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Today's warming is not unusual. A new study using Antarctic ice core data reveals the roughly 1.1C warming of the past century is not unusual in Earth's climate history. The research analyzes temperatures preserved in ice cores stretching back hundreds of thousands of years. Looking at the last 20,000...

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17,876 次观看 • 1 个月前 •via X (Twitter)

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A new study reconstructs the abrupt warming events of the last ice age. Between 57,000 and 29,000 years ago, Greenland experienced 11 sharp temperature bursts, warming 10C to 16C in a matter of just 50 to 200 years. CO2 levels remained low and stable during this time. The historical record is clear. Earth's climate has shifted far more violently and rapidly in the past, even when CO2 stayed steady.
0:43

A new study reconstructs the abrupt warming events of the last ice age. Between 57,000 and 29,000 years ago, Greenland experienced 11 sharp temperature bursts, warming 10C to 16C in a matter of just 50 to 200 years. CO2 levels remained low and stable during this time. The historical record is clear. Earth's climate has shifted far more violently and rapidly in the past, even when CO2 stayed steady.

Electroverse

13,066 次观看 • 5 个月前

At the peak of the last ice age, 20,000 years ago, sea levels were 400 feet lower than today. As the ice sheets melted, oceans surged upward, rising at an average of 15 mm per year between 15,000 and 8,000 years ago. During 'Meltwater Pulse 1A', seas shot up by 50 feet in just 500 years - a foot per decade as ice sheets collapsed. But by 6,000 years ago, the Great Melt was largely complete. Since then, sea levels have been relatively stable. Yet today, we're told to believe that the last few inches are catastrophic and all our fault, not part of the natural cycles that have driven Earth's climate time immemorial. That ignores history, data and basic science. The rate of rise we've seen over the past centuries is not increasing, according to global tidal gauge data. A recent study of 204 tidal gauges worldwide found 95% show no statistical acceleration, and the few that do are explained by local land motion/subsidence - not climate change.
1:02

At the peak of the last ice age, 20,000 years ago, sea levels were 400 feet lower than today. As the ice sheets melted, oceans surged upward, rising at an average of 15 mm per year between 15,000 and 8,000 years ago. During 'Meltwater Pulse 1A', seas shot up by 50 feet in just 500 years - a foot per decade as ice sheets collapsed. But by 6,000 years ago, the Great Melt was largely complete. Since then, sea levels have been relatively stable. Yet today, we're told to believe that the last few inches are catastrophic and all our fault, not part of the natural cycles that have driven Earth's climate time immemorial. That ignores history, data and basic science. The rate of rise we've seen over the past centuries is not increasing, according to global tidal gauge data. A recent study of 204 tidal gauges worldwide found 95% show no statistical acceleration, and the few that do are explained by local land motion/subsidence - not climate change.

Electroverse

51,933 次观看 • 4 个月前

A new study shows a thick ice cap in Greenland was completely ice-free just 7,000 years ago. The cap is Prudhoe Dome, which today is some 1,600 feet thick. The researchers drilled through the ice and dated the sediments below it. It turns out those sediments were once exposed to sunlight, meaning there was no ice. 7,000 years ago, summer temperatures were 3 to 5C warmer than today. This study shows, once again, that large ice losses have occurred in the recent past, caused entirely by natural climate variability - no CO2 forcing required.
0:35

A new study shows a thick ice cap in Greenland was completely ice-free just 7,000 years ago. The cap is Prudhoe Dome, which today is some 1,600 feet thick. The researchers drilled through the ice and dated the sediments below it. It turns out those sediments were once exposed to sunlight, meaning there was no ice. 7,000 years ago, summer temperatures were 3 to 5C warmer than today. This study shows, once again, that large ice losses have occurred in the recent past, caused entirely by natural climate variability - no CO2 forcing required.

