From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #9844 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Friday, October 7 2022 Volume 14 : Number 9844 Today's Subjects: ----------------- Is your house ready for a nuclear attack? ["Nuclear Attack" ] Language barrier should no longer Be your concern anymore! ["Translator" ] We have been trying to reach you - Please respond! ["Nordstrom Shopper Fe] Tiny Tab Eliminates Septic Tank Smells In 3 Days ["Virgil" ] ---------------------------------------------------------------------- Date: Thu, 6 Oct 2022 07:45:44 -0400 From: "Nuclear Attack" Subject: Is your house ready for a nuclear attack? Is your house ready for a nuclear attack? http://nuclearsurvival.shop/ild3jvT_N_9VWmCnC9Cd8QKHn3afcIN5JDe8XtMGl0IFT006 http://nuclearsurvival.shop/5Ck9Af-XCSW_j43T9UmZGKbUgFDrBFsp7pGjnqsKuABi6FWA ars earlier in 1978, geophysicists Glen Penfield and Antonio Camargo were working for the Mexican state-owned oil company PetrC3leos Mexicanos (Pemex) as part of an airborne magnetic survey of the Gulf of Mexico north of the YucatC!n Peninsula.:?20b1? Penfield's job was to use geophysical data to scout possible locations for oil drilling. In the offshore magnetic data, Penfield noted anomalies whose depth he estimated and mapped. He then obtained onshore gravity data from the 1940s. When the gravity maps and magnetic anomalies were compared, Penfield described a shallow "bullseye", 180 km (110 mi) in diameter, appearing on the otherwise non-magnetic and uniform surroundingsbclear evidence to him of an impact feature. A decade earlier, the same map had suggested a crater to contractor Robert Baltosser, but Pemex corporate policy prevented him from publicizing his conclusion.:?20? Penfield presented his findings to Pemex, who rejected the crater theory, instead deferring to findings that ascribed the feature to volcanic activity. Pemex disallowed release of specific data, but let Penfield and Camargo present the results at the 1981 Society of Exploration Geophysicists conference. That year's conference was under-attended and their report attracted scant attention, with many experts on impact craters and th ------------------------------ Date: Thu, 6 Oct 2022 11:09:10 -0400 From: "Blood Sugar Secret" Subject: Perfect blood sugar in 5-seconds? Just do THIS... Perfect blood sugar in 5-seconds? Just do THIS... http://altaibalancez.today/z5kuNE6G85oRD2TQ3V1hfyya2uOwUG6pKoh2NB2xGTMfQraajw http://altaibalancez.today/NyQw9UvTttPnO37t8bOmwtMNhXz_xYUpLPw0KBf3AJCSRMcQwQ A cloud of hot dust, ash and steam would have spread from the crater, with as much as 25 trillion metric tons of excavated material being ejected into the atmosphere by the blast. Some of this material escaped orbit, dispersing throughout the Solar System, while some of it fell back to Earth, heated to incandescence upon re-entry. The rock heated Earth's surface and ignited wildfires, estimated to have enveloped nearly 70% of the planet's forests. The devastation to living creatures even hundreds of kilometers away was immense, and much of present-day Mexico and the United States would have been desolated.:?10b13? Fossil evidence for an instantaneous extinction of diverse animals was found in a soil layer only 10 centimeters (3.9 in) thick in New Jersey, 2,500 kilometers (1,600 mi) away from the impact site, indicating that death and burial under debris occurred suddenly and quickly over wide distances on land. Field research from the Hell Creek Formation in North Dakota published in 2019 shows the simultaneous mass extinction of myriad species combined with geological and atmospheric features consistent with the impact event. Due to the relatively shallow water, the rock that was vaporized included sulphur-rich gypsum from the lower part of the Cretaceous sequence, and this was injected into the atmosphere. This global dispersal of dust and sulfates would have led to a sudden and catastrophic effect on the climate worldwide, instigating large temperature drops and devastating the food chain. The researchers stated that the impact generated an environmental calamity that extinguished life, but it also induced a vast subsurface hydrothermal system that became an oasis for t ------------------------------ Date: Thu, 6 Oct 2022 10:32:36 -0400 From: "Restore Hearing" Subject: 1-Minute Night Ritual Restores Your Hearing 1-Minute Night Ritual Restores Your Hearing http://clarisilz.today/r41dqI0C-HbIIOSgZ4OnQFs4DANavnWxwO7EdXrSyRKCxnAv7Q