Belching lakes, mystery craters, ‘zombie fires’: How the climate crisis is transforming the Arctic permafrost
Four years ago, Morris J. Alexie had to move out of the house his father built in Alaska in 1969 because it was sinking into the ground and water was beginning to seep into his home.
“The bogs are showing up in between houses, all over our community. There are currently seven houses that are occupied but very slanted and sinking into the ground as we speak,” Alexie said by phone from Nunapitchuk, a village of around 600 people. “Everywhere is bogging up.”
What was once grassy tundra is now riddled with water, he said. Their land is crisscrossed by 8-foot-wide boardwalks the community uses to get from place to place. And even some of the boardwalks have begun to sink.
A climate change report card for the world
Last year’s United Nations climate conference in Glasgow, Scotland, had the same optimistic energy as the first day of a new school year. The United States — a truant since the nation withdrew from the Paris agreement under President Donald Trump — was back at the table. The cool kids (Leonardo DiCaprio, Prince William, Greta Thunberg) brushed shoulders with the nerds (everyone else). A parade of presidents and prime ministers pledged renewed climate efforts with all the fervor of students promising their parents that this semester would be different.
A warming Siberia, wracked by wildfires, nears a crucial threshold
Nearly 23 million acres burned from 1982 to 2020. But almost half of that occurred in 2019 and 2020, and the region may be near a threshold beyond which extreme fires become more common.
Rapid warming of the Arctic has led to the extreme wildfire seasons experienced in Siberia in recent years, scientists said Thursday, and such severe fires are likely to continue.
The researchers said that the Siberian Arctic, with its vast expanses of forest, tundra, peatlands and permafrost, was approaching a threshold beyond which even small temperature increases could result in sharp increases in the extent of fires.
Continue reading on The New York Times.
Online permafrost course launches new Woodwell partnership
Woodwell Climate Research Center has released its first course in partnership with FutureLearn, a UK-based global social education platform that delivers learning through online courses, partnering with more than 260 universities and brands. FutureLearn aims to transform access to education for their diverse network of over 17 million learners with courses that empower them to solve the world’s biggest challenges, and Woodwell will be developing additional future courses through the partnership that address other areas of our scientists’ expertise, such as forest carbon and risk assessment.
The newly released course, Thawing Permafrost: Science, Policy, and Environmental Justice in the Arctic, represents years of Woodwell scientists’ research and experience in permafrost regions. It features Arctic Program Director Dr. Sue Natali and Associate Scientist Dr. Brendan Rogers, who also lead Woodwell’s Permafrost Pathways project, as well as Woodwell’s Chief Communications Officer Dr. Heather Goldstone. Over the 4 weeks of the course, learners are introduced to advanced geology and climate science concepts relating to permafrost, translated into an accessible, go-at-your-own-pace experience.
“Permafrost thaw is an underappreciated problem, which unfortunately means that its impacts continue to be underestimated,” said Dr. Brendan Rogers. “While I’m excited for people to learn more about it through the course, my biggest hope is that all of those people will then share what they learned with someone else, and help expand the conversation.”
Offered free of charge on FutureLearn’s online platform, the course is designed for a broad audience, from policy influencers to business leaders, teachers, activists, and anyone interested in climate change.
“Unfortunately, climate change may not be a significant part of people’s formal education. But we all need to understand what’s going on,” said Woodwell Chief Communications Officer, Dr. Heather Goldstone. “With FutureLearn, we can share our insights and expertise with a large, diverse audience, delve into content more deeply than we ever could in a webinar, and provide a more interactive and flexible experience for learners.”
The course is open now for enrollment and on-demand learning, and Woodwell will be offering a facilitated session immediately after COP, with moderators available to answer learner questions.
A Maine forest offers decades of data on the ability of trees to remove carbon from the air
For decades, scientists from around the world have been visiting a mature forest just off the interstate, about 30 miles north of Bangor.
They’ve undertaken groundbreaking studies on acid rain, forest ecology and soil health. NASA used it for a remote sensing project. And at one point the 550-acre Howland Research Forest was the most photographed place on the planet — from space.
Continue reading on Maine Public Radio.
We need to talk about permafrost and its impact on the climate
On The Carbon Copy podcast this week:
In the Global North, up to 15% of the earth’s surface is covered in permafrost. Permafrost is a frozen layer of rocks, soil, ice and partially decomposed plants — and it’s a massive carbon sink.
The earth’s permafrost layer contains 1.5 trillion metric tons of carbon. That’s twice the amount currently in the earth’s atmosphere. And, no surprise, it is melting at an accelerated rate due to climate change.
Read more and listen on The Carbon Copy.
Valuable stream of information
For 25 years, Robert “Max” Holmes has worked on river systems around the world — the Mekong in Southeast Asia, the Amazon in South America, the Congo in Africa, the Lena in Arctic Russia.
“I ignored the rivers around here for most of that time,” said Holmes, the deputy director and a senior scientist at Woods Hole Research Center. That changed with the gift of a fly rod to his son in 2015. The pair had so much fun fishing that Christmas in Colorado that Holmes researched local rivers and came across the effort to restore the Cape’s sea-run brook trout. Coincidentally, he noticed the paucity of data on those rivers.