남극의 고대 비밀: 열대우림, 강, 피라미드 발견

### 남극의 숨겨진 비밀: 열대우림, 고대 DNA, 거대한 빙하 하류 강 네트워크
* 🌳 그레이엄 핸콕의 남극 탐험은 **얼음 아래에 숨겨진 거대한 열대우림**을 발견하여 남극 대륙의 역사에 대한 우리의 이해에 새로운 도전을 던졌습니다.
* 🔍 뉴질랜드 연구진은 빙하 아래 바다에서 활기찬 양서류 생태계를 발견하여 **얼음 아래 복잡한 생명체의 그물망**을 암시했습니다.
* 🔮 남극 대륙에 있는 피라미드 모양의 산을 둘러싸고 **고대 문명이나 외계인의 개입설**이 제기되면서 다양한 추측이 제기되고 있습니다.
* 🌊 최첨단 기술을 통해 **460km 길이의 빙하 하강 시스템**이 발견되어 전 세계 해수면에 잠재적으로 영향을 미칠 수 있습니다.
* 과학자들이 남극 해저 퇴적물에서 **100만 년 전의 DNA**를 발견하여 고대 생태계에 대한 통찰력을 얻었습니다.
* 🌍 고대 DNA의 발견은 **남극의 기후가 한때 훨씬 더 따뜻했으며, 자연적인 지구 온난화 기간 동안 규조류 개체수가 급증**했음을 시사합니다.
* 📜 그레이엄 핸콕과 조 로건이 고대 지도에 나타난 **남극 대륙의 존재**에 대해 이야기하며, **첨단 지도 제작 지식**을 통해 잃어버린 문명을 암시합니다.

1820년 남극이 공식적으로 발견되기 전의 고대 지도에는 남극이 등장하여 지구의 역사에 대한 우리의 이해에 도전하고 있습니다.

one of the things I find most striking is the presence of Antarctica on ancient maps, because we didn't discover it until 1820. A mind-blowing revelation has emerged in the depths of Antarctica, where I see desolation reigns. Renowned explorer and visionary Graham Hancock embarked on an unprecedented mission armed with cutting-edge technology and an insatiable thirst for truth. His groundbreaking revelation defies everything we thought we knew about the icy continent. What exactly has Hancock stumbled upon in Antarctica, and just how much of an impact would this unprecedented discovery have on our understanding of the icy continent? Join us as we delve into this lush emerald realm with Hancock, where life has thrived undisturbed for centuries, and unravel the mind-blowing new discovery of a massive rainforest beneath the Antarctic ice. [Music] In the 1770s and early 1780s, the fearless British explorer Captain James Cook fearlessly set sail, his unwavering determination leading him to circumnavigate vast stretches of the

Southern Ocean, armed with unparalleled courage. Cook's legendary voyages left an indelible mark on history as he meticulously mapped uncharted territories, including the enigmatic Antarctic region. Graham Hancock believes that the world was gifted with more accurate maps of the Southern Hemisphere through Cook's extraordinary efforts, finally unveiling the long-elusive Antarctic coastline. This watershed moment solidified Antarctica as a distinct landmass and revolutionized our understanding of its awe-inspiring geographical features. Meanwhile, a new breed of intrepid scientists set their sights on the icy expanse of Antarctica with their mission to unravel the mysteries surrounding climate change's impact on the Ross Ice Shelf. Little did they know what awaited them was an extraordinary revelation beyond their wildest imaginations. During their awe-inspiring expedition in Antarctica, a breakthrough of monumental proportions unfolded, courtesy of the ingenious mind of Hugh Hogan, a New Zealand researcher and associate professor at the prestigious Antarctic Research Center nestled within the halls of Victoria University of Wellington. Hogan's keen eye caught sight of a