http://clarisilz.today/PucQA8tNJ_0tJ9QAIkUDlJZ2w2UsU2UB1U3zNuNYvMFXINp1 udy published in Science estimated the age of the impact as 66,043,000 B1 11,000 years ago (B1 43,000 years ago considering systematic error), based on multiple lines of evidence, including argonbargon dating of tektites from Haiti and bentonite horizons overlying the impact horizon in northeastern Montana, United States. This date was supported by a 2015 study based on argonbargon dating of tephra found in lignite beds in the Hell Creek and overlying Fort Union formations in northeastern Montana. A 2018 study based on argonbargon dating of spherules from Gorgonilla Island, Colombia, obtained a slightly different result of 66,051,000 B1 31,000 years ago. The impact has been interpreted to have occurred in Northern Hemisphere Spring or late Northern Hemisphere Spring or Summer based on annual isotope curves in sturgeon and paddlefish bones found in an ejecta-bearing sedimentary unit at the Tanis site in southwestern North Dakota. This sedimentary unit is thought to have formed within hours of impact. A 2020 study concluded that the Chicxulub crater was formed by an inclined (45b60B0 to horizontal) impact from the northeast. The site of the crater at the time of impact was a marine carbonate platform. The water depth at the impact site varied from 100 meters (330 ft) on the western edge of the crater to over 1,200 meters (3,900 ft) on the northeastern edge. The seafloor rocks consisted of a sequence of JurassicbCretaceous marine sediments, 3 kilometers (1.9 mi) thick. They were predominantly carbonate rock, including dolomite (35b40% of total sequence) and limestone (25b30%), along with evaporites (anhydrite 25b30%), and minor amounts of shale and sandstone (3b4%) underlain by approximately 35 kilometers (22 mi) of continental crust, composed of igneous crystalline basement including granite. There is broad consensus that the Chicxulub impactor was an asteroid with a carbonaceous chondrite composition, rather than a comet. In 1998, a 2.5 millimeters (0.098 in) meteorite was described from the No ------------------------------ Date: 06 Oct 2022 03:49:07 -0700 From: "Account Notice" Subject: Delete Request Approved!! [TABLE NOT SHOWN] [demime 0.97c-p1 removed an attachment of type image/png which had a name of shield.png] ------------------------------ Date: Thu, 6 Oct 2022 09:45:56 -0400 From: "Translator" Subject: Language barrier should no longer Be your concern anymore! Language barrier should no longer Be your concern anymore! http://translatorenencee.shop/OgMoP8UWwiHfHbhn4nUnRtPU_jbSHgJ-Ii-ECVEM-FFmvy9hug http://translatorenencee.shop/9LXqCzaCx_pUj8LTpiOAhfoz-tRZjDYNiSzlEfTyenDBSBzx2g lvarez and other scientists continued their search for the crater, although they were searching in oceans based on incorrect analysis of glassy spherules from the KbPg boundary that suggested the impactor had landed in open water. Unaware of Penfield's discovery, University of Arizona graduate student Alan R. Hildebrand and faculty adviser William V. Boynton looked for a crater near the Brazos River in Texas. Their evidence included greenish-brown clay with surplus iridium, containing shocked quartz grains and small weathered glass beads that looked to be tektites. Thick, jumbled deposits of coarse rock fragments were also present, thought to have been scoured from one place and deposited elsewhere by an impact event. Such deposits occur in many locations but seemed concentrated in the Caribbean Basin at the KbPg boundary. When Haitian professor Florentine MorC!s discovered what he thought to be evidence of an ancient volcano on Haiti, Hildebrand suggested it could be a telltale feature of a nearby impact. Tests on samples retrieved from the KbPg boundary revealed more tektite glass, formed only in the heat of asteroid impacts and high-yield nuclear detonations. In 1990, Carlos Byars told Hildebrand of Penfield's earlier discovery of a possible impact crater.:?50? Hildebrand contacted Penfield and the pair soon secured two drill samples from the Pemex wells, which had been stored in New Orleans for decades. Hildebrand's team tested the samples, which clearly showed shock-metamorphic materials. A team of California researchers surveying satellite images found a cenote (sinkhole) ring centered on the town of Chicxulub Puerto that matched the one Penfield saw earlier; the cenotes were thought to be caused by subsidence of bolide-weakened lithostratigraphy around the impact