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For decades, climate models assumed that bare ice, the exposed surface left behind when seasonal snow melts, was impermeable. Every drop of summer melt was thought to run straight into the ocean. But new research shows bare ice can actually absorb, retain, and even refreeze meltwater. Field data show...

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Electroverse

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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

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New discoveries reveal that the massive ice sheets covering North America and Europe during the Ice Age—equal to double the ice in Greenland and Antarctica today—melted much faster than previously believed. Early assumptions of a 30,000-50,000 year melt were challenged by radiocarbon dating, showing rapid ice growth and disappearance.
0:51

New discoveries reveal that the massive ice sheets covering North America and Europe during the Ice Age—equal to double the ice in Greenland and Antarctica today—melted much faster than previously believed. Early assumptions of a 30,000-50,000 year melt were challenged by radiocarbon dating, showing rapid ice growth and disappearance.

Randall Carlson

39,027 Aufrufe • vor 1 Jahr

Antarctica & Greenland ice sheets are shrinking. There is *no* recovery You need to look at total mass not simply the snow added at the surface. As surface snow accumulates in the summer but it is all lost and more by melting/runoff and calving Zack Labe
0:24

Antarctica & Greenland ice sheets are shrinking. There is *no* recovery You need to look at total mass not simply the snow added at the surface. As surface snow accumulates in the summer but it is all lost and more by melting/runoff and calving Zack Labe

Professor Mark Maslin 👋 𝕏

72,961 Aufrufe • vor 2 Jahren

We received this amazing footage from Professor Alun Hubbard showing rare meltwater upwelling and moulins on the Western Greenland Ice Sheet yesterday after five days of high temperatures & clear skies. Professor Hubbard commented, “Surface melt, upwelling & moulins kicking off and going bonkers across the West Greenland Ice Sheet, after five days of warm temps and intense ablation, an amazing and surreal supraglacial melt system - but despite its beauty - reveals the scale of what needs to be protected" We need to speak science to power AND speak science to culture to encourage bold climate action NOW. Credit: Alun Hubbard, GLIDE & MARCH4G Projects - UiT Norges arktiske universitet & University of Oulu #ArcticWarning #Greenland #Arctic #ClimateChange Climate Basecamp @GenerationCO2 Rainn Wilson hacker
0:52

We received this amazing footage from Professor Alun Hubbard showing rare meltwater upwelling and moulins on the Western Greenland Ice Sheet yesterday after five days of high temperatures & clear skies. Professor Hubbard commented, “Surface melt, upwelling & moulins kicking off and going bonkers across the West Greenland Ice Sheet, after five days of warm temps and intense ablation, an amazing and surreal supraglacial melt system - but despite its beauty - reveals the scale of what needs to be protected" We need to speak science to power AND speak science to culture to encourage bold climate action NOW. Credit: Alun Hubbard, GLIDE & MARCH4G Projects - UiT Norges arktiske universitet & University of Oulu #ArcticWarning #Greenland #Arctic #ClimateChange Climate Basecamp @GenerationCO2 Rainn Wilson hacker

Arctic Basecamp

12,263 Aufrufe • vor 2 Jahren

Between 2007 and 2012, scientists conducted comprehensive ice drilling in Greenland, aiming to unveil Earth's climate history from the previous 125,000 years. Their findings put today's climate fearmongering into perspective. "Back then, Greenland was around 8°C warmer than today. Sea levels were 4-8m higher." "Yet the planet didn't collapse and Greenland didn't melt. There were no tipping points and no mass extinctions." "The planet was far warmer and life flourished." Credit: Electroverse
0:36

Between 2007 and 2012, scientists conducted comprehensive ice drilling in Greenland, aiming to unveil Earth's climate history from the previous 125,000 years. Their findings put today's climate fearmongering into perspective. "Back then, Greenland was around 8°C warmer than today. Sea levels were 4-8m higher." "Yet the planet didn't collapse and Greenland didn't melt. There were no tipping points and no mass extinctions." "The planet was far warmer and life flourished." Credit: Electroverse

