1:05 PM - 1:35 PM yesterday on April 13, 2026. This powerful storm packed winds gusts of over 50 mph and it’s a true testament that we are no longer in a pattern that brings rain in just winter time but is now extending into April and May and beyond with that said we have another storm on the heels that will be arriving very quickly on April 21 - 27, 2026. The next storm will also bring more heavy rain, thunder, and lightning, and yes, more snowfall to the local mountains. As the Pacific continues to warm, the weather will become more drastic with extreme heat waves and more unusual severe rain events for California. This situation will get quite scary if it continues to verify by the end of October and November with the super El Niño development and the atmosphere connecting something that we’ve not seen since 1982, 1997/ 1998. The main Marshall Islands low axis is already gearing up for this major event this year which you’ve seen an example already. The flooding in the Hawaiian islands. Typhoon Sinlaku has now hit the Guam region with a category five status this early in April all due to the warming of the Pacific and the emergence of El Niño. #CAwx

Tuesday, April 14, 2026 at 6:52 AM: What you have witnessed yesterday and this past weekend across California and parts of Southern California is the birth pains of an El Niño development and the ongoing escalation the warming of the Pacific torrential rains came through the San Fernando Valley with such strong, thunderstorms that it caused significant flooding in the Sherman Oaks, Universal City area around 1:05 PM - 1:35 PM yesterday on April 13, 2026. This powerful storm packed winds gusts of over 50 mph and it’s a true testament that we are no longer in a pattern that brings rain in just winter time but is now extending into April and May and beyond with that said we have another storm on the heels that will be arriving very quickly on April 21 - 27, 2026. The next storm will also bring more heavy rain, thunder, and lightning, and yes, more snowfall to the local mountains. As the Pacific continues to warm, the weather will become more drastic with extreme heat waves and more unusual severe rain events for California. This situation will get quite scary if it continues to verify by the end of October and November with the super El Niño development and the atmosphere connecting something that we’ve not seen since 1982, 1997/ 1998. The main Marshall Islands low axis is already gearing up for this major event this year which you’ve seen an example already. The flooding in the Hawaiian islands. Typhoon Sinlaku has now hit the Guam region with a category five status this early in April all due to the warming of the Pacific and the emergence of El Niño. #CAwx

Jason D Farhang

28,670 views • 4 months ago

Tuesday, April 28, 2026, 3:09 PM: The Latest CPC continues to show aggressive rain confidence for Southern California starting from late Monday 8 PM - Tuesday 4 PM in May! The reason is that the warming of the Pacific continues to escalate more extremes in Texas and California; this will guarantee progressively gets worse in the next couple of months as El Niño kicks into full gear mode by late summer and early fall 2026. #CAwx

Tuesday, April 28, 2026, 3:09 PM: The Latest CPC continues to show aggressive rain confidence for Southern California starting from late Monday 8 PM - Tuesday 4 PM in May! The reason is that the warming of the Pacific continues to escalate more extremes in Texas and California; this will guarantee progressively gets worse in the next couple of months as El Niño kicks into full gear mode by late summer and early fall 2026. #CAwx

Jason D Farhang

12,497 views • 3 months ago

Building gigawatt scale datacenters in the oceans may be even easier than I had previously thought. Normally for OTEC cold deep sea water and warm surface waters are needed. Because that gigawatt is generating a lot of heat as an end product of compute, along with some additional solar thermal collection, we won’t need warm surface water at all, allowing these datacenters to go almost anywhere with enough depth. Additionally, that gigawatt of heat may be hotter than surface seawater normally used for OTEC, allowing for much shallower piping (200m instead of 1000m) while also being more efficient. The availability of unlimited cold water for the condenser is the key factor we can’t replicate on land. This brings the potential energy generation for ocean based compute up from 10 terawatts to potentially thousands of terawatts, as the locations are not limited to areas with the warmest surface waters. The excess energy needed for hundreds or thousands of people to also live on these structures is minimal compared to that needed for compute.

Building gigawatt scale datacenters in the oceans may be even easier than I had previously thought. Normally for OTEC cold deep sea water and warm surface waters are needed. Because that gigawatt is generating a lot of heat as an end product of compute, along with some additional solar thermal collection, we won’t need warm surface water at all, allowing these datacenters to go almost anywhere with enough depth. Additionally, that gigawatt of heat may be hotter than surface seawater normally used for OTEC, allowing for much shallower piping (200m instead of 1000m) while also being more efficient. The availability of unlimited cold water for the condenser is the key factor we can’t replicate on land. This brings the potential energy generation for ocean based compute up from 10 terawatts to potentially thousands of terawatts, as the locations are not limited to areas with the warmest surface waters. The excess energy needed for hundreds or thousands of people to also live on these structures is minimal compared to that needed for compute.