crater wall. More recent evidence suggests the crater is 300 km (190 mi) wide, and the 180 km (110 mi) ring ------------------------------ Date: Thu, 6 Oct 2022 06:57:37 -0400 From: "Nordstrom Shopper Feedback" Subject: We have been trying to reach you - Please respond! We have been trying to reach you - Please respond! http://pfizerz.today/pKVaEJeUerlPHRPY3d9tDwPyAbwjPc-0Ka-KRjrZfM3JB7A http://pfizerz.today/1rvLtV5erqoCURcTjZd5YqZYySTWwqillBFXgB9ETFxa7fYS-A ue to the relatively shallow water, the rock that was vaporized included sulphur-rich gypsum from the lower part of the Cretaceous sequence, and this was injected into the atmosphere. This global dispersal of dust and sulfates would have led to a sudden and catastrophic effect on the climate worldwide, instigating large temperature drops and devastating the food chain. The researchers stated that the impact generated an environmental calamity that extinguished life, but it also induced a vast subsurface hydrothermal system that became an oasis for the recovery of life. Researchers using seismic images of the crater in 2008 determined that the impactor landed in deeper water than previously assumed, which may have resulted in increased sulfate aerosols in the atmosphere, due to more water vapor being available to react with the vaporized anhydrite. This could have made the impact even deadlier by cooling the climate and generating acid rain. The emission of dust and particles could have covered the entire surface of Earth for several years, possibly a decade, creating a harsh environment for living things. Production of carbon dioxide caused by the destruction of carbonate rocks would have led to a sudden greenhouse effect.:?5? Over a decade or longer, sunlight would have been blocked from reaching the surface of Earth by the dust particles in the atmosphere, cooling the surface dramatically. Photosynthesis by plants would also have been interrupted, affecting the entire food chain. A model of the event ------------------------------ Date: Thu, 6 Oct 2022 10:05:39 -0400 From: "Virgil" Subject: Tiny Tab Eliminates Septic Tank Smells In 3 Days Tiny Tab Eliminates Septic Tank Smells In 3 Days http://septifix.today/jWrDv6CNxFPyzuhSh8_ezuxQpq5ypsxyTq26HAidp55hPdCPEg http://septifix.today/5ZKO4Kmct_XIMgjQQdae6QI_DCL34FVcuwkcsrdpvkb0XFBV_g 1990, Carlos Byars told Hildebrand of Penfield's earlier discovery of a possible impact crater.:?50? Hildebrand contacted Penfield and the pair soon secured two drill samples from the Pemex wells, which had been stored in New Orleans for decades. Hildebrand's team tested the samples, which clearly showed shock-metamorphic materials. A team of California researchers surveying satellite images found a cenote (sinkhole) ring centered on the town of Chicxulub Puerto that matched the one Penfield saw earlier; the cenotes were thought to be caused by subsidence of bolide-weakened lithostratigraphy around the impact crater wall. More recent evidence suggests the crater is 300 km (190 mi) wide, and the 180 km (110 mi) ring is an inner wall of it. Hildebrand, Penfield, Boynton, Camargo, and others published their paper identifying the crater in 1991. The crater was named for the nearby town of Chicxulub. Penfield also recalled that part of the motivation for the name was "to give the academics and NASA naysayers a challenging time pronouncing it" after years of dismissing its existence. In March 2010, forty-one experts from many countries reviewed the available evidence: twenty years' worth of data spanning a variety of fields. They concluded that the impact at Chicxulub triggered the mass extinctions at the KbPg boundary. Dissenters, notably Gerta Keller of Princeton University, have proposed an alternate culprit: the eruption of the Deccan Traps in what is now the Indian subcontinent. This period of intense volcanism occurred before and after the Chicxulub impact; dissenting studies argue that the worst of the volcanic activity occurred before the impact, and the role of the Deccan T ------------------------------ Date: Thu, 6 Oct 2022 12:12:18 -0400 From: "Ringing A Sign" Subject: This Is How Your Brain Looks After 2 Months of Tinnitus This Is How Your Brain Looks After 2 Months of Tinnitus http://savage-growplus.shop/fMKdnM1MlPp1jqHmnQheQu0ylpfQTHuUDwkObevLQkloc8RinA http://savage-growplus.shop/SJOB8tN4SWWC0e5Z5sswQV_JIvie008oyev10BswWEQO0shwLQ e impactor's velocity was estimated at 20 kilometers per second (12 mi/s). The kinetic energy of