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⚠️ Dutchsinse Update - May 8, 2026 - (1of..) - Deep Earthquake Progression and Multi-Region Seismic Activity
——
🌎 Summary – Global Overview:
• Deep earthquake activity escalated from deep M5-range earthquakes to deep M4s, followed by M5.9 and M5.6–5.7 earthquakes near the Solomon Islands and the south Indian Ocean. A stepping-stone pattern of M4 earthquakes extended from Taiwan across Japan, Kamchatka, the Aleutians, Alaska, and toward the Middle East.
• South America showed broad seismic movement from Panama through Ecuador, Peru, Chile, and Argentina, with additional activity at the Mid-Atlantic Ridge. The activity was described as alternating plate-side movement with deep earthquakes positioned between both sides.
• Mainland USA activity included a M2.2 earthquake in South Carolina and M3.1 earthquakes in Southern California and the Mojave Desert. Multiple earthquakes were linked to infrastructure zones including nuclear facilities, landfills, military bases, and power transmission corridors.
🌋Volcanic Activity:
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• Severe weather discussion focused on a recent F3 to borderline F4 tornado in south-central Mississippi. Tornado preparedness and the lack of basements or storm shelters in parts of the southern United States were discussed.
• Spring severe weather patterns in the Midwest USA were referenced as ongoing seasonal risks. Tornado intensity differences between F1–F2 and F3–F5 events were described.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a “stepping stone path” extending across multiple tectonic regions. Plate movement was compared to a back-and-forth “tennis match” with deep earthquakes acting as central transfer points.
• California fault systems including the San Andreas, Elsinore, and San Jacinto faults were referenced as interconnected structures influencing regional earthquakes. South American seismic movement was described as occurring simultaneously on opposing plate sides.
📜 Historical / Social References:
• Discussion included theories about buried ancient civilizations, hidden structures, and archaeological remains near California earthquake locations. Easter Island statues and flood-related destruction theories were referenced.
• Military facilities, nuclear infrastructure, radio transmission sites, quarries, and landfills were repeatedly examined near earthquake epicenters. Concerns were expressed regarding scrutiny related to discussing military-linked locations.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake near pumping operations.
📍 Current Earthquakes (Last 48h):
• 🇸🇧 Solomon Islands — M5.6 to M5.7 deep earthquake.
• 🌊 South Indian Ocean — M5.9 deep earthquake near the Antarctic Plate boundary.
• 🇺🇸 South Carolina, USA — M2.2 earthquake near Winnsboro.
• 🇺🇸 Southern California, USA — M3.1 earthquake near Loma Linda.
• 🇺🇸 Mojave Desert, California, USA — M3.1 earthquake near Fort Irwin.
• 🌊 Mid-Atlantic Ridge — M4.7 earthquake.
• 🇺🇸 Alaska region — M4-class earthquakes.
• 🇹🇼 Taiwan region — M4-class earthquakes.
• 🇯🇵 Japan region — M4-class earthquakes.
• 🇷🇺 Kamchatka region — M4-class earthquakes.
• 🇺🇸 Aleutian Islands region — M4-class earthquakes.
• 🌍 Middle East region — M4-class earthquakes.
• 🇺🇸 Southern Colorado, USA — multiple +M4 earthquakes.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "Today it's deep fours."
• "We're now at 5.9, 5.6 to 5.7 at Solomon Islands."
• "Stepping stone path of fours here."
• "South America started to move."
• "Two sides moving, one side then the other."
• "Think of it like a tennis match back and forth with the deep earthquake or deep earthquakes in the middle."
• "We got an earthquake next to a nuclear reactor."
👇...👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YTch and YT
——
• Deep earthquake activity escalated from deep M5-range earthquakes to deep M4s, followed by M5.9 and M5.6–5.7 earthquakes near the Solomon Islands and the south Indian Ocean. A stepping-stone pattern of M4 earthquakes extended from Taiwan across Japan, Kamchatka, the Aleutians, Alaska, and toward the Middle East.
• South America showed broad seismic movement from Panama through Ecuador, Peru, Chile, and Argentina, with additional activity at the Mid-Atlantic Ridge. The activity was described as alternating plate-side movement with deep earthquakes positioned between both sides.
• Mainland USA activity included a M2.2 earthquake in South Carolina and M3.1 earthquakes in Southern California and the Mojave Desert. Multiple earthquakes were linked to infrastructure zones including nuclear facilities, landfills, military bases, and power transmission corridors.
🌋Volcanic Activity:
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• Severe weather discussion focused on a recent F3 to borderline F4 tornado in south-central Mississippi. Tornado preparedness and the lack of basements or storm shelters in parts of the southern United States were discussed.
• Spring severe weather patterns in the Midwest USA were referenced as ongoing seasonal risks. Tornado intensity differences between F1–F2 and F3–F5 events were described.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a “stepping stone path” extending across multiple tectonic regions. Plate movement was compared to a back-and-forth “tennis match” with deep earthquakes acting as central transfer points.
• California fault systems including the San Andreas, Elsinore, and San Jacinto faults were referenced as interconnected structures influencing regional earthquakes. South American seismic movement was described as occurring simultaneously on opposing plate sides.
📜 Historical / Social References:
• Discussion included theories about buried ancient civilizations, hidden structures, and archaeological remains near California earthquake locations. Easter Island statues and flood-related destruction theories were referenced.
• Military facilities, nuclear infrastructure, radio transmission sites, quarries, and landfills were repeatedly examined near earthquake epicenters. Concerns were expressed regarding scrutiny related to discussing military-linked locations.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake near pumping operations.
📍 Current Earthquakes (Last 48h):
• 🇸🇧 Solomon Islands — M5.6 to M5.7 deep earthquake.
• 🌊 South Indian Ocean — M5.9 deep earthquake near the Antarctic Plate boundary.
• 🇺🇸 South Carolina, USA — M2.2 earthquake near Winnsboro.
• 🇺🇸 Southern California, USA — M3.1 earthquake near Loma Linda.
• 🇺🇸 Mojave Desert, California, USA — M3.1 earthquake near Fort Irwin.
• 🌊 Mid-Atlantic Ridge — M4.7 earthquake.
• 🇺🇸 Alaska region — M4-class earthquakes.
• 🇹🇼 Taiwan region — M4-class earthquakes.
• 🇯🇵 Japan region — M4-class earthquakes.
• 🇷🇺 Kamchatka region — M4-class earthquakes.
• 🇺🇸 Aleutian Islands region — M4-class earthquakes.
• 🌍 Middle East region — M4-class earthquakes.
• 🇺🇸 Southern Colorado, USA — multiple +M4 earthquakes.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "Today it's deep fours."
• "We're now at 5.9, 5.6 to 5.7 at Solomon Islands."
• "Stepping stone path of fours here."
• "South America started to move."
• "Two sides moving, one side then the other."
• "Think of it like a tennis match back and forth with the deep earthquake or deep earthquakes in the middle."
• "We got an earthquake next to a nuclear reactor."
👇...👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YTch and YT
Please open Telegram to view this post
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Dutchsinse Earthquake Updates ❤️🔥
⚠️ Dutchsinse Update - May 8, 2026 - (1of..) - Deep Earthquake Progression and Multi-Region Seismic Activity —— 🌎 Summary – Global Overview: • Deep earthquake activity escalated from deep M5-range earthquakes to deep M4s, followed by M5.9 and M5.6–5.7…
☝️...☝️
🔊Other Topics:
• Nuclear power plants in South Carolina.
• Hydroelectric dam infrastructure.
• High-voltage power transmission lines.
• Surface mining and quarry operations.
• California landfills and radio transmission towers.
• Fort Irwin military base.
• Ancient civilization and flood destruction theories.
• Tornado preparedness and storm shelters.
• Housing construction concepts using modular materials.
• Snap-on decorative front door faceplates.
• Velcro-based kitchen backsplash tile concepts.
🔊Other Topics:
• Nuclear power plants in South Carolina.
• Hydroelectric dam infrastructure.
• High-voltage power transmission lines.
• Surface mining and quarry operations.
• California landfills and radio transmission towers.
• Fort Irwin military base.
• Ancient civilization and flood destruction theories.
• Tornado preparedness and storm shelters.
• Housing construction concepts using modular materials.
• Snap-on decorative front door faceplates.
• Velcro-based kitchen backsplash tile concepts.
👍38🙏12❤4🔥3👀1
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⚠️ Dutchsinse Update - May 9, 2026 - (1+2of..) - California Swarm and Australia Structural Claims
——
🌎 Summary – Global Overview:
• A M4.8–4.9 earthquake struck off the California coast followed by a new earthquake swarm near Brawley, California, south of the Salton Sea. Multiple M3-range earthquakes and numerous smaller events were described as concentrated seismic movement in Southern California.
