Note: the image below is an animation, on some browsers you may have to click on it to get it to animate.
Above: Image from Unisys showing the circumpolar vortex during the last big outbreak and decay in the CONUS. Animation by Anthony h/t to Scott Sabol Fox 8 for the source.
Guest essay by Dr. Tim Ball
Recently Talk Show host Conan O’Brien played a compilation of TV news people all making essentially the same comment. They were using a phrase prepared by some central PR agency, something like their subscription to a news agency like Associated Press (AP).
It’s orchestration of a message using artificial words or phrases to control and promote misinformation and deception. A good example was the use of the word “glitch” in reference to the abject failure of the Affordable Care Act web site. Sometimes the words are created, to marginalize and denigrate a group; “birther” is a person who questions the President Obama’s resume. Climate has two prime examples; Global Warming Skeptic and Climate Change Denier. They are forms of collective personal attacks, if that isn’t a contradiction.
Manufactured terminology appeared in climate in conjunction with its use as a political vehicle. Catch phrases appeared that created false, but threatening images such as the Greenhouse Effect (Artificial Heat) or the Ozone Hole (Leaking). Mechanisms of climate change were presented as something new even though they were well known and in the literature for decades. The idea that they were “new” played into the deliberate attempt to link them to human causes. I recall when El Nino first appeared in the public forum because it moved north and impacted California in 1983. Most thought it was a new phenomenon, therefore caused by humans. The common denominator of most environmental and climate science of the last 40 years is the determination to find a human cause for everything. The IPCC ensured this because the United Nations Framework Convention on Climate Change (UNFCCC) limited their research by definition to human causes of climate change.
The latest example of phrase creation is the resurrection by Obama’s Science Czar John Holdren of the term “polar vortex”. It’s resurrected because the term was used by Time magazine in 1974 when they explained global cooling as follows,
“Scientists have found other indications of global cooling. For one thing there has been a noticeable expansion of the great belt of dry, high-altitude polar winds — the so-called circumpolar vortex — that sweep from west to east around the top and bottom of the world.”
In January 2014 they said
“It may well be that global warming could be making the occasional bout of extreme cold weather in the U.S. even more likely. Right now much of the U.S. is in the grip of a polar vortex, which is pretty much what it sounds like: a whirlwind of extremely cold, extremely dense air that forms near the poles.”
Notice the first says “circumpolar vortex” and the second “polar vortex”. Holdren attributed the recent cold spell to his invented term of “Polar Vortex” and took the unusual step of producing, a two minute video. It only served to illustrate his ignorance. He is a master at changing terminology such as his introduction of “climate disruption” as adjectives ‘warming’ and ‘change’ lose their effect. Disruption implies it is anomalous or new. It doesn’t matter if the term or the explanation is wrong, the goal is to get a headline and imply a human cause; with Polar Vortex it worked well.
Originally the Circumpolar Vortex (CV) was the middle latitude wind that blew around the Poles from west to east. The faster moving segments with speeds above 30 m/sec (108 kph), were designated as Jet Streams. Over time the entire circulation became the Jet Stream. The CV is also called the westerlies referring to the overall direction of flow of winds and weather systems in the middle latitudes (35 to 65°). The CV is a strong wind at altitude first identified by pressurized US B29 (Flying Fortress) bombers going to bomb Japan.
Figure 1
As early as 1925 Carl Rossby began his study of the Polar Front, the boundary between the cold polar air and the warmer tropical air. (Figure 1) Temperatures across the Front are the greatest so above the surface, away from the effect of friction, they combine to create the CV. Waves in the CV determine the shape of the Polar Front and the associated surface weather patterns.
The Front is coincident with the boundary between surplus and deficit energy or line of Zero Energy Balance (ZEB) (Figure 2). By 1946 Rossby identified the large planetary waves given his name (Figure 4).
Figure 2
The challenging issue in the early days was to explain the development of sinuosity in the Vortex. Apparently, if a liquid or gas flows through a uniform medium it will begin as a straight line flow and develop a sine wave pattern. This applies to rivers flowing through sediment to develop meander waves and also to the sinuous pattern of the Gulf Stream (water through water). The CV is air flowing through air.
The CV as upper level winds are affected by the high mountain chains that run north/south across their flow, such as the Andes in the Southern Hemisphere Andes and Rockies. Standing waves develop in the flow downwind of these obstacles. Since the latitude of the CV moves north and south with the seasons the influence and downwind effect varies. For example, when the CV crosses the Rockies in central Alberta a very confused turbulent pattern develops downwind making forecasting very difficult. In Alberta they say only a fool or a newcomer tries to predict the weather.