peculiar groove on the ice shelf while examining satellite images sparking a daring hypothesis. An intricate network of freshwater lakes and rivers concealed beneath the Frozen expanse. Interestingly, two years later, the team embarked on a groundbreaking Expedition armed with drills and unwavering determination. It was a pioneering Endeavor, the first direct scientific investigation into the enigmatic sub-glacial water. As they descended 500 meters into the depths, their hearts pounded in anticipation while the camera descended Into the Depths. Initially, the researchers were puzzled by hazy images and blurry figures that swayed on the screen, threatening to obscure their View. There were some questions, but Craig Stevens of the National Institute of Water and Atmospheric Research in New Zealand assuaged them. We thought something was wrong with the camera, he recounted to The Guardian. However, as the camera's Focus sharpened, a spectacle beyond their wildest imaginations unraveled. The murky Hayes gave way to a breathtaking site of a vibrant bustling Congregation of amphipods, lively creatures thriving in

the subglacial waters. It was a moment of revelation, an awe-inspiring confirmation that they had stumbled upon a hidden world teeming with life. But among the remarkable findings beneath the ice shelf, one revelation is the presence of minuscule crustaceans resembling tiny shrimp or amphipods. These intriguing creatures, belonging to the same phylum as lobsters, crabs, and barnacles, added a touch of wonder to the expedition. As Craig Stevens emphasized in the statement from NIWA, the team experienced an overwhelming sense of discovery. Their astonishment grew when they encountered an unexpected twist of a meltwater tube that defied their expectations. Rather than a smooth passage, the tube revealed an unusual structure. It appeared narrow with undulations reminiscent of a loaf of bread, featuring a prominent bulge at the top and a narrow slope at the bottom. But the surprises didn't end there. Within the tube, the scientists were greeted by the sight of four or five distinct layers of water flowing in.

different directions, adding an intriguing dimension to their observations. The team, overcome with childlike wonder, found themselves jumping up and down in excitement. They had not anticipated encountering signs of life in these frigid waters, making the presence of these remarkable creatures all the more exhilarating. The realization that an important ecosystem thrived in these unexpected depths ignited a surge of excitement within the researchers. The very presence of these creatures swimming around their equipment unveiled a hidden world of intricate interconnections and vital significance. As one member of the team recollected to the guardian, their elation knew no bounds. With a touch of wonder in his voice, Hugh Hogan described the experience as stepping into a realm unseen by human eyes, such as the mysterious nature of this place. But there's more to this astonishing tale. We must delve into the realm of speculation and intrigue where pyramid-like structures emerge from the icy landscape, capturing the imaginations of countless internet users. One particular mountain in Antarctica, its distinct pyramid-shaped defying

conventional explanations has become a viral sensation. The online realm buzzes with discussions and theories pondering its Origins and purpose. Some enthusiasts propose the idea that an ancient civilization constructed this enigmatic pyramid, a testament to a forgotten era of advanced human achievements. Others entertain the tantalizing notion that extraterrestrial beings may have played a role in their creation, leaving us to question our place in the vast Cosmos. Amidst Antarctica's icy expanse, there is a modest Mountain, yet its distinctive pyramid shape sets it apart from its towering counterparts across the globe. Marie pelto, a seasoned professor of environmental science at Nichols College, sheds light on this captivating structure, revealing that it reaches a height of approximately 4150 feet, a remarkable feat surpassing even the Grandeur of the Statue of Liberty. However, let us not be fooled by its intriguing form. Compared to the mighty Burj Khalifa, piercing the sky at an astonishing height of 2722 feet, the Antarctic pyramid pales. Its proportions may be humbler, but its

enigmatic. Allure remains undiminished. Beyond the Enigma of the pyramid lies a fascinating history etched in the very fabric of Antarctica. Geological and paleontological Records unveil a tale of enduring icy Landscapes stretching back a staggering 34 million years. This Frozen realm has stood as a testament to time, preserving its Secrets beneath layers of ice for countless Millennia. While we envision this icy continent as a frozen realm, evidence suggests that it harbored a vastly different climate in the past. Picture a land where giant rainforests thrived, teeming with diverse vegetation perfectly adapted to its unique conditions. In recent years, groundbreaking research has unveiled a revelation that surpasses our wildest imaginations: a river flowing beneath the Colossal Antarctic ice sheet. To put its magnitude into perspective, this extraordinary subglacial River stretches even longer than England's iconic River Thames, stretching an astounding distance of 460 kilometers. This remarkable River Network Rivals the combined land area of both.

