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Tropical Storm Dolphin formed only 17 hours ago and already she is constructing a frantic inner core, with boiling, dry-ice bubbles of convection deep freezing the embryonic eyewall structure hidden beneath the cloud tops. This compact, fast-growing behavior seems to be priming Dolphin for explosively rapid intensification. From the... show more

Backpirch Weather

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13,076 views • 24 days ago •via X (Twitter)

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The Philippines can’t catch a break in the wake of Typhoon Kalmaegi (TinoPH), because just as that system heads deeper into the Vietnamese jungle, a new leviathan has emerged from the depths of the Pacific. On the right side of this satellite loop is Tropical Storm Fung-wong, a sprawling embryonic cyclone in the Philippine Sea. She may be weak and disorganized now, but the environment ahead is going to be favorable for rapid intensification. The island of Luzon is her most likely target for landfall. Watch this one closely.

The Philippines can’t catch a break in the wake of Typhoon Kalmaegi (TinoPH), because just as that system heads deeper into the Vietnamese jungle, a new leviathan has emerged from the depths of the Pacific. On the right side of this satellite loop is Tropical Storm Fung-wong, a sprawling embryonic cyclone in the Philippine Sea. She may be weak and disorganized now, but the environment ahead is going to be favorable for rapid intensification. The island of Luzon is her most likely target for landfall. Watch this one closely.

Backpirch Weather

238,747 views • 9 months ago

I think we might need to invent a new term for Rapid Intensification for this Blizzard. Because it is about to BLOW the normal parameters OUT OF THE PARK. ✅Normal rapid intensification, or Bombogenesis, is defined as a Storm dropping 24 millibars in pressure in 24 hours. That alone is an incredibly high rate. ⏫This Storm is forecast to deepen nearly DOUBLE that rate, with pressure falling OVER 40 millibars in just 24 hours. That kind of strengthening is almost UNHEARD OF. 💨 At peak intensity, this Storm may even LOOK like a Hurricane on satellite, with a tight core and powerful wind field wrapping around it. ⚠️ This level of intensification is exactly why impacts could become so extreme. 👊 This Storm is the REAL DEAL, my brotheren. Get ready to witness history.

I think we might need to invent a new term for Rapid Intensification for this Blizzard. Because it is about to BLOW the normal parameters OUT OF THE PARK. ✅Normal rapid intensification, or Bombogenesis, is defined as a Storm dropping 24 millibars in pressure in 24 hours. That alone is an incredibly high rate. ⏫This Storm is forecast to deepen nearly DOUBLE that rate, with pressure falling OVER 40 millibars in just 24 hours. That kind of strengthening is almost UNHEARD OF. 💨 At peak intensity, this Storm may even LOOK like a Hurricane on satellite, with a tight core and powerful wind field wrapping around it. ⚠️ This level of intensification is exactly why impacts could become so extreme. 👊 This Storm is the REAL DEAL, my brotheren. Get ready to witness history.

Brady Harris

48,993 views • 5 months ago

Typhoon Dolphin is passing directly over Wenzhou, a city home to nearly 10 MILLION residents, with an extremely heavy rain core and training rainbands on the eastern side of her circulation. While the storm’s winds didn’t really intensity over the East China Sea, her surrounding Central Dense Overcast did, and this last-minute resurgence of tropical convection created a massive wall of heavy rain and storm surge that has slammed hundreds of kilometers of China’s coastline to the north of Dolphin’s ~940 mbar eye. Dangerous freshwater floods and widespread power outages are ongoing.

Typhoon Dolphin is passing directly over Wenzhou, a city home to nearly 10 MILLION residents, with an extremely heavy rain core and training rainbands on the eastern side of her circulation. While the storm’s winds didn’t really intensity over the East China Sea, her surrounding Central Dense Overcast did, and this last-minute resurgence of tropical convection created a massive wall of heavy rain and storm surge that has slammed hundreds of kilometers of China’s coastline to the north of Dolphin’s ~940 mbar eye. Dangerous freshwater floods and widespread power outages are ongoing.