• Seismic movement was linked to earlier M5.1, M4.7, M4.4, and M4.0 earthquakes across Nevada, Northern California, and the Pacific Northwest. The Southern California swarm was presented as part of a larger west coast pressure transfer pattern.
• Additional seismic activity was discussed in Alberta, Canada, New Zealand, and southern Australia. Deep M4-class earthquakes overseas were described as ongoing regional movement.
🌋Volcanic Activity:
• The Salton Buttes volcanic area near the Salton Sea was identified near the Southern California swarm zone. Geothermal pumping operations and steam extraction infrastructure were shown near the earthquake activity.
• A M4.9 earthquake west of Taupo volcano in New Zealand was discussed. Other nearby volcanoes were acknowledged but no eruption activity was stated.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Geological formations in Australia were described as large five-sided structural patterns extending toward Antarctica. Elevation changes, plate boundaries, and coastline shifts were presented as evidence of ancient geometric structures.
• The Mid-Atlantic Ridge was referenced as a major fracture system extending toward the North Pole. Plate movement and submerged ancient coastlines were discussed in relation to seismic positioning.
• Southern California swarm behavior was described as possible “cascading foreshocks,” where smaller earthquakes precede larger fault rupture events.
📜 Historical / Social References:
• Prior Southern California swarm activity from around 2016 was referenced as lasting several months. University of Southern California research and “slow slipping” studies were mentioned.
• Historical Southern California infrastructure incidents were discussed, including sewer explosions, tar pit overflow events, and gas releases near oil pumping operations.
• References were made to military observation anecdotes, Murphy’s Law, and internet throttling by telecom providers.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Pacific Northwest region — M5.1, M4.4, M4.0 earthquakes.
• 🇺🇸 California region — M4.7, M4.4 earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Offshore California, USA — M4.8 to M4.9, M3.4, M3.5 earthquakes.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 earthquake.
• 🇳🇿 West of Taupo, New Zealand — M4.9 earthquake.
• 🇦🇺 Mirboo North, Australia — M3.2 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity increase up to M4.9.
• 🇺🇸 Southern California, USA — Possibility of larger cascading foreshock-related earthquake discussed.
——
📄 Important Sentences:
• "A new swarm has broken out down in Southern California, Broly, California."
• "This swarm, if you take all the threes and twos and ones and add it together, this is exactly what we are looking for down in Southern California."
• "We get swarms here after we get big movement up to the northwest."
• "It's a lot of activity. It's a lot of dinging off going on down here."
• "Cascading foreshocks."
• "It's like an avalanche, right?"
🔊Other Topics:
• Geothermal pumping operations.
• Oil and gas drilling infrastructure.
• Fracking and wastewater disposal.
• Open-air coal mining in Australia.
• Fiber optic internet installation.
• Murphy’s Law and observation effects.
• Twitch buffering and telecom throttling.
• Southern California earthquake preparedness.
• University seismic studies on slow slipping faults.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
• A M4.8–4.9 earthquake struck off the California coast followed by a new earthquake swarm near Brawley, California, south of the Salton Sea. Multiple M3-range earthquakes and numerous smaller events were described as concentrated seismic movement in Southern California.
• Seismic movement was linked to earlier M5.1, M4.7, M4.4, and M4.0 earthquakes across Nevada, Northern California, and the Pacific Northwest. The Southern California swarm was presented as part of a larger west coast pressure transfer pattern.
• Additional seismic activity was discussed in Alberta, Canada, New Zealand, and southern Australia. Deep M4-class earthquakes overseas were described as ongoing regional movement.
🌋Volcanic Activity:
• The Salton Buttes volcanic area near the Salton Sea was identified near the Southern California swarm zone. Geothermal pumping operations and steam extraction infrastructure were shown near the earthquake activity.
• A M4.9 earthquake west of Taupo volcano in New Zealand was discussed. Other nearby volcanoes were acknowledged but no eruption activity was stated.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Geological formations in Australia were described as large five-sided structural patterns extending toward Antarctica. Elevation changes, plate boundaries, and coastline shifts were presented as evidence of ancient geometric structures.
• The Mid-Atlantic Ridge was referenced as a major fracture system extending toward the North Pole. Plate movement and submerged ancient coastlines were discussed in relation to seismic positioning.
• Southern California swarm behavior was described as possible “cascading foreshocks,” where smaller earthquakes precede larger fault rupture events.
📜 Historical / Social References:
• Prior Southern California swarm activity from around 2016 was referenced as lasting several months. University of Southern California research and “slow slipping” studies were mentioned.
• Historical Southern California infrastructure incidents were discussed, including sewer explosions, tar pit overflow events, and gas releases near oil pumping operations.
• References were made to military observation anecdotes, Murphy’s Law, and internet throttling by telecom providers.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Pacific Northwest region — M5.1, M4.4, M4.0 earthquakes.
• 🇺🇸 California region — M4.7, M4.4 earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Offshore California, USA — M4.8 to M4.9, M3.4, M3.5 earthquakes.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 earthquake.
• 🇳🇿 West of Taupo, New Zealand — M4.9 earthquake.
• 🇦🇺 Mirboo North, Australia — M3.2 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity increase up to M4.9.
• 🇺🇸 Southern California, USA — Possibility of larger cascading foreshock-related earthquake discussed.
——
📄 Important Sentences:
• "A new swarm has broken out down in Southern California, Broly, California."
• "This swarm, if you take all the threes and twos and ones and add it together, this is exactly what we are looking for down in Southern California."
• "We get swarms here after we get big movement up to the northwest."
• "It's a lot of activity. It's a lot of dinging off going on down here."
• "Cascading foreshocks."
• "It's like an avalanche, right?"
🔊Other Topics:
• Geothermal pumping operations.
• Oil and gas drilling infrastructure.
• Fracking and wastewater disposal.
• Open-air coal mining in Australia.
• Fiber optic internet installation.
• Murphy’s Law and observation effects.
• Twitch buffering and telecom throttling.
• Southern California earthquake preparedness.
• University seismic studies on slow slipping faults.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
Please open Telegram to view this post
VIEW IN TELEGRAM
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⚠️ Dutchsinse Update - May 9, 2026 - (3+4of..) - Southern California Swarm and Weather Radar Anomalies
——
🌎 Summary – Global Overview:
• Southern California seismic activity increased from M3-range events to a M4.4 earthquake near Brawley, California within an active swarm. The swarm followed earlier M4–M5 earthquakes in Nevada and Northern California and was described as pressure transfer along connected fault systems.
• New seismic activity also occurred in Indonesia and Chile, including a M5.5 earthquake along the Chilean coast. A stepping-stone sequence of M4 earthquakes leading into the Chile event was identified.
• Radar and atmospheric anomalies were observed over Missouri during a sudden storm event with strong wind rotation and localized damage potential. Internet disruptions and radar visualization irregularities were also discussed during the event.
🌋Volcanic Activity:
• The Salton Sea volcanic area and Salton Buttes were identified near the Southern California swarm zone. Geothermal steam drilling operations and turbine infrastructure were noted adjacent to the earthquake activity.
• Volcanic structures near the Imperial Fault and Brawley Seismic Zone were discussed in relation to fault movement and swarm escalation. Slow-slip studies connected tectonic tremors to potential larger earthquakes.
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• A localized micro tornado or rotating gust-front event occurred near the observation location with strong winds and lightning but no sirens or alerts. Downed trees were expected after the storm passage.
• Radar imagery showed storm segmentation and repeated four-part spacing patterns near the 50 nautical mile radar range. Storm structure changes were interpreted as linked to atmospheric layering and radar interaction.
• Cold-front conditions and elevated storm tops near 15,000–20,000 feet produced light snow signatures aloft. Oklahoma radar imagery showed additional repeating structural storm patterns.
🌀Earth’s Geometric / Structural Observations:
• The Brawley Seismic Zone, Imperial Fault, San Jacinto Fault, and San Andreas Fault were described as interconnected structural systems. The swarm occurred near the junction of these fault systems.
• Repeating four-part radar storm structures were interpreted as aligned with horizontal radar scan layers and atmospheric electrical stratification. Similar spacing patterns appeared across multiple radar views.
• The Anza Gap region west of the Salton Sea was identified as an independently moving tectonic area capable of slow-slip motion. Studies referenced cascading tremors leading to larger earthquakes.
📜 Historical / Social References:
• Prior warnings issued six days earlier for Southern California seismic activity were repeatedly referenced. Forecast validation was linked to earlier earthquakes near the Nevada–California border.
• Southern California Earthquake Center and American Geophysical Union studies on slow-slip earthquakes were discussed. Japanese slow-slip earthquake behavior was referenced as a comparison model.
