ARCTIC SEA ICE –Barents Bounce-back–

Over at Tony Heller’s site at I spotted an interesting map which emphasizes the growth in sea-ice in Barents Sea since 2006. (more ice than 2006 shows as green.)

Ice gain 0513 FullSizeRender

With the sun up close to 24 hours a day now, at those high latitudes, the increase in ice represents a significant area where sunlight is reflected back to space, as opposed to 2006, where the reduced extent allowed darker waters to embrace the sunlight and suck it into the sea and….and…and eventually result in the highest September ice extent in recent years?

Hmm. Some sort of flaw is boldly rearing its head here, in terms of the simplistic “albedo” theory of how the Pole is to become as ice-free as it was in prior optimums. If we were comparing apples to apples, the above map should mean we would have more sea-ice this September than in 2006. I think we will have more than last year, but more than 2006 would surprise me (though it is not outside of the range of possibility.)

I only bring this up because I think the “albedo” idea is way, way too simple, and the above map should make that obvious. The “albedo” theory is an idea concocted for the simple, in the manner Santa Claus was conceived to explain Christmas to little children.  It needs to be discarded, in the manner serious Christians discard Santa Claus. The reality is far more wonderful.

Let’s just compare last year on May 16 to May 16 this year; (2016 to left, 2017 to right):


Last year there was open water north of Svalbard, where this year ice piles against the north coast. However, before you leap to any conclusions, lets compare May 16 last year (left) with March 1 this year (right):

The polynya northeast of Svalbard should leap out at you. 45 days ago all the sea-ice between Svalbard and Franz Josef Land was slush and pancake ice, in places only inches thick. One could leap to different conclusions two months ago, and indeed some did.

Some concluded that, if the ice was so thin on March 1, it could only get thinner as the sun rose and temperatures moderated between March 1 and May 16, but compare the maps: (March 1 to left, May 16 to right.)

Hmm. Abruptly the waters between Svalbard and Franz Josef Land are filled with ice 4-7 feet thick. What the heck happened?

Well, a little is due to temperatures being below normal, but largely the change was due to winds.  Earlier in the winter south winds shoved the ice north and created polynyas north of Svalbard (and even north of Franz Josef Land at times) but then that pattern reversed and more northerly winds brought all the ice crunching and crashing back south.

Conclusion? The thickness of sea-ice often has little to do with air temperatures, and with any slight effect CO2 may have on that air. Rather it is largely effected by winds.

I should add it is also effected by the temperature of the waters below the ice. And this is another reason the area shown by the above maps is important, for it is the area where Atlantic water enters the arctic.

Atlantic water has a component brought north by the Gulf Stream, and Gulf Stream water has been subjected to warmth that has evaporated enough water to increase the salinity of the sea-water. Gulf Stream water is therefore more warm and more salty than the arctic water it moves into. The warmth makes it want to rise but the salinity makes it want to sink. For a time the warmth holds Gulf Stream water up at the surface, but after a while it cools to a degree where it’s salinity makes it take a dive, and it then flows as warmer but more salty water beneath the cooler but less salty water just beneath the ice. (At this point it is usually referred to as “Atlantic” water rather than “Gulf Stream” water.) In a very general sense, the cooler water just beneath the ice is the “mixed” layer, the Atlantic (and/or Pacific) water is the “pycnocline” layer, and the deeps are, with amazing creativity, called the “deep” layer.

As an aside, I should mention that some don’t think such stratification exists at the Pole. NASA states,  “At high latitudes, the pycnocline and mixed layer are absent“, and proves it with this lovely graphic:

Sea layers ocean-vertical-structure_clip_image002

I suppose they assume the water is so cold at the Pole the variations of temperature don’t matter, especially as the northern waters that head south are so chilled they take a dive and become part of the “deep layer.”

In truth, slight variations of cold temperatures matter a lot, in the world of sea-ice. A tenth of a degree can be the difference between water being liquid or solid, and that can be the difference between cold water sinking from sight or cold water bobbing as ice at the surface.  Therefore sea-ice scientists, while not telling NASA to go to hell (due to funding concerns) are so rude as to ignore NASA graphics and to speak of the arctic’s “mixed”, “pycnocline” and “deep” layers, and some even may divide the pycnocline into “Atlantic”, “Pacific”, and “Preexistent” layers.

