Denver weather: Cooler with a chance of storms Tuesday
If you woke up feeling a fall chill on Tuesday, you’re not alone; Denver dropped into the low 50s overnight.
www.denverpost.com
The Ice Age Cometh! Forget Global Warming!
- Thread starter Gaby
- Start date
www.denverpost.com
Recently they had a "special" in the news about "" global warming "" and how they expect the temperature rise 2 degrees worldwide ... I really could only tolerate 5 minutes, their arguments were the increase in methane in the air caused by man-made instability ... hearing that directly i had to turn off the tv.
The most "depressing" thing is that, with whom i speak, they repeat absolutely the same thing: "the climate is crazy, the human being is destroying the world" (I think they have been infected by the greta virus). In short, yes, things are getting worse and worse, we will see how everything unravels, but just in case, it does not hurt to accumulate blankets.
Due to the obviousness of how things develop, blind is who does not want to see.
Bismarck ND
Lord Vignemale this morning (France)
Onset of winter at the Furka Pass 09/19/2021 Of course, that doesn't stop us in the slightest from normal operations Hotel Glacier du Rhone
Seattle storm-scape from this afternoon. #wawx #seattle
2:23 AM · Sep 19, 2021 from Renton, WA
Snow is coming to the Interior, and if you plan to visit, be prepared
The Denali Highway is maintained until the end of September, but if there is snow on the ground, a good wind will shut things down at Milepost 7.
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"Napoleon was defeated by the Mini Ice Age."
This theory is definitely full of crap because:
- The capital of Russia from 1712 to 1918 was Petersburg, not Moscow. There was no point in the campaign against Moscow (if the "official" history is to be believed), since at that time it was an ordinary regional city. Why did Napoleon not immediately attack St. Petersburg?
It's like trying to take Marseille to force Paris to surrender.
Everything more or less falls into place if we throw the "official version" into the trash and assume that in the first stages of the war of 1812, St. Petersburg and Napoleon fought JOINT against Tartary (with the capital in Moscow).
- Autumn (September and October) 1812 was warm enough. In the painting "The Battle of Tarutino" (and other paintings) by Hess, we see leaves on trees (October 18) -
We also have data from meteorologists about the weather in St. Petersburg for 1812:
Температура воздуха и осадки по месяцам и годам: Санкт-Петербург (город Санкт-Петербург, Россия)
Летопись погоды: Санкт-Петербург (город Санкт-Петербург, Россия) (температура воздуха, осадки по месяцам и годам).
From this it is clear that it really got very cold only in December - when Napolene's army had already been defeated.
At the same time, the cooling was very strong, but not a record one (in 1788, 1814, 1817 and 1819 there were even more severe frosts in winter).
Well, yes, and the Russians used it against Napoleon's cavalry
war mammoths))
Were definitely seeing some early cooling here from the side effect's of the current LaPalma emissions. And obviously with other derivatives at play.
I also wonder of the current reflective property's of the global volcanic ash is at this time.
Presently it's eleven point five degrees Celsius this morning at 06:13 on 9-27-21.
-22.8 ° C at Anaktuvuk Pass this 09/25/2021 at 693 m in the Brooks Range in #Alaska . According to
@Alaskawx, the lowest temperature recorded in September in Alaska was -30 ° C at Lake Galbraith (east of Anaktuvuk Pass) on9/3/1992.(c)
: FAA webcam
The 35 ° C from June 12, 1977 to #Calvi were the maximum, all stations of the main MF network combined, for the whole of the summer of 1977 in metropolitan France. 1977, a particularly cool summer. In 2021 we reach 35 ° C in Calvi on September 26 (the latest crossing)!
eos.org
By Morgan Rehnberg 12 July 2021
A translation of this article was made by Wiley. 本文由Wiley提供翻译稿。
The Sun constantly emits a stream of energetic particles, some of which reach Earth. The density and energy of this stream form the basis of space weather, which can interfere with the operation of satellites and other spacecraft. A key unresolved question in the field is the frequency with which the Sun emits bursts of energetic particles strong enough to disable or destroy space-based electronics.