The strength of the CV is different between the hemispheres because of the land/ocean distribution. In the Southern Hemisphere it is more clearly defined and the winds much stronger because you have a very cold Antarctica surrounded by continuous open warmer southern oceans. This is an important difference in the pattern of distribution of ozone. In the Northern Hemisphere it is an Arctic Ocean surrounded by land creating a very different juxtaposition.
A recent paper by Barnes et.al., discussed at WUWT claims there is no pattern, which implies no cause/effect, between atmospheric blocking, Arctic warming and sea ice conditions. They wrote
“…an increase in blocking could mean an increase in weather extremes as Arctic sea ice continues to decline. However, both observational and modeling studies suggest that any potential link between sea ice and midlatitude weather may be masked by internal variability.” and, “…the link between recent Arctic warming and increased Northern Hemisphere blocking is currently not supported by observations.”.
As usual the data base is completely inadequate in space and time as their diagrams illustrate. More problematic is the implication that sea ice is a cause of blocking and the changing wind conditions determine sea ice patterns. This was the situation that resulted in the dramatic change of ice conditions in 1816 during the cold temperatures associate with the Dalton Minimum. The extreme Meridional Flow was caused by the eruption of Tambora as we determined at the 1992 conference in Ottawa. It was also finally acknowledged by NASA as the major cause of changing ice conditions in 2007.
Nghiem said the rapid decline in winter perennial ice the past two years was caused by unusual winds. “Unusual atmospheric conditions set up wind patterns that compressed the sea ice, loaded it into the Transpolar Drift Stream and then sped its flow out of the Arctic,” he said. When that sea ice reached lower latitudes, it rapidly melted in the warmer waters.
This problem of inferring that surface conditions cause upper air patterns is prevalent in current climate science. The classic example is the weakening and even reversal of the subtropical easterlies that are the primary initiating factor in the El Nino/La Nina pattern. What causes the change in these upper level winds?
Figure 3
One way the surface affects conditions is the air sitting on the ground takes on the characteristics of the area. Historically this was known as the “Air Mass” system. For example, air that sat over cold snow covered Arctic land became a continental Arctic (cA) air mass (Figure 3). It was the same as the recent outbreak of Arctic air in eastern North America.
Marcel Leroux revisited this process in his 2005 book Global Warming: Myth or Reality? The Erring Ways of Climatology. Leroux simply renamed the cA air mass the Mobile Polar High (MPH). The important point is the air moves because of the upper flow enhanced by the density of the air.
Two basic patterns can occur in the CV, described as Zonal and Meridional (Figure 4). Zonal gives relatively stable weather in the middle latitudes with generally prevailing southwest winds in summer and northwest in winter. Meridional flow brings more north/south winds, variable weather especially of temperature and precipitation. So far the focus has been on averages and trends, but we must start considering variation. It is changing was Meridional Flow asserts itself. This is one positive side of the increased variability of weather that cooled Washington and forced Holdren to create the “Polar Vortex”. People are so conditioned most assume a new terminology means it is a result of human activities. This is possible because most are unaware of the historical patterns associate with cooling an Meridional flow.
Figure 4
The number of waves around the complete Vortex varies, but generally creates two groups of Rossby Waves; 1-4 with Zonal conditions or 5 – 8 with Meridional flow. The length of time over which each can last varies but can persist for decades, which is a major reason why the paper by Barnes is inadequate and the 30 – year normal is unhelpful.
Rossby Waves move along the Polar Front so that the weather pattern changes approximately every 4 to 6 weeks. As cooling occurs the Polar Front moves toward the equator and a Meridional pattern develops. When this happens amplitude reaches a certain depth (north/south) and blocking occurs. Usually this delays the movement of the Waves so weather patterns persist for 8 even up to 10 weeks. It is called Omega blocking reflecting the Greek letter shape on the weather map. (Ω)
With a Meridional pattern cold air pushes toward the Equator and warm air toward the Poles. This pattern was very apparent globally over the last few weeks. Normally media only look at the warmer areas, unless the cold hits politically sensitive regions, such as the eastern US. Figures 5 and 6 illustrate another problem with changes in the Rossby Wave pattern on global temperatures.
Figure 5 shows cold air over eastern North America and Western Europe and Figure 6 warm air over those regions. The black dots represent weather station but present a distorted picture because of the map scale, nonetheless they show how different positions of the Rossby Waves creates different emphasis on densely populated and Urban Heat Island affected stations of eastern North America and Western Europe.