Considering a lot of the melt of summer ice comes from beneath, it pays to attend to any news you can find about what is going on under the ice. It turns out the antics of these layers is insidiously complex. It is not enough to merely get a little data from the north and then flee south to a computer, and attempt to model the antics, for there are too many variables and too much chaos-theory involved. What we really need are real-time measurements from real buoys put in place by real scientists with real guts.

Most of what we know about the antics of waters under the ice was discovered by just such gutsy  scientists, and often what was discovered was things that were not suspected beforehand, and therefore were not included in computer models.

For example, the “mixed” layer is assumed to be mixed by waves, as explained by this simple diagram:


Therefore, when ice forms, there can be no waves, and therefore no mixing, right?

Wrong. It turns out there are at least two mixings that occur even when the waters are seemingly still, under the ice. The first is that the ice, as it freezes, exudes salt as brine, and a steady rain of these brine-droplets wormhole down through the new ice and then rain down into the less-salty mixed layer, making it both colder and more salty, and therefore to differentiate differently from the pycnocline. The second is called “Ekman Spirals”, and is caused by Ekman Transport.

Allow me to pretend I understand this Ekman stuff:  Basically floating ice has a keel, which creates drag, which allows the Coriolis force to influence motion. Even in 1897 Nansen noted that the sea-ice drifted at an angle to the direction the wind blew, and in the 1960’s real scientists with real guts were out on the sea-ice noting strange stuff in the waters beneath,

It should be noted that this does not merely mix waters in the “mixed” layer, but pulls up water from the pycnocline as an upwelling:

Conclusion? Well, the ruckus that has been going on all winter and into the spring, in Barents Sea, has had to have had an effect on the Atlantic water moving north into the Arctic. What might that effect be?

How are we to know, without gutsy scientists heading up there to place real buoys that give us real-time data? I sure don’t trust any model, because a model depends on real-time data. If you put guesses in you will get guesses coming out.

My own guess is that the arctic pycnocline has been effected, and in the future this will effect the sub-surface measurements of the layer of “Atlantic” water in other parts of the Arctic Sea.

How? I think there will be less slightly-warmer-slightly-more-saline water to be stirred up by summer arctic storms, to hurry the summer melt. But this is just a guess. How can I know without real-time data?  And how can that data be gathered, if funding is cut at the Pole, so frantic beltway bureaucrats can line their nests?




ARCTIC SEA ICE –Northabout Awaits Thaw–(With Monday Update)

We have been watching the travels of the Northabout, which is attempting to circumnavigate the Pole this summer, with interest because it will act as our on-the-scene reporter of ice-conditions on the Siberian side of the Pole.

The Northabout is tucked into a cove to the west of Vilkitskogo Strait, which is the western entrance of the Laptev Sea. They are waiting for the sea-ice conditions to improve, and south winds may be helping them out. Skies have cleared, and you  can peer down from outer space by using:

I’m going to try to zoom in, copy, and paste the image here.

Drat. For some reason it clipped off the edges. Anyway, the Northabout is off the picture to the right. South winds have cleared a tentative channel right along the coast to thicker sea-ice on the right side of the picture. That thicker ice is broken up, and a gutsy captain might try to pole and poke his way through, with a steel hulled boat made for such conditions. On the other hand, one can sip vodka and wait.

During August the Siberian rivers reach their peak levels of flood, as all last winter’s snow is melted by the long days and is rushing downstream. The floods are unreal. The Lena River (world’s tenth largest) can rise sixty feet from its January levels. All that water pours into the Arctic Sea and creates a “freshwater lens” along the coast, especially in the Laptev Sea. Though the river water is very cold it can melt Sea Ice, and create a brief channel. Interestingly, because it is fresher, it freezes at a higher temperature, and the “freshwater lens” in the Laptev Sea doesn’t need much of an excuse to re-freeze. (Watch how quickly the Laptev Sea freezes in the fall.)

My guess is that they will bide their time and wait for melting. The problem is that they’ll be falling behind schedule.

They are tucked into a bay in an island that is near the center of the satellite shot below. (South to the top.)You can see that the north winds behind the last storm pushed a lot of ice south to the east of their refuge.

Below is a picture posted by “Colorado Wellington” over at

(South to the bottom. Location of Northabout marked by the red dot.)

Northabout 9 15139-1

It does look like the last low pressure system pushed the ice southeast, but I’m not concerned about them being blocked in at this point, as winds are shifting to the south as a ridge of high pressure slides over. Then the next low will give them some south winds ahead of it, and may be helpful because it may pull a loop-de-loop in the Kara Sea, keeping them in the south winds and pushing the ice away from shore.  The lows center broadens in the Canadian JEM model, giving them a period of calm if they want to attempt to motor through Vilkitskogo Strait,  72 hours from now.