France and Germany. This awe-inspiring Discovery was made possible through the utilization of Cutting Edge technology. A fleet of aircraft equipped with ice-penetrating radar, scientists conducted a series of Daring aerial surveys. They witnessed a site that defied expectations. The radar unveiled an intricate web of rivers flowing beneath the icy surface, meandering through the ancient Bedrock. These hidden waterways, unseen by human eyes until now, painted a vivid picture of an intricate subglacial River Network. The Journey of this Mighty River reaches its climax as It ultimately empties into the Weddell sea, merging with the vast expanse of the Southern Ocean. The sheer scale of this River, spanning hundreds of kilometers, highlights the remarkable forces at play beneath the icy veneer of Antarctica. For decades, the existence of sub-glacial Lake beneath the Antarctic Ice captivated scientists, leading them to believe that these isolated bodies of water stood alone in their icy isolation. But recent breakthroughs have shattered these assumptions, revealing a truly

remarkable revelation. New research has now uncovered a complex and interconnected system lying beneath the Antarctic ice sheet. Picture an extensive network of rivers flowing beneath the frozen surface, linking one another in a web of hidden channels and pathways. This interconnected river system, akin to those found in other corners of the world, challenges our preconceived notions about Antarctica's sub-glacial landscape. Martin Siegert, a renowned glaciologist from the Grantham Institute at Imperial College London and co-author of the groundbreaking study, emphasizes the transformative implications of this discovery. If not for the colossal ice cover above them, these subglacial systems would resemble the interconnected river networks we encounter elsewhere on our planet. But what does this interconnected river system mean for the ice itself? It's a slippery revelation, quite literally. The presence of this extensive sub-glacial river network creates a lubricating effect on the ice above. Imagine a vast network of water flowing beneath the ice, reducing the friction between the ice sheet and the bedrock.

this discovery has profound implications for our understanding of ice dynamics, contributing to our knowledge of how ice sheets move and evolve over time. According to esteemed Professor Martin Seagate, this extensive subglacial network carries a weighty potential that could send shock waves across the globe, as the melting of all this ice has the capacity to elevate global sea levels by a staggering 4.3 meters. While this process would occur gradually over time, the uncertain response of the ice to global warming adds an intriguing twist to this equation. Nestled beneath the Antarctic ice sheet, this remarkable river system weaves its path beneath the colossal weight of four immense ice masses: Picture The Institute Ice Stream, the Mueller Ice Stream, Support Force Glacier, and Foundation Ice Stream Academy Glacier. A delicate balance between stability and change, these frozen giants teeter on the edge of transformation, their boundaries poised to retreat further inland, potentially triggering instability with far-reaching consequences. Emerging from the depths of the ice, the subglacial river embarks on its journey, eventually flowing into the Southern

Ocean beneath a towering floating ice shelf. Here, the river encounters a dynamic interplay between water and ice, where the forces of nature intertwine to shape the ever-evolving Antarctic landscape. The implications of this newly discovered river system extend far beyond the Frozen Realm. As climate change continues to loom, the delicate balance of these ice masses and the behavior of the sub-glacial river system hold the keys to unlocking our understanding of future sea level rise. The river's influence on Ice Dynamics and stability could prove to be a game changer, reshaping our projections of how Antarctica and the World At Large will be affected by the rising tides of a changing climate. Recent research published in the prestigious journal Nature Geoscience sheds light on a potential Menace lurking beneath the mighty sub-glacial River's erosive power. This melt water flowing beneath the ice can erode the very foundation of the ice shelf from below, casting a shadow of uncertainty on its integrity. The consequences of this destabilization

