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In March 2019, the Bering Sea had less ice than in April 2014. (Photo: U.S. National Oceanic and Atmospheric Administration)
On Thin Ice: March Warming in Alaska Led to Eight Deaths, Disrupted Fishing
"Continued warmth like this has cascading effects."
Jun 01, 2019
Alaska's on thin ice.
That's according to reporting in Hakai Magazine by environmentalist Tim Lydon, who looked at the effects of a warmer-than-average late winter in the northernmost state in the U.S.
"March temperatures averaged 11 degC above normal," said Lydon. "The deviation was most extreme in the Arctic where, on March 30, thermometers rose almost 22 degC above normal--to 3 degC . That still sounds cold, but it was comparatively hot."
The warmth is having a major impact on Alaskans, said climate specialist Rick Thoman, who works with the Alaska Center for Climate Assessment and Policy.
"It's hard to characterize that anomaly," said Thoman, "it's just pretty darn remarkable for that part of the world."
In March, climate scientist Zach Labe shared a map on Twitter showing the warming.
\u201cAmplified weather pattern will bring pulses of well above average temperatures (>20\u00b0C departures) to the #Arctic once again, especially near Alaska and northwestern Canada.\n\nMaps from https://t.co/8IAIT96D9C\u201d— Zack Labe (@Zack Labe) 1553563859
That heat thinned out the ice in Alaska, leading to deaths and a loss of infrastructure--the latter because, as Lydon put it, "in Alaska, ice is infrastructure."
For example, the Kuskokwim River, which runs over 1,100 kilometers across southwestern Alaska, freezes so solid that it becomes a marked ice road connecting dozens of communities spread over 300 kilometers. In sparsely populated interior Alaska, frozen rivers are indispensable for transporting goods, visiting family, and delivering kids to school basketball games.
Along Alaska's west coast, the frozen waters of the Bering Sea also act as infrastructure. Each winter, frigid air transforms much of the Bering between Russia and Alaska into sea ice. As it fastens to shore, the ice provides platforms for fishing and hunting, and safe routes between communities. It also prevents wave action and storm surges from eroding the shores of coastal villages.
Losing that critical component of life in the Arctic could be devastating. Already, said Lydon, thinning ice is claiming lives of Alaskans who are quite naturally expecting normal conditions. In the 2019 winter, at least eight people died when snowmobiles or four-wheelers they were using for transportation crashed through thin ice. And a lack of icepack is adding to lower than normal fish and crab counts as routes provided by the ice have disappeared.
"Continued warmth like this has cascading effects," biological oceanographer Rob Campbell told Lydon. "We may not understand the consequences for species like salmon for years to come."
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Alaska's on thin ice.
That's according to reporting in Hakai Magazine by environmentalist Tim Lydon, who looked at the effects of a warmer-than-average late winter in the northernmost state in the U.S.
"March temperatures averaged 11 degC above normal," said Lydon. "The deviation was most extreme in the Arctic where, on March 30, thermometers rose almost 22 degC above normal--to 3 degC . That still sounds cold, but it was comparatively hot."
The warmth is having a major impact on Alaskans, said climate specialist Rick Thoman, who works with the Alaska Center for Climate Assessment and Policy.
"It's hard to characterize that anomaly," said Thoman, "it's just pretty darn remarkable for that part of the world."
In March, climate scientist Zach Labe shared a map on Twitter showing the warming.
\u201cAmplified weather pattern will bring pulses of well above average temperatures (>20\u00b0C departures) to the #Arctic once again, especially near Alaska and northwestern Canada.\n\nMaps from https://t.co/8IAIT96D9C\u201d— Zack Labe (@Zack Labe) 1553563859
That heat thinned out the ice in Alaska, leading to deaths and a loss of infrastructure--the latter because, as Lydon put it, "in Alaska, ice is infrastructure."
For example, the Kuskokwim River, which runs over 1,100 kilometers across southwestern Alaska, freezes so solid that it becomes a marked ice road connecting dozens of communities spread over 300 kilometers. In sparsely populated interior Alaska, frozen rivers are indispensable for transporting goods, visiting family, and delivering kids to school basketball games.
Along Alaska's west coast, the frozen waters of the Bering Sea also act as infrastructure. Each winter, frigid air transforms much of the Bering between Russia and Alaska into sea ice. As it fastens to shore, the ice provides platforms for fishing and hunting, and safe routes between communities. It also prevents wave action and storm surges from eroding the shores of coastal villages.
Losing that critical component of life in the Arctic could be devastating. Already, said Lydon, thinning ice is claiming lives of Alaskans who are quite naturally expecting normal conditions. In the 2019 winter, at least eight people died when snowmobiles or four-wheelers they were using for transportation crashed through thin ice. And a lack of icepack is adding to lower than normal fish and crab counts as routes provided by the ice have disappeared.
"Continued warmth like this has cascading effects," biological oceanographer Rob Campbell told Lydon. "We may not understand the consequences for species like salmon for years to come."
Alaska's on thin ice.
That's according to reporting in Hakai Magazine by environmentalist Tim Lydon, who looked at the effects of a warmer-than-average late winter in the northernmost state in the U.S.
"March temperatures averaged 11 degC above normal," said Lydon. "The deviation was most extreme in the Arctic where, on March 30, thermometers rose almost 22 degC above normal--to 3 degC . That still sounds cold, but it was comparatively hot."
The warmth is having a major impact on Alaskans, said climate specialist Rick Thoman, who works with the Alaska Center for Climate Assessment and Policy.
"It's hard to characterize that anomaly," said Thoman, "it's just pretty darn remarkable for that part of the world."
In March, climate scientist Zach Labe shared a map on Twitter showing the warming.
\u201cAmplified weather pattern will bring pulses of well above average temperatures (>20\u00b0C departures) to the #Arctic once again, especially near Alaska and northwestern Canada.\n\nMaps from https://t.co/8IAIT96D9C\u201d— Zack Labe (@Zack Labe) 1553563859
That heat thinned out the ice in Alaska, leading to deaths and a loss of infrastructure--the latter because, as Lydon put it, "in Alaska, ice is infrastructure."
For example, the Kuskokwim River, which runs over 1,100 kilometers across southwestern Alaska, freezes so solid that it becomes a marked ice road connecting dozens of communities spread over 300 kilometers. In sparsely populated interior Alaska, frozen rivers are indispensable for transporting goods, visiting family, and delivering kids to school basketball games.
Along Alaska's west coast, the frozen waters of the Bering Sea also act as infrastructure. Each winter, frigid air transforms much of the Bering between Russia and Alaska into sea ice. As it fastens to shore, the ice provides platforms for fishing and hunting, and safe routes between communities. It also prevents wave action and storm surges from eroding the shores of coastal villages.
Losing that critical component of life in the Arctic could be devastating. Already, said Lydon, thinning ice is claiming lives of Alaskans who are quite naturally expecting normal conditions. In the 2019 winter, at least eight people died when snowmobiles or four-wheelers they were using for transportation crashed through thin ice. And a lack of icepack is adding to lower than normal fish and crab counts as routes provided by the ice have disappeared.
"Continued warmth like this has cascading effects," biological oceanographer Rob Campbell told Lydon. "We may not understand the consequences for species like salmon for years to come."
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