Figure 5
As the dome of cold polar air expands (Figure 1) seasonally or because of global cooling the mean position of the Polar Front moves toward the Equator increasing the temperature contrast between the two air masses. Cold air is denser and heavier than warm air so it dictates what happens as we know from the evolution of mid latitude cyclogenesis. With this new pattern the surplus energy from the tropics is increasingly concentrated in the warm axes Waves thus increasing the temperature.
This likely explains why when extreme cold pushes south, as it did in the recent cold spell over eastern North America, very warm Wave regions develop.
Figure 6
The pattern of the Waves also determines precipitation events. For example, the extreme Meridional flow of 1816 caused an extreme drought in central and western North America. Agricultural droughts in the middle latitudes are related to blocking when dry conditions persist for 8 to 10 weeks. Similarly, flooding occurs in other regions. We can witness these patterns now with the flooding in Britain as the following headline attests: “Water, water everywhere: Britain at risk of more flooding as heavy rain looms.” Meanwhile drought is impacting northwest coast of America.
The U.S. Drought Monitor, released Dec. 26, showed abnormally dry to drought conditions across Oregon and abnormally dry conditions across much of Washington. Drought conditions were shown in other Western states, too.
UK Prime Minister David Cameron said he “suspects” the storms and floods are linked to climate change. He is right for the wrong reason. He believes the changes are the result of warming when they are actually due to cooling. It appears it is ignorance not a political distortion. Agenda 21 and the Intergovernmental Panel on Climate Change (IPCC) arose out of the works of members of the Club of Rome to which Holdren was a major contributor. When climate was chosen as a political vehicle it became a war. It became “us against them” or “if you are not with me you must be against me”. And as Aeschylus said, “In war, truth is the first casualty.”

Jimbo says: January 13, 2014 at 2:53 pm
“the Polar Vortex terminology. Is that it? Your ammo is running low.”
This post is titled: “It’s The Circumpolar Vortex Not The Polar Vortex And Other PR Deceptions”. It seems a reasonable point to comment on.
“Good to see you find the sceptics view in line with your own on the vortex bad behaviour in our modern SUPER HOT PERIOD.”
I’m sorry to hear that the Polar Vortex has been making a nuisance of itself up your way. But the forecast max here for today (Tue, where the tennis is on) is 43°C. And not much less for the rest of the week.
I recently had a letter published in our national daily newspaper The Australian in which I urged skeptics to refrain from playing by the warmist’s rules by meekly accepting and using the almost meaningless term ‘climate change’. We should always refer to the theory of Catastrophic Anthropogenic Global Warming. Don’t let them get away with changing the ground rules.
“The common denominator of most environmental and climate science of the last 40 years is the determination to find a human cause for everything.”
It’s worse. Such elites as Maurice Strong who actually created the UN environmental organization that cooked up the IPCC, knew full well that the world is full of useful idiots who have no idea they are being manipulated. Lenin knew this and P.T. Barnum’s “..a sucker born every minute” is another iteration of the principle. These seemingly idealistic creations are really the work of deeply cynical and hateful few. The predisposed “useful” throngs, are vessels seeking fulfillment who plunge into the project.
Steve McIntyre estimated:
“In my opinion, most climate scientists on the Team would have been high school teachers in an earlier generation – if they were lucky. Many/most of them have degrees from minor universities. It’s much easier to picture people like Briffa or Jones as high school teachers than as Oxford dons of a generation ago. Or as minor officials in a municipal government.”
And about his ever humble self:
“Allusions to famous past amateurs over-inflates the rather small accomplishments of present critics, including myself. A better perspective is the complete mediocrity of the Team makes their work vulnerable to examination by the merely competent.”
http://wattsupwiththat.com/2013/08/04/quote-of-the-week-high-school-climate-science/
This might be why these things always fall apart eventually, but damn, the damage and the cost….
tty says: January 13, 2014 at 11:25 am
They even achieved something.
– – –
On May 5, 1945, a woman and five children in Gearhart Mountain, Ore., were killed after discovering an explosive balloon launched by the Japanese military:
http://www.findingdulcinea.com/news/on-this-day/May-June-08/On-this-Day–Japanese-WWII–Balloon-Bomb–Kills-Six-in-Oregon.html
A good reference on Rossby Waves:
Introduction to Rossby waves, Paolo Cipollini on 6 March 2000 (National Oceanography Centre, University of Southampton, UK).
http://www.noc.soton.ac.uk/JRD/SAT/Rossby/Rossbyintro.html
Nick Stokes said:
I’m sorry to hear that the Polar Vortex has been making a nuisance of itself up your way. But the forecast max here for today (Tue, where the tennis is on) is 43°C. And not much less for the rest of the week.