Electroverse

150,316 次观看 • 4 个月前

Greenland was ice-free 100,000 years ago, when CO2 was at pre-industrial levels. Scientists have known this for decades. Nuuk, the island's capital, hasn't warmed in a century. Since the 1990s, the island has actually been cooling. Back during the Medieval Warm Period, western Greenland was 2C warmer. In fact, ice cores reveal Greenland is colder today than for most of the past 10,000 years. Melt runoff is far lower than climate models claim, as much as 58% less. And most recently, snowfall during the 2024-25 season came in far above the long-term average. Greenland's ice tells a story of natural cycles, not man-made catastrophe.
0:36

Greenland was ice-free 100,000 years ago, when CO2 was at pre-industrial levels. Scientists have known this for decades. Nuuk, the island's capital, hasn't warmed in a century. Since the 1990s, the island has actually been cooling. Back during the Medieval Warm Period, western Greenland was 2C warmer. In fact, ice cores reveal Greenland is colder today than for most of the past 10,000 years. Melt runoff is far lower than climate models claim, as much as 58% less. And most recently, snowfall during the 2024-25 season came in far above the long-term average. Greenland's ice tells a story of natural cycles, not man-made catastrophe.

Electroverse

51,899 次观看 • 1 天前

Back in 1948, Swedish glaciologist Hans Ahlmann documented warming temperatures and glacier retreat from the late 1800s to the 1940s. He called the retreat "climatic improvement." Finland warmed 1.8C in that period and the growing season lengthened by up to three weeks. It was viewed as beneficial, not a crisis - a natural post-little ice age warming. In 1948, roughly 2C of warming in 50 years was considered a fluctuation and an improvement. In 2026, however, a 1C warm up in 50 years is justification for economy-wide controls, speech restrictions and trillion-dollar climate industries. Ahlmann's work dismantles the modern narrative. The planet has warmed more, naturally, even within living memory.
0:45

Back in 1948, Swedish glaciologist Hans Ahlmann documented warming temperatures and glacier retreat from the late 1800s to the 1940s. He called the retreat "climatic improvement." Finland warmed 1.8C in that period and the growing season lengthened by up to three weeks. It was viewed as beneficial, not a crisis - a natural post-little ice age warming. In 1948, roughly 2C of warming in 50 years was considered a fluctuation and an improvement. In 2026, however, a 1C warm up in 50 years is justification for economy-wide controls, speech restrictions and trillion-dollar climate industries. Ahlmann's work dismantles the modern narrative. The planet has warmed more, naturally, even within living memory.

Electroverse

27,136 次观看 • 2 个月前

According to geologist Prof. Ian Plimer, Earth's climate was significantly warmer a thousand years ago. "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."
1:58

According to geologist Prof. Ian Plimer, Earth's climate was significantly warmer a thousand years ago. "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."

Wide Awake Media

57,752 次观看 • 5 个月前

The truth about climate is the OPPOSITE of what they are telling us. We are coming out of an Ice Age: one of the coldest periods in Earth's history. There is no crisis, just natural warming, & it's a GOOD thing!
7:19

The truth about climate is the OPPOSITE of what they are telling us. We are coming out of an Ice Age: one of the coldest periods in Earth's history. There is no crisis, just natural warming, & it's a GOOD thing!

Robin Monotti

82,046 次观看 • 1 个月前

Global warming? There is a clear global warming especially in the last 45 years, with 2023-2024 being the warmest years on satellite records. However, the current global temperature is not warm. It is only ~1.2°C higher than in 1850, one of the coldest years in the last 10,000 years. And the current climate is one of the coldest of the last 485 million years. Global warming is primarily driven by natural cycles. Humans are not the control factor. There is no man-made climate crisis. This is my usual compendium with automatic audio using a text-to-audio AI application. It still needs to improve, but it's already quite acceptable!
40:19

Global warming? There is a clear global warming especially in the last 45 years, with 2023-2024 being the warmest years on satellite records. However, the current global temperature is not warm. It is only ~1.2°C higher than in 1850, one of the coldest years in the last 10,000 years. And the current climate is one of the coldest of the last 485 million years. Global warming is primarily driven by natural cycles. Humans are not the control factor. There is no man-made climate crisis. This is my usual compendium with automatic audio using a text-to-audio AI application. It still needs to improve, but it's already quite acceptable!

