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In 5 years, scientists predict the first ice-free Arctic summer. This will expose more ocean to sunlight. Because the ocean is dark, it will consume more heat from the sunlight. This accelerates melting and warming, as opposed to the ice and snow which used to reflect sunlight back into the atmosphere.

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The Maunda minimum, a mysterious period from 1645 to 1715 when solar activity practically vanished. The sun's usual cycle of sunspots, magnetic storms that show us its activity, nearly disappeared. As the sun grew calmer, Earth experienced what's known as the Little Ice Age. Europe saw harsh winters, crops failed, and even the River Thames froze over. Scientists think the solar dynamo, the magnetic engine driving the sun's activity, may have weakened or shifted. This caused a sudden decrease in sunspots and solar flares, which directly affected Earth's climate. The sun's diminished energy output may have led to cooler temperatures on Earth, triggering decades of bitter cold. The big question, could it happen again? Solar cycles are still an ongoing mystery, and although we don't expect another Maundy minimum anytime soon, the Sun's behavior remains unpredictable. Follow for more space mysteries because the sun holds more secrets than we think.

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- They mentioned 8.2 kilo year event, which occur roughly 8,000 years ago, and the Younger Dryas period, which occurred roughly 12,700 years ago. - Now, what does these two events have in common? During these two events, there was a geomagnetic excursion. - Here's the study for the event 8,200 ago. So they suggest based on evidence found in a volcano in China that roughly 8,000 ago, there there was an unrecognized younger Holocene geomagnetic excursion. - So this suggests that this climate change eight thousand years ago occurred because of geomagnetic excursion. - During the Younger Dryas, there was also a geomagnetic excursion called the Gothenburg magnetic excursion. - So you can see that it ranges from 30,000 years to 12,000 years ago before present, exactly aligns with the younger, driest, abrupt climate change. - And what's happening today? Of course, there is a geomagnetic excursion. - You can see the pole shift acceleration around 1994. Just watch this acceleration.

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In the past million years, the Earth has faced ice ages regularly. Scientists warn that the next ice age could bring hunger and death on an unprecedented scale. The harsh winter of 1977 in the US is a glimpse of what might come. Climate experts predict Arctic cold and perpetual snow could turn much of the planet into a polar desert within our grandchildren's lifetime. Evidence shows temperatures dropping, suggesting the ice age could arrive sooner than expected. Earth is the only planet in our solar system suitable for human life.

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In the UAE, a private plan is used to make it rain because there is a shortage of rainfall. The Emirates built a command center to monitor the sky and identify clouds. When a cloud is found, a private plane is sent to drop 48 kilograms of salt on it. The salt attracts water, making the clouds heavier and causing rain. This method is used to create artificial rainfall. It's a reminder for humans to conserve water. That's all for today.

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Scientists predict that within five years, we will experience the first ice-free Arctic summer. This will expose the dark ocean to more sunlight. The ocean absorbs more heat from the sunlight, accelerating melting and warming. This is because the ice and snow, which used to reflect sunlight back into the atmosphere, will be gone.

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Climate is always changing, with measurable changes in temperature and rainfall. The planet has been warming and cooling for 4.567 billion years, and for most of that time, it has been warmer and wetter with higher sea levels than now. Warmings and coolings are driven by the Earth's distance from the sun, which changes due to its orbit shifting from circular to elliptical, its axis changing, and its wobbling. Unless you can change the magnetic fields of the sun or the Earth's orbit, you cannot change the climate. Throughout Earth's history, there have been millions of climate changes, none of which have been identified as driven by changes in atmospheric carbon dioxide. There is no record of carbon dioxide driving climate in the past, so there is no logical reason to think that current climate change is driven by changes in carbon dioxide. The past is the key to the present.

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Over the past 400,000 years, there have been four interglacial periods and four glacial maximums. It takes 80,000 years to transition from an interglacial period to a glacial maximum, but only 10,000 years to come back out of it. The Milankovitch cycle, influenced by the gravity of Jupiter, affects the tilt of the Earth and the shape of its orbit, which in turn impacts temperature. Contrary to Al Gore's claim, CO2 does not cause temperature increase; rather, temperature warming the oceans leads to the release of CO2, while cooling oceans absorb it. The Vostok ice core record shows an 800-year lag between temperature and CO2 changes. Currently, CO2 levels are rising due to human emissions, but it is not causing a corresponding increase in temperature.

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Earth's climate changes radically over ten thousand years, shifting from extremely hot to extremely cold, as seen in ice ages. The magnetic poles have also shifted over time. While the exact cause of climate change is unknown, there's a strong suspicion, around 90% certainty, that it's the sun.