One promising avenue for determining the rate of such events is the dendrochronological record. This approach relies on the process by which a solar energetic particle (SEP) strikes the atmosphere, causing a chain reaction that results in the production of an atom of carbon-14. This atom subsequently can be incorporated into the structure of a tree; thus, the concentration of carbon-14 atoms in a tree ring can indicate the impact rate of SEPs in a given year.
To date, three events of extreme SEP production are well described in literature, occurring approximately in the years 660 BCE, 774–775 CE, and 992–993 CE. Each event was roughly an order of magnitude stronger than any measured in the space exploration era. Miyake et al. describe such an event, which occurred between 5411 BCE and 5410 BCE. Because of this burst, atmospheric carbon-14 increased 0.6% year over year in the Northern Hemisphere and was sustained for several years before dropping to typical levels.
The authors deduced the presence of this event by using samples collected from trees in three widely dispersed locales: a bristlecone pine in California, a Scotch pine in Finland, and a European larch in Switzerland. Each sample had its individual tree rings separated, and material from each ring underwent accelerator mass spectrometry to determine its carbon-14 content.
Using statistical methods, the researchers identified a pattern of small carbon-14 fluctuations consistent with the Sun’s 11-year solar cycle; the event recorded in the tree ring occurred during a time of solar maximum. Notably, other evidence suggests that the Sun was also undergoing a decades-long period of increasing activity.
If an extreme SEP burst is indeed the cause of the additional carbon-14, then these observations could aid in forecasting future events. However, tree ring measurements cannot rule out other extraterrestrial causes, such as a nearby supernova explosion. Confirmation will require isotopic measurements of beryllium and chlorine taken from ice cores, according to the authors. (Geophysical Research Letters, https://doi.org/10.1029/2021GL093419, 2021)—Morgan Rehnberg, Science Writer
Citation: Rehnberg, M. (2021), Tree rings show record of newly identified extreme solar activity event, Eos, 102, Tree Rings Show Record of Newly Identified Extreme Solar Activity Event. Published on 12 July 2021.
Autumn Snowfall In The Tetons
September 21 2021 / Pic's
Climate change in the Arctic linked to Texas' severe winter weather
By Lauren Fox, AccuWeather staff writer Updated Sep. 24, 2021 3:36 AM CEST
The state of Texas battled a devastating deep freeze last winter that resulted in up to $155 billion in damages and economic loss, according to AccuWeather estimates, and a new study published in the journal Science reveals connections between the weather disaster that occurred in Texas last year and climate change in the Arctic.
The study, which was published in early September, revealed a connection between Arctic temperatures and the Valentine's Week Freeze that inundated Texas this past February. The severe winter weather led to at least 210 fatalities, according to the Texas Department of State Health Services.
"Clearly an extreme event like this is very unusual in a place like Texas, so it is hard for many people and policymakers to react and take the threat seriously," AccuWeather Meteorologist Brett Anderson said. "The biggest dangers people faced were a lack of heat in homes that had no backup power or heat sources."
Many homes in Texas are not properly insulated to handle the level of extreme cold that gripped Texas that week back in February. Homes were flooded when pipes burst due to the extreme cold, and some residents even had icicles form in their homes and apartment buildings, including one from Dallas, Texas, who shared a photo to social media of icicles hanging from a ceiling fan on Feb. 15.
At the worst of the historic cold snap, the temperature at Dallas-Fort Worth International Airport bottomed out at 2 degrees below zero in the early-morning hours on Feb. 16 as Arctic air from the polar vortex rushed into the region.
The polar vortex is a band of strong westerly winds that sits about 10-30 miles above the North Pole and traps extremely cold air. Rising temperatures in the Arctic can cause an area of strong high pressure to develop in the atmosphere surrounding the North Pole, which can "push" the polar vortex farther south, into places like North America or Europe and Asia, Anderson explained.
"Think of the strengthening high-pressure area over the polar region as an expanding balloon and a pocket of air outside the balloon as the polar vortex," Anderson said. "As the balloon fills up with air the pocket of air outside of the balloon -- the polar vortex -- gets pushed farther away, and, in this case, it is being pushed farther south into the mid-latitudes."
Judah Cohen, the lead author of the study, told AccuWeather in an interview that the research revealed that the severe weather in Texas was due to what the scientists described as a stretched polar vortex event.
Cohen explained that sometimes stretched polar vortex events can make the polar vortex appear to be the shape of a dumbbell, with one spot of energy focused in North America and another in Asia.