JOSE GEFAELL

18,902 次观看 • 1 年前

The terminal moraines left by Little Ice Age glaciers are preserved across the landscape worldwide, and what they show is unambiguous - those glaciers reached their greatest extent since the end of the great Ice Age approximately 11,000 years ago. The Little Ice Age represented a cold extreme within the Holocene, not a neutral mid-point in a stable climate system. Randall Carlson's argument is geological rather than political. When sea level rise and temperature increase are measured against a baseline drawn from the end of the Little Ice Age, that baseline sits at one of the coldest points of the last 10,000 years. A return from an anomalous cold extreme toward the warmer conditions that characterised most of the Holocene will, by definition, produce an upward curve on any graph. Understanding what that curve actually represents - a recovery from a cold outlier or something genuinely unprecedented - requires placing it within the full context of natural climate variability over deep time. The terminal moraines are part of that context, and they are rarely part of the conversation.
0:53

The terminal moraines left by Little Ice Age glaciers are preserved across the landscape worldwide, and what they show is unambiguous - those glaciers reached their greatest extent since the end of the great Ice Age approximately 11,000 years ago. The Little Ice Age represented a cold extreme within the Holocene, not a neutral mid-point in a stable climate system. Randall Carlson's argument is geological rather than political. When sea level rise and temperature increase are measured against a baseline drawn from the end of the Little Ice Age, that baseline sits at one of the coldest points of the last 10,000 years. A return from an anomalous cold extreme toward the warmer conditions that characterised most of the Holocene will, by definition, produce an upward curve on any graph. Understanding what that curve actually represents - a recovery from a cold outlier or something genuinely unprecedented - requires placing it within the full context of natural climate variability over deep time. The terminal moraines are part of that context, and they are rarely part of the conversation.

Randall Carlson

25,152 次观看 • 2 个月前

Antarctica is colder and more icebound today than at any point in the past 5,000 years. Research by Hall (2023) found that West Antarctica cooled by more than 1.8 C between 1999 and 2018. Satellite data confirm continent-wide cooling, as do multiple glacier studies. Pacini (2024) found the Collins Glacier was 1 km farther back 6,000 years ago and began re-advancing about 1,000 years ago, which is clear evidence of cooling since the medieval warm period. Even the biology of the continent documents this shift. A millennium ago, the Ross Sea hosted around 200,000 elephant seals as far south as 78 degrees. Today, those colonies are gone. They disappeared as the region froze over, too cold and ice-choked for breeding or foraging. As the Hall paper concludes: the last few centuries, including the present, represent the coldest, iciest conditions in the post-glacial period. Modern Antarctica is not warming, it's freezing.
1:00

Antarctica is colder and more icebound today than at any point in the past 5,000 years. Research by Hall (2023) found that West Antarctica cooled by more than 1.8 C between 1999 and 2018. Satellite data confirm continent-wide cooling, as do multiple glacier studies. Pacini (2024) found the Collins Glacier was 1 km farther back 6,000 years ago and began re-advancing about 1,000 years ago, which is clear evidence of cooling since the medieval warm period. Even the biology of the continent documents this shift. A millennium ago, the Ross Sea hosted around 200,000 elephant seals as far south as 78 degrees. Today, those colonies are gone. They disappeared as the region froze over, too cold and ice-choked for breeding or foraging. As the Hall paper concludes: the last few centuries, including the present, represent the coldest, iciest conditions in the post-glacial period. Modern Antarctica is not warming, it's freezing.

Electroverse

73,224 次观看 • 4 个月前

A new study shows the North Atlantic is at its coldest point in 9,000 years. Researchers used a finely layered Chinese stalagmite (a natural rain recording climate tape) to track North Atlantic temperatures. When the ocean cools and sea ice grows, the Asian monsoon weakens and the stalagmite's chemistry shifts. It's a direct proxy. The results show a nine millennia cooling trend, with the coldest values in the last 200 years. The record captures the big cold events of the past, all driven by orbital cycles, sea ice feedbacks and internal ocean variability, say the researchers - not CO2. The slight warming observed since the 1800s didn't start from normal. It started from the coldest North Atlantic baseline in 9,000 years.
0:46

A new study shows the North Atlantic is at its coldest point in 9,000 years. Researchers used a finely layered Chinese stalagmite (a natural rain recording climate tape) to track North Atlantic temperatures. When the ocean cools and sea ice grows, the Asian monsoon weakens and the stalagmite's chemistry shifts. It's a direct proxy. The results show a nine millennia cooling trend, with the coldest values in the last 200 years. The record captures the big cold events of the past, all driven by orbital cycles, sea ice feedbacks and internal ocean variability, say the researchers - not CO2. The slight warming observed since the 1800s didn't start from normal. It started from the coldest North Atlantic baseline in 9,000 years.