• Media response and earthquake forecasting skepticism were discussed in relation to mainstream coverage expectations following the swarm.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border region — M5.0-range earthquakes.
• 🇺🇸 Northern California region — M4.0-range earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.4, M4.3 earthquake.
• 🇺🇸 Southern California, USA — M3.5 earthquake.
• 🇺🇸 Offshore Eureka, California, USA — M4.8 earthquake.
• 🇨🇱 Southern Chile — M5.5 earthquake.
• 🇮🇩 Indonesia — M5.0 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected M4.9 to M5.0 earthquake potential. Possible larger earthquake escalation if swarm continues increasing.
——
👇...👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YTch and YT
——
• Southern California seismic activity increased from M3-range events to a M4.4 earthquake near Brawley, California within an active swarm. The swarm followed earlier M4–M5 earthquakes in Nevada and Northern California and was described as pressure transfer along connected fault systems.
• New seismic activity also occurred in Indonesia and Chile, including a M5.5 earthquake along the Chilean coast. A stepping-stone sequence of M4 earthquakes leading into the Chile event was identified.
• Radar and atmospheric anomalies were observed over Missouri during a sudden storm event with strong wind rotation and localized damage potential. Internet disruptions and radar visualization irregularities were also discussed during the event.
🌋Volcanic Activity:
• The Salton Sea volcanic area and Salton Buttes were identified near the Southern California swarm zone. Geothermal steam drilling operations and turbine infrastructure were noted adjacent to the earthquake activity.
• Volcanic structures near the Imperial Fault and Brawley Seismic Zone were discussed in relation to fault movement and swarm escalation. Slow-slip studies connected tectonic tremors to potential larger earthquakes.
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• A localized micro tornado or rotating gust-front event occurred near the observation location with strong winds and lightning but no sirens or alerts. Downed trees were expected after the storm passage.
• Radar imagery showed storm segmentation and repeated four-part spacing patterns near the 50 nautical mile radar range. Storm structure changes were interpreted as linked to atmospheric layering and radar interaction.
• Cold-front conditions and elevated storm tops near 15,000–20,000 feet produced light snow signatures aloft. Oklahoma radar imagery showed additional repeating structural storm patterns.
🌀Earth’s Geometric / Structural Observations:
• The Brawley Seismic Zone, Imperial Fault, San Jacinto Fault, and San Andreas Fault were described as interconnected structural systems. The swarm occurred near the junction of these fault systems.
• Repeating four-part radar storm structures were interpreted as aligned with horizontal radar scan layers and atmospheric electrical stratification. Similar spacing patterns appeared across multiple radar views.
• The Anza Gap region west of the Salton Sea was identified as an independently moving tectonic area capable of slow-slip motion. Studies referenced cascading tremors leading to larger earthquakes.
📜 Historical / Social References:
• Prior warnings issued six days earlier for Southern California seismic activity were repeatedly referenced. Forecast validation was linked to earlier earthquakes near the Nevada–California border.
• Southern California Earthquake Center and American Geophysical Union studies on slow-slip earthquakes were discussed. Japanese slow-slip earthquake behavior was referenced as a comparison model.
• Media response and earthquake forecasting skepticism were discussed in relation to mainstream coverage expectations following the swarm.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border region — M5.0-range earthquakes.
• 🇺🇸 Northern California region — M4.0-range earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.4, M4.3 earthquake.
• 🇺🇸 Southern California, USA — M3.5 earthquake.
• 🇺🇸 Offshore Eureka, California, USA — M4.8 earthquake.
• 🇨🇱 Southern Chile — M5.5 earthquake.
• 🇮🇩 Indonesia — M5.0 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected M4.9 to M5.0 earthquake potential. Possible larger earthquake escalation if swarm continues increasing.
——
👇...👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YTch and YT
Please open Telegram to view this post
VIEW IN TELEGRAM
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Dutchsinse Earthquake Updates ❤️🔥
⚠️ Dutchsinse Update - May 9, 2026 - (3+4of..) - Southern California Swarm and Weather Radar Anomalies —— 🌎 Summary – Global Overview: • Southern California seismic activity increased from M3-range events to a M4.4 earthquake near Brawley, California within…
⚠️ Dutchsinse Update - May 9, 2026 - (3+4of..) - Southern California Swarm and Weather Radar Anomalies
☝️...☝️
📄 Important Sentences:
• "We're now at 4.0 level activity down in Southern California at Broly, California."
• "The big swarm led up to the four."
• "So, we got ourselves like a little micro tornado that just blew over my location."
• "It's proof of weather modification."
• "A couple of them. Five over in Indonesia and a five in Chile."
• "So, we are right where they meet. We are where the Broly meets the Imperial."
• "Don't be scared. Be prepared."
🔊Other Topics:
• Radar base velocity analysis.
• Gust front rotation.
• Internet connectivity disruptions.
• Twitch livestream monitoring.
• Weather radar scan layers.
• Geothermal turbine infrastructure.
• USGS earthquake magnitude revisions.
• Slow-slip earthquake studies.
• Media response to earthquake forecasting.
☝️...☝️
📄 Important Sentences:
• "We're now at 4.0 level activity down in Southern California at Broly, California."
• "The big swarm led up to the four."
• "So, we got ourselves like a little micro tornado that just blew over my location."
• "It's proof of weather modification."
• "A couple of them. Five over in Indonesia and a five in Chile."
• "So, we are right where they meet. We are where the Broly meets the Imperial."
• "Don't be scared. Be prepared."
🔊Other Topics:
• Radar base velocity analysis.
• Gust front rotation.
• Internet connectivity disruptions.
• Twitch livestream monitoring.
• Weather radar scan layers.
• Geothermal turbine infrastructure.
• USGS earthquake magnitude revisions.
• Slow-slip earthquake studies.
• Media response to earthquake forecasting.
🙏33👍17❤9👏1
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⚠️ Dutchsinse Update - May 10, 2026 - (1of..) - Southern California Swarm and Global Seismic Spread
——
🌎 Summary – Global Overview:
• A Southern California earthquake swarm escalated from M2 to M4.7 activity near Brawley, California during a seven-day watch period. The swarm was linked to earlier M5.1 and M4 earthquakes at the Nevada–California border and interpreted as a pressure transfer pattern across the western United States.
• M4–M5 earthquakes extended across Central America, South America, Japan, Alaska, and the Mid-Atlantic Ridge. Equidistant seismic spacing was described along multiple plate boundaries with ongoing west-to-east transfer expectations.
• Colorado and Alberta earthquakes occurred near oil, gas, and geothermal drilling infrastructure. Most notable M4-range earthquakes of the week were described as occurring adjacent to drill points or energy extraction sites.
🌋Volcanic Activity:
• The Brawley swarm occurred near the Salton Sea volcanic region and the Salton Buttes. Geothermal turbines, injection wells, pipelines, steam extraction systems, boiling mud pots, and gas vents were identified near the earthquake activity.
• Clear Lake Volcano in Northern California was referenced alongside geothermal drilling operations at Geysers, California. Multiple M4 earthquakes were associated with geothermal steam extraction zones.
• Deep earthquake progression and volcanic eruptions near 15,000-foot ash levels were discussed in relation to expected larger seismic release zones.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a west-to-east transfer process across the North American plate. Expected seismic spread toward Texas, Oklahoma, and the New Madrid Seismic Zone was discussed due to imbalance between western and eastern plate activity.
• Midpoint forecasting methods were applied between M4.6 and M5.6 earthquake zones across Europe and Turkey. Plate-bend pathways and straight-line transfer geometry were compared for estimating future activity.
• Equidistant spacing of M4–M5 earthquakes along South America, Japan, and Alaska was interpreted as linked plate motion behavior connected to deep earthquake zones.
📜 Historical / Social References:
• Prior earthquake forecasts for Southern California were referenced as validated after the swarm escalated to M4.7 activity. The seven-day forecast window and earlier M5.1 Nevada activity were repeatedly cited.
• Disputes with European seismic agencies and earthquake data access restrictions were discussed. Research papers criticizing earthquake forecasting methods were referenced.
• Galileo was referenced in relation to resistance toward unconventional scientific claims. Historical comparisons were made regarding institutional rejection of new theories.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border, USA — M5.1 & M4.0 earthquakes.
• 🇺🇸 Near Area 51, USA — M4.0 earthquake.
• 🇺🇸 Near Fermi 2 Nuclear Reactor, USA — M2.9 & M2.7 earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.7 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 to M4.4 earthquake.
• 🌊 Mid-Atlantic Ridge — M4.7 & M4.6 earthquakes.
• 🌍 International region — M5.5 to M5.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity up to M4.9.