Backpirch Weather

32,052 views • 11 days ago

She is Bhojpuri actress Akshara Singh. She has been working in Bhojpuri movies for the last 15 years. Now she has got an opportunity to work in Bollywood. She has played a role alongside Akshay Kumar in the Bollywood movie Welcome to the Jungle. But after getting a role in one Bollywood movie, she seems to think she has become a very big actress. Her body language and the way she talks have changed completely. Even her laugh and smile seem to be copied from Akshay Kumar - she is giving a fake smile and laugh. Since she worked with Akshay Kumar in a movie, it looks like she is now copying him, even his laugh and smile.

She is Bhojpuri actress Akshara Singh. She has been working in Bhojpuri movies for the last 15 years. Now she has got an opportunity to work in Bollywood. She has played a role alongside Akshay Kumar in the Bollywood movie Welcome to the Jungle. But after getting a role in one Bollywood movie, she seems to think she has become a very big actress. Her body language and the way she talks have changed completely. Even her laugh and smile seem to be copied from Akshay Kumar - she is giving a fake smile and laugh. Since she worked with Akshay Kumar in a movie, it looks like she is now copying him, even his laugh and smile.

Saffron Chargers

190,962 views • 1 month ago

I don't specifically recall EVER seeing the eyewall features of any tropical cyclone appearing to be *flashing* like a strobe light like this! The speed of rotation within the eyewall is so fast that each time the satellite image updates, each eyewall feature is in a totally different place, and this gives us the strobe light effect. This is truly awe-inspiring to witness. This is pushing the physical limits of how strong a storm can possibly get on the face of this planet.

I don't specifically recall EVER seeing the eyewall features of any tropical cyclone appearing to be flashing like a strobe light like this! The speed of rotation within the eyewall is so fast that each time the satellite image updates, each eyewall feature is in a totally different place, and this gives us the strobe light effect. This is truly awe-inspiring to witness. This is pushing the physical limits of how strong a storm can possibly get on the face of this planet.

Bryan Maxwell SW FL WX

317,365 views • 9 months ago

Bad news in the South China Sea. Typhoon Kalmaegi (TinoPH) is back to Category 2 strength ahead of schedule and looks to be developing a tight inner core that’s fully ensconced in ice-cold convection. This brings to the table the possibility of a Category 3-4 landfall in Vietnam, IF these trends continue. Something that could halt Kalmaegi’s re-strengthening bid is the fact that he’s about to track over more marginal sea surface temperatures, though they are still likely warm enough to support a major Typhoon.

Bad news in the South China Sea. Typhoon Kalmaegi (TinoPH) is back to Category 2 strength ahead of schedule and looks to be developing a tight inner core that’s fully ensconced in ice-cold convection. This brings to the table the possibility of a Category 3-4 landfall in Vietnam, IF these trends continue. Something that could halt Kalmaegi’s re-strengthening bid is the fact that he’s about to track over more marginal sea surface temperatures, though they are still likely warm enough to support a major Typhoon.

Backpirch Weather

144,392 views • 9 months ago

The previously unnamed Tropical Storm in the shallow Malacca Strait has since been given the name Senyar. The system made landfall over the city of Langsa in Aceh, Indonesia at a 50 mph (80 kph), 996 mbar peak intensity. But Senyar isn’t done. The storm has now RE-EMERGED into the Malacca Strait and is forecast to soon make a second landfall, this one in Malaysia. While Senyar won’t be very strong (potentially only ~40 mph), a Malaysian landfall by a bonafide tropical cyclone is historically rare, as few storms on record have formed this close to the equator (due to the weakness of the Coriolis Effect here).

The previously unnamed Tropical Storm in the shallow Malacca Strait has since been given the name Senyar. The system made landfall over the city of Langsa in Aceh, Indonesia at a 50 mph (80 kph), 996 mbar peak intensity. But Senyar isn’t done. The storm has now RE-EMERGED into the Malacca Strait and is forecast to soon make a second landfall, this one in Malaysia. While Senyar won’t be very strong (potentially only ~40 mph), a Malaysian landfall by a bonafide tropical cyclone is historically rare, as few storms on record have formed this close to the equator (due to the weakness of the Coriolis Effect here).