While the February cold snap in Texas was a memorable one, Cohen said there are many modern-day examples of stretched polar vortex events in recent memory, and that at least one event happens practically every year, although not every event reaches the caliber that the one in Texas did.
“The poster child for these types of events is the winter of 2013-14," Cohen said. “It happened repeatedly that winter. It really led to the extreme cold, especially in the Great Lakes.”
The study published in Science also provided some more insight into these polar vortex events that may leave some reason for concern because they are becoming more and more frequent. According to Cohen, the paper shows that the frequency of these events has nearly doubled since the 1980s.
"I believe there will continue to be an increasing trend in extreme events as the planet continues to warm," Anderson said. "That does not mean every year will be worse. There will be periods of more normal weather," he added, pointing out that some years will bring fewer extremes. "But the long-term trend is very likely to continue to rise."
According to Anderson, policymakers will need to get on board with climate change legislation and infrastructure, which he said, in many cases, are very outdated and need to be upgraded in order to properly prepare for more incidents like the one in Texas.
The study goes against many people's assumptions of what climate change is, Cohen explained, as it is typically associated with warm weather.
“Climate change can lead to more heat waves, more flooding events, more drought, wildfires in the West," Cohen said. "A lot of extreme weather events that we’re seeing this summer."
Pointing out what may be proving to be a misconception about climate change, Cohen said, “The assumption was that climate change can lead to milder winters, less snowfall -- it intuitively makes sense. So our study comes to this counterintuitive conclusion," Cohen continued. "This Arctic change can lead to more extreme winter weather events, like the Texas cold wave.”
Cory Reppenhagen @CReppWx
5:07 PM · Sep 26, 2021·
Denver tied a record high minimum this morning, last set in 1948. More record heat possible later today. The high max is 90 degrees last set in 2010. #9wx #COwx
www.thedenverchannel.com
Posted at 7:35 AM, Sep 26, 2021 and last updated 5:29 PM, Sep 26, 2021 Video
This first weekend autumn has been a warm one and today will be about 10 to 12 degrees above normal. We'll see highs top out in the upper 80s during today's at-home Broncos game.
If you're heading west to see the leaves change, you'll find highs in the 70s through the central mountains, with highs on the Western Slope.
The aspen trees will be full-on gold over the central and northern mountains and nearing their peak over the southern mountain areas.
This warm weather will continue into the first of next week. We'll see 80s on Monday and Tuesday. Our next cold front will usher in some cool and wet weather starting Wednesday.
I also wonder of the current reflective property's of the global volcanic ash is at this time.
Presently it's eleven point five degrees Celsius this morning at 06:13 on 9-27-21.
-22.8 ° C at Anaktuvuk Pass this 09/25/2021 at 693 m in the Brooks Range in #Alaska . According to
@Alaskawx, the lowest temperature recorded in September in Alaska was -30 ° C at Lake Galbraith (east of Anaktuvuk Pass) on9/3/1992.(c)
: FAA webcam
The 35 ° C from June 12, 1977 to #Calvi were the maximum, all stations of the main MF network combined, for the whole of the summer of 1977 in metropolitan France. 1977, a particularly cool summer. In 2021 we reach 35 ° C in Calvi on September 26 (the latest crossing)!
Tree Rings Show Record of Newly Identified Extreme Solar Activity Event - Eos
Mass spectroscopy of tree ring material indicates a sharp, single-year rise in carbon-14 concentrations consistent with an extreme solar energetic particle event that occurred around 5410 BCE.
eos.org
A translation of this article was made by Wiley. 本文由Wiley提供翻译稿。
The Sun constantly emits a stream of energetic particles, some of which reach Earth. The density and energy of this stream form the basis of space weather, which can interfere with the operation of satellites and other spacecraft. A key unresolved question in the field is the frequency with which the Sun emits bursts of energetic particles strong enough to disable or destroy space-based electronics.
One promising avenue for determining the rate of such events is the dendrochronological record. This approach relies on the process by which a solar energetic particle (SEP) strikes the atmosphere, causing a chain reaction that results in the production of an atom of carbon-14. This atom subsequently can be incorporated into the structure of a tree; thus, the concentration of carbon-14 atoms in a tree ring can indicate the impact rate of SEPs in a given year.