Ben Silone

79,038 views • 1 month ago

As we enter July, models anticipate the Atlantic to remain generally quiet hurricane-wise. El Niño is dominating the current and forecast conditions in the tropical Atlantic, manifesting as high shear in the Caribbean and less thunderstorm activity than normal. By contrast, the eastern Pacific is expected to spring to life, supported by the El Niño background state. Watch the continuous cyclone activity (orange blobs) in this 35-day GEFS forecast, versus the rather docile Atlantic. We can't guarantee no Atlantic storms in July, especially with the always-present risk of so-called "home grown" development along old cold fronts that drape across the SW Atlantic and Gulf region. But things seem likely to stay in check for a while.

As we enter July, models anticipate the Atlantic to remain generally quiet hurricane-wise. El Niño is dominating the current and forecast conditions in the tropical Atlantic, manifesting as high shear in the Caribbean and less thunderstorm activity than normal. By contrast, the eastern Pacific is expected to spring to life, supported by the El Niño background state. Watch the continuous cyclone activity (orange blobs) in this 35-day GEFS forecast, versus the rather docile Atlantic. We can't guarantee no Atlantic storms in July, especially with the always-present risk of so-called "home grown" development along old cold fronts that drape across the SW Atlantic and Gulf region. But things seem likely to stay in check for a while.

Dr. Levi Cowan

125,966 views • 1 month ago

We're cold just looking at this video 🥶⁣ This is rime, which forms when tiny, near-freezing water droplets, usually from thick fog and clouds, attach to the surface of a below-freezing object and turn into ice immediately on contact. Rime builds up in the direction of the wind and is more like accumulated freezing dew rather than thick frost.⁣

We're cold just looking at this video 🥶⁣ This is rime, which forms when tiny, near-freezing water droplets, usually from thick fog and clouds, attach to the surface of a below-freezing object and turn into ice immediately on contact. Rime builds up in the direction of the wind and is more like accumulated freezing dew rather than thick frost.⁣

AccuWeather

40,149 views • 6 months ago

This is for those who claim that such a massive wave coming from the ocean and the overall displacement of water onto land is impossible! There are giant flood myths in every ancient culture—from the Sumerian flood of Utnapishtim, the Hindu flood of Manu, and the Biblical flood of Noah to the Mesoamerican flood stories. In my opinion, this is a built-in mechanism that occurs due to the displacement of the Earth's upper mantle and crust caused by a geomagnetic excursion! The waves aren’t as big as in the visualization below, but they’re still catastrophic! This is a deep rabbit hole that the elites who control the narrative want you to ignore! (1/8)🧵

This is for those who claim that such a massive wave coming from the ocean and the overall displacement of water onto land is impossible! There are giant flood myths in every ancient culture—from the Sumerian flood of Utnapishtim, the Hindu flood of Manu, and the Biblical flood of Noah to the Mesoamerican flood stories. In my opinion, this is a built-in mechanism that occurs due to the displacement of the Earth's upper mantle and crust caused by a geomagnetic excursion! The waves aren’t as big as in the visualization below, but they’re still catastrophic! This is a deep rabbit hole that the elites who control the narrative want you to ignore! (1/8)🧵

Open Minded Approach

290,864 views • 1 year ago

$Test! In 1997, NOAA recorded a very loud, ultra-low-frequency sound in the Pacific Ocean. It was detected by multiple sensors 3,000 miles (5,000 km) apart, meaning the sound was extremely powerful. The source was roughly triangulated to 50°S, 100°W — a remote point in the South Pacific Ocean west of the southern tip of South America. People imagine it as a roar, but when sped up (because it’s extremely low-frequency) it sounds like a short “bloop.” It was the loudest underwater sound NOAA has ever recorded, with organic, almost biological signatures and a “deep-ocean unknown” profile far below the range of any known creature, leading many to connect it to a sea monster like the Biblical Leviathan or the Greek monster Cetus, which is also remembered as a constellation below Pisces. It could also be a sound from the deep underwater bases of the Breakaway Civilization; after all, it comes from the region where the continent of Mu was once said to have existed. The official explanation is a massive icequake — the fracturing or cracking of glacial ice in Antarctica. In my opinion, it's connected to the Geophysical Event. Do you know what happened between 1995 and 2000 involving the Pole Shift? I will post the answer later!$

