Sat Mar 23, 2024 11:33 pm by globalturbo
Massive Wildfires Erupt in Northeast China as Lake Baikal Blazes Ignite
As human fossil fuel emissions force the world to warm, moisture and precipitation levels are changing. Wet areas become wetter. Dry areas become drier. Spring and Summer temperatures increase. And earlier spring snow-melt causes soils to remain drier for longer periods, increasing incidents of drought while lengthening the wildfire season. These hot, dry conditions also increase the likelihood that, once wildfires are started by lightning strikes or human error, they will become more intense, larger and long-burning (paraphrase of this Union of Concerned Scientists Report).
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An extreme heatwave and drought in East Asia is now sparking extraordinarily large wildfires in mostly unsettled regions of Northeast China near the Russian border. The massive fires are plainly visible in the LANCE-MODIS satellite shot and include at least four contiguous fire zones. The fires each show very large burn scars with fire-fronts ranging from 10 to 40 miles across. In essence, what this satellite shot is showing are 3-4 Rhode Island size infernos.
(Enormous wildfires burning in Northeast China on May 10th. For reference, bottom edge of frame is 600 miles. Image source: LANCE MODIS.)
A very large smoke plume cast off from these blazes is now visible in the MODIS satellite shot. It stretches away from the massive burn scars and on out into the Sea of Japan nearly 1,000 miles away. By comparison, the Northeastern China fires together now dwarf the recent massive blaze that burned 2,400 structures in the Canadian town of Fort McMurray over the past week. Yet another instance of extraordinarily large fires burning in a world forced to warm by human fossil fuel emissions.
Thankfully, the Northeast China fires aren’t currently raging near any large settlements. So it is less likely that loss of life or property has occurred as a result. International news media has no reports on the blazes, so little information is now available other than what can be discerned by NASA satellite map analysis.
In context, these fires ignited along a ridge zone that has featured extremely warm and dry temperatures. Rising off a heatwave that began in Southeast Asia, these warm airs are now expanding northward toward the Arctic and will, over the current week, contribute to an amazingly potent heatwave building over the rapidly thawing regions of our world. Ridge development in this zone has been quite persistent and we can expect continued large fires creeping north toward the Arctic.
(Wildfires — indicated by red spots in the above map — are lighting off around the discontinuous permafrost zone near Lake Baikal. During recent years, this region of Russia has suffered from the kind of extreme drought and warming associated with human-caused climate change. Image source: LANCE MODIS.)
This extremely hot and dry zone has also lit off numerous fires in the Lake Baikal region. Representing the furthest southern extent of the Northeast Asian permafrost zone, heat and thaw in the region due to global warming have resulted in increasing fire hazards. As with Northwest Canada, an unholy relationship exists between fires and thawing permafrost. The permafrost as it thaws and dries provides an understory fuel that aids in fire persistence and intensity — sometimes resulting in hotspots that smolder throughout the winter. And the fires can activate more and more of the permafrost layer below — pumping out additional carbon which can worsen the warming trend which ignited the fires in the first place.
For 2016, warm, dry ridge zones have tended to dominate both Western North America and Eastern Asia. And in a world that since the start of 2016 has been nearly 1.5 C above 1880s averages, we have seen a very intense early start to fire season featuring numerous very large fires in these zones. As May progresses into June, risks for even more intense fires increase even as the fire zone advances with the warm airs heading north toward the Arctic.
Links:
LANCE MODIS
The Copernicus Observatory
As the World Warms, Expect More Wildfires
Warm North Pacific Winds to Usher in Brutal Arctic Heatwave
Hat Tip to Andy in San Diego
Thanks to: https://robertscribbler.com
As human fossil fuel emissions force the world to warm, moisture and precipitation levels are changing. Wet areas become wetter. Dry areas become drier. Spring and Summer temperatures increase. And earlier spring snow-melt causes soils to remain drier for longer periods, increasing incidents of drought while lengthening the wildfire season. These hot, dry conditions also increase the likelihood that, once wildfires are started by lightning strikes or human error, they will become more intense, larger and long-burning (paraphrase of this Union of Concerned Scientists Report).
******
An extreme heatwave and drought in East Asia is now sparking extraordinarily large wildfires in mostly unsettled regions of Northeast China near the Russian border. The massive fires are plainly visible in the LANCE-MODIS satellite shot and include at least four contiguous fire zones. The fires each show very large burn scars with fire-fronts ranging from 10 to 40 miles across. In essence, what this satellite shot is showing are 3-4 Rhode Island size infernos.
(Enormous wildfires burning in Northeast China on May 10th. For reference, bottom edge of frame is 600 miles. Image source: LANCE MODIS.)
A very large smoke plume cast off from these blazes is now visible in the MODIS satellite shot. It stretches away from the massive burn scars and on out into the Sea of Japan nearly 1,000 miles away. By comparison, the Northeastern China fires together now dwarf the recent massive blaze that burned 2,400 structures in the Canadian town of Fort McMurray over the past week. Yet another instance of extraordinarily large fires burning in a world forced to warm by human fossil fuel emissions.
Thankfully, the Northeast China fires aren’t currently raging near any large settlements. So it is less likely that loss of life or property has occurred as a result. International news media has no reports on the blazes, so little information is now available other than what can be discerned by NASA satellite map analysis.
In context, these fires ignited along a ridge zone that has featured extremely warm and dry temperatures. Rising off a heatwave that began in Southeast Asia, these warm airs are now expanding northward toward the Arctic and will, over the current week, contribute to an amazingly potent heatwave building over the rapidly thawing regions of our world. Ridge development in this zone has been quite persistent and we can expect continued large fires creeping north toward the Arctic.
(Wildfires — indicated by red spots in the above map — are lighting off around the discontinuous permafrost zone near Lake Baikal. During recent years, this region of Russia has suffered from the kind of extreme drought and warming associated with human-caused climate change. Image source: LANCE MODIS.)
This extremely hot and dry zone has also lit off numerous fires in the Lake Baikal region. Representing the furthest southern extent of the Northeast Asian permafrost zone, heat and thaw in the region due to global warming have resulted in increasing fire hazards. As with Northwest Canada, an unholy relationship exists between fires and thawing permafrost. The permafrost as it thaws and dries provides an understory fuel that aids in fire persistence and intensity — sometimes resulting in hotspots that smolder throughout the winter. And the fires can activate more and more of the permafrost layer below — pumping out additional carbon which can worsen the warming trend which ignited the fires in the first place.
For 2016, warm, dry ridge zones have tended to dominate both Western North America and Eastern Asia. And in a world that since the start of 2016 has been nearly 1.5 C above 1880s averages, we have seen a very intense early start to fire season featuring numerous very large fires in these zones. As May progresses into June, risks for even more intense fires increase even as the fire zone advances with the warm airs heading north toward the Arctic.
Links:
LANCE MODIS
The Copernicus Observatory
As the World Warms, Expect More Wildfires
Warm North Pacific Winds to Usher in Brutal Arctic Heatwave
Hat Tip to Andy in San Diego
Thanks to: https://robertscribbler.com