• 🇺🇸 Texas, USA — Expected M4-range seismic spread.
• 🇺🇸 Oklahoma, USA — Expected M4-range seismic spread.
• 🇺🇸 New Madrid Seismic Zone, USA — Potential noteworthy earthquake above M3.5.
• 🇹🇷 Western Turkey — Expected M4.6 to M5.6 earthquake.
• 🇮🇸 Iceland region — Expected M4.6 to M4.7 earthquake.
📄 Important Sentences:
• "Last night an earthquake swarm broke out in Southern California."
——
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YTch and YT
——
• A Southern California earthquake swarm escalated from M2 to M4.7 activity near Brawley, California during a seven-day watch period. The swarm was linked to earlier M5.1 and M4 earthquakes at the Nevada–California border and interpreted as a pressure transfer pattern across the western United States.
• M4–M5 earthquakes extended across Central America, South America, Japan, Alaska, and the Mid-Atlantic Ridge. Equidistant seismic spacing was described along multiple plate boundaries with ongoing west-to-east transfer expectations.
• Colorado and Alberta earthquakes occurred near oil, gas, and geothermal drilling infrastructure. Most notable M4-range earthquakes of the week were described as occurring adjacent to drill points or energy extraction sites.
🌋Volcanic Activity:
• The Brawley swarm occurred near the Salton Sea volcanic region and the Salton Buttes. Geothermal turbines, injection wells, pipelines, steam extraction systems, boiling mud pots, and gas vents were identified near the earthquake activity.
• Clear Lake Volcano in Northern California was referenced alongside geothermal drilling operations at Geysers, California. Multiple M4 earthquakes were associated with geothermal steam extraction zones.
• Deep earthquake progression and volcanic eruptions near 15,000-foot ash levels were discussed in relation to expected larger seismic release zones.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a west-to-east transfer process across the North American plate. Expected seismic spread toward Texas, Oklahoma, and the New Madrid Seismic Zone was discussed due to imbalance between western and eastern plate activity.
• Midpoint forecasting methods were applied between M4.6 and M5.6 earthquake zones across Europe and Turkey. Plate-bend pathways and straight-line transfer geometry were compared for estimating future activity.
• Equidistant spacing of M4–M5 earthquakes along South America, Japan, and Alaska was interpreted as linked plate motion behavior connected to deep earthquake zones.
📜 Historical / Social References:
• Prior earthquake forecasts for Southern California were referenced as validated after the swarm escalated to M4.7 activity. The seven-day forecast window and earlier M5.1 Nevada activity were repeatedly cited.
• Disputes with European seismic agencies and earthquake data access restrictions were discussed. Research papers criticizing earthquake forecasting methods were referenced.
• Galileo was referenced in relation to resistance toward unconventional scientific claims. Historical comparisons were made regarding institutional rejection of new theories.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border, USA — M5.1 & M4.0 earthquakes.
• 🇺🇸 Near Area 51, USA — M4.0 earthquake.
• 🇺🇸 Near Fermi 2 Nuclear Reactor, USA — M2.9 & M2.7 earthquakes.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.7 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 to M4.4 earthquake.
• 🌊 Mid-Atlantic Ridge — M4.7 & M4.6 earthquakes.
• 🌍 International region — M5.5 to M5.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity up to M4.9.
• 🇺🇸 Texas, USA — Expected M4-range seismic spread.
• 🇺🇸 Oklahoma, USA — Expected M4-range seismic spread.
• 🇺🇸 New Madrid Seismic Zone, USA — Potential noteworthy earthquake above M3.5.
• 🇹🇷 Western Turkey — Expected M4.6 to M5.6 earthquake.
• 🇮🇸 Iceland region — Expected M4.6 to M4.7 earthquake.
📄 Important Sentences:
• "Last night an earthquake swarm broke out in Southern California."
——
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——
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⚠️ Dutchsinse Update - May 10, 2026 - (2+3of..) - Global 4.7 Earthquakes and Severe Weather Radar Patterns
——
🌎 Summary – Global Overview:
• Multiple M4.7 earthquakes occurred across Southern California, Europe near Turkey, and South America within the same day. The Turkey M4.7 was identified near the midpoint between two prior earthquakes, matching earlier midpoint projections.
• Southern California remained under observation after a M4.7 earthquake upgraded from M4.6. Additional M4 activity continued near the Nevada border close to Silver Springs.
• Severe weather activity intensified across Texas, Oklahoma, Arkansas, Mississippi, Virginia, Florida, Nebraska, Maine, and Louisiana. Radar and storm-total patterns were interpreted as repeating geometric formations linked to radar transmission ranges.
🌋Volcanic Activity:
• Nevada border earthquake activity occurred near Red Mountain Volcanic Buttes and Churchill Butte volcano. Geothermal, mining, salt pond, natural gas, and power infrastructure were discussed near the seismic zone.
• Southern California M4.7 activity was monitored for possible escalation above M4.9. Volcanic ash advisory monitoring was mentioned but not checked.
• Geological layering, geopolymer rock formation, groundwater upwelling, and ancient cataclysm theories were discussed in relation to surface structures and rock formations.
🌪Weather & Atmospheric Elements:
• Severe storms developed over Texas and Oklahoma with hook-shaped radar formations and converging weather fronts. Storm development was repeatedly associated with radar beam geometry and incoherent scatter patterns.
• Storm totals across multiple states repeatedly aligned with 50 nautical mile radar ranges. Rainfall bands of 1 to 2 inches were shown forming along spiral and checkerboard radar structures.
• Radar systems including NEXRAD and WSR88 were discussed as weather modification infrastructure. Military-linked radar management and ionospheric broadcasting capability were referenced.
🌀Earth’s Geometric / Structural Observations:
• Midpoint earthquake geometry between prior seismic events was used to identify the Turkey M4.7 location. Equal-magnitude M4.7 earthquakes appeared across multiple global regions within 24 hours.
• Spiral, checkerboard, spoke-like, and equidistant storm structures were repeatedly identified on radar imagery. Storm totals were described as matching radar transmission geometry rather than natural distribution.
• Geological surface layers, erosion bands, and coastline-like structures in desert regions were interpreted as evidence of historical large-scale geological processes.
📜 Historical / Social References:
• Fallon Air Force Base was identified as the US Naval Top Gun School. Military radar management and national security implications were repeatedly referenced.
• Pony Express historical landmarks and old mining trails were discussed near Nevada seismic zones. Ancient water erosion and historical geological transformation theories were referenced.
• Weather radar deployment beginning in 1988 was connected to Ronald Reagan-era missile defense systems. Earlier denials of weather modification claims were discussed.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇹🇷 Turkey region — M4.7 earthquake.
• 🇺🇸 Nevada border, USA — M4 earthquake.
• 🇺🇸 Southern California, USA — M4.7 earthquake.
• 🇪🇺 Europe region near Austria–Turkey midpoint — M4.7 earthquake.
• 🇸🇴 South America region — M4.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Possible escalation above M4.9.
——
📄 Important Sentences:
• "So, 4.7 earthquake striking down in Southern California."
• "We still have the potential to go higher than a 4.7."
• "Southern California, 4.7. Over in Europe, 4.7."
• "Apparently, there's some severe weather going on down in Texas and Oklahoma."
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
• Multiple M4.7 earthquakes occurred across Southern California, Europe near Turkey, and South America within the same day. The Turkey M4.7 was identified near the midpoint between two prior earthquakes, matching earlier midpoint projections.
• Southern California remained under observation after a M4.7 earthquake upgraded from M4.6. Additional M4 activity continued near the Nevada border close to Silver Springs.
• Severe weather activity intensified across Texas, Oklahoma, Arkansas, Mississippi, Virginia, Florida, Nebraska, Maine, and Louisiana. Radar and storm-total patterns were interpreted as repeating geometric formations linked to radar transmission ranges.
🌋Volcanic Activity:
• Nevada border earthquake activity occurred near Red Mountain Volcanic Buttes and Churchill Butte volcano. Geothermal, mining, salt pond, natural gas, and power infrastructure were discussed near the seismic zone.
• Southern California M4.7 activity was monitored for possible escalation above M4.9. Volcanic ash advisory monitoring was mentioned but not checked.
• Geological layering, geopolymer rock formation, groundwater upwelling, and ancient cataclysm theories were discussed in relation to surface structures and rock formations.
🌪Weather & Atmospheric Elements:
• Severe storms developed over Texas and Oklahoma with hook-shaped radar formations and converging weather fronts. Storm development was repeatedly associated with radar beam geometry and incoherent scatter patterns.
• Storm totals across multiple states repeatedly aligned with 50 nautical mile radar ranges. Rainfall bands of 1 to 2 inches were shown forming along spiral and checkerboard radar structures.