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Earth's climate changes drastically over 10000 years, going from hot to cold with ice ages. We are technically in an ice age now, but the definition is debated. Writing appeared after the last ice age, suggesting a significant event. To prevent a dark ages after a possible World War 3, a self-sustaining base on Mars is crucial. History shows a pattern of wars, so preparing for the future is important.

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Earth's climate also changes pretty radically over the course of like say ten thousand years. You know, it can shift from being extremely hot to extremely cold. You can really go down a deep rabbit hole if you read about ice ages. That that that how much Earth's climate has changed and even where the where the magnetically where the poles are have has shifted over time. So on the climate change issue, I'm fully convinced. After all these years, even though we may not know exactly what is causing climate change, we suspect it's the sun. We have a lot of evidence to show that it's probably the sun. Very high percentage, you know, like, I would say, 90%, we're sure.

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The Younger Dryas was a significant period marked by the presence of megafauna like mammoths, giant cave bears, and massive sloths. During this time, over 100 species of megafauna, defined as animals over 44 kilograms (about 100 pounds), disappeared globally. This extinction occurred rapidly during the deglaciation process. For instance, freezing a woolly mammoth, which weighed around 6 tons, would require extreme temperature changes in a short time.

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For the past 10,000 years, it has been warmer than today for about 95% of the time. Throughout the Earth's history of 4.65 billion years, there has been substantial ice on the planet for only about 5-10% of that time. Currently, we have low levels of CO2 compared to Earth's history. The carbon dioxide in the room is around 900, but there is nothing bad about it. In fact, the more carbon dioxide, the better.

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As the Atlantic Meridional Overturning Circulation (AMOC) slows, the Northern Hemisphere cools. This cooling causes the tropical rain band to shift south. Consequently, monsoons may fail to reach regions dependent on them for up to 90% of their annual rainfall. This directly impacts food security for over two billion people.

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Climate also changes pretty radically over the course of like say ten thousand years. You know, it can shift from being extremely hot to extremely cold. You can really go down a deep rabbit hole if you read about ice ages. So interesting. That's That that that how much Earth's climate has changed and even where the where the magnetically where the poles are have has shifted over time.

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In the past million years, the Earth has experienced regular cycles of advancing and retreating ice ages. Scientists now warn that the threat of another ice age is closer than previously believed. If unprepared, this could lead to widespread hunger and death. The severe winter of 1977 in the United States, with Arctic cold and blizzards, serves as a reminder of what could become more common. Climate experts have observed dropping temperatures in the far north for the past three decades, and summer ice is now present year-round in some coastal areas. This evidence suggests that we might be living in the next ice age within our lifetime. Earth is the only planet in our solar system with conditions suitable for human life.

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"there is what he called a dry event. A three hundred year long dry event." "The pollen showed that there was drier climatic conditions in the Mediterranean from the twelfth century until the ninth century." "So about 1,200 BC to about 900 BC, there is this dry event." "What we would call climate change." "Halos Altunteke which has a dried up lagoon." "major environmental changes took place in the period from 1200 to August." "It turned the area into a drier landscape and the precipitation and groundwater probably became insufficient to maintain sustainable agriculture." "So drought in North Syria, drought in Cyprus." "there is a drop in the temperature of the surface of the sea in the Aegean which would lead to less rainfall." "And he concluded also that there was a drought that started somewhere after December."

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Climate dynamics are presented as a cause-and-effect sequence tied to ocean circulation. As the AMOC slows, the Northern Hemisphere cools. That cooling shifts the tropical rain band south, and the monsoons effectively miss regions that count on them for up to 90% of their yearly precipitation, directly impacting food security for over 2,000,000,000 people. The overall message is a chain reaction from circulation changes to rainfall distribution and human outcomes. In summary, the slowdown of the AMOC is linked to hemispheric cooling, to shifts in tropical rainfall patterns, to disrupted monsoons affecting precipitation, and to implications for food security. These points describe a sequence of interconnected shifts.

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We are currently in an interglacial period within an ongoing ice age that started 34 million years ago. The climate fluctuates between cold glaciation and warm interglacial periods, driven by the sun's heat. The distance from the sun determines the temperature, not trace gases. No legislation can alter the Earth's orbit, which will eventually lead us into another cool period. These climate cycles occur every few hundred million, hundred thousand, and few thousand years, influenced by factors such as continental movements, cosmic rays, orbital changes, solar activity, tides, and oceanic patterns. The combination of these cycles can bring about rapid climate changes.