Backpirch Weather

314,666 views • 8 months ago

The divorced low-level and mid-level centers of Tropical Storm Bertha simply cannot see eye to eye. As they continue to drift further apart, the chances of the storm as a whole getting any stronger than she already has are rapidly dwindling. A very weak landfall near New Orleans, Louisiana is imminent, with a second landfall over Houston, Texas still in the forecast for tomorrow.

The divorced low-level and mid-level centers of Tropical Storm Bertha simply cannot see eye to eye. As they continue to drift further apart, the chances of the storm as a whole getting any stronger than she already has are rapidly dwindling. A very weak landfall near New Orleans, Louisiana is imminent, with a second landfall over Houston, Texas still in the forecast for tomorrow.

Backpirch Weather

39,974 views • 29 days ago

What we’re seeing right now could be historic. If Hurricane Humberto is upgraded to a CATEGORY 5, it would mark two consecutive years with multiple Cat 5s in the Atlantic. That hasn’t happened since the Great Depression. Every satellite frame is more intense than the last. The 145 MPH eyewall is only getting more deeply submerged in a whirling ice bath of convection.

What we’re seeing right now could be historic. If Hurricane Humberto is upgraded to a CATEGORY 5, it would mark two consecutive years with multiple Cat 5s in the Atlantic. That hasn’t happened since the Great Depression. Every satellite frame is more intense than the last. The 145 MPH eyewall is only getting more deeply submerged in a whirling ice bath of convection.

Backpirch Weather

37,195 views • 10 months ago

Hurricane Melissa has shattered the global record for the DRIEST storm eye ever observed, surpassing Super Typhoon Meranti (2016). The NHC is now warning that the eyewall’s destructive winds may cause “total structural failure, particularly in higher elevations, leading to widespread infrastructural damage, prolonged power and communications outages, and isolated communities” in Jamaica. The immense detonations of lightning throughout Melissa’s 175 MPH eyewall indicate that intensification is STILL somehow ongoing. The next recon flight into this CATEGORY 5 sawblade could be historic.

Hurricane Melissa has shattered the global record for the DRIEST storm eye ever observed, surpassing Super Typhoon Meranti (2016). The NHC is now warning that the eyewall’s destructive winds may cause “total structural failure, particularly in higher elevations, leading to widespread infrastructural damage, prolonged power and communications outages, and isolated communities” in Jamaica. The immense detonations of lightning throughout Melissa’s 175 MPH eyewall indicate that intensification is STILL somehow ongoing. The next recon flight into this CATEGORY 5 sawblade could be historic.

Backpirch Weather

236,574 views • 9 months ago

⚠️ Our Storm is going into absolute LUDICROUS MODE tonight as BOMBGENESIS is fully underway. ⬇️This Blizzard is DROPPING Pressure like Weight on a KETO Diet and is expected to shed another 18mb in just 12 hours. For context, meteorologists define rapid intensification as a 24mb drop in 24 hours. Our Storm is on pace to drop over 40mb in 24 hours. This is EXTREME Rapid Intensification 💨 As pressure PLUMMETS offshore, the Storm will begin SUCKING air toward its center like a vacuum, causing Winds to really CRANK. ❄️ As the Winds strengthen, a HUGE swath of Heavy Snow continues spreading across the Northeast, with snowfall rates SOARING up to 3 to 4 inches per hour. 📏Places in New Jersey have already picked up close to 10 inches of Snow, with DOUBLE that still possible before this is over. There's even LIGHTNING STRIKES near the center of the Storm, which is sign of rapid strengthening. The stronger this Storm gets, the worse the impacts become. 👊 Hang on tight tonight, my brotheren. The sun will rise tomorrow