Hopefully this post will include updates. They are well worth watching.

Tuesday Update

They are still waiting. Some ice blew into their anchorage. “At 4am Constance woke me, bits of floating ice all around.  I thought she was pissed, so got up in my boxers. She was right, with the change of direction of wind, we had lots of bits of loose ice all around the boat, and worryingly, congregating around the anchor chain.”

I wish they’d post some pictures. Also describe how the water temperatures changed as the ice moved in. Maybe they will, later. I sent an inquiry to their blog site.

The blogger “AndyG55” produced this good picture of how the ice blew south, and where they anchored. (South is to the top.) He marked a potential escape route with the yellow arrow, though I think the ice will stay scattered. Winds have since shifted to the west, and it looks like our good satellite view will be obscured by clouds.

Northabout 10 15248-1

Now AndyG55 has posted a picture of the clouds moving in today.

Northabout 11 15259-1

I would not blame the captain for being cautious. One thing the satellites do not show very well is the smaller bergs, and last summer I could watch O-buoy 9 go from being in water that seemed utterly ice-free to a scene of jammed ice in a matter of mere hours.

I’ll continue to update, as this is interesting to me.


Below is a picture of the ice that blew down the harbor and gave them a rude awakening.

Northabout 12 Screen-Shot-2016-08-04-at-12.11.50-1024x571

Thursday Update

Looks like they have to hunker down and wait out a bit of a blow that blew up right on top them. The winds may be clearing the coast of the Laptev Sea but it looks like Vilkitskogo Strait could be jammed up. The storm will fade by Sunday, and then they’ll have to appraise the situation.

Northabout 13 gfs_mslp_uv10m_arctic_2

Saturday Morning

It was a good thing they were in a safe anchorage, as the storm gave them gale force winds gusting up to 38 knits, and near white-out conditions of fog, rain, and some wet snow. Air temperatures were around +2°.

The storm is now filling and fading to the west.PS1 cmc_mslp_uv10m_arctic_1

By Sunday morning their north winds should have slackened, and they will be able to appraise how much ice blew south to block their route.

PS3 cmc_mslp_uv10m_arctic_5

By Monday morning a very small low will develop in the wake of the departing storm, and they may see winds shift to the south as it approaches.

PS5 cmc_mslp_uv10m_arctic_9

It is more of a test than you would imagine to be trapped in a boat with the same people day after day, especially when you can’t even go out onto the deck to see the sky. Until the strait clears there is nothing they can do but be patient and wait.

Here was the ice-situation before the storm (from Ron Clutz’s site). I’ll have to figure out how he gets these maps.

Northabout 14 laptev-gateway

Northabout 15 ru-legend


We are getting our first glimpses through the clouds as the storm fades, and it looks like their is still ice in the strait, though it may be less concentrated in places. There is a sort of geology to sea-ice, and I can see what I call “ice bars”, for they remind me of the sand bars that form along the sandier parts of the east coast. They shift fairly swiftly, and I doubt one would seek to plow through them in a sailboat the way one can do with an icebreaker.

If they do attempt a run along the coast they will be keeping an anxious eye to the north, for the ice can return. A very good example was seen up in Barrow Alaska last week. The ice was gone, and none could be seen on the horizon, for over two weeks, and then it returned abruptly, and crunched up against the shore. At low tide it could be seen that the bergs were fairly thick; definitely not slush. Briefly there was a second mass of ice visible on the horizon. Hopefully a link to the webcam (atop a bank building) can be seen here:

(I’d hoped to preserve the above video for posterity, but unfortunately it stopped working when it was replaced by a updated 10-day video. You can still see the sea-ice (for a few more days) by going to the website and hitting the ten-day-animation, but when the event recedes more than ten days into the past it will be harder to find a record of it.  The website is here:

Once the visual record is unavailable you’ll just have to take my word for it that what happened happened.)

If a sailboat was coasting along the shore and a mass of ice like that came south the captain would be in for some difficult maneuvering, and the crew busy pushing the bergs from the boat with poles. In a worst case scenario they might be driven ashore with the ice. So I can see why a captain would wait in a safe anchorage, even if the vodka ran out.

I should note that the satellite didn’t show the ice at Barrow as anything worse than milky-looking water. The ice is more impressive when you meet it face-to-face. (Also note that, although Barrow is well north of the Arctic Circle, the sun dips so low to the north at midnight that it briefly sets. The time of 24-hour sunlight has past, and the chill will start building.)