could be profound leading to a hastened retreat of the ice, and a gradual thinning and fragmentation of the once majestic ice atop the Antarctic bedrock. Thinned and fractured ice stands defenseless against the relentless forces of nature. The grinding motion against the underlying rock generates friction, accelerating the melting process and introducing more water into the labyrinthine under-ice river system. A precarious chain reaction is set in motion as the melting ice shelf ushers in a cascade of events that amplify its own demise. We must unravel the intricate dynamics at play to comprehend the urgency and pace at which this icy transformation will unfold. Christine Dao, a distinguished glacial hydrologist from the University of Waterloo, highlights the significance of understanding these processes. From satellite measurements, we have gleaned valuable insights into which regions of Antarctica are losing ice and to what extent. However, the crucial question of why this is happening remains elusive. Meanwhile, researchers have unveiled a hidden force that may significantly hasten the ice melt process, in a revelation that could be

the missing link in our scientific models. This discovery has the potential to upend our predictions, suggesting that we have been underestimating the speed at which Antarctica will succumb to the relentless forces of climate change. As our planet continues to warm, Antarctica's response could mirror that of its counterpart, Greenland. Unlike Antarctica, where the surface remains mostly frozen even during summers, Greenland experiences annual surface melt due to rising temperatures. However, a cascade of events would be set in motion if Antarctica reaches a critical threshold and undergoes surface melting. Water would eventually seep through the huge Antarctic Ice Sheet's crevices as the surface ice melts, reaching the ice sheet's very base. This surface meltwater would then contribute to a deeper and more extensive melting process. Neil Ross, a distinguished glacial geophysicist from the University of Newcastle and co-author of the groundbreaking study, emphasizes that previous research focused primarily on the interaction between the ice sheet's edges and the surrounding ocean. However, the recent discovery of an extensive river system stretching hundreds of kilometers inland has

unveiled a vital piece of the puzzle. This newfound river system, acting as a driving force, plays a crucial role in propelling the intricate processes that accelerate ice melt. A holistic understanding is imperative to grasp this transformation's complexities fully. It necessitates examining the interplay between the ice sheet, Oceanic Waters, and the vast freshwater Network beneath the surface. Ross emphasizes the importance of studying the intricate interplay between these factors to comprehensively understand the dynamic melting processes occurring in Antarctica. In an astonishing breakthrough, scientists have stumbled upon an extraordinary finding in the frigid Antarctic region: a treasure trove of ancient DNA from microorganisms that thrived nearly 1 million years ago. This groundbreaking study unveils the oldest DNA ever discovered in seafloor sediments, unveiling a captivating chapter in our knowledge of Earth's history. Meanwhile, during a survey conducted in 2019 by the international ocean Discovery program in the Scotia Sea near Antarctica, scientists serendipitously collected unique genetic samples known as sedimentary ancient DNA.

hailing from depths as profound as 178 meters beneath the sea floor. Only recently have these precious DNA fragments been meticulously examined, marking the first of its kind. As researchers strive to unlock the age of these remarkable genetic remnants, with meticulous care, the team delved into the intricate patterns of damage present within the ancient DNA fragments. Astonishingly, the oldest fragments they examined were approximately 1 million years old, shattering the previous record held by sediment DNA found in Arctic permafrost dating back around 650,000 years ago. As reported by Science Alert, this remarkable discovery pushes the boundaries of our understanding of ancient DNA preservation. Linda Armbrecht, the study's lead author and researcher at The Institute for Marine and Antarctic Studies at the University of Tasmania in Australia, emphasized the exceptional state of preservation exhibited by these samples. She attributed this remarkable condition to the combined effects of frigid temperatures, minimal oxygen levels, and the absence of damaging UV radiation in their subsea environment. Despite the groundbreaking nature of