Wide Awake Media

44,355 Aufrufe • vor 3 Monaten

Greenland Temperature Study Challenges Climate Narratives: The Data Speaks | Climate Conservative Consumer Recent analysis of MODIS satellite data (2000–2019) reveals Greenland’s surface temperatures remained remarkably stable, challenging narratives of rapid Arctic warming. The study, covering 31,464 observations across 36 sub-regions, found minimal long-term trends—only a slight cooling of ~0.05°C per decade, with three of four regions showing no significant change and the South region cooling slightly. This contrasts with expectations of accelerated warming, though seasonal patterns remained consistent. The findings suggest factors beyond surface temperature, such as ocean currents or ice dynamics, may drive observed ice sheet changes. Ice-free areas showed higher average temperatures than ice-covered regions but neither displayed significant warming, challenging assumptions that ice-free regions would warm faster. The study aligns with other research indicating slowed warming since the 1990s, complicating climate model assumptions. While MODIS data has limitations (e.g., cloud cover), the results highlight complex Arctic climate dynamics, urging reevaluation of ice melt drivers and their implications for sea level projections. The analysis divided Greenland into four primary regions (North, Central-North, Central-South, South), each with nine sub-regions, using statistical methods to isolate long-term trends from seasonal variability. These results underscore the need for honest integration of such findings into climate science discourse, emphasizing the complexity of Arctic climate dynamics and demanding reassessment of current climate models. Read more:
4:17

Greenland Temperature Study Challenges Climate Narratives: The Data Speaks | Climate Conservative Consumer Recent analysis of MODIS satellite data (2000–2019) reveals Greenland’s surface temperatures remained remarkably stable, challenging narratives of rapid Arctic warming. The study, covering 31,464 observations across 36 sub-regions, found minimal long-term trends—only a slight cooling of ~0.05°C per decade, with three of four regions showing no significant change and the South region cooling slightly. This contrasts with expectations of accelerated warming, though seasonal patterns remained consistent. The findings suggest factors beyond surface temperature, such as ocean currents or ice dynamics, may drive observed ice sheet changes. Ice-free areas showed higher average temperatures than ice-covered regions but neither displayed significant warming, challenging assumptions that ice-free regions would warm faster. The study aligns with other research indicating slowed warming since the 1990s, complicating climate model assumptions. While MODIS data has limitations (e.g., cloud cover), the results highlight complex Arctic climate dynamics, urging reevaluation of ice melt drivers and their implications for sea level projections. The analysis divided Greenland into four primary regions (North, Central-North, Central-South, South), each with nine sub-regions, using statistical methods to isolate long-term trends from seasonal variability. These results underscore the need for honest integration of such findings into climate science discourse, emphasizing the complexity of Arctic climate dynamics and demanding reassessment of current climate models. Read more:

Owen Gregorian

129,879 Aufrufe • vor 1 Jahr

Between 2007 and 2012, scientists carried out extensive ice drilling in Greenland, aiming to uncover Earth's climate history from the last 125,000 years. Their findings put today's climate alarmism into perspective. "Back then, Greenland was around 8°C warmer than today. Sea levels were 4-8m higher." "Yet the planet didn't collapse and Greenland didn't melt. There were no tipping points and no mass extinctions." "The planet was far warmer and life flourished." Credit: Electroverse
0:36

Between 2007 and 2012, scientists carried out extensive ice drilling in Greenland, aiming to uncover Earth's climate history from the last 125,000 years. Their findings put today's climate alarmism into perspective. "Back then, Greenland was around 8°C warmer than today. Sea levels were 4-8m higher." "Yet the planet didn't collapse and Greenland didn't melt. There were no tipping points and no mass extinctions." "The planet was far warmer and life flourished." Credit: Electroverse