• Radar systems including NEXRAD and WSR88 were discussed as weather modification infrastructure. Military-linked radar management and ionospheric broadcasting capability were referenced.
🌀Earth’s Geometric / Structural Observations:
• Midpoint earthquake geometry between prior seismic events was used to identify the Turkey M4.7 location. Equal-magnitude M4.7 earthquakes appeared across multiple global regions within 24 hours.
• Spiral, checkerboard, spoke-like, and equidistant storm structures were repeatedly identified on radar imagery. Storm totals were described as matching radar transmission geometry rather than natural distribution.
• Geological surface layers, erosion bands, and coastline-like structures in desert regions were interpreted as evidence of historical large-scale geological processes.
📜 Historical / Social References:
• Fallon Air Force Base was identified as the US Naval Top Gun School. Military radar management and national security implications were repeatedly referenced.
• Pony Express historical landmarks and old mining trails were discussed near Nevada seismic zones. Ancient water erosion and historical geological transformation theories were referenced.
• Weather radar deployment beginning in 1988 was connected to Ronald Reagan-era missile defense systems. Earlier denials of weather modification claims were discussed.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇹🇷 Turkey region — M4.7 earthquake.
• 🇺🇸 Nevada border, USA — M4 earthquake.
• 🇺🇸 Southern California, USA — M4.7 earthquake.
• 🇪🇺 Europe region near Austria–Turkey midpoint — M4.7 earthquake.
• 🇸🇴 South America region — M4.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Possible escalation above M4.9.
——
📄 Important Sentences:
• "So, 4.7 earthquake striking down in Southern California."
• "We still have the potential to go higher than a 4.7."
• "Southern California, 4.7. Over in Europe, 4.7."
• "Apparently, there's some severe weather going on down in Texas and Oklahoma."
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
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⚠️ Dutchsinse Update - May 12, 2026 - (1of..) - Solomon Sea Underwater Volcanic Blast and Seismic Monitoring
——
🌎 Summary – Global Overview:
• A submarine volcano in the Central Bismar Sea produced a 9,000 ft ash blast after a week-long seismic watch focused on the Solomon Islands region. The eruption occurred near the midpoint between previously discussed deep earthquakes.
• The volcano was described as approximately 2,000 ft below sea level, making the total blast column effectively over 11,000 ft from seafloor depth to plume height. Localized tsunami or wave activity was suggested due to the underwater explosion.
• Additional volcanic alerts appeared for Kamchatka and Colombia on volcanic advisory systems. Utah earthquake swarms near volcanic fields were also monitored for possible volcanic implications.
🌋Volcanic Activity:
• Central Bismar Sea volcano produced a 9,000 ft ash plume despite only one confirmed historical eruption in 1972. The eruption reportedly occurred fully underwater until the current blast exceeded sea level.
• Krasheninnikov volcano in Kamchatka appeared on volcanic advisory lists with a 10,000 ft blast report. Puracé volcano in Colombia was also listed in volcanic monitoring updates.
• Utah earthquake swarms near volcanic fields were discussed as potential indicators of future lava flow or volcanic activation. Weather satellite and infrared monitoring were used to check for steam or heat signatures.
🌪Weather & Atmospheric Elements:
• Shortwave infrared and weather satellite imagery were reviewed over Utah swarm areas. Cloud formations extending off mountain peaks were noted.
• Radar and visible satellite systems were discussed as tools for detecting volcanic steam plumes. No significant heat signatures were confirmed in the Utah location.
🌀Earth’s Geometric / Structural Observations:
• The Solomon Islands region was identified as the midpoint between sets of deep earthquakes. The eruption location was considered within the forecast watch zone.
• The underwater blast was analyzed in terms of pressure resistance from ocean depth. The eruption was described as significantly stronger due to forcing material upward through seawater.
• Volcanic increases were described as regionally connected processes that may precede volcanic activity elsewhere. Swarm activity near volcanic fields was treated as structurally significant.
📜 Historical / Social References:
• Mount Kadovar’s unexpected eruption after 2,000 years dormancy in 2017–2018 was referenced as a historical comparison. The eruption reportedly occurred during an earlier earthquake watch.
• Volcanic Ash Advisory Centers in Darwin and London were referenced as part of global volcanic monitoring systems. Volcano Discovery was used as the advisory aggregation source.
• Repeated references were made to online harassment, attribution disputes, and suppression of forecast recognition within earthquake and solar-weather communities.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇵🇬 Solomon Islands / Central Bismar Sea region — Significant earthquake referenced near eruption zone.
• 🇺🇸 Junction, Utah, USA — Earthquake swarm cluster.
🔮 Forecasted / Expected Earthquakes:
• 🇵🇬 Solomon Islands region — Expected seismic break during 7–10 day watch.
• 🇺🇸 Southwest Utah, USA — Possible future volcanic-related seismic escalation discussed.
——
📄 Important Sentences:
• "We were watching Solomon Islands because it was the halfway point between our deep earthquakes."
• "And instead, a volcano that hadn't erupted in 2,000 years blew."
• "It's an underwater volcano that's about 1,500 m underwater."
• "It's never erupted above sea level in all of human history."
• "There had to be wave activity on that."
• "It's documented in my video from eight days ago over on YouTube."
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
• A submarine volcano in the Central Bismar Sea produced a 9,000 ft ash blast after a week-long seismic watch focused on the Solomon Islands region. The eruption occurred near the midpoint between previously discussed deep earthquakes.
• The volcano was described as approximately 2,000 ft below sea level, making the total blast column effectively over 11,000 ft from seafloor depth to plume height. Localized tsunami or wave activity was suggested due to the underwater explosion.
• Additional volcanic alerts appeared for Kamchatka and Colombia on volcanic advisory systems. Utah earthquake swarms near volcanic fields were also monitored for possible volcanic implications.
🌋Volcanic Activity:
• Central Bismar Sea volcano produced a 9,000 ft ash plume despite only one confirmed historical eruption in 1972. The eruption reportedly occurred fully underwater until the current blast exceeded sea level.
• Krasheninnikov volcano in Kamchatka appeared on volcanic advisory lists with a 10,000 ft blast report. Puracé volcano in Colombia was also listed in volcanic monitoring updates.
• Utah earthquake swarms near volcanic fields were discussed as potential indicators of future lava flow or volcanic activation. Weather satellite and infrared monitoring were used to check for steam or heat signatures.
🌪Weather & Atmospheric Elements:
• Shortwave infrared and weather satellite imagery were reviewed over Utah swarm areas. Cloud formations extending off mountain peaks were noted.
• Radar and visible satellite systems were discussed as tools for detecting volcanic steam plumes. No significant heat signatures were confirmed in the Utah location.
🌀Earth’s Geometric / Structural Observations:
• The Solomon Islands region was identified as the midpoint between sets of deep earthquakes. The eruption location was considered within the forecast watch zone.
• The underwater blast was analyzed in terms of pressure resistance from ocean depth. The eruption was described as significantly stronger due to forcing material upward through seawater.
• Volcanic increases were described as regionally connected processes that may precede volcanic activity elsewhere. Swarm activity near volcanic fields was treated as structurally significant.
📜 Historical / Social References:
• Mount Kadovar’s unexpected eruption after 2,000 years dormancy in 2017–2018 was referenced as a historical comparison. The eruption reportedly occurred during an earlier earthquake watch.
• Volcanic Ash Advisory Centers in Darwin and London were referenced as part of global volcanic monitoring systems. Volcano Discovery was used as the advisory aggregation source.
• Repeated references were made to online harassment, attribution disputes, and suppression of forecast recognition within earthquake and solar-weather communities.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇵🇬 Solomon Islands / Central Bismar Sea region — Significant earthquake referenced near eruption zone.
• 🇺🇸 Junction, Utah, USA — Earthquake swarm cluster.
🔮 Forecasted / Expected Earthquakes:
• 🇵🇬 Solomon Islands region — Expected seismic break during 7–10 day watch.
• 🇺🇸 Southwest Utah, USA — Possible future volcanic-related seismic escalation discussed.
——
📄 Important Sentences:
• "We were watching Solomon Islands because it was the halfway point between our deep earthquakes."
• "And instead, a volcano that hadn't erupted in 2,000 years blew."
• "It's an underwater volcano that's about 1,500 m underwater."
• "It's never erupted above sea level in all of human history."
• "There had to be wave activity on that."
• "It's documented in my video from eight days ago over on YouTube."
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
Please open Telegram to view this post
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⚠️ Dutchsinse Update - May 12, 2026 - (2+3of..) - Iran Earthquake Reporting Delay and Bismar Sea Activity
——
🌎 Summary – Global Overview:
• A reported earthquake near Tehran, Iran appeared on BRICS News before USGS publication. The delay between occurrence and USGS public posting was repeatedly described as approximately 30 minutes.