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Earth's climate changes radically over ten thousand years, shifting from extremely hot to extremely cold. The Earth's magnetic poles have also shifted over time. While the exact cause of climate change is unknown, there is suspicion and evidence suggesting the sun is the primary factor. There is a high degree of certainty, around 90%, that the sun is the cause.

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The sun orbits every 24 hours, passing the moon every 28 days. In December, it's over the Tropic of Capricorn, causing summer in the northern lands and winter in the southern lands. The zodiac moves faster than the sun, with each sign lasting a month. The moon changes signs every few days. This alignment explains the seasons and positions of the sun and stars.

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Earth's climate undergoes significant changes over thousands of years, shifting from extreme heat to extreme cold, as seen in ice ages. Additionally, the magnetic poles have also shifted over time. Regarding climate change, there is a strong belief that the sun plays a major role in these changes. While the exact causes of climate change are still being studied, there is substantial evidence suggesting that solar activity is responsible for a large percentage of it, with a high level of confidence in this conclusion.

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An age period or epoch occurs every 2,160 years, resulting in a pole shift. The poles are not separate, but rather a center pole. The moon map, Terra Infinitae, suggests that the pole is shifting, causing four shifts. The sun and moon are connected to Earth's ley lines, and their paths change with the pole shift. This leads to land freezing over and new land thawing, revealing discoveries like underwater hieroglyphs. Religious texts mention the "four corners of the world," which could refer to the four quarters of the world due to the pole shift. Climate change is real, but not solely caused by carbon emissions. The elimination of carbon is more related to humans as carbon-based life forms.

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Evidence for a three hundred year dry event: pollen showed drier climatic conditions in the Mediterranean from the twelfth century until the ninth century BCE (about 1,200 BC to 900 BC). In Cyprus, Halos Altunteke's dried lagoon showed changes from 1200 to August, turning the area into a drier landscape and making precipitation and groundwater probably insufficient to sustain agriculture. Drought affected North Syria and Cyprus. Lee Drake, 2012, Journal of Archaeological Science, synthesized multiple studies and noted a 'drop in the temperature of the surface of the the sea in the Aegean' leading to less rainfall; he concluded drought started somewhere after December. LA Times. 'Climate change may have caused demise of late Bronze civilizations.' National Geographic, Archaeology magazine, New York Post; they threw in globalization for good matter as well. The author wrote an op ed in the Huffington Post: 'The collapse of civilizations is complicated.'

The Joe Rogan Experience

Joe Rogan Experience #1928 - Jimmy Corsetti & Ben van Kerkwyk
Guests: Jimmy Corsetti, Ben van Kerkwyk
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The podcast features Joe Rogan discussing the Richat Structure, also known as the Eye of the Sahara, with guests Jimmy Corsetti and Ben van Kerkwyk. The Richat Structure, located in Mauritania, is a geological feature that resembles Plato's description of Atlantis, with concentric circles of land and water. Corsetti highlights various similarities between the structure and Atlantis, including geological features, historical references to gold, and the presence of ancient rivers. Plato described Atlantis as a capital city of an empire with ten kingdoms, featuring concentric circles and an abundance of resources. The Richat Structure matches this description, with evidence of water erosion and geological formations that suggest it was once a vibrant area. Corsetti notes that the Sahara was green and tropical thousands of years ago, with extensive river systems, which aligns with the timeline of Atlantis's existence. The conversation delves into the implications of catastrophic events, such as the Younger Dryas, which may have contributed to the disappearance of advanced civilizations. Corsetti presents evidence of water erosion in the Sahara, suggesting that oceanic forces impacted the region more recently than previously thought. He cites geological studies and satellite imagery that support the idea of significant water flow through the area. Ben van Kerkwyk adds insights about ancient Egyptian origin stories that parallel the narrative of Atlantis, suggesting a shared cultural memory of a lost civilization. The discussion touches on the broader implications of these findings for understanding human history and the potential for ancient technologies that may have existed. The guests express frustration with mainstream archaeology's dismissal of alternative theories and the lack of exploration into these ancient sites. They argue for the importance of open-minded inquiry and the need for new perspectives in understanding ancient civilizations. The podcast also addresses contemporary issues of censorship and the control of information, particularly in the context of social media and public discourse. Rogan emphasizes the value of free speech and the dangers of suppressing alternative viewpoints, drawing parallels to historical patterns of censorship. As the conversation concludes, the guests encourage listeners to explore these topics further and to remain curious about the mysteries of human history, advocating for a more inclusive approach to archaeological inquiry.
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