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
Your forecast corresponds with living in Melbourne, Nick.
So you must have noticed that our summer arrived very late. The current forecast is for a very ordinary week in mid-summer, with very ordinary hot weather of the kind you should expect at this time of year; nothing remarkable. Tell me when it gets hot.
Melbourne Feb 6, 1851:
==============
THE WEATHER. – Thursday was one of the most oppressively hot days we have experienced for some years. In the early morning the atmosphere was perfectly scorching, and at eleven o’clock the thermometer stood as high as 117° in the shade [47.2°C]; at one o’clock it had had fallen to 109 °and at four in the afternoon was up to 113°.
The blasts of air were so impregnated with smoke and heat, that the lungs seemed absolutely to collapse under their withering influence; the murkiness of the atmosphere was so great that the roads were actually bright by contrast. The usual unpleasantness of hot wind was considerably aggravated by the existence of extensive Bush fires to the northward, said by some to have an extent of 40 or 50 miles.
http://trove.nla.gov.au/ndp/del/article/4776072
==============
Nota bene:
A few hot days in Melbourne were not found to correspond with the periods of global warming.
This is one of the most important statements in this post:
“This problem of inferring that surface conditions cause upper air patterns is prevalent in current climate science. The classic example is the weakening and even reversal of the subtropical easterlies that are the primary initiating factor in the El Nino/La Nina pattern. What causes the change in these upper level winds?”
Here’s a possible answer
Combine this with the above post:
Wilson, I.R.G., Long-Term Lunar Atmospheric Tides in the
Southern Hemisphere, The Open Atmospheric Science Journal,
2013, 7, 51-76
http://www.benthamscience.com/open/toascj/articles/V007/TOASCJ130415001.pdf
The Russian’s have long claimed that there are two dominant types of wind patterns over North central Asia. For 30 years the wind pattern as dominated by Zonal (East-West) wind directions and then fro the next 30 years the wind patterns are dominated by Meridional (North-South) wind directions (and so on). This the rough equivalent to the Zonal and Meridional patterns seen in the Jet stream (see figure 4 above).
It isn’t hard to see that when Zonal wind patterns dominate in the mid-latitudes, atmospheric energy transfer between the tropics and pole is inefficient and so the world warms for ~ 30 years. Similarly, if Meridional wind patterns dominate, atmospheric energy transfer between the tropics and pole becomes more efficient and so the world cools for ~ 30 years.
What many climatologists forget is that there two belts of dry descending air – the polar high(s) and the horse-latitude highs (near 30 degrees latitude), just as there are two belts of moist ascending air – the equatorial zone of convergence and the mid-latitude lows and cold front(s) (near 40 to 60 degrees latitude). Both play an important role in affecting the efficiency of atmospheric energy transfer from the tropics to the poles.
What actually causes the 30 year flip between zonal and meridional wind flow patterns [and hence a ~ 60 year climate cycle] is still open to question.
I have proposed in the reference sighted in my previous post above that it is a 31/62/93/186 year pattern in the long-term lunar atmospheric tides that produce standing-wave longitudinal atmospheric pressure patterns that reinforce horse-latitude (semi-stationary) highs for 31 years then weaken them for the next 31 years.
Khwarizmi says: January 13, 2014 at 5:30 pm
“The current forecast is for a very ordinary week in mid-summer, with very ordinary hot weather of the kind you should expect at this time of year; nothing remarkable”
Hardly. Here are the stats. Average 1855-2013 number days >40°C, in Jan 0.7. Whole summer 1.3. Here is the current forecast. 3 days >40 and another 39.
And yes, it’s our first >40 for the summer. But it was 39.9 on 19 Dec.
It was 39.7 at 1pm today.
“good luck with the ad homs”
I actually regret the harsh language. I could have made my point without the epithets. But if the goal is winning the debate, I can absolutely guarantee it will never be accomplished with political or religious based arguments. The other side has been impressively effective in framing the argument in political terms (we’ll never listen to a bunch of anti-science dumb flat earth conservatives), so when you do this you’re just playing into their hands….If the goal is to open people’s minds, stick to the facts…
Incidentally, some of you guys are like little kids with fireworks wrt some of these logical fallacies…”ad hominems”, “appeals to authority” especially, which is to say you can’t wait to set them off whether regardless of the circumstances…Half the time they don’t apply.