High clouds continue to make it difficult to get a clear picture of the ice conditions in the strait.

They now have been biding their time for a solid week, and are likely suffering a small-craft equivalent of cabin fever. Fortunately conditions grew calm enough to test out the dingy, and they got to walk a bit on solid ground, before a mother polar bear with two cubs gave them an adrenaline rush, and caused a hasty retreat.

Northabout 16 IMG_3454

The bears look rather healthy, and seem to cast doubt on Al Gore’s suggestion that polar bears starve without sea-ice. A good reference, if you want to learn more about this subject, is Susan J. Crockford’s site:

Apparently polar bears do most of their eating in the spring, when new-born seal pups spend their first week helpless, by air-holes in the ice. By the time the ice melts the bears are obese, and quite able to get through the summer only nibbling a bit, subsisting on body fat. Susan points out that what really reduces the bear population is too much ice, for thick ice means there are no air-holes for seals, and the seal population takes a dive, which means the bears go hungry, and few cubs survive. (Al Gore’s weepy movie was wrong, in this respect, among its other errors.)

In any case, our sailors got some excitement, which is just the tonic needed to alleviate boredom, as they wait. They also received a another real-life lesson. Misconceptions, whether they be about sea-ice or about polar bears, tend to be self-correcting, provided you keep your eyes open and seek the Truth.

ANCHORS AWEIGH. Monday afternoon.

They’ve finally headed east toward the strait. Best wishes.

ARCTIC SEA ICE —The Refreeze—Sept 13-19, 2015 Concluded

There may still be a down-blip in the extent graph, due to storms tearing at the edges of the arctic ice-pack in places where the bottom melt is occurring, however it isn’t worth the hoop-la it might possibly generate. The melt season is to all extents and purposes over.DMI2 0912B icecover_current_new

The simple fact of the matter is that those who root for evidence that the Poles are melting, and that a “Death Spiral” exists, had everything going for them this past summer. Both the PDO and AMO spiked into “warm” phases, and a big El Nino occurred. Despite this assistance, they couldn’t come close to the low ice extents of 2007 and 2012. To call this summers low extent, (and it was definitely low), a “spiral” is to turn a spiral into a slinky having a bad hair day.

One of the biggest problems with the Death Spiral is clearly shown by this current picture from O-buoy 10, from waters some maps show as “ice free”.Obuoy 10 0913 webcam

First, the water is obviously not ice-free, which shows some automatic systems have problems seeing wet ice and slushy ice and slushy “pancake ice” floating on the water. However more important is the fact the open water is likely cooling, even with the sun beaming down on it. First, the sun is hitting the water at such an acute angle, this close to the solstice, that it bounces off the glassy surface rather than penetrating, (and a lot does the same even on the more rippled waters). Second, rather than protected by ice, and melting the bottom of the ice, that open water is exposed to air that is currently at -3°, and is losing heat to that air. (In fact that air would likely be colder, if it wasn’t already warmed by the open water.)

In fact, despite the bright sunshine, the water is being cooled, as is shown by the pancake ice floating to the lower left, and also by the oily look the water has out beyond that pancake ice. That glassy look is not due to calm, but to a thin layer of ice crystals expanding out from the edge of the ice.

The theory behind the Death Spiral assumes that less ice means more sunshine will be absorbed by open waters, resulting in warmer waters and less ice. What our lying eyes see is that this is not the case. Open waters result in more ice. It doesn’t matter if this ice is slushy pancake ice, or paper thin oil-slick ice, nor does it matter if such ice is not seen as being ice by satellites, and therefore “doesn’t count” in extent graphs. Ice is ice. What is more, for ice to form the latent heat in water must be released, and therefore, as contrary as it may sound, the formation of ice releases a lot of heat in the arctic, and some this heat is radiated up through the clear, blue skies and lost to outer space.

Not that the skies have been blue all that much. The sunshine that the Death Spiral requires has been rare this summer.  Some might suggest this proves Svenmark’s theory, and that the “Quiet Sun” allows more cosmic rays to hit the atmosphere, creating the seeds for cloud crystals. I  don’t know about that, but it sure has been cloudy this summer.

That may be a subjective statement, however I can’t afford to place sunlight sensors all over the Pole, and even if I could I couldn’t compare them with past years. I simply note it has been gloomy. When I took a voyage all over the arctic, via the webcam of the Coast Guard icebreaker Healy, I was somewhat astonished by the fact the sun nearly never shone.