• Seismic activity continued across Southern California, Nevada border regions, China, Nebraska, Kansas, Fiji, and South America. Multiple volcanic systems across Papua New Guinea and Indonesia also showed elevated activity.
• A rare above-sea volcanic blast occurred in the Central Bismar Sea from a volcano previously known only for underwater activity. The blast was described as unusual within documented eruption history.
🌋Volcanic Activity:
• Central Bismar Sea volcano produced a 9,000 ft ash advisory after an underwater eruption from approximately 2,000 ft below sea level. Historical records reportedly list only one previous underwater eruption in 1971.
• Elevated volcanic activity was identified at Ibu, Ducono, Semeru, Dakono, and volcanoes in the Philippines. Dakono reportedly produced an 18,000 ft blast.
• Krasheninnikov volcano in Kamchatka and volcanic systems in Central and South America were also listed as active. Increased volcanic unrest across the western Pacific region was noted.
🌪Weather & Atmospheric Elements:
• NEXRAD radar near Blue Hill, Nebraska was located approximately 12 miles from a M2.8 earthquake. Microwave and gravity wave generation theories were discussed in relation to seismic activity.
• Water reservoir loading near Box Canyon Reservoir in California was referenced as a possible trigger mechanism for local earthquakes. Similar USGS discussions about Bull Shoals Lake earthquakes were cited.
• Atmospheric plasma generation, microwave pulsing, and gravity wave propagation were described as possible mechanisms linking radar systems to seismic events.
🌀Earth’s Geometric / Structural Observations:
• Southern California M4.7 activity followed earlier M5-level activity near the Nevada border. This sequence was described as part of a broader west coast progression.
• Earthquake clusters aligned with volcanic regions in Papua New Guinea and Indonesia. Deep earthquakes near Fiji and South America were also identified.
• Seismic events near reservoirs, radar stations, and volcanic systems were examined in relation to localized structural stress and pressure transfer.
📜 Historical / Social References:
• USGS earthquake publication delays were described as evidence of controlled information release. Private seismic monitoring limitations were also discussed.
• BRICS News and X were identified as earlier reporting sources for the Iran earthquake. USGS reporting was contrasted against third-party alerts.
• Chinese automotive manufacturing, tariffs, electric vehicles, and AI-controlled flying car concepts were discussed. References to collective consumer culture and transportation standardization were included.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Southern California, USA — M4.7 earthquake.
• 🇺🇸 Nevada border region, USA — M5-level earthquake activity.
📍 Current Earthquakes (Last 48h):
• 🇮🇷 Tehran region, Iran — Earthquake near Tehran.
• 🇺🇸 Cows, Nebraska, USA — M2.8 earthquake.
• 🇨🇳 Shan region, China — M4.8 earthquake.
• 🇫🇯 Fiji region — Deep earthquakes.
• 🇸🇴 South America region — Deep earthquakes.
• 🇺🇸 North Los Angeles, California, USA — Small earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 West Coast, USA — Expected continuation of seismic progression after M5 and M4.7 activity.
——
📄 Important Sentences:
• "They're waiting 30 minutes to report stuff to the public. So, you're not getting a real-time feed from the USGS at all on the earthquakes at all."
• "The earthquake is closer I should say to Damabond volcano than it is to Tran."
• "A volcano erupted and it put a 9,000 foot blast up in the sky."
...
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
• A reported earthquake near Tehran, Iran appeared on BRICS News before USGS publication. The delay between occurrence and USGS public posting was repeatedly described as approximately 30 minutes.
• Seismic activity continued across Southern California, Nevada border regions, China, Nebraska, Kansas, Fiji, and South America. Multiple volcanic systems across Papua New Guinea and Indonesia also showed elevated activity.
• A rare above-sea volcanic blast occurred in the Central Bismar Sea from a volcano previously known only for underwater activity. The blast was described as unusual within documented eruption history.
🌋Volcanic Activity:
• Central Bismar Sea volcano produced a 9,000 ft ash advisory after an underwater eruption from approximately 2,000 ft below sea level. Historical records reportedly list only one previous underwater eruption in 1971.
• Elevated volcanic activity was identified at Ibu, Ducono, Semeru, Dakono, and volcanoes in the Philippines. Dakono reportedly produced an 18,000 ft blast.
• Krasheninnikov volcano in Kamchatka and volcanic systems in Central and South America were also listed as active. Increased volcanic unrest across the western Pacific region was noted.
🌪Weather & Atmospheric Elements:
• NEXRAD radar near Blue Hill, Nebraska was located approximately 12 miles from a M2.8 earthquake. Microwave and gravity wave generation theories were discussed in relation to seismic activity.
• Water reservoir loading near Box Canyon Reservoir in California was referenced as a possible trigger mechanism for local earthquakes. Similar USGS discussions about Bull Shoals Lake earthquakes were cited.
• Atmospheric plasma generation, microwave pulsing, and gravity wave propagation were described as possible mechanisms linking radar systems to seismic events.
🌀Earth’s Geometric / Structural Observations:
• Southern California M4.7 activity followed earlier M5-level activity near the Nevada border. This sequence was described as part of a broader west coast progression.
• Earthquake clusters aligned with volcanic regions in Papua New Guinea and Indonesia. Deep earthquakes near Fiji and South America were also identified.
• Seismic events near reservoirs, radar stations, and volcanic systems were examined in relation to localized structural stress and pressure transfer.
📜 Historical / Social References:
• USGS earthquake publication delays were described as evidence of controlled information release. Private seismic monitoring limitations were also discussed.
• BRICS News and X were identified as earlier reporting sources for the Iran earthquake. USGS reporting was contrasted against third-party alerts.
• Chinese automotive manufacturing, tariffs, electric vehicles, and AI-controlled flying car concepts were discussed. References to collective consumer culture and transportation standardization were included.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Southern California, USA — M4.7 earthquake.
• 🇺🇸 Nevada border region, USA — M5-level earthquake activity.
📍 Current Earthquakes (Last 48h):
• 🇮🇷 Tehran region, Iran — Earthquake near Tehran.
• 🇺🇸 Cows, Nebraska, USA — M2.8 earthquake.
• 🇨🇳 Shan region, China — M4.8 earthquake.
• 🇫🇯 Fiji region — Deep earthquakes.
• 🇸🇴 South America region — Deep earthquakes.
• 🇺🇸 North Los Angeles, California, USA — Small earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 West Coast, USA — Expected continuation of seismic progression after M5 and M4.7 activity.
——
📄 Important Sentences:
• "They're waiting 30 minutes to report stuff to the public. So, you're not getting a real-time feed from the USGS at all on the earthquakes at all."
• "The earthquake is closer I should say to Damabond volcano than it is to Tran."
• "A volcano erupted and it put a 9,000 foot blast up in the sky."
...
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
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⚠️ Dutchsinse Update - May 13, 2026 - (1of..) - Southern California Swarm and Global Seismic Spread
——
🌎Summary – Global Overview:
• A Southern California swarm escalated from M2 to M4.7 activity near Brawley, California during a seven-day watch period. The swarm was linked to earlier M5.1 and M4 at the Nevada–California border and interpreted as a pressure transfer pattern across the western United States.
• M4–M5 extended across Central America, South America, Japan, Alaska, and the Mid-Atlantic Ridge. Equidistant seismic spacing was described along multiple plate boundaries with ongoing west-to-east transfer expectations.
• Colorado and Alberta earthquakes occurred near oil, gas, and geothermal drilling infrastructure. Most notable M4-range of the week were described as occurring adjacent to drill points or energy extraction sites.
🌋Volcanic Activity:
• The Brawley swarm occurred near the Salton Sea volcanic region and the Salton Buttes. Geothermal turbines, injection wells, pipelines, steam extraction systems, boiling mud pots, and gas vents were identified near the earthquake activity.
• Clear Lake Volcano in Northern California was referenced alongside geothermal drilling operations at Geysers, California. Multiple M4 were associated with geothermal steam extraction zones.
• Deep earthquake progression and volcanic eruptions near 15,000-foot ash levels were discussed in relation to expected larger seismic release zones.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a west-to-east transfer process across the North American plate. Expected seismic spread toward Texas, Oklahoma, and the New Madrid Seismic Zone was discussed due to imbalance between western and eastern plate activity.
• Midpoint forecasting methods were applied between M4.6 and M5.6 zones across Europe and Turkey. Plate-bend pathways and straight-line transfer geometry were compared for estimating future activity.
• Equidistant spacing of M4–M5 along South America, Japan, and Alaska was interpreted as linked plate motion behavior connected to deep earthquake zones.