⚠️ Our Storm is going into absolute LUDICROUS MODE tonight as BOMBGENESIS is fully underway. ⬇️This Blizzard is DROPPING Pressure like Weight on a KETO Diet and is expected to shed another 18mb in just 12 hours. For context, meteorologists define rapid intensification as a 24mb drop in 24 hours. Our Storm is on pace to drop over 40mb in 24 hours. This is EXTREME Rapid Intensification 💨 As pressure PLUMMETS offshore, the Storm will begin SUCKING air toward its center like a vacuum, causing Winds to really CRANK. ❄️ As the Winds strengthen, a HUGE swath of Heavy Snow continues spreading across the Northeast, with snowfall rates SOARING up to 3 to 4 inches per hour. 📏Places in New Jersey have already picked up close to 10 inches of Snow, with DOUBLE that still possible before this is over. There's even LIGHTNING STRIKES near the center of the Storm, which is sign of rapid strengthening. The stronger this Storm gets, the worse the impacts become. 👊 Hang on tight tonight, my brotheren. The sun will rise tomorrow

Brady Harris

33,615 views • 5 months ago

This is Alexis Lorenze, a patient admitted to a hospital in California with Paroxysmal Nocturnal Hemoglobinuria. Before continuing with further treatment, she was required to receive vaccines for tetanus, meningitis, and pneumonia, all of which were administered at once. Since then, her condition has worsened, and since she started documenting everything, the hospital has become increasingly hostile toward her. As a result, she is not receiving the care she needs. The video from the hospital was posted on her TikTok account 3 hours ago.

This is Alexis Lorenze, a patient admitted to a hospital in California with Paroxysmal Nocturnal Hemoglobinuria. Before continuing with further treatment, she was required to receive vaccines for tetanus, meningitis, and pneumonia, all of which were administered at once. Since then, her condition has worsened, and since she started documenting everything, the hospital has become increasingly hostile toward her. As a result, she is not receiving the care she needs. The video from the hospital was posted on her TikTok account 3 hours ago.

I Meme Therefore I Am 🇺🇸

417,136 views • 1 year ago

Super Typhoon Ragasa (NandoPH) has left the Babuyan Islands of the Philippines in darkness. Now, after finally weakening just below Category 5 intensity, this monstrous storm’s convection is suddenly re-freezing around his still-perfect, ~925 MBAR stadium eye over the South China Sea. With favorable conditions ahead, Ragasa could weaken very gradually and remain a major Typhoon by the time he makes landfall in southern China. However, the track will be important. The further south Ragasa trends, the more strength he’ll lose due to land interaction.

Super Typhoon Ragasa (NandoPH) has left the Babuyan Islands of the Philippines in darkness. Now, after finally weakening just below Category 5 intensity, this monstrous storm’s convection is suddenly re-freezing around his still-perfect, ~925 MBAR stadium eye over the South China Sea. With favorable conditions ahead, Ragasa could weaken very gradually and remain a major Typhoon by the time he makes landfall in southern China. However, the track will be important. The further south Ragasa trends, the more strength he’ll lose due to land interaction.

Backpirch Weather

102,543 views • 11 months ago

Catwoman uses a grapple gun to zip up to buildings and she has a built in wingsuit. #LegoBatmanGame We already knew this, I just wanted to see it in action in a free roam setting. I’ve started to make my peace with it somewhat. I’ve already made my peace with the wing suit, but the grapple will take and getting used to only because I think she should be able to utilize her whip as the grapple and please do not give me that thing about “it’s not long enough” she was able to utilize it in the Arkham games (please see my attached screenshot reference of me literally playing Arkham city right now and the whip length) and it didn’t even properly wrap around things and the length was inconsistent when she used it to get to the top of buildings I’m not saying that she needs to be able to scale the buildings like she doesn’t ask them because I understand the movement will not work like that in this game giving the open world, but it will be very nice if her grapple to zip up to buildings was replaced with her whip. It’s a Lego game who cares about the inconsistent lengths of the whip? Regardless, I am super super excited and I cannot wait to get this game in my hands on the 19th