I also noticed the ice was starting to reform on the leads they plowed through.Healy Sept 12 20150913-0201_595

This is to be expected in September. Bottom-melt can continue in places right into October, but the at the top of the arctic the air temperatures are plunging, and normal is already well below the freezing point of salt water.DMI2 0912B meanT_2015

Let it suffice to say the Death Spiral has been debunked, for the third straight summer, and therefore I am not going to bother with people who like to quibble about that dead horse. Rather the refreeze is going to be my focus.

I will add one other thing I have noted all summer. The refreeze never really stopped. All summer the thaw was interrupted by cold spells that skimmed the melt-water pools and leads visible to various cameras with ice. Even when that ice melted, I think it must have chilled the summer waters, rather than those waters being warmed in the manner I expected. This likely will have consequences, and I’m keeping my eyes cocked to see if I can spot any differences this year. For example, will the water freeze more swiftly?


(Faboo is my nickname for the North Pole Camera.)

In Saturday Faboo turned more to the east, even shifting 001° to the north at its last entry, moving another 3.21 miles and winding up at 85.190°N, 9.787°W.  Temperatures continued to fall, reaching a low of -14.9°C at 0900Z and then recovering to a high of -8.2°C at 0900Z. It then fell to -11.5°C at 1800Z before rebounding to -9.1°C at 2100Z.

This leads one to wonder what happened to the mild air Framja brought north over the Pole.  Judging from the pictures, it did what warm air is prone to do. It rises, and is seen as a layer of tattered clouds, but not felt much, on the ground. Also a lot headed south towards Greenland rather than being swept around and back east.NP3 1 0913 2015cam1_2 NP3 1 0913B 2015cam1_1

Judging from the time stamp and the shadows, Faboo now looks Northeast rather than north, which indicates the ice it sits upon has undergone some twisting. In the distance a thin white line below the horizon is likely a small pressure ridge, indicating a fracture in the ice, and the potential for a lead opening.

Also it should be noted that Lake Faboo has filled in with drifted snow. If you should ever be aboard a jet forced to make an emergency landing in the arctic while on some Great Circle route, remember that drifted snow can hide thin ice. It is safest to stick to the ice swept clean of snow, as seen in the view from Fabootwo a couple of hours later. NP3 2 0913B 2015cam2_1

Fabootwo looks more to the west-northwest north, and some low clouds can be seen off that way. Perhaps this indicates an open lead, but also it may demonstrate the milder air from the weakening Framja is not that far away.

Unofficial reports suggest Faboo continued east today (Sunday), and temperatures took a plunge, which demonstrates once again how the low September sunshine lacks the warming power of July’s.


To the south of Faboo in the mouth of Fram Strait O-buoy 9 continues to report -5° temperatures, light winds, and a slight drift east and a little south. It still isn’t producing pictures.

Across the Pole O-buoy 8-the-second is cooling slightly to around -1°, and seeing winds weaken to the 2-5 mph range, as Framja fades. Despite the mild temperatures the water looks a little slushy, likely due to falling snow being blown from the ice into the water. Notice there is no snow on top of the buoy, which indicates wind, and that the snow isn’t sticky.Obuoy 8 0913 webcam Obuoy 8 0913B webcam

Further south towards Beaufort sea O-buoy 10 is experiencing temperatures that have warmed slightly from -5° to -2° in bright sunshine, and winds that have increased slightly to the 4-9 mph range, and shows definite signs that the salt-water is refreezing. Also of interest (and concern) is the large berg approaching in the final picture.Obuoy 10 0913 webcam Obuoy 10 0913B webcam Obuoy 10 0913C webcam Obuoy 10 0913D webcamThe large berg is likely what remains of a bigger pressure ridge. Sometimes these jumbles of ice fall apart into many small bergs when the ice breaks up, but in this case the many small pieces were glued together by thaws and refreezes to a degree where they became a single entity. Likely it is “multi-year ice”, and it demonstrates the huge challenge faced by those who attempt to determine the volume of the sea ice. From above it looks like a chip, not any different from a flat piece of first-year “baby ice”, however up close we can see it is far taller, and when we also add the unseen nine tenths of every berg that sticks downwards,  we comprehend what a wrench this sort of berg throws into the machinery of volume calculations. (Notice the new ice forming around the edges, which is difficult for satellites to see.)