the impact was estimated at 100,000 gigatonnes of TNT (420,000 EJ). The impact created winds in excess of 1,000 kilometers per hour (620 mph) near the blast's center, and created a transient cavity 100 kilometers (62 mi) wide and 30 kilometers (19 mi) deep that later collapsed. This formed a crater mainly under the sea and covered by 600 meters (2,000 ft) of sediment by the 21st century. The impact, expansion of water after filling the crater, and related seismic activity spawned megatsunamis over 100 meters (330 ft) tall, with one simulation suggesting the immediate waves from the impact may have reached up to 1.5 kilometers (0.93 mi) high. The waves scoured the sea floor, leaving ripples underneath what is now Louisiana with average wavelengths of 600 meters (2,000 ft) and average wave heights of 16 meters (52 ft), the largest ripples documented. Material shifted by subsequent earthquakes and the waves reached to what are now Texas and Florida, and may have disturbed sediments as far as 6,000 kilometers (3,700 mi) from the impact site. The impact triggered a seismic event with an estimated magnitude of 9b11 Mw? at the impact site. A cloud of hot dust, ash and steam would have spread from the crater, with as much as 25 trillion metric tons of excavated material being ejected into the atmosphere by the blast. Some of this material escaped orbit, dispersing throughout the Solar System, while some of it fell back to Earth, heated to incandescence upon re-entry. The rock heated Earth's surface and ignited wildfires, estimated to have enveloped nearly 70% of the planet's forests. The devastation to living creatures even hundreds of kilometers away was immense, and much of present-day Mexico and the United States would have been desolated.:?10b13? Fossil evidence for an instantaneous extinction of diverse animals was found in a soil layer only 10 centimeters ------------------------------ Date: Thu, 6 Oct 2022 08:10:52 -0400 From: "Nathaniel" Subject: Vladimir Putin Banned This Video... Vladimir Putin Banned This Video... http://christianprepper.buzz/7wprhTPV4GDVvu8BrizROa9EBaEjobO2MVBDBClcnluFpw4efg http://christianprepper.buzz/PW0X0XQso_d_0oHVawaTBLWcg_qiHpteSk-g7jFY1U8yli78gw nfield presented his findings to Pemex, who rejected the crater theory, instead deferring to findings that ascribed the feature to volcanic activity. Pemex disallowed release of specific data, but let Penfield and Camargo present the results at the 1981 Society of Exploration Geophysicists conference. That year's conference was under-attended and their report attracted scant attention, with many experts on impact craters and the KbPg boundary attending the Snowbird conference instead. Carlos Byars, a Houston Chronicle journalist who was familiar with Penfield and had seen the gravitational and magnetic data himself, wrote a story on Penfield and Camargo's claim, but the news did not disseminate widely.:?23? Although Penfield had plenty of geophysical data sets, he had no rock cores or other physical evidence of an impact. He knew Pemex had drilled exploratory wells in the region. In 1951, one bored into what was described as a thick layer of andesite about 1.3 kilometers (4,300 ft) down. This layer could have resulted from the intense heat and pressure of an Earth impact, but at the time of the borings it was dismissed as a lava domeba feature uncharacteristic of the region's geology. Penfield was encouraged by William C. Phinney, curator of the lunar rocks at ------------------------------ Date: Thu, 6 Oct 2022 06:26:27 -0400 From: "Walmart Shopper Gift Card Chance" Subject: Congratulations! You can get a $100 Walmart gift card! Congratulations! 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A decade earlier, the same map had suggested a crater to contractor Robert Baltosser, but Pemex corporate policy prevented him from publicizing his conclusion.:?20? Penfield presented his findings to Pemex, who rejected the crater theory, instead deferring to findings that ascribed the feature to volcanic activity. Pemex disallowed release of specific data, but let Penfield and Camargo present the results at the 1981 Society of Exploration Geophysicists conference. That year's conference was under-attended and their report attracted scant attention, with many experts on impact crat ------------------------------ Date: Thu, 6 Oct 2022 12:38:36 -0400 From: "Agnes" Subject: This Payday, you will get more! 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