Heat Dome Wildfires, Methane Pulse Expand, Blanketing Arctic Siberia in Cloud of Dense Smoke
Add sea ice near record low levels, a mangled, wavy jet stream, heat dome high pressure systems that increasingly emerge in a thickening atmosphere, a global warming induced increasing of the hydrological cycle and warmth-amplifying methane seeps from the tundra and what do you get? Summer Arctic heatwaves that persist over days and weeks setting off temperatures in the 80s and 90s and sparking massive and terrifying fires that belch enormous clouds of methane-laced smoke larger than most countries.
Last week, a persistent Arctic heatwave re-intensified over Central Siberia, setting off a rash of wildfires while at the same time apparently forcing some of this region’s vast tundra methane stores to erupt. Throughout the weekend, these fires grew, expanding and multiplying, spurring Russia to call up nearly a thousand firefighters and a score of aircraft to combat these raging blazes. Fires continued to erupt throughout the weekend…
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