As Framja fades and Framjason lumbers east it is important to remember the arctic was robbed, as a big export of arctic air streamed in the flow behind these lows and ahead of the huge high “Notaz” that gave Europe a summery weekend. It is easy to forget the export of cold air, as it is to a degree “disappeared” in the DMI maps, because the open water loses so much heat that the lower layer of the frigid air is swiftly warmed, and shows up as warmer on the DMI maps than it is, even only 50 feet up. Once the air moves inland it does not take long for the cold to get back to earth.

The following GFS maps of temperature are produced by Dr. Ryan Maue at the Weatherbell site, and are among thousands you can access there for less than a dollar a day. The first shows a mild night over Europe, with even the highlands of Scotland and mountains of Norway having a hard time getting below 40° (4.4° Celsius) and Denmark with wee hour readings up near 60° (15.6° Celsius). The second map shows that in central Siberia a blast of cold air is coloring a large area pink, which is below freezing in the color scale of these maps.  (All the pink represents cold squandered, because it could just as well be staying north and freezing the sea. However if it builds a snowpack over Siberia it will indirectly freeze the Arctic Sea, when formerly-warm land breezes start to howl off shore chilled to well below freezing.)Sept warm gfs_t2m_eur_2Sept Cold gfs_t2m_asia_1The final map shows the possible snowfall over Siberia, (inches) due to Framjason.DMI2 0911 gfs_6hr_snow_acc_asia_41


I’ve got a bad cold, and need to sleep, but hopefully I’ll find time to discuss these maps in the morning.

DMI2 0913 mslp_latest.big DMI2 0913 temp_latest.bigDMI2 0913B mslp_latest.bigDMI2 0913B temp_latest.big


DMI2 0914 mslp_latest.big DMI2 0914 temp_latest.big

DMI2 0914B mslp_latest.bigDMI2 0914B temp_latest.big

It is hard to update with a nose that feels the size of a turnip, sinuses that feel like they extend to my elbows, and a cough that rattles my kneecaps and disgusts everyone within a quarter mile. However I’ll give it a go.

As Framja faded away along the Canadian Archipelago coastline no one wanted to take over at the Pole. It is the height of indecisiveness, with, on one hand, weak low pressure extending from Siberia to Canada, and on the other, weak high pressure extending from the Atlantic to the Pacific, with the high pressure displaced to the Eurasian side.

The temperature maps show the Pole split by milder temperatures, but the cold intence on the Atlantic side and the pool over on the Pacific side growing colder and larger and now containing the minus ten isotherm.

The major decrease in ice melt extent has been on the Eurasian side, caused mostly by ice being compressed and pushed north, especially north of the New Siberian Islands. Off the Alaskan coast there are signs of refreezing, and the flimsy southern boundary of The Slot is persisting, despite many forecasts suggesting it will  melt away, and some maps depicting it as already gone. Below are the NRL maps for concentration and thickness, which now show The Slot with no opening to the southeast. The entire yellow area north of the Beaufort sea is likely to turn red this coming week, suggesting 60% Concentration will become 95% concentration.DMI2 0914B arcticicennowcastDMI2 0914C arcticictnowcast

O-buoy 9’s camera working again.

Temperatures continue cold. down to -7° and back up to -5°, with winds light and a slow drift to the east-southeast.  The pictures are splendid, and show the ice-jam north of Fram Strait freezing up. This does not keep the ice from coming south, but may slow the progress for a time.Obuoy 9 0914B webcamObuoy 9 0914C webcam

Slow cooling occurring at O-buoy 8 

Temperatures are only just creeping below the freeing point of salt-water, roughly -1.7° where the water is slightly brackish due to melt-water. But we need to remember the thermometer is two meters above the ice, and when it is calm (as it now is) the air right at the surface of the ice can be radiationally cooled, (like the frosty surface of your windshield when there is frost nowhere else), and be significantly colder. As gravity pulls this denser air down over the surface of the water it is swiftly warmed, but the water is robbed of its heat. I think this explains the growth of the pancake ice when temperatures are not all that cold.