To date, three events of extreme SEP production are well described in literature, occurring approximately in the years 660 BCE, 774–775 CE, and 992–993 CE. Each event was roughly an order of magnitude stronger than any measured in the space exploration era. Miyake et al. describe such an event, which occurred between 5411 BCE and 5410 BCE. Because of this burst, atmospheric carbon-14 increased 0.6% year over year in the Northern Hemisphere and was sustained for several years before dropping to typical levels.
The authors deduced the presence of this event by using samples collected from trees in three widely dispersed locales: a bristlecone pine in California, a Scotch pine in Finland, and a European larch in Switzerland. Each sample had its individual tree rings separated, and material from each ring underwent accelerator mass spectrometry to determine its carbon-14 content.
Using statistical methods, the researchers identified a pattern of small carbon-14 fluctuations consistent with the Sun’s 11-year solar cycle; the event recorded in the tree ring occurred during a time of solar maximum. Notably, other evidence suggests that the Sun was also undergoing a decades-long period of increasing activity.
If an extreme SEP burst is indeed the cause of the additional carbon-14, then these observations could aid in forecasting future events. However, tree ring measurements cannot rule out other extraterrestrial causes, such as a nearby supernova explosion. Confirmation will require isotopic measurements of beryllium and chlorine taken from ice cores, according to the authors. (Geophysical Research Letters, https://doi.org/10.1029/2021GL093419, 2021)—Morgan Rehnberg, Science Writer
Citation: Rehnberg, M. (2021), Tree rings show record of newly identified extreme solar activity event, Eos, 102, Tree Rings Show Record of Newly Identified Extreme Solar Activity Event. Published on 12 July 2021.
Autumn Snowfall In The Tetons
September 21 2021 / Pic's
Climate change in the Arctic linked to Texas' severe winter weather
By Lauren Fox, AccuWeather staff writer Updated Sep. 24, 2021 3:36 AM CEST
The state of Texas battled a devastating deep freeze last winter that resulted in up to $155 billion in damages and economic loss, according to AccuWeather estimates, and a new study published in the journal Science reveals connections between the weather disaster that occurred in Texas last year and climate change in the Arctic.
The study, which was published in early September, revealed a connection between Arctic temperatures and the Valentine's Week Freeze that inundated Texas this past February. The severe winter weather led to at least 210 fatalities, according to the Texas Department of State Health Services.
"Clearly an extreme event like this is very unusual in a place like Texas, so it is hard for many people and policymakers to react and take the threat seriously," AccuWeather Meteorologist Brett Anderson said. "The biggest dangers people faced were a lack of heat in homes that had no backup power or heat sources."
Many homes in Texas are not properly insulated to handle the level of extreme cold that gripped Texas that week back in February. Homes were flooded when pipes burst due to the extreme cold, and some residents even had icicles form in their homes and apartment buildings, including one from Dallas, Texas, who shared a photo to social media of icicles hanging from a ceiling fan on Feb. 15.
At the worst of the historic cold snap, the temperature at Dallas-Fort Worth International Airport bottomed out at 2 degrees below zero in the early-morning hours on Feb. 16 as Arctic air from the polar vortex rushed into the region.
The polar vortex is a band of strong westerly winds that sits about 10-30 miles above the North Pole and traps extremely cold air. Rising temperatures in the Arctic can cause an area of strong high pressure to develop in the atmosphere surrounding the North Pole, which can "push" the polar vortex farther south, into places like North America or Europe and Asia, Anderson explained.
"Think of the strengthening high-pressure area over the polar region as an expanding balloon and a pocket of air outside the balloon as the polar vortex," Anderson said. "As the balloon fills up with air the pocket of air outside of the balloon -- the polar vortex -- gets pushed farther away, and, in this case, it is being pushed farther south into the mid-latitudes."
Judah Cohen, the lead author of the study, told AccuWeather in an interview that the research revealed that the severe weather in Texas was due to what the scientists described as a stretched polar vortex event.
Cohen explained that sometimes stretched polar vortex events can make the polar vortex appear to be the shape of a dumbbell, with one spot of energy focused in North America and another in Asia.