Test! In 1997, NOAA recorded a very loud, ultra-low-frequency sound in the Pacific Ocean. It was detected by multiple sensors 3,000 miles (5,000 km) apart, meaning the sound was extremely powerful. The source was roughly triangulated to 50°S, 100°W — a remote point in the South Pacific Ocean west of the southern tip of South America. People imagine it as a roar, but when sped up (because it’s extremely low-frequency) it sounds like a short “bloop.” It was the loudest underwater sound NOAA has ever recorded, with organic, almost biological signatures and a “deep-ocean unknown” profile far below the range of any known creature, leading many to connect it to a sea monster like the Biblical Leviathan or the Greek monster Cetus, which is also remembered as a constellation below Pisces. It could also be a sound from the deep underwater bases of the Breakaway Civilization; after all, it comes from the region where the continent of Mu was once said to have existed. The official explanation is a massive icequake — the fracturing or cracking of glacial ice in Antarctica. In my opinion, it's connected to the Geophysical Event. Do you know what happened between 1995 and 2000 involving the Pole Shift? I will post the answer later!

Open Minded Approach

673,822 views • 8 months ago

$In 1997, NOAA recorded a very loud, ultra-low-frequency sound in the Pacific Ocean. It was detected by multiple sensors 3,000 miles (5,000 km) apart, meaning the sound was extremely powerful. The source was roughly triangulated to 50°S, 100°W — a remote point in the South Pacific Ocean west of the southern tip of South America. People imagine it as a roar, but when sped up (because it’s extremely low-frequency) it sounds like a short “bloop.” It was the loudest underwater sound NOAA has ever recorded, with organic, almost biological signatures and a “deep-ocean unknown” profile far below the range of any known creature, leading many to connect it to a sea monster like the Biblical Leviathan or the Greek monster Cetus, which is also remembered as a constellation below Pisces. It could also be a sound from the deep underwater bases of the Breakaway Civilization; after all, it comes from the region where the continent of Mu was once said to have existed. The official explanation is a massive icequake — the fracturing or cracking of glacial ice in Antarctica. In my opinion, it's connected to the Geophysical Event. Do you know what happened between 1995 and 2000 involving the Pole Shift? I will post the answer later!$

In 1997, NOAA recorded a very loud, ultra-low-frequency sound in the Pacific Ocean. It was detected by multiple sensors 3,000 miles (5,000 km) apart, meaning the sound was extremely powerful. The source was roughly triangulated to 50°S, 100°W — a remote point in the South Pacific Ocean west of the southern tip of South America. People imagine it as a roar, but when sped up (because it’s extremely low-frequency) it sounds like a short “bloop.” It was the loudest underwater sound NOAA has ever recorded, with organic, almost biological signatures and a “deep-ocean unknown” profile far below the range of any known creature, leading many to connect it to a sea monster like the Biblical Leviathan or the Greek monster Cetus, which is also remembered as a constellation below Pisces. It could also be a sound from the deep underwater bases of the Breakaway Civilization; after all, it comes from the region where the continent of Mu was once said to have existed. The official explanation is a massive icequake — the fracturing or cracking of glacial ice in Antarctica. In my opinion, it's connected to the Geophysical Event. Do you know what happened between 1995 and 2000 involving the Pole Shift? I will post the answer later!

Open Minded Approach

255,032 views • 5 months ago

This 30-ton autonomous planter can sow 400 hectares in 24 hours. It also significantly degrades 400 hectares of soil in 24 hours. A planter of this size aggressively compacts the soil surface and pulverizes the critical soil aggregates. Just look at the plume of topsoil left in the planter's wake. Arguably worse than surface compaction is the subsurface compaction caused by the force of a 30-ton machine traveling over the field. An initial compaction layer develops as deep as 2 feet and continues upward as new hardpan layers form on top of each other with each subsequent pass of the planter. Eventually, the subsurface compaction meets the surface compaction, and what remains is soil with no water-holding capacity, devoid of life, without the ability to cycle nutrients and generally inhospitable to crops. Despite its speed and efficiency, this planter ultimately takes the life out of farming, from the soil on up to the human operator.

This 30-ton autonomous planter can sow 400 hectares in 24 hours. It also significantly degrades 400 hectares of soil in 24 hours. A planter of this size aggressively compacts the soil surface and pulverizes the critical soil aggregates. Just look at the plume of topsoil left in the planter's wake. Arguably worse than surface compaction is the subsurface compaction caused by the force of a 30-ton machine traveling over the field. An initial compaction layer develops as deep as 2 feet and continues upward as new hardpan layers form on top of each other with each subsequent pass of the planter. Eventually, the subsurface compaction meets the surface compaction, and what remains is soil with no water-holding capacity, devoid of life, without the ability to cycle nutrients and generally inhospitable to crops. Despite its speed and efficiency, this planter ultimately takes the life out of farming, from the soil on up to the human operator.

Sam Knowlton

308,831 views • 2 years ago