 Obuoy 8 0914 webcamObuoy 8 0914B webcamObuoy 8 0914C webcam

O-buoy 10 starting to freeze up

Temperatures are down around -5°, where they’ve been for days, and despite the steady breeze of 4-8 mph the sea-ice is obviously skimming over the waters between the bergs. I’m not sure when such ice becomes thick enough to be noticed by satellites and included in extent graphs. (Sometimes it only needs a dusting of snow to be noticed, even when it paper thin.) If the winds pick up, this sort of ice offers little resistance, and the bigger bergs will plow through it and raise slushly little pressure ridges.Obuoy 10 0914 webcam Obuoy 10 0914B webcamObuoy 10 0914C webcam


Faboo apparently had second thoughts about heading down to Fram Strait yesterday, for after heading southeast to 85.189°N, 9.732°W at 0300Z it turned around and headed back northwest to 85.204°N, 9.822°W at 2100Z. This represents a backsliding of 0.99 miles for the day, which may not seem like much, but could open a lead more than 0.99 miles wide, when you consider the fact O-buoy 9 was moving south and east at the same time, to the south. (More likely many smaller leads were opened.)

Temperatures remained cold, achieving a high of -8.6°C at midnight and a low of -13.5°C at 0900Z and finishing the 24 hour period at -12.7°C.

Faboo’s antics were likely caused by one of the eddies that form off the coast of Greenland; micro-systems I call “frammerjammers” that mess up all my nice, neat calculations on a regular basis.

The camera’s pictures suggest most of the mild air has been lifted and effects upper regions, but the later pictures hint some of that milder air is working closer to the surface.NP3 1 0914 2015cam1_4 NP3 1 0914B 2015cam1_3 NP3 1 0914C 2015cam1_2 NP3 1 0914D 2015cam1_1However a final (and gorgeous) picture from Fabootwo shows an image of what is likely snow falling during the midnight sunset, but sublimating before it hits the ground. This would add the aspect of evaporative cooling to our calculations, and hint things might not get milder.NP3 2 0914D 2015cam2_1

All in all it seems somewhat amazing that the ice supposedly shrank today. I suppose it is because we have no cameras (that I know of) on the Russian side of the Pole, where most of the shrinkage apparently is occurring. DMI2 0914B icecover_current_new

One reason the ice is able to avoid refreezing on the Russian side is because the cold isn’t hanging around up there to keep waters cold. Instead it has been exported into central Siberia, where I am certain people don’t give a hoot about the arctic being warmer north of them, as they have pretty much had a year without a summer. The map below, (produced by Dr. Ryan Maue at the Weatherbell site), shows the latest blast chilling central Siberia, even as eastern Siberia has the closest thing to a mild spell they’ve had in weeks. Also interesting in the map below is the fact the North Slope of Alaska also is cold inland.

DMI2 0914B cmc_t2m_arctic_3

I should mention the above map is a “forecast” map and not reality, and is produced by the Canadian JEM model, which always makes the cold a bit colder (IMHO).  In the above map it is noon tomorrow in England, afternoon over eastern Europe, and then the enormity of Siberia has evening and all the hours to midnight, in Bering Strait. Alaska and Canada are experiencing the cold of the wee hours, and day is breaking over Hudson Bay.

The thing about the cold over Siberia is that it will create an early snowpack, which can lead to a colder winter. The meteorologist Joe Bastardi has some interesting arguments that suggest an early snow-pack doesn’t matter as much as the pattern, and has found some historical examples where an early snow-pack in Siberia didn’t result in extreme cold later in the year, but I would humbly suggest that is the exception to the rule. Few people in more temperate climes have the slightest idea of Siberia’s power, and what it can do when its losing heat as only it can lose it.

There are inland cities in Siberia that have, if you look at the weather records, record summertime highs up around 100° (37.8° Celsius) and these same cities have record wintertime lows down around -80°  (-62.2° Celsius). Antarctica may get colder, but Antarctic weather is sissy stuff, when it comes to the whiplash Siberia experiences between winter and summer.

One of the most important differences involved in the switch between summer and winter in Siberia is snow-cover. Once the radiational cooling involved with snow-cover starts to occur, Siberia starts to lose heat in a very big way, and “produces” cold. As this cold builds it presses down as high pressure, and that high pressure is no little and meek thing, pushed about by weather patterns from outside. Sometimes it becomes the boss, and rules the weather patterns, and sends hoards of galloping gangsters out like Genghis Khan. Therefore I pay careful attention to the snow-cover in Siberia, in September and October.