While the February cold snap in Texas was a memorable one, Cohen said there are many modern-day examples of stretched polar vortex events in recent memory, and that at least one event happens practically every year, although not every event reaches the caliber that the one in Texas did.
“The poster child for these types of events is the winter of 2013-14," Cohen said. “It happened repeatedly that winter. It really led to the extreme cold, especially in the Great Lakes.”
The study published in Science also provided some more insight into these polar vortex events that may leave some reason for concern because they are becoming more and more frequent. According to Cohen, the paper shows that the frequency of these events has nearly doubled since the 1980s.
"I believe there will continue to be an increasing trend in extreme events as the planet continues to warm," Anderson said. "That does not mean every year will be worse. There will be periods of more normal weather," he added, pointing out that some years will bring fewer extremes. "But the long-term trend is very likely to continue to rise."
According to Anderson, policymakers will need to get on board with climate change legislation and infrastructure, which he said, in many cases, are very outdated and need to be upgraded in order to properly prepare for more incidents like the one in Texas.
The study goes against many people's assumptions of what climate change is, Cohen explained, as it is typically associated with warm weather.
“Climate change can lead to more heat waves, more flooding events, more drought, wildfires in the West," Cohen said. "A lot of extreme weather events that we’re seeing this summer."
Pointing out what may be proving to be a misconception about climate change, Cohen said, “The assumption was that climate change can lead to milder winters, less snowfall -- it intuitively makes sense. So our study comes to this counterintuitive conclusion," Cohen continued. "This Arctic change can lead to more extreme winter weather events, like the Texas cold wave.”
Cory Reppenhagen @CReppWx
5:07 PM · Sep 26, 2021·
Denver tied a record high minimum this morning, last set in 1948. More record heat possible later today. The high max is 90 degrees last set in 2010. #9wx #COwx
One more very warm day for metro, cold front ahead
Sunny, warm and dry to start the week...our next cold front by Wednesday
This first weekend autumn has been a warm one and today will be about 10 to 12 degrees above normal. We'll see highs top out in the upper 80s during today's at-home Broncos game.
If you're heading west to see the leaves change, you'll find highs in the 70s through the central mountains, with highs on the Western Slope.
The aspen trees will be full-on gold over the central and northern mountains and nearing their peak over the southern mountain areas.
This warm weather will continue into the first of next week. We'll see 80s on Monday and Tuesday. Our next cold front will usher in some cool and wet weather starting Wednesday.
Another heads up - the last couple of days has seen severe (and early) wintry conditions in Iceland.
www.sott.net
------------------------------------------------------------------------------
Rescue workers were called out more than 100 times yesterday in the northern and western parts of Iceland, Morgunblaðið reports. A severe storm with heavy precipitation hit those areas with wind gusts in excess of 45 m/sec. Most of the calls involved drivers whose vehicles were stuck in snow.
"We would have liked to see people heed the repeated warnings yesterday, stressing that no travel was advised," states Davíð Már Bjarnason, media representative for ICE-SAR, the Icelandic Association for Search and Rescue. "In the afternoon, there were reports of drivers in the most surprising of places," he adds. There was, for instance, one vehicle stuck on Kjalvegur road in the central highlands. "We didn't expect people to be traveling in the highlands in this kind of weather," he explains.
In Hrútafjörður fjord, Northwest Iceland, a passenger bus was blown off the road near the Heggstaðanes exit. All 37 passenger on board escaped without injury and were quickly transported to safety at a nearby hotel.
In Siglufjörður, North Iceland, firefighters and rescue workers were called out when basements flooded. Trees were uprooted in some areas, and power went out on three power lines in North Iceland.
According to meteorologist Einar Sveinbjörnsson, at the Icelandic Met Office, yesterday's storm was unusual in two ways: "What is special and unusual is that the low pressure area traveled from east to west. It is not unheard of, but much more commonly, they travel the other way, from the southwest and across the country." The other unusual thing about the severe weather is how early in the fall it hit, he adds.
The unusually early snowfall this year resulted in a total of five avalanches in Iceland on Monday and Tuesday, in addition to another six avalanches the nine previous days. None of them resulted in injury or property damage.
Unusually early and severe snowstorm hits Iceland -- Sott.net
Rescue workers were called out more than 100 times yesterday in the northern and western parts of Iceland, Morgunblaðið reports. A severe storm with heavy precipitation hit those areas with wind gusts in excess of 45 m/sec. Most of the calls...
