2020 Photo Contest, Environment, Stories, 3rd Prize

The Carbon Threat

Photographer

Katie Orlinsky

For National Geographic

08 August, 2018

The Batagaika crater, near the Siberian town of Batagay, Russia, formed by melting permafrost, first appeared in the 1960s and is now nearly a kilometer long and 86 meters deep. It is growing at a rate of between 10 and 30 meters a year

The Arctic permafrost is thawing at a faster rate than climatologists predicted, releasing carbon gases that could speed up global heating. Permafrost is carbon-rich frozen soil that covers 24% of the Northern Hemisphere land mass, encompassing vast stretches of territory across Alaska, Canada, Siberia and Greenland. It is a combination of soil, rocks and sand held together by ice and containing large amounts of organic carbon—frozen plant material that doesn’t decompose. As permafrost thaws, this material rots, releasing carbon dioxide and shorter-lived methane. Methane can be between 25 and 86 times more potent than CO2 as a greenhouse gas, depending on the timeframe of measurement. The thaw impacts people living in the region—particularly indigenous communities following centuries-old lifestyles. Thawing permafrost undermines house foundations, makes the landscape more difficult to navigate and causes ice cellars (homemade freezers dug into the permafrost) to flood and provisions to spoil.

About the photographer

Katie Orlinsky

Katie Orlinsky was born and raised in New York City, USA and began her career as a photographer in 2007.  Orlinsky has photographed all over the world, documenting everyt...

Technical information

Shutter Speed
1/40
ISO
100
Camera
Dji FC6310

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