📜 Historical / Social References:
• Prior forecasts for Southern California were referenced as validated after the swarm escalated to M4.7 activity. The seven-day forecast window and earlier M5.1 Nevada activity were repeatedly cited.
• Disputes with European seismic agencies and earthquake data access restrictions were discussed. Research papers criticizing earthquake forecasting methods were referenced.
• Galileo was referenced in relation to resistance toward unconventional scientific claims. Historical comparisons were made regarding institutional rejection of new theories.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border, USA — M5.1 and M4.0.
• 🇺🇸 Near Area 51, USA — M4.0.
• 🇺🇸 Near Fermi 2 Nuclear Reactor, USA — M2.9 and M2.7.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.7 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 to M4.4 earthquake.
• 🌊 Mid-Atlantic Ridge — M4.7 and M4.6.
• 🌍 International region — M5.5 to M5.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity up to M4.9.
• 🇺🇸 Texas, USA — Expected M4-range seismic spread.
• 🇺🇸 Oklahoma, USA — Expected M4-range seismic spread.
• 🇺🇸 New Madrid Seismic Zone, USA — Potential noteworthy earthquake above M3.5.
• 🇹🇷 Western Turkey — Expected M4.6 to M5.6 earthquake.
• 🇮🇸 Iceland region — Expected M4.6 to M4.7 earthquake.
——
📄 Important Sentences:
• "Last night an earthquake swarm broke out in Southern California."
• "I'm thinking up to 4.9."
• "It went up to well, they have it on 4.6 on the feed, but if you go click on it, click on it, it's actually at 4.7 in Broadley, California."
...
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
🌎Summary – Global Overview:
• A Southern California swarm escalated from M2 to M4.7 activity near Brawley, California during a seven-day watch period. The swarm was linked to earlier M5.1 and M4 at the Nevada–California border and interpreted as a pressure transfer pattern across the western United States.
• M4–M5 extended across Central America, South America, Japan, Alaska, and the Mid-Atlantic Ridge. Equidistant seismic spacing was described along multiple plate boundaries with ongoing west-to-east transfer expectations.
• Colorado and Alberta earthquakes occurred near oil, gas, and geothermal drilling infrastructure. Most notable M4-range of the week were described as occurring adjacent to drill points or energy extraction sites.
🌋Volcanic Activity:
• The Brawley swarm occurred near the Salton Sea volcanic region and the Salton Buttes. Geothermal turbines, injection wells, pipelines, steam extraction systems, boiling mud pots, and gas vents were identified near the earthquake activity.
• Clear Lake Volcano in Northern California was referenced alongside geothermal drilling operations at Geysers, California. Multiple M4 were associated with geothermal steam extraction zones.
• Deep earthquake progression and volcanic eruptions near 15,000-foot ash levels were discussed in relation to expected larger seismic release zones.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• Earthquake progression was described as a west-to-east transfer process across the North American plate. Expected seismic spread toward Texas, Oklahoma, and the New Madrid Seismic Zone was discussed due to imbalance between western and eastern plate activity.
• Midpoint forecasting methods were applied between M4.6 and M5.6 zones across Europe and Turkey. Plate-bend pathways and straight-line transfer geometry were compared for estimating future activity.
• Equidistant spacing of M4–M5 along South America, Japan, and Alaska was interpreted as linked plate motion behavior connected to deep earthquake zones.
📜 Historical / Social References:
• Prior forecasts for Southern California were referenced as validated after the swarm escalated to M4.7 activity. The seven-day forecast window and earlier M5.1 Nevada activity were repeatedly cited.
• Disputes with European seismic agencies and earthquake data access restrictions were discussed. Research papers criticizing earthquake forecasting methods were referenced.
• Galileo was referenced in relation to resistance toward unconventional scientific claims. Historical comparisons were made regarding institutional rejection of new theories.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• 🇺🇸 Nevada–California border, USA — M5.1 and M4.0.
• 🇺🇸 Near Area 51, USA — M4.0.
• 🇺🇸 Near Fermi 2 Nuclear Reactor, USA — M2.9 and M2.7.
📍 Current Earthquakes (Last 48h):
• 🇺🇸 Brawley, California, USA — M4.7 earthquake.
• 🇺🇸 Southern Colorado, USA — M4.0 earthquake.
• 🇨🇦 Smoky Lake, Alberta, Canada — M4.3 to M4.4 earthquake.
• 🌊 Mid-Atlantic Ridge — M4.7 and M4.6.
• 🌍 International region — M5.5 to M5.7 earthquake.
🔮 Forecasted / Expected Earthquakes:
• 🇺🇸 Southern California, USA — Expected activity up to M4.9.
• 🇺🇸 Texas, USA — Expected M4-range seismic spread.
• 🇺🇸 Oklahoma, USA — Expected M4-range seismic spread.
• 🇺🇸 New Madrid Seismic Zone, USA — Potential noteworthy earthquake above M3.5.
• 🇹🇷 Western Turkey — Expected M4.6 to M5.6 earthquake.
• 🇮🇸 Iceland region — Expected M4.6 to M4.7 earthquake.
——
📄 Important Sentences:
• "Last night an earthquake swarm broke out in Southern California."
• "I'm thinking up to 4.9."
• "It went up to well, they have it on 4.6 on the feed, but if you go click on it, click on it, it's actually at 4.7 in Broadley, California."
...
👇comments👇
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
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⚠️ Dutchsinse Update - May 15, 2026 - (1of..) - Japan Coast M6.7 and Bismar Sea Volcanic Seismicity
——
🌎Summary – Global Overview:
• A M6.7 earthquake struck offshore near Oonato, Japan, approximately four to five hours before the report. The event occurred near the Japan plate boundary trench system with no tsunami generated.
• A M6.2 earthquake occurred on the eastern edge of Indonesia near the western edge of Papua New Guinea. The event followed earlier volcanic activity near the Central Bismar Sea volcano.
• A M5.4 earthquake struck directly beside the Central Bismar Sea volcano after its recent above-sea eruption. The volcano sits on the USGS-marked plate boundary system.
🌋Volcanic Activity:
• The Central Bismar Sea volcano recently produced an eruption above sea level despite no recorded historical above-sea eruptions. A M5.4 earthquake occurred directly next to the volcano afterward.
• Volcano locations near Japan were referenced using Google Earth overlays and USGS mapping. Plate-boundary volcanic positioning was emphasized.
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• The Japan M6.7 earthquake occurred directly on the plate boundary where one tectonic plate bends beneath another. The offshore trench descends more than 20,000 ft below sea level.
• Plate motion near Japan was described as northeast-to-southwest with additional east-west faulting. Seismic wave transfer along plate boundaries over one to two weeks was discussed.
• The Central Bismar Sea volcano and nearby M5.4 earthquake aligned directly with the USGS plate boundary system. Undersea bathymetric slopes and trench geometry were examined.
📜 Historical / Social References:
• The 2011 Japan megaquake and tsunami impacts near Sai were referenced in relation to the current Japan earthquake location.
• Disputes with professionals, skeptics, and Metabunk users regarding earthquake-volcano relationships were discussed.
• Google Earth updates removing volcano marker triangles were mentioned.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇯🇵 Oonato, Japan — M6.7 earthquake.
• 🇮🇩 Eastern Indonesia / Western Papua New Guinea — M6.2 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.4 earthquake.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "There was no tsunami generated with this."
• "So 6.7. It's a significant earthquake though."
• "We're right on the edge of the plate boundary is what I'm getting at."
• "A mid-range five struck right next to the central Bismar Sea volcano."
• "It's a a mid-range five next to a volcano that had never put any blast above sea level in human history recorded."
• "There’s a perfect example of a five hitting next to a volcano that just erupted on a plate boundary."
🔊Other Topics:
• Google Earth bathymetric imagery.
• USGS plate boundary maps.
• Offshore trench depth analysis.
• Undersea slope structures.
• Metabunk criticism references.
• Volcano marker display issues.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
🌎Summary – Global Overview:
• A M6.7 earthquake struck offshore near Oonato, Japan, approximately four to five hours before the report. The event occurred near the Japan plate boundary trench system with no tsunami generated.
• A M6.2 earthquake occurred on the eastern edge of Indonesia near the western edge of Papua New Guinea. The event followed earlier volcanic activity near the Central Bismar Sea volcano.
• A M5.4 earthquake struck directly beside the Central Bismar Sea volcano after its recent above-sea eruption. The volcano sits on the USGS-marked plate boundary system.
🌋Volcanic Activity:
• The Central Bismar Sea volcano recently produced an eruption above sea level despite no recorded historical above-sea eruptions. A M5.4 earthquake occurred directly next to the volcano afterward.
