SOTT
SIGNS
OF THE
TIMES
OF THE
TIMES
Welcome to Sott.net
The World for People who Think
Extreme TemperaturesS
© Mingma Gyalje SherpaSearch team members use probe devices to locate the missing climbers.
Inspector Rishi Raj Dhakal, chief of the Solukhumbu district police office, told the Post that the search team had located the bodies on Sunday. The bodies, however, were retrieved on Monday and airlifted to Kathmandu for postmortem, he said.
The three climbers—Thomas Arfi, Gabriel Miloche and Louis Pachoud—were reported missing on October 31. According to reports, they had last made contact on October 26 via satellite phone from their camp.
They were apparently caught in an avalanche.
© : Simon SongSnow ducks in a Beijing street on Sunday morning.
Large parts of the country, including Beijing, Tianjin, Hebei, and Inner Mongolia, experienced this winter's first significant snowfall and rain on Saturday, the China Meteorological Administration (CMA) said in a notice on Sunday.
The national weather service said northeastern provinces were likely to experience major snowfalls in the coming days, and the cold waves would continue to move southwards and hit most of China.
Slower ocean circulation as the result of climate change could intensify extreme cold weather in the U.S., according to new UArizona research.
Throughout Earth's oceans runs a conveyor belt of water. Its churning is powered by differences in the water's temperature and saltiness, and weather patterns around the world are regulated by its activity.
A pair of researchers studied the Atlantic portion of this worldwide conveyor belt called the Atlantic Meridional Overturning Circulation, or AMOC, and found that winter weather in the United States critically depends on this conveyor belt-like system. As the AMOC slows because of climate change, the U.S. will experience more extreme cold winter weather.
The study, published in the journal Communications Earth & Environment was led by Jianjun Yin, an associate professor in the University of Arizona Department of Geosciences and co-authored by Ming Zhao, a physical scientist at the National Oceanic and Atmospheric Administration's Geophysical Fluid Dynamics Laboratory.
AMOC works like this: Warm water travels north in the upper Atlantic Ocean and releases heat into the atmosphere at high latitudes. As the water cools, it becomes denser, which causes it to sink into the deep ocean where it flows back south.
"This circulation transports an enormous amount of heat northward in the ocean," Yin said. "The magnitude is on the order of 1 petawatts, or 10 to the 15 power watts. Right now, the energy consumption by the entire world is about 20 terawatts, or 10 to the 12 power watts. So, 1 petawatt is enough to run about 50 civilizations."
But as the climate warms, so does the ocean surface. At the same time, the Greenland ice sheet experiences melting, which dumps more freshwater into the ocean. Both warming and freshening of the water can reduce surface water density and inhibit the sinking of the water, slowing the AMOC. If the AMOC slows, so does the northward heat transport.
Throughout Earth's oceans runs a conveyor belt of water. Its churning is powered by differences in the water's temperature and saltiness, and weather patterns around the world are regulated by its activity.
A pair of researchers studied the Atlantic portion of this worldwide conveyor belt called the Atlantic Meridional Overturning Circulation, or AMOC, and found that winter weather in the United States critically depends on this conveyor belt-like system. As the AMOC slows because of climate change, the U.S. will experience more extreme cold winter weather.
The study, published in the journal Communications Earth & Environment was led by Jianjun Yin, an associate professor in the University of Arizona Department of Geosciences and co-authored by Ming Zhao, a physical scientist at the National Oceanic and Atmospheric Administration's Geophysical Fluid Dynamics Laboratory.
AMOC works like this: Warm water travels north in the upper Atlantic Ocean and releases heat into the atmosphere at high latitudes. As the water cools, it becomes denser, which causes it to sink into the deep ocean where it flows back south.
"This circulation transports an enormous amount of heat northward in the ocean," Yin said. "The magnitude is on the order of 1 petawatts, or 10 to the 15 power watts. Right now, the energy consumption by the entire world is about 20 terawatts, or 10 to the 12 power watts. So, 1 petawatt is enough to run about 50 civilizations."
But as the climate warms, so does the ocean surface. At the same time, the Greenland ice sheet experiences melting, which dumps more freshwater into the ocean. Both warming and freshening of the water can reduce surface water density and inhibit the sinking of the water, slowing the AMOC. If the AMOC slows, so does the northward heat transport.
During the night from Wednesday to Thursday in both regions, the temperature is expected to drop below zero. Besides the expected snowfall, meteorologists are warning that black ice may appear on the roads.
On Wednesday, it also snowed heavily in several autonomous regions of Spain, incl. In Castile, Leon, Asturias and Cantabria, as well as in Navarre and Catalonia.
Snow totals topped 11 inches in northern parts of northern Michigan. Gaylord, Michigan, picked up 11.7 inches of snow on Tuesday, which set a record for the heaviest snowfall in a calendar day in November. That amount also ranked as the sixth highest single-day snowfall in any month. Records have been kept at the National Weather Service (NWS) office there since 1998.
In Gaylord, which is about 225 miles north of Detroit and just to the east of the upper reaches of Lake Michigan, NWS meteorologists posted a slow-motion video on Twitter showing large snowflakes coming down outside of the office there on Tuesday.
Now there is 35 cm of fresh snow in the city, on the peaks of "Little Tibet" - about 140 cm.
This week the snow will be even more, according to the forecast.
Think of Glasgow as a costume party for the Uber rich and it all makes sense.
Everyone gets to hobnob, dress up in a Superhero prophet-of-doom outfit and pretend to save the world.
When the richest people in the world turn up, with PM's and Presidents, and even the Royals do live photo tweets — you know the dry UN science conference has turned into the unmissable Olympics of Social Events. Just being there is the fashion statement of the year.
The deals (or spin, such it is) is mostly done. The party is the reward. The World Stage beckons for politicians seeking to look important. While the offer of another glorious junket keeps the minor minions working hard all year.
And any fence-sitting politicians might be awed and swept away in the spur of the moment to offer more than they might have in the cold light of day. (Send them your barbs!)
Everyone gets to hobnob, dress up in a Superhero prophet-of-doom outfit and pretend to save the world.
When the richest people in the world turn up, with PM's and Presidents, and even the Royals do live photo tweets — you know the dry UN science conference has turned into the unmissable Olympics of Social Events. Just being there is the fashion statement of the year.
© @KensingtonRoyalHobnobbing The Duke and Duchess of Cambridge’s .
The deals (or spin, such it is) is mostly done. The party is the reward. The World Stage beckons for politicians seeking to look important. While the offer of another glorious junket keeps the minor minions working hard all year.
And any fence-sitting politicians might be awed and swept away in the spur of the moment to offer more than they might have in the cold light of day. (Send them your barbs!)
© Unity News Net
Comment: Great Lakes 'have a fever' as first lake-effect snow sets a record