this find the precise identification of the species to which the oldest sediment DNA belongs remains uncertain for scientists sparking further intrigue and excitement as they delve deeper into unraveling the secrets locked within these ancient genetic remnants. Graham Hancock opined, however, through extensive analysis, they have ascertained that the ancient DNA originates from a eukaryote. This group encompasses a wide range of organisms such as animals, plants, and fungi, excluding bacteria and viruses. Intriguingly, a substantial portion of the DNA samples uncovered in this remarkable study is attributed to diatoms. Graham Hancock believes that these diatoms, a type of phytoplankton, continue to thrive in the present-day oceans and hold a crucial position in marine food chains. Diatoms are microscopic organisms with intricate silica shells, often appearing like delicate works of art. Graham Hancock explained that they can convert sunlight into energy through photosynthesis, making them vital primary producers in aquatic ecosystems. These ancient diatom DNA fragments provide a unique glimpse into the past, suggesting that these microscopic

organisms have thrived in the earth's oceans for an astonishing length of time, preserving their genetic legacy. Through the ages, Hancock added, through meticulous examination of the DNA samples extracted from the waters of the Scotia Sea, scientists have stumbled upon an intriguing revelation. The evidence points towards a remarkable surge in diatom populations approximately 540,000 years ago, aligning with a period of natural global warming on Earth. As outlined in their published paper, the researchers propose a captivating hypothesis. They suggest that a perfect storm of circumstances, including heightened melting of Antarctica's vast ice sheet and rising temperatures in the surrounding oceans, created an environment conducive to the rapid proliferation and multiplication of diatoms. Hancock believes that as they flourished, they became a source of sustenance for countless other organisms, initiating a chain reaction throughout the food web. During this ancient epoch, as the planet experienced a gradual warming trend, the increased flow of meltwater from the Antarctic ice sheet infused the surrounding oceans with essential

nutrients and minerals simultaneously. The rising ocean temperatures acted as a catalyst, fueling the growth spurt of these resilient microscopic organisms. The findings from the research project carry a profound message about the future of our planet. The scientists behind the study expressed deep concern that the ongoing climate change caused by human activities could set the stage for conditions reminiscent of the past. They strongly emphasize the need to delve deeper into the evolutionary history of ecosystems during previous periods of warming. By doing so, we can gain valuable insights into the potential changes that await us in the not so distant future. Antarctica, the icy continent at the southernmost tip of the earth, stands as one of the most fragile and susceptible regions to the impacts of climate change. The urgency to study and comprehend the intricate workings of its polar marine ecosystems, both in the past and present, is paramount. By unraveling the responses of these delicate ecosystems to environmental shifts, we can better prepare ourselves for the challenges that lie ahead. Armbrecht said Joe Rogan has ventured into various

intriguing aspects of Antarctica and his conversation with Graham Hancock shed light on a captivating topic. The presence of Antarctica in ancient maps, surprisingly, despite its official discovery in 1820. Detailed maps from the 1500s already showcased Antarctica, said Graham Hancock. According to Graham Hancock, these maps were based on even older source maps that have unfortunately been lost over time, adding to the mystery. One remarkable map, the Pinkerton world map from around 1813 or 1818, provided an honest representation of Antarctica's placement based on the exploration data available at that time. However, Graham Hancock considered delving even further into earlier maps like the ward C. Muller world map from around 1530. Antarctica, referred to as the southern land, is depicted precisely where it should be. Notably, it appears larger than its current size because Antarctica was more expansive during the Ice Age. The mind-boggling question arises: How could a map drawn in the 1500s, relying on earlier source maps, accurately depict Antarctica when its existence was

unknown at that time. Rogan and Graham Hancock speculate that this phenomenon points to the remnants of a lost civilization that extensively mapped the world and left behind evidence that ancient mapmakers discovered and incorporated into their maps, ultimately passed down to us. Thanks for watching another episode of Voyager. While you are still here, make sure to click the video on your screen for more quality content.