Wide Awake Media

124,465 Aufrufe • vor 3 Monaten

After months of snow, floods and ice afflicting the poor Palestinians of Gaza (all during freezing temperatures of over 22 degrees Celsius), the ice has slowly begun to melt, and the most astonishing things have been revealed under the surface trapped in the ice. But one critical question still lingers after this incredible footage was captured… what happened to the acorn? When that prehistoric squirrel awakens from his slumber, scientists fear he’s going to go nuts. GAZAWOOD - the PALLYWOOD saga
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After months of snow, floods and ice afflicting the poor Palestinians of Gaza (all during freezing temperatures of over 22 degrees Celsius), the ice has slowly begun to melt, and the most astonishing things have been revealed under the surface trapped in the ice. But one critical question still lingers after this incredible footage was captured… what happened to the acorn? When that prehistoric squirrel awakens from his slumber, scientists fear he’s going to go nuts. GAZAWOOD - the PALLYWOOD saga

Chaya’s Clan

25,795 Aufrufe • vor 5 Monaten

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 Aufrufe • vor 4 Monaten

America’s Favorite Ice Creams Put to the Test Three popular ice cream brands were left out at room temperature for 24 hours. Two of them didn’t melt. Not only did they fail to melt, but they held their shape almost perfectly. The reason? A long list of additives and chemicals that keep these products looking like ice cream—but acting nothing like the real thing.
1:28

America’s Favorite Ice Creams Put to the Test Three popular ice cream brands were left out at room temperature for 24 hours. Two of them didn’t melt. Not only did they fail to melt, but they held their shape almost perfectly. The reason? A long list of additives and chemicals that keep these products looking like ice cream—but acting nothing like the real thing.

Wall Street Mav

131,200 Aufrufe • vor 10 Monaten

REPORT: Antarctica reverses trend and gains ice for the first time in decades, according to a new study published by Science China Earth Sciences. Researchers say from 2021-2023, the Antarctic Ice Sheet saw a record-breaking mass *gain.* Tongji University researchers say satellite gravimetry data shows that from 2011 to 2020, the Antarctic Ice Sheet lost 142 gigatons of ice per year. That trend flipped between 2021 and 2023 when the ice sheet allegedly gained about 108 gigatons of ice per year. Most of the gains are in East Antarctica. Scientists say much of the gains are linked to precipitation patterns, which could be temporary. Crazy.
0:44

REPORT: Antarctica reverses trend and gains ice for the first time in decades, according to a new study published by Science China Earth Sciences. Researchers say from 2021-2023, the Antarctic Ice Sheet saw a record-breaking mass *gain.* Tongji University researchers say satellite gravimetry data shows that from 2011 to 2020, the Antarctic Ice Sheet lost 142 gigatons of ice per year. That trend flipped between 2021 and 2023 when the ice sheet allegedly gained about 108 gigatons of ice per year. Most of the gains are in East Antarctica. Scientists say much of the gains are linked to precipitation patterns, which could be temporary. Crazy.

Collin Rugg

8,105,934 Aufrufe • vor 1 Jahr

Alpine glaciers were ice-free 6,000 years ago, long before industrial CO2. Known as the Holocene Thermal Maximum, the period was far warmer than today. Then, during the Little Ice Age, 1300 to 1850, glaciers advanced dramatically. Villages, farmland, even churches were swallowed by ice. The glaciers' retreat since 1850 simply marks a return to pre-Little Ice Age conditions, nothing more. The biggest driver of glacier melt is sunlight. Direct solar radiation causes sublimation - ice turning straight to vapor. And sunshine has been increasing worldwide as cloud cover has declined. Satellite data confirm more incoming solar energy reaching Earth's surface over the last few decades. This extra sunlight has resulted in modest melt in the Alps and elsewhere, while also boosting crop growth and photosynthesis. The real warning sign wouldn't be retreat. It would be sudden advance. Glaciers growing again would mean colder, harsher conditions returning. And history shows that's when life suffers most.
0:59

Alpine glaciers were ice-free 6,000 years ago, long before industrial CO2. Known as the Holocene Thermal Maximum, the period was far warmer than today. Then, during the Little Ice Age, 1300 to 1850, glaciers advanced dramatically. Villages, farmland, even churches were swallowed by ice. The glaciers' retreat since 1850 simply marks a return to pre-Little Ice Age conditions, nothing more. The biggest driver of glacier melt is sunlight. Direct solar radiation causes sublimation - ice turning straight to vapor. And sunshine has been increasing worldwide as cloud cover has declined. Satellite data confirm more incoming solar energy reaching Earth's surface over the last few decades. This extra sunlight has resulted in modest melt in the Alps and elsewhere, while also boosting crop growth and photosynthesis. The real warning sign wouldn't be retreat. It would be sudden advance. Glaciers growing again would mean colder, harsher conditions returning. And history shows that's when life suffers most.