------------------------------------------------------------------------------
Rescue workers were called out more than 100 times yesterday in the northern and western parts of Iceland, Morgunblaðið reports. A severe storm with heavy precipitation hit those areas with wind gusts in excess of 45 m/sec. Most of the calls involved drivers whose vehicles were stuck in snow.
"We would have liked to see people heed the repeated warnings yesterday, stressing that no travel was advised," states Davíð Már Bjarnason, media representative for ICE-SAR, the Icelandic Association for Search and Rescue. "In the afternoon, there were reports of drivers in the most surprising of places," he adds. There was, for instance, one vehicle stuck on Kjalvegur road in the central highlands. "We didn't expect people to be traveling in the highlands in this kind of weather," he explains.
In Hrútafjörður fjord, Northwest Iceland, a passenger bus was blown off the road near the Heggstaðanes exit. All 37 passenger on board escaped without injury and were quickly transported to safety at a nearby hotel.
In Siglufjörður, North Iceland, firefighters and rescue workers were called out when basements flooded. Trees were uprooted in some areas, and power went out on three power lines in North Iceland.
According to meteorologist Einar Sveinbjörnsson, at the Icelandic Met Office, yesterday's storm was unusual in two ways: "What is special and unusual is that the low pressure area traveled from east to west. It is not unheard of, but much more commonly, they travel the other way, from the southwest and across the country." The other unusual thing about the severe weather is how early in the fall it hit, he adds.
The unusually early snowfall this year resulted in a total of five avalanches in Iceland on Monday and Tuesday, in addition to another six avalanches the nine previous days. None of them resulted in injury or property damage.
From the Danish dmi.dk there was an image showing the extent of the sea ice in the arctic since 1979, with only a few months missing:
Let's see how it develops.
Let's see how it develops.
From Electroverse: Snow on Ben Nevis in Scotland: it seems winter has arrived in the UK. After a relatively mild month, September in the UK is being capped-off with freezing lows and rare snows — another example of the ‘swings between extremes‘ expected during times of reduced solar output.
On Wednesday, temperatures in Kilbrace, Scotland plunged to -0.7C (30.7F) and delivered the first frost of the season.
Accompanying the cold has been rare September snow, most notably across the higher elevations — both Ben Nevis and the Cairngorm plateau have registered totals of between 5 to 10cm (2 to 4 inches)–incredibly rare totals for September.
Myself and my ex husband walked up Ben Nevis on New Years day 1992...the scattering of walls and the small building you can see in the above picture were completely covered in snow and ice...all that was visible was the cairn point seen on the left...I only realised this when we walked it again in August 1997!
From Electroverse: Snow on Ben Nevis in Scotland: it seems winter has arrived in the UK. After a relatively mild month, September in the UK is being capped-off with freezing lows and rare snows — another example of the ‘swings between extremes‘ expected during times of reduced solar output.
On Wednesday, temperatures in Kilbrace, Scotland plunged to -0.7C (30.7F) and delivered the first frost of the season.
Accompanying the cold has been rare September snow, most notably across the higher elevations — both Ben Nevis and the Cairngorm plateau have registered totals of between 5 to 10cm (2 to 4 inches)–incredibly rare totals for September.
New article from Electroverse.net on October 4.
In these days of "Catastrophic Global Warming," the South Pole just suffered its coldest 'Winter' in recorded history
www.sott.net
The meat of the matter:
--------------------------------------------------------------------------------------
Contrary to the MSM's agenda-driven narrative, the South Pole has been suffering unprecedented cold this year.
Between the months of April and September, the South Pole averaged a temperature of -61.1C (-78F).
Simply put, this was the region's coldest 6-month spell ever recorded, and it comfortably usurped the previous coldest 'coreless winter' on record — the -60.6C (-77F) set back in 1976 (solar minimum of weak cycle 20).