Graham Hancock’s NEW Discovery of A Massive Rainforest Beneath Antarctic Ice

Voyager

남극 얼음 아래 열대 우림의 놀라운 발견

저명한 탐험가 그레이엄 핸콕은 남극 얼음 아래에서 거대한 열대우림을 발견하여 남극 대륙에 대한 기존의 이해에 도전장을 내밀었습니다.

빙하 아래 바다에서 번성하는 양서류와 기타 작은 갑각류의 활기차고 분주한 무리를 발견한 연구팀은 놀라움을 금치 못했습니다.

과학자들은 또한 독특하고 특이한 구조의 용융물 튜브를 발견하여 탐험의 놀라움을 더했습니다.

남극의 신비한 피라미드와 빙하 아래 강

남극 대륙에 있는 피라미드 모양의 구조물은 고대 문명에서 외계인의 개입에 이르기까지 다양한 이론으로 그 기원에 대한 온라인 토론을 촉발시켰습니다.

4150피트 높이의 이 피라미드는 부르즈 칼리파보다 작지만 수많은 인터넷 사용자의 상상력을 사로잡았습니다.

또한 남극 빙상 아래를 흐르는 거대한 빙하하가 템스강보다 더 길고 프랑스와 독일의 육지 면적과 맞먹는다는 획기적인 연구 결과가 발표되었습니다.

남극의 숨겨진 빙하 하류 시스템

남극 빙상 아래에서 새로 발견된 상호 연결된 하천 시스템은 이 지역의 지형에 대한 기존의 인식에 도전합니다.

3미터까지 상승시킬 수 있는 잠재력을 가지고 있으며, 해수면 상승에 큰 영향을 미칠 수 있습니다.

빙하 하류의 강이 얼음의 역학과 안정성에 미치는 영향은 남극의 미래와 지구 기후 변화에 미치는 영향에 광범위한 결과를 초래할 수 있습니다.

남극의 얼음이 빠르게 녹고 있습니다.

남극의 얼음이 녹는 것은 복잡한 연쇄 반응에 의해 가속화되고 있으며, 잠재적으로 숨겨진 힘의 영향을 받을 수 있습니다.

광범위한 하천 시스템의 중요한 발견으로 얼음 용해의 가속화를 이해하는 데 중요한 퍼즐 조각이 밝혀졌습니다.

과학자들은 또한 미생물에서 고대 DNA를 발견하여 지구의 역사와 남극 지역의 흥미로운 장을 열었습니다.

해저에서 전례 없는 100만 년 전 DNA 조각 발견

100만 년 전으로 거슬러 올라가는 DNA 조각이 해저에서 발견되어 기존의 기록을 깨고 고대 DNA 보존의 경계를 넓혔습니다.

이 놀라운 보존 상태는 해저 환경의 혹독한 온도, 최소한의 산소 수준, 자외선 손상의 부재에 기인하며 과학자들 사이에서 더욱 호기심과 흥미를 불러일으키고 있습니다.

이 연구의 수석 저자는 규조류 DNA 조각의 중요한 존재를 강조하며 규조류가 지구의 바다에서 놀라울 정도로 오랫동안 번성해 왔으며 해양 생태계에서 중요한 역할을 하고 있음을 시사하며, 이 연구를 통해 약 54만 년 전 자연적인 지구 온난화 시기와 일치하는 규조류 개체수의 급증도 밝혀냈다고 설명했습니다.

해수 온도 상승이 미생물에 미치는 영향

해수 온도 상승은 회복력이 강한 미생물의 성장을 촉진하여 해양 생태계에 영향을 미치고 있습니다.

이러한 성장세는 지구의 미래에 대한 심오한 메시지를 담고 있으며, 이전 온난화 기간 동안 생태계의 진화 역사를 연구해야 할 시급한 필요성을 강조합니다.

남극은 기후 변화에 민감하기 때문에 극지방 해양 생태계의 복잡한 작동 방식을 이해하는 것이 매우 중요하며, 이는 우리를 기다리고 있는 잠재적 변화에 대한 귀중한 통찰력을 제공할 수 있기 때문입니다.