Electroverse

21,512 Aufrufe • vor 3 Tagen

Alpine glaciers were ice-free 6,000 years ago, long before industrial CO2. Known as the Holocene Thermal Maximum, the period was far warmer than today. Then, during the Little Ice Age (1300 to 1850) glaciers advanced dramatically. Villages, farmland, even churches were swallowed by ice. The glaciers' retreat since 1850 simply marks a return to pre-Little Ice Age conditions, nothing more. The biggest driver of glacier melt is sunlight. Direct solar radiation causes sublimation - ice turning straight to vapor. And sunshine has been increasing worldwide as cloud cover has declined. Satellite data confirm more incoming solar energy reaching Earth's surface over the last few decades. This extra sunlight has resulted in modest melt in the Alps and elsewhere, while also boosting crop growth and photosynthesis. The real warning sign wouldn't be retreat. It would be sudden advance. Glaciers growing again would mean colder, harsher conditions returning. History shows that's when life suffers most.
0:59

Alpine glaciers were ice-free 6,000 years ago, long before industrial CO2. Known as the Holocene Thermal Maximum, the period was far warmer than today. Then, during the Little Ice Age (1300 to 1850) glaciers advanced dramatically. Villages, farmland, even churches were swallowed by ice. The glaciers' retreat since 1850 simply marks a return to pre-Little Ice Age conditions, nothing more. The biggest driver of glacier melt is sunlight. Direct solar radiation causes sublimation - ice turning straight to vapor. And sunshine has been increasing worldwide as cloud cover has declined. Satellite data confirm more incoming solar energy reaching Earth's surface over the last few decades. This extra sunlight has resulted in modest melt in the Alps and elsewhere, while also boosting crop growth and photosynthesis. The real warning sign wouldn't be retreat. It would be sudden advance. Glaciers growing again would mean colder, harsher conditions returning. History shows that's when life suffers most.

Electroverse

25,299 Aufrufe • vor 4 Monaten

The 2025 Arctic sea ice minimum stands at 4.6 million km2. That's 350,000 km2 more than 2024, and 180,000 above the 2011 to 2020 average. The claims of an ice-free Arctic have failed, yet again. In fact, no decline in sea ice has been observed in 18 years, longer if you take into account the artificial drop post-2007 which was due to a sensor and an algorithmic change. Mainstream scientists are of course dumbfounded by this pause. One paper (Swart 2015) claimed that an 18-year pause in melting was less than 10% likely. Experts underestimated the resilience of Arctic sea ice, assigning more than a 90% chance against what has actually happened. The ice is not disappearing. The models have been proven wrong.
0:49

The 2025 Arctic sea ice minimum stands at 4.6 million km2. That's 350,000 km2 more than 2024, and 180,000 above the 2011 to 2020 average. The claims of an ice-free Arctic have failed, yet again. In fact, no decline in sea ice has been observed in 18 years, longer if you take into account the artificial drop post-2007 which was due to a sensor and an algorithmic change. Mainstream scientists are of course dumbfounded by this pause. One paper (Swart 2015) claimed that an 18-year pause in melting was less than 10% likely. Experts underestimated the resilience of Arctic sea ice, assigning more than a 90% chance against what has actually happened. The ice is not disappearing. The models have been proven wrong.