@ur momisugly Nick Stokes
Averages are just that and have no real meaning. We had 49.7 down here (W Aust) last week. Just can’t seem to find that elusive 50 BOM have been on about. 🙂
Many of us from Down Under have to constantly apologize for the misguided statements of Nike Stokes about the weather. Our hope is that one day he will be able to distinguish between weather and climate.
The Bureau of Meteorology (BOM) here in Australia is regularly used by the alarmist media [Fairfax press and the ABC TV] to constantly hype the argument that the recent heat waves we have received here in Australia are UNPRECEDENTED!
However, the BOM’s own temperature data shows that this is not the case.
Melbourne is about to experience three days of above 40 C (104.0 F) temperatures with the possibility of a 4th which is currently predicted to be about 39 C (102.2 F). Such an extended heat wave has not happened since 1908 when as we all know greedy industrialists were driving SUVs and their coal fired power stations were belching forth huge quantities of CO2.
[Note: hardly a summer goes by without Melbourne experiencing two or three days in a row with temperatures over 40 C]
Here are Melbourne’s recent temperature measurements:starting on the 1st of January this year:
[Note 26 C = 78.8 C]
1st__26.3 __2nd_23.6___3rd__22.3__4th___20.7
5th__26.7__6th__20.2__7th__20.8__8th___27.5
9th__33.3__10th__34.7__11th__22.7__12th__22.8
13th__31.1
Oh how can we survive such blistering heat!!?? Please send us some aid as soon as possible or will all die from the blistering heat! Our clothes are bursting into flames…. please help us!!
@ur momisugly Nick Stokes
And at the moment that is only a forecast. 1908 had 6 consecutive days.
Ian Wilson says: January 13, 2014 at 8:15 pm
“Our hope is that one day he will be able to distinguish between weather and climate.”
I said nothing about climate. Jimbo alluded to the current cold snap in the US (liberally mentioned at WUWT) and I pointed out that it is hot where I am. And it is.
“[Note: hardly a summer goes by without Melbourne experiencing two or three days in a row with temperatures over 40 C]”
Not true. As I noted above, the long term average is 1.3 days in total for the whole year.
“[Note: hardly a summer goes by without Melbourne experiencing two or three days in a row with temperatures over 40 C]“
Since the “average” is 1.3, that means most have more than 1, which falls into the 2-3 range since some have zero. He said “hardly a summer”, not every summer. You are wrong again.
Dr. Ball,
Thank you, for this informative primer on Rossby Waves and the yin/yang of Zonal and Meridional flow, as well as standing waves generated off the lee side of mountain ranges. I have seen these expressed locally as a series of lenticular clouds extending east of Mt. Rainer at approximately 16,000 – 20,000 feet ASL.
Re-reading your essay while visually watching the Rossby Wave progression on the ‘Earth’ site reinforced the relevant details.
http://earth.nullschool.net/#current/wind/isobaric/500hPa/orthographic=152.04,90.00,360
Thanks for the insights,
Mac
Nick Stokes said in response to my comments in brackets below:
“[Note: hardly a summer goes by without Melbourne experiencing two or three days in a row with temperatures over 40 C]“ Not true. As I noted above, the long term average is 1.3 days in total for the whole year.
A great way to hide periodic heat waves in Melbourne is to average them out with years in between in which there are no heat waves. This is a common statistical trick used to fool the gullible. What you are comparing are heat waves.
Melbourne Regional Office [BOM Station 86071] has maximum temperature data back to 1858
From 1858 to 1910 the following years had four or more summer days over 40 C:
1858 – 4 days (2 in a row above 40 C)
1870 – 5 days (2 x 2 in a row)
1882 – 4 days (2 in a row)
1898 – 7 days (2 in a row)
1900 – 6 days (3 in a row)
1905 – 5 days (3 in a row)
1908 – 5 days (5 in a row)
You have to compare the current heat wave with these heat waves and not with the years in which heat waves do not occur. Why? For the simple reason that the conditions that produce heat waves do not exist every Melbourne summer. Similar heat wave conditions apply between the years 1970 and 2020. In fact I am predicting a real scorcher in meklbourne during the summer of 2018/2019.
I’ll repeat the question as people may have missed it. I know there are people here that have a much better grasp on the topic than I do. I just want to clarify the most likely probability or combination thereof amongst we skeptics and gain an understanding of the precise nature of what causes such dramatic Meridonal jetstream patterns.
