Showing 1 to 6 of 6 results


Accelerated Alpine Permafrost Degradation: A Warning from the Zugspitze
Legambiente's Carovana dei Ghiacciai campaign discovered accelerated permafrost degradation in Germany's Zugspitze, highlighting the interconnected risks of glacial retreat and permafrost thaw to alpine communities.
Accelerated Alpine Permafrost Degradation: A Warning from the Zugspitze
Legambiente's Carovana dei Ghiacciai campaign discovered accelerated permafrost degradation in Germany's Zugspitze, highlighting the interconnected risks of glacial retreat and permafrost thaw to alpine communities.
Progress
36% Bias Score


Perito Moreno Glacier Undergoes Unprecedented Retreat Due to Climate Change
New research reveals the Perito Moreno Glacier in Argentina is experiencing its most substantial retreat in the past century due to climate change, losing contact with the bedrock and shedding ice, as confirmed by extensive fieldwork using radar, sonar, and satellite data.
Perito Moreno Glacier Undergoes Unprecedented Retreat Due to Climate Change
New research reveals the Perito Moreno Glacier in Argentina is experiencing its most substantial retreat in the past century due to climate change, losing contact with the bedrock and shedding ice, as confirmed by extensive fieldwork using radar, sonar, and satellite data.
Progress
24% Bias Score


Arctic Glacier Melt Exposes 2,466 Kilometers of New Coastline
A new study reveals that melting glaciers exposed 2,466 kilometers of new coastline and 35 islands in the Arctic between 2000 and 2020, primarily in Greenland, due to rising ocean and air temperatures, increasing risks of landslides and tsunamis.
Arctic Glacier Melt Exposes 2,466 Kilometers of New Coastline
A new study reveals that melting glaciers exposed 2,466 kilometers of new coastline and 35 islands in the Arctic between 2000 and 2020, primarily in Greenland, due to rising ocean and air temperatures, increasing risks of landslides and tsunamis.
Progress
24% Bias Score

Perito Moreno Glacier Undergoes Unprecedented Retreat Due to Climate Change
The Perito Moreno glacier in Argentina, a UNESCO World Heritage site, is experiencing its most substantial retreat in a century due to climate change, losing contact with its bedrock and discharging more ice, as shown in time-lapse photos since 2020.

Perito Moreno Glacier Undergoes Unprecedented Retreat Due to Climate Change
The Perito Moreno glacier in Argentina, a UNESCO World Heritage site, is experiencing its most substantial retreat in a century due to climate change, losing contact with its bedrock and discharging more ice, as shown in time-lapse photos since 2020.
Progress
24% Bias Score

Perito Moreno Glacier Shows Unprecedented Retreat Due to Climate Change
A new study reveals that Argentina's Perito Moreno glacier, previously stable, is experiencing its most significant retreat in a century due to climate change, losing contact with its base and releasing more ice, as shown by time-lapse photos since 2020, highlighting a delayed response to warming.

Perito Moreno Glacier Shows Unprecedented Retreat Due to Climate Change
A new study reveals that Argentina's Perito Moreno glacier, previously stable, is experiencing its most significant retreat in a century due to climate change, losing contact with its base and releasing more ice, as shown by time-lapse photos since 2020, highlighting a delayed response to warming.
Progress
20% Bias Score

Argentine Glaciers Face Shrinking Future Amidst Mining Threats
Argentina's glaciers are rapidly melting due to rising temperatures, threatening water supplies and biodiversity; the 2010 Glacier Law faces challenges from mining interests, leading to legal battles to protect these vital ecosystems.

Argentine Glaciers Face Shrinking Future Amidst Mining Threats
Argentina's glaciers are rapidly melting due to rising temperatures, threatening water supplies and biodiversity; the 2010 Glacier Law faces challenges from mining interests, leading to legal battles to protect these vital ecosystems.
Progress
40% Bias Score
Showing 1 to 6 of 6 results