Electroverse

17,935 次观看 • 2 个月前

The last great ice age terminated in a geological instant - trillions of tons of ice melting away within a few thousand years. Randall’s challenge is direct and pointed. Where did the thermal energy come from to drive that transformation at that speed? There is no consensus answer. The mechanisms that trigger the onset of an ice age and those that bring about its termination remain scientifically unresolved - competing theories exist, but no framework has achieved the kind of broad agreement that would qualify as settled science. That gap matters enormously to Randall because of what is claimed in its absence. If the scientific community cannot reach consensus on what causes ice ages to begin or end - processes that have reshaped this planet repeatedly within the human timeline - then the assertion that climate science is settled becomes extremely difficult to defend. Randall is not dismissing the study of climate. He is pointing at a fundamental inconsistency - that the most dramatic climate events in Earth's recent geological history remain without agreed explanation, while certainty is simultaneously claimed about the mechanisms driving change today. The thermal energy that ended the last ice age is still unaccounted for. That is not a minor footnote. It is a problem at the center of the entire conversation.
0:32

The last great ice age terminated in a geological instant - trillions of tons of ice melting away within a few thousand years. Randall’s challenge is direct and pointed. Where did the thermal energy come from to drive that transformation at that speed? There is no consensus answer. The mechanisms that trigger the onset of an ice age and those that bring about its termination remain scientifically unresolved - competing theories exist, but no framework has achieved the kind of broad agreement that would qualify as settled science. That gap matters enormously to Randall because of what is claimed in its absence. If the scientific community cannot reach consensus on what causes ice ages to begin or end - processes that have reshaped this planet repeatedly within the human timeline - then the assertion that climate science is settled becomes extremely difficult to defend. Randall is not dismissing the study of climate. He is pointing at a fundamental inconsistency - that the most dramatic climate events in Earth's recent geological history remain without agreed explanation, while certainty is simultaneously claimed about the mechanisms driving change today. The thermal energy that ended the last ice age is still unaccounted for. That is not a minor footnote. It is a problem at the center of the entire conversation.

Randall Carlson

19,756 次观看 • 3 个月前

Geologist Prof. Ian Plimer: "It was much warmer a thousand years ago." "And then we entered the Little Ice Age... And since the Little Ice Age ended, what do you think happened?" "It's going to warm up, isn't it? And that's what's happened." "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."
1:58

Geologist Prof. Ian Plimer: "It was much warmer a thousand years ago." "And then we entered the Little Ice Age... And since the Little Ice Age ended, what do you think happened?" "It's going to warm up, isn't it? And that's what's happened." "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."

Wide Awake Media

281,286 次观看 • 6 个月前

Geologist Prof. Ian Plimer thoroughly refutes the UN's man-made "global boiling" myth. "It was much warmer [than today] a thousand years ago." "And then we entered the Little Ice Age... And since the Little Ice Age ended, what do you think happened?" "It's going to warm up, isn't it? And that's what's happened." "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."
1:58

Geologist Prof. Ian Plimer thoroughly refutes the UN's man-made "global boiling" myth. "It was much warmer [than today] a thousand years ago." "And then we entered the Little Ice Age... And since the Little Ice Age ended, what do you think happened?" "It's going to warm up, isn't it? And that's what's happened." "So the real question is, which part of the modern warming is of human origin, and which part is natural? Because we are not as warm as in medieval times, or in Roman times, or in Minoan times."