From what I gather there are 3 competing (or complimentary) theories for the massive cold and hot snaps recently:
1. The cooling climate leads to expanding cold and a steeper temperature gradient between the lower and polar latitudes creating more turbulence and a meridonal wave pattern and hotter areas due to surplus energy.
2. Sudden stratospheric warmings caused by solar activity in conjunction with Rossby waves and the Quasi-Biennial Oscillation warm the polar region causing a LESS steep gradient on the polar front weakening the vortex and causing the jetstream to meander South creating a blocking effect.
3. Less Polar ice causes more heat absorption and more polar warmth thus causing a LESS steep gradient on the polar front weakening the vortex and causing the jetstream to meander South creating a blocking effect. (Unlikely I would’ve thought given the lack of warming and slowly recovering Arctic ice, although I guess Arctic ice loss is more to do with warm water intrusions and wind patterns, not global warming)
4. something else?
I apologise, I’m not at all an expert on this and may have it all wrong but I’m wondering if someone can clear this up for me.
Mr Ball?
PS: Thanks for the great article.
Thanks Dr. Ball well and clearly explained, though river meanders are due to water buildup in an area of slow flow like flat plateaus, wide valley bottoms and near discharge points on coasts. The meanders create a reservoir for the excess water but will flood onto the flood plain at times of heavy rain. Meander flow is quite interesting and routes change frequently as flow is modified by sedimentation.
philjourdan says: January 14, 2014 at 6:25 am
“Since the “average” is 1.3, that means most have more than 1, which falls into the 2-3 range since some have zero. He said “hardly a summer”, not every summer. You are wrong again.”
“hardly a summer goes without” means it happens almost every summer. “It” is 2-3 consecutive >40. With an average of 1.3/yr, that’s impossible.
Anyway, he gave the numbers for a 52 year period. 45 of those summers went by “without Melbourne experiencing two or three days in a row with temperatures over 40 C” in that time. That’s not “hardly a summer”.
@Nick Stokes. I guess you flunked math 101. So what is the average of 4 years, of 2, 1, 0, 2?
Give up? 1.25 – strangely very close to the 1.3. Why? That is how math works. So when he qualified his statement by “hardly a year” and included the number 2 in his calculations, he was being correct. You were not.
ps you might wonder why I am up blogging at 1.40 am. The reason us that it is 36.4 °C.
36 degrees here as well – guess that is the world temperature.
This has all been a bit Northern Hemisphere centric for a reason but, could someone link a site to show the Antarctic Rossby Waves. I live in a high dessert valley in northern Argentina and I am looking to gain an understanding of the air flow dynamics that influence the temperature changes. Also, if it might lead to a drought or flooding period.
An extraordinarily persistent pattern like this could be a factor in ending an interglacial. It has been noted that during the ice mode of an ice age, the climate over the glaciated parts of NoAM are cold and snowy meanwhile the SWUS is even more arid than normal. The aridity can be found nearly up to the ice face especially the southwestern part of the ice face. Well, what do we see presently?
Twiggy says:
January 14, 2014 at 6:58 am
This has all been a bit Northern Hemisphere centric for a reason but, could someone link a site to show the Antarctic Rossby Waves.
~~ ~~ ~~ ~~ ~~
same map as Arctic, but rotated:
http://earth.nullschool.net/#current/wind/isobaric/500hPa/orthographic=165.21,263.00,360
(you can spin the planet with your cursor)
Nick Stokes says:
January 14, 2014 at 6:47 am
ps you might wonder why I am up blogging at 1.40 am. The reason us that it is 36.4 °C.
~ ~ ~ ~ ~ ~ ~
Hot summer nights….cool!
It was a hot summer night and the beach was burning.
There was fog crawling over the sand.
When I listen to your heart I hear the whole world turning.
I see the shooting stars falling through your trembling hands.
http://www.azlyrics.com/lyrics/meatloaf/youtookthewordsrightoutofmymouthhotsummernight.html
Oh babe you make me feel like it’s a
Hot summer night
Even though it’s the middle of the winter
And it’s really bad weather
It’s a hot summer night
When I’m next to you, baby
http://www.azlyrics.com/lyrics/gracepotterandthenocturnals/hotsummernight.html
It felt good when we got it right
It felt good on a hot summer night
Ooh hot summer nights
Ooh hot summer nights
http://www.lyricsmode.com/lyrics/n/night/hot_summer_nights.html