This incredible and AGW-destroying reality is confirmed by Antarctica climatology journalist Stefano Di Battista who has closely watched and published research on Antarctic temperatures for many years:
1/1 Extraordinary coreless winter (April - September) at South Pole Station. The average as been -61.1 °C the coldest ever recoded. This value set -2.2 °C on the reference 1981-2010 and -2.5 °C on 1991-2020. Previous record -60.6 °C in 1976 pic.twitter.com/m8uWF5mt0c
— Stefano Di Battista (@pinturicchio_60) October 1, 2021
Battista also points out that for June, July, August and September the average temperature for each of these month finished-up below -60C (-76F) — a phenomenon that has occurred on just 3 previous occasions: in 1971, 1975 and 1978.
In these days of "Catastrophic Global Warming," the South Pole just suffered its coldest 'Winter' in recorded history
Global Warming? South Pole just underwent its coldest 'winter' in recorded history -- Sott.net
Contrary to the MSM's agenda-driven narrative, the South Pole has been suffering unprecedented cold this year. Between the months of April and September, the South Pole averaged a temperature of -61.1C (-78F). Simply put, this was the region's...
The meat of the matter:
--------------------------------------------------------------------------------------
Contrary to the MSM's agenda-driven narrative, the South Pole has been suffering unprecedented cold this year.
Between the months of April and September, the South Pole averaged a temperature of -61.1C (-78F).
Simply put, this was the region's coldest 6-month spell ever recorded, and it comfortably usurped the previous coldest 'coreless winter' on record — the -60.6C (-77F) set back in 1976 (solar minimum of weak cycle 20).
This incredible and AGW-destroying reality is confirmed by Antarctica climatology journalist Stefano Di Battista who has closely watched and published research on Antarctic temperatures for many years:
1/1 Extraordinary coreless winter (April - September) at South Pole Station. The average as been -61.1 °C the coldest ever recoded. This value set -2.2 °C on the reference 1981-2010 and -2.5 °C on 1991-2020. Previous record -60.6 °C in 1976 pic.twitter.com/m8uWF5mt0c
— Stefano Di Battista (@pinturicchio_60) October 1, 2021
Battista also points out that for June, July, August and September the average temperature for each of these month finished-up below -60C (-76F) — a phenomenon that has occurred on just 3 previous occasions: in 1971, 1975 and 1978.
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The Old Farmer’s Almanac Seasonal Forecasts
By Andy May The Old Farmer’s Almanac has been making yearly long-term weather forecasts for 230 years. We pay attention to them because they are normally 80% accurate. They did not do as well…
wattsupwiththat.com
The Old Farmer’s Almanac has been making yearly long-term weather forecasts for 230 years. We pay attention to them because they are normally 80% accurate. They did not do as well last winter but were 72% in predicting the direction of temperature change, and 78% accurate in the change in precipitation. This is pretty remarkable because while the U.S. weather forecasts are 90% accurate five days in advance, they are only 80% accurate seven days out. The Old Farmer’s Almanac forecasts are far less specific, they only predict the direction of change, but their forecasts are for twelve months in the future, quite impressive. Figure 1 is their forecast for the lower 48 United States, for this winter.
How Teleconnections Affect the Weather (And Our Forecast)
What are teleconnections? These atmospheric patterns play a big role in our weather and how we forecast it. Learn about how they factor into our winter forecast!
www.almanac.com
The Old Farmer’s Almanac Seasonal Forecasts
By Andy May The Old Farmer’s Almanac has been making yearly long-term weather forecasts for 230 years. We pay attention to them because they are normally 80% accurate. They did not do as well…
The Old Farmer’s Almanac has been making yearly long-term weather forecasts for 230 years. We pay attention to them because they are normally 80% accurate. They did not do as well last winter but were 72% in predicting the direction of temperature change, and 78% accurate in the change in precipitation. This is pretty remarkable because while the U.S. weather forecasts are 90% accurate five days in advance, they are only 80% accurate seven days out. The Old Farmer’s Almanac forecasts are far less specific, they only predict the direction of change, but their forecasts are for twelve months in the future, quite impressive. Figure 1 is their forecast for the lower 48 United States, for this winter.
I talked to a big firewood seller yesterday here and he told me that they are completely booked out with deliveries scheduled for every day till the end of november. I asked whether that's normal for this time of the year, and he said no, it's "bizarre" how big the demand is this year. Maybe the local farmers/people are familiar with such predictions (or some are and then it's a psychological effect à la toilet paper crisis), or maybe there is some "signaling" going on unconsciously... Found it interesting.