• Volcano locations near Japan were referenced using Google Earth overlays and USGS mapping. Plate-boundary volcanic positioning was emphasized.
• Not explicitly mentioned.
🌪Weather & Atmospheric Elements:
• Not explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• The Japan M6.7 earthquake occurred directly on the plate boundary where one tectonic plate bends beneath another. The offshore trench descends more than 20,000 ft below sea level.
• Plate motion near Japan was described as northeast-to-southwest with additional east-west faulting. Seismic wave transfer along plate boundaries over one to two weeks was discussed.
• The Central Bismar Sea volcano and nearby M5.4 earthquake aligned directly with the USGS plate boundary system. Undersea bathymetric slopes and trench geometry were examined.
📜 Historical / Social References:
• The 2011 Japan megaquake and tsunami impacts near Sai were referenced in relation to the current Japan earthquake location.
• Disputes with professionals, skeptics, and Metabunk users regarding earthquake-volcano relationships were discussed.
• Google Earth updates removing volcano marker triangles were mentioned.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇯🇵 Oonato, Japan — M6.7 earthquake.
• 🇮🇩 Eastern Indonesia / Western Papua New Guinea — M6.2 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.4 earthquake.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "There was no tsunami generated with this."
• "So 6.7. It's a significant earthquake though."
• "We're right on the edge of the plate boundary is what I'm getting at."
• "A mid-range five struck right next to the central Bismar Sea volcano."
• "It's a a mid-range five next to a volcano that had never put any blast above sea level in human history recorded."
• "There’s a perfect example of a five hitting next to a volcano that just erupted on a plate boundary."
🔊Other Topics:
• Google Earth bathymetric imagery.
• USGS plate boundary maps.
• Offshore trench depth analysis.
• Undersea slope structures.
• Metabunk criticism references.
• Volcano marker display issues.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
👍34❤6👀5🙏2
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VIEW IN TELEGRAM
⚠️ Dutchsinse Update - May 15, 2026 - (2of..) - Central Bismar Sea Volcano Escalation and West Pacific Seismicity
——
🌎Summary – Global Overview:
• A 28,000 ft volcanic blast occurred at the Central Bismar Sea volcano near Papua New Guinea. The eruption was identified as the largest volcanic blast globally in recent weeks.
• A M6.7 earthquake struck offshore Japan and a M6.2 earthquake struck near Indonesia and western Papua New Guinea. The events occurred within the same West Pacific plate boundary region.
• Repeated volcanic escalation occurred at the Central Bismar Sea volcano with sequential ash blasts increasing from 9,000 ft to 11,000 ft, 14,000 ft, and 28,000 ft.
🌋Volcanic Activity:
• The Central Bismar Sea volcano produced a FL280 ash blast reaching approximately 8,500 meters. Historical records referenced only one prior underwater eruption in 1972.
• Kilauea volcano in Hawaii reportedly erupted again the previous day. The location was described as repeatedly active over the last two years.
• Additional volcano monitoring references included Telong and lava-flow activity reports. MODIS satellite imagery captured the Central Bismar Sea ash cloud.
🌪Weather & Atmospheric Elements:
• MODIS satellite imagery documented the 28,000 ft ash plume over the Central Bismar Sea volcano. Aviation flight-level reporting identified the plume as FL280.
• Ash cloud monitoring and eruption-height measurements were emphasized. No additional atmospheric systems were explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• The Central Bismar Sea volcano lies along the Indo-Australian plate boundary northeast of Papua New Guinea. Nearby seismicity aligned with the regional plate structure.
• A M5.4 to M5.5 earthquake occurred within close proximity of the volcano before the major blast. Regional movement was identified across Japan, Indonesia, and Papua New Guinea.
• West Pacific seismic transfer patterns were linked to simultaneous movement across multiple plate-boundary zones. Plate-boundary alignment was repeatedly emphasized.
📜 Historical / Social References:
• Smithsonian eruptive history records listed only one previous underwater eruption at the Central Bismar Sea volcano in 1972.
• Limited online discussion of the eruption was noted despite the scale of the volcanic blast. Stefan Burns was referenced as discussing the event publicly.
• Google Earth volcano marker visibility issues were briefly mentioned.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇯🇵 Offshore Japan — M6.7 earthquake.
• 🇮🇩 Indonesia / Western Papua New Guinea region — M6.2 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.4 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.5 earthquake.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "We've got a somewhat large volcanic blast that has happened from the central Bismar Sea volcano."
• "We have a 28,000 ft high blast."
• "This is the largest blast on the planet for all the volcanoes that we normally see in the last several weeks if not longer."
• "In 1972 there was an underwater eruption."
• "Japan's moving, Indonesia's moving, and a new big blast at the central Bismar Sea."
• "Then move forward two days and now we're at 28,000."
• "Today is somewhat seismically active, a 6.2 and a 6.7 in the West Pacific as well."
🔊Other Topics:
• Google Earth plate-boundary views.
• Smithsonian volcano records.
• MODIS satellite imagery.
• Aviation flight-level ash warnings.
• Hawaii volcanic recurrence.
• Lava-flow monitoring.
• Online volcano reporting discussions.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
——
🌎Summary – Global Overview:
• A 28,000 ft volcanic blast occurred at the Central Bismar Sea volcano near Papua New Guinea. The eruption was identified as the largest volcanic blast globally in recent weeks.
• A M6.7 earthquake struck offshore Japan and a M6.2 earthquake struck near Indonesia and western Papua New Guinea. The events occurred within the same West Pacific plate boundary region.
• Repeated volcanic escalation occurred at the Central Bismar Sea volcano with sequential ash blasts increasing from 9,000 ft to 11,000 ft, 14,000 ft, and 28,000 ft.
🌋Volcanic Activity:
• The Central Bismar Sea volcano produced a FL280 ash blast reaching approximately 8,500 meters. Historical records referenced only one prior underwater eruption in 1972.
• Kilauea volcano in Hawaii reportedly erupted again the previous day. The location was described as repeatedly active over the last two years.
• Additional volcano monitoring references included Telong and lava-flow activity reports. MODIS satellite imagery captured the Central Bismar Sea ash cloud.
🌪Weather & Atmospheric Elements:
• MODIS satellite imagery documented the 28,000 ft ash plume over the Central Bismar Sea volcano. Aviation flight-level reporting identified the plume as FL280.
• Ash cloud monitoring and eruption-height measurements were emphasized. No additional atmospheric systems were explicitly mentioned.
🌀Earth’s Geometric / Structural Observations:
• The Central Bismar Sea volcano lies along the Indo-Australian plate boundary northeast of Papua New Guinea. Nearby seismicity aligned with the regional plate structure.
• A M5.4 to M5.5 earthquake occurred within close proximity of the volcano before the major blast. Regional movement was identified across Japan, Indonesia, and Papua New Guinea.
• West Pacific seismic transfer patterns were linked to simultaneous movement across multiple plate-boundary zones. Plate-boundary alignment was repeatedly emphasized.
📜 Historical / Social References:
• Smithsonian eruptive history records listed only one previous underwater eruption at the Central Bismar Sea volcano in 1972.
• Limited online discussion of the eruption was noted despite the scale of the volcanic blast. Stefan Burns was referenced as discussing the event publicly.
• Google Earth volcano marker visibility issues were briefly mentioned.
——
🌍Regional Summary by Timeframe
🕰Past Earthquakes (Older than 48h):
• Not explicitly mentioned.
📍 Current Earthquakes (Last 48h):
• 🇯🇵 Offshore Japan — M6.7 earthquake.
• 🇮🇩 Indonesia / Western Papua New Guinea region — M6.2 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.4 earthquake.
• 🇵🇬 Central Bismar Sea region — M5.5 earthquake.
🔮 Forecasted / Expected Earthquakes:
• Not explicitly mentioned.
——
📄 Important Sentences:
• "We've got a somewhat large volcanic blast that has happened from the central Bismar Sea volcano."
• "We have a 28,000 ft high blast."
• "This is the largest blast on the planet for all the volcanoes that we normally see in the last several weeks if not longer."
• "In 1972 there was an underwater eruption."
• "Japan's moving, Indonesia's moving, and a new big blast at the central Bismar Sea."
• "Then move forward two days and now we're at 28,000."
• "Today is somewhat seismically active, a 6.2 and a 6.7 in the West Pacific as well."
🔊Other Topics:
• Google Earth plate-boundary views.
• Smithsonian volcano records.
• MODIS satellite imagery.
• Aviation flight-level ash warnings.
• Hawaii volcanic recurrence.
• Lava-flow monitoring.
• Online volcano reporting discussions.
——
@DutchsinseFans - a fan group.
Dutch Official Twitch and YT
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