Electroverse

75,060 Aufrufe • vor 13 Tagen

In 1959, the US Army built Camp Century under Greenland's ice, complete with tunnels, labs, and even a nuclear reactor. It was abandoned in 1967. Since then, the official story has been that Greenland is melting away. But in reality, Camp Century hasn't emerged, it's been buried deeper. Recent radar scans showed the base entombed beneath around 100 feet of accumulated snow and ice. Far from vanishing, Greenland keeps burying the past under layer after layer of new snow. It isn't the ice that's melting, it's the narrative.
0:30

In 1959, the US Army built Camp Century under Greenland's ice, complete with tunnels, labs, and even a nuclear reactor. It was abandoned in 1967. Since then, the official story has been that Greenland is melting away. But in reality, Camp Century hasn't emerged, it's been buried deeper. Recent radar scans showed the base entombed beneath around 100 feet of accumulated snow and ice. Far from vanishing, Greenland keeps burying the past under layer after layer of new snow. It isn't the ice that's melting, it's the narrative.

Electroverse

57,510 Aufrufe • vor 4 Tagen

CLIMATE CHANGE COULD FLIP ANTARCTICA INTO LAVA CENTRAL Did you know there are over 100 volcanoes buried under Antarctica’s ice? Thanks to climate change, that icy blanket is melting, and when the pressure comes off, magma starts stretching its legs. Scientists ran 4,000 simulations and found that less ice means more eruptions. Magma expands, gases fizz out like shaken soda, and underground eruptions heat the ice from below, melting even more. It’s basically the world’s worst feedback loop: melt ice, trigger volcano, melt more ice, repeat. If the cycle accelerates in the coming decades, the world will see centuries of rising seas, disrupted weather, and a climate system in meltdown. Source: Eos
1:17

CLIMATE CHANGE COULD FLIP ANTARCTICA INTO LAVA CENTRAL Did you know there are over 100 volcanoes buried under Antarctica’s ice? Thanks to climate change, that icy blanket is melting, and when the pressure comes off, magma starts stretching its legs. Scientists ran 4,000 simulations and found that less ice means more eruptions. Magma expands, gases fizz out like shaken soda, and underground eruptions heat the ice from below, melting even more. It’s basically the world’s worst feedback loop: melt ice, trigger volcano, melt more ice, repeat. If the cycle accelerates in the coming decades, the world will see centuries of rising seas, disrupted weather, and a climate system in meltdown. Source: Eos

Mario Nawfal

21,976 Aufrufe • vor 8 Monaten

I joined the thousands of Americans marching in solidarity with the people of Minneapolis, demanding accountability, and an end to ICE. For Silverio, for Alex, for Renee, and for every single person who has died at the hands of DHS, it's time to pass my Melt ICE Act and abolish ICE.
2:12

I joined the thousands of Americans marching in solidarity with the people of Minneapolis, demanding accountability, and an end to ICE. For Silverio, for Alex, for Renee, and for every single person who has died at the hands of DHS, it's time to pass my Melt ICE Act and abolish ICE.

Congresswoman Delia C. Ramirez

20,023 Aufrufe • vor 5 Monaten

Deniers do not like the truth 70% of Arctic sea ice is now seasonal The ice forms in the Winter and melts in the Summer, instead of lasting from year to year Seasonal ice is thinner and weaker than permanent ice
1:11

Deniers do not like the truth 70% of Arctic sea ice is now seasonal The ice forms in the Winter and melts in the Summer, instead of lasting from year to year Seasonal ice is thinner and weaker than permanent ice

GO GREEN

48,913 Aufrufe • vor 3 Jahren

A two-month-long expedition to Antarctica has brought scientists and researchers to the widest glacier on Earth. The Thwaites Glacier is nicknamed the “Doomsday Glacier” because of its potential impact on raising sea levels if ice continues to melt. Researchers are trying to drill a small hole into the glacier at the place where ice, land and the sea meet. The instruments they drop into the seawater could yield unprecedented data. Miles O'Brien has more.
2:39

A two-month-long expedition to Antarctica has brought scientists and researchers to the widest glacier on Earth. The Thwaites Glacier is nicknamed the “Doomsday Glacier” because of its potential impact on raising sea levels if ice continues to melt. Researchers are trying to drill a small hole into the glacier at the place where ice, land and the sea meet. The instruments they drop into the seawater could yield unprecedented data. Miles O'Brien has more.

PBS News

13,408 Aufrufe • vor 5 Monaten