Wide Awake Media

215,524 次观看 • 8 个月前

A study published in Nature's Climate and Atmospheric Science found that despite 70 years of rising CO2, Antarctica hasn't warmed. Not even slightly. The 'Polar Amplification Theory' claims rising CO2 should warm the poles fastest, due to feedback from melting ice and increased water vapor, which supposedly amplify the greenhouse effect. But this isn't playing out. Despite wild fluctuations in sea ice in recent years, from record highs to record lows in the space of a decade, Antarctica isn't warming. The models may have melted the ice. But reality didn't.
0:31

A study published in Nature's Climate and Atmospheric Science found that despite 70 years of rising CO2, Antarctica hasn't warmed. Not even slightly. The 'Polar Amplification Theory' claims rising CO2 should warm the poles fastest, due to feedback from melting ice and increased water vapor, which supposedly amplify the greenhouse effect. But this isn't playing out. Despite wild fluctuations in sea ice in recent years, from record highs to record lows in the space of a decade, Antarctica isn't warming. The models may have melted the ice. But reality didn't.

Electroverse

16,005 次观看 • 3 个月前

He describes the Younger Dryas as the last gasp of the ice age, a period that defies simple explanations. After thousands of years of gradual warming, the planet plunged back into full glacial conditions in less than a year. That reversal lasted twelve to thirteen hundred years before the climate lurched out of it just as abruptly, if not faster. The speed and magnitude of these shifts challenge conventional thinking about how climate systems operate. He emphasizes that this wasn't a slow drift but a catastrophic snap, both entering and exiting the cold period. The evidence points to mechanisms far more dramatic than the gradual processes typically invoked in mainstream climate science.
0:45

He describes the Younger Dryas as the last gasp of the ice age, a period that defies simple explanations. After thousands of years of gradual warming, the planet plunged back into full glacial conditions in less than a year. That reversal lasted twelve to thirteen hundred years before the climate lurched out of it just as abruptly, if not faster. The speed and magnitude of these shifts challenge conventional thinking about how climate systems operate. He emphasizes that this wasn't a slow drift but a catastrophic snap, both entering and exiting the cold period. The evidence points to mechanisms far more dramatic than the gradual processes typically invoked in mainstream climate science.

Randall Carlson

27,079 次观看 • 1 个月前

Ice core data shows it: 10 to 12°C of warming hit the Earth in just 1 to 3 years—not millennia, not centuries. That’s 20 times the rate of modern warming. So what did our ancestors do to survive such a violent shift? And more importantly… could we do the same?
1:06

Ice core data shows it: 10 to 12°C of warming hit the Earth in just 1 to 3 years—not millennia, not centuries. That’s 20 times the rate of modern warming. So what did our ancestors do to survive such a violent shift? And more importantly… could we do the same?

Randall Carlson

82,745 次观看 • 1 年前

Retreating ice at Alaska's Mendenhall Glacier is exposing ancient tree stumps. Carbon dating places the stumps at around 1,000 to 2,000 years old. Forests once grew where ice now sits. Glaciers have been gradually pulling back since the end of the Little Ice Age, since the 1800s. As they recede, they're exposing land that was previously ice-free as recently as 1,000 years ago (when CO2 levels were far lower than they are today). We see this not only in Alaska, but across the Arctic. Retreating ice is uncovering soils, wood, and organic material. In Greenland, buried soils, plant remains, and insects have also been found beneath the ice. These are direct physical records of far warmer temperatures in the recent past. Warmth brings vegetation and biodiversity. Cold brings hardship and advancing ice sheets. It is obvious which conditions life prefers.
0:50

Retreating ice at Alaska's Mendenhall Glacier is exposing ancient tree stumps. Carbon dating places the stumps at around 1,000 to 2,000 years old. Forests once grew where ice now sits. Glaciers have been gradually pulling back since the end of the Little Ice Age, since the 1800s. As they recede, they're exposing land that was previously ice-free as recently as 1,000 years ago (when CO2 levels were far lower than they are today). We see this not only in Alaska, but across the Arctic. Retreating ice is uncovering soils, wood, and organic material. In Greenland, buried soils, plant remains, and insects have also been found beneath the ice. These are direct physical records of far warmer temperatures in the recent past. Warmth brings vegetation and biodiversity. Cold brings hardship and advancing ice sheets. It is obvious which conditions life prefers.

Electroverse

66,087 次观看 • 3 个月前