Catwoman uses a grapple gun to zip up to buildings and she has a built in wingsuit. #LegoBatmanGame We already knew this, I just wanted to see it in action in a free roam setting. I’ve started to make my peace with it somewhat. I’ve already made my peace with the wing suit, but the grapple will take and getting used to only because I think she should be able to utilize her whip as the grapple and please do not give me that thing about “it’s not long enough” she was able to utilize it in the Arkham games (please see my attached screenshot reference of me literally playing Arkham city right now and the whip length) and it didn’t even properly wrap around things and the length was inconsistent when she used it to get to the top of buildings I’m not saying that she needs to be able to scale the buildings like she doesn’t ask them because I understand the movement will not work like that in this game giving the open world, but it will be very nice if her grapple to zip up to buildings was replaced with her whip. It’s a Lego game who cares about the inconsistent lengths of the whip? Regardless, I am super super excited and I cannot wait to get this game in my hands on the 19th

Sysunn

14,154 views • 3 months ago

After her first eyewall replacement attempt resulted in a merger that pushed her to a 165 MPH, 913 mbar peak, Super Typhoon Bavi is finally in the throes of a true EWRC. The thick and persistent nature of her inner core is still protecting a stellar Stadium Effect in the eye, but her infrared satellite signature shows a textbook EWRC structure developing, with a pronounced moat thawing out between the colder, dueling eyewalls. Confidence for a direct or near-direct landfall over the tiny island of Rota continues to increase today; however, Guam should keep a very close eye out for any consistent southward jogs in Bavi’s motion. Even a small deviation could expose the 165,000 residents there to high-end Category 4 or 5 winds.

After her first eyewall replacement attempt resulted in a merger that pushed her to a 165 MPH, 913 mbar peak, Super Typhoon Bavi is finally in the throes of a true EWRC. The thick and persistent nature of her inner core is still protecting a stellar Stadium Effect in the eye, but her infrared satellite signature shows a textbook EWRC structure developing, with a pronounced moat thawing out between the colder, dueling eyewalls. Confidence for a direct or near-direct landfall over the tiny island of Rota continues to increase today; however, Guam should keep a very close eye out for any consistent southward jogs in Bavi’s motion. Even a small deviation could expose the 165,000 residents there to high-end Category 4 or 5 winds.

Backpirch Weather

31,130 views • 1 month ago

🚨 SCIENTISTS JUST FOUND AN ANCIENT OCEAN FLOOR WRAPPED AROUND EARTH’S CORE. Using seismic waves recorded by stations buried in Antarctic ice, researchers have created the highest-resolution map yet of the boundary between Earth’s mantle and outer core nearly 3,000 km beneath our feet. They discovered thin but widespread patches of dense material that dramatically slow down seismic waves. The most likely explanation: these are fragments of ancient oceanic crust that sank into the deep mantle long ago and have been moved around by convection currents for hundreds of millions of years. In some places, these structures rise up to five times higher than Mount Everest. Why this matters: • It reveals that Earth’s deep interior is far more complex and dynamic than we thought • These patches likely influence how heat flows from the core into the mantle, which affects mantle convection and volcanic activity • They may also play a role in the behavior of Earth’s magnetic field, which is generated in the outer core • Understanding this boundary helps us better model how our planet has evolved over billions of years The deeper implication: We usually think of the deep Earth as relatively simple layers. This research shows that the core-mantle boundary is more like a rugged, geologically active landscape with ancient “mountains” made of recycled ocean floor. It’s a powerful reminder that Earth is a single, interconnected system what happens at the surface (like plate tectonics) can eventually end up reshaping the deepest parts of our planet, and vice versa. We’re still only beginning to map the true complexity hidden beneath our feet. How do you think discovering ancient ocean crust at the core-mantle boundary changes the way we should think about Earth’s internal dynamics? Follow for more frontier Earth science and discoveries about our planet’s hidden interior.

🚨 SCIENTISTS JUST FOUND AN ANCIENT OCEAN FLOOR WRAPPED AROUND EARTH’S CORE. Using seismic waves recorded by stations buried in Antarctic ice, researchers have created the highest-resolution map yet of the boundary between Earth’s mantle and outer core nearly 3,000 km beneath our feet. They discovered thin but widespread patches of dense material that dramatically slow down seismic waves. The most likely explanation: these are fragments of ancient oceanic crust that sank into the deep mantle long ago and have been moved around by convection currents for hundreds of millions of years. In some places, these structures rise up to five times higher than Mount Everest. Why this matters: • It reveals that Earth’s deep interior is far more complex and dynamic than we thought • These patches likely influence how heat flows from the core into the mantle, which affects mantle convection and volcanic activity • They may also play a role in the behavior of Earth’s magnetic field, which is generated in the outer core • Understanding this boundary helps us better model how our planet has evolved over billions of years The deeper implication: We usually think of the deep Earth as relatively simple layers. This research shows that the core-mantle boundary is more like a rugged, geologically active landscape with ancient “mountains” made of recycled ocean floor. It’s a powerful reminder that Earth is a single, interconnected system what happens at the surface (like plate tectonics) can eventually end up reshaping the deepest parts of our planet, and vice versa. We’re still only beginning to map the true complexity hidden beneath our feet. How do you think discovering ancient ocean crust at the core-mantle boundary changes the way we should think about Earth’s internal dynamics? Follow for more frontier Earth science and discoveries about our planet’s hidden interior.

TheNewPhysics

37,534 views • 2 months ago

For three long days, a pregnant Gangetic dolphin fought for survival after getting trapped in a fast-flowing canal in Uttar Pradesh's Maharajganj district. The 7.2-foot-long, 147-kg dolphin had been swept into the Paratawal canal during heavy rains. An initial rescue attempt failed, but the teams refused to give up. On Monday, the Uttar Pradesh Forest Department, Gorakhpur Zoo, TSA Foundation, the Irrigation Department, Uttar Pradesh Police, and the Namami Gange Gangetic Dolphin Rescue Ambulance came together for a second rescue mission. To ensure she reached safety without delay, authorities created a 20-km green corridor from Bhatkhat to Rajghat. The rescue ambulance then covered 52 km in just 1 hour and 5 minutes before releasing her safely into the Rapti River. The Gangetic dolphin is India's National Aquatic Animal and an important indicator of the Ganga's ecological health. This wasn't just the rescue of an endangered species—it also saved the unborn calf she was carrying. Here's to every person who made this extraordinary mission possible. 💙 🎥 Credit: Namami Gange (Namami Gange ) #WildlifeConservation #NatureLovers #InspiringIndia #ConservationSuccess #PositiveNews [Gangetic Dolphin, Ganga Dolphin Rescue, Pregnant Gangetic Dolphin, National Aquatic Animal of India, Namami Gange, Uttar Pradesh Forest Department, Gorakhpur Zoo] Original post by द बेटर इंडिया (The Better India - Hindi)

For three long days, a pregnant Gangetic dolphin fought for survival after getting trapped in a fast-flowing canal in Uttar Pradesh's Maharajganj district. The 7.2-foot-long, 147-kg dolphin had been swept into the Paratawal canal during heavy rains. An initial rescue attempt failed, but the teams refused to give up. On Monday, the Uttar Pradesh Forest Department, Gorakhpur Zoo, TSA Foundation, the Irrigation Department, Uttar Pradesh Police, and the Namami Gange Gangetic Dolphin Rescue Ambulance came together for a second rescue mission. To ensure she reached safety without delay, authorities created a 20-km green corridor from Bhatkhat to Rajghat. The rescue ambulance then covered 52 km in just 1 hour and 5 minutes before releasing her safely into the Rapti River. The Gangetic dolphin is India's National Aquatic Animal and an important indicator of the Ganga's ecological health. This wasn't just the rescue of an endangered species—it also saved the unborn calf she was carrying. Here's to every person who made this extraordinary mission possible. 💙 🎥 Credit: Namami Gange (Namami Gange ) #WildlifeConservation #NatureLovers #InspiringIndia #ConservationSuccess #PositiveNews [Gangetic Dolphin, Ganga Dolphin Rescue, Pregnant Gangetic Dolphin, National Aquatic Animal of India, Namami Gange, Uttar Pradesh Forest Department, Gorakhpur Zoo] Original post by द बेटर इंडिया (The Better India - Hindi)

The Better India

77,753 views • 29 days ago