O-buoy 15 was installed a couple days ago on the firm ice north-northeast of Bering Strait, at 81° north and 160° west. (I wonder if the coast guard ice-breaker Healy placed it.) It is liable to mostly show flat and boring ice until next summer, but did record a blast of very cold -15° temperatures, to make things interesting at the start. Temperatures have since moderated to -7° and winds are light, at 8-10 mph.Obuoy 15 0915 webcamTUESDAY DMI MAPS

DMI2 0915 mslp_latest.big DMI2 0915 temp_latest.bigDMI2 0915B mslp_latest.bigDMI2 0915B temp_latest.big

That little frammerjammer sneaked north and conquered the Pole, as all the bigger features were distracted elsewhere. The huge Scandanavian high Notaz has been nudged southeast by the gradual eastward movement of Dorga to Britain, but Notaz has a long ridge extending along the Siberian coast, with east winds to its south and a weak Atlantic to Pacific flow to its north. The cold is getting strong north of Canada and Greenland.


From the very first official entry yesterday Faboo was back on course southest, as if Sunday’s wandering was just a day of rest. Only in the final entry did it regress .002° north, to 85.187°N, 9.669°W, which was 1.47 miles closer to Fram Strait for the 24 hour period. . The only indication we are dealing with tricky frammerjammer winds is the slow motion.

Temperatures crashed to a day’s low of -17.4°C at 0600Z, recovered to -8.7°C at 1800Z, and then slipped to -9.0°C at 2100Z.

Unofficial reports show the temperatures again crashing today, and the slow southeast drift persisting. The milder air seems to stay aloft, and can’t get to the surface.

NP3 1 0915 2015cam1_1


O-buoy 8-the-2nd saw temperatures drop to -5°C before the calm broke, and then temperatures rose slightly to -3°C as a slight breeze blew at 4-7 mph.  Note the dust of snow atop the buoy. The water between the bergs looks increasingly slushy, and for the moment the bergs are not shifting about much here.Obuoy 8 0915 webcam Obuoy 8 0915B webcamObuoy 8 0915C webcam

O-buoy 9 continued its slow drift south back towards 79° latitude while shifting east past 7° west longitude. Winds pocked up and temperatures, which had nearly risen to the freezing point of salt water, began falling again. The thin sheet of ice between bergs seems surprisingly stable.Obuoy 9 0915 webcam Obuoy 9 0915B webcam Obuoy 9 0915C webcam

O-buoy 10 has resumed its drift south towards more open waters, and is facing a breeze of 10 to 15 mph. Temperatures are flat at around -3°, so any exposed water is being chilled. The open water we see has been cleared by moving ice, rather than thawing. It seems the buoy currently under the most duress., but at least the big buoy-crusher berg that lay straight ahead yesterday has slipped away.

Obuoy 10 0915 webcam Obuoy 10 0915B webcamObuoy 10 0915C webcam

O-buoy 15 has no new pictures, but temperatures have risen nearly to freezing over that way.

Wednesday Updates


O-buoy 9 spent another day in relatively calm conditions, drifting south and east at the northern entrance of Fram Strait. Winds remained brisk, in the 9-14 mph range, as temperatures sank to around -5° and leveled off there. The thin ice between bergs is under duress and I wouldn’t be surprised to see the water open up a little as the ice disperses southwards. Or perhaps I should say “if”. The frammerjammer low over the pole seems to be trying to reverse the flow yet again.Obuoy 9 0916 webcam Obuoy 9 0916B webcam Obuoy 9 0916C webcamO-buoy 8-the-2nd, which is northeast of Price Patrick Island and therefore officially in the Central Arctic Basin and not the Beaufort Sea, (but I’m calling it a Beaufort Buoy and the heck with officials), continues to experience light winds around 2 mph and cold temperatures around -10°, and the open water between bergs increasingly looks frozen over for keeps. Apparently it is close enough to the center of the frammerjammer low to avoid the stronger winds.Obuoy 8 0916 webcam Obuoy 8 0916B webcam Obuoy 8 0916C webcam

O-buoy 10, further to the south and west, is getting hit by the breezes associated with the frammerjammer low,  (8-14 mph for several days), and continues slowly south.  The thin ice forming over the open waters has been sloshed out of existence in places, and heaped up as slush in others. Where it actually melts it sucks heat out of the water as it goes through the phase change back from ice to water. When the phase change reverses, the heat is released, but largely to the air. The open water has few opportunities for warming once the sun is this low. Temperatures were getting up to the freezing point of salt water, but recently sank back down to roughly -3°.Obuoy 10 0916 webcam Obuoy 10 0916B webcam Obuoy 10 0916C webcam

O-buoy 15, located further east than Point Barrow and is actually our only Chukchi Sea Buoy (though officially in the Central Arctic Basin), has seen temperatures crash back down to -10° after a brave attempt at a final summer thaw.Obuoy 15 0916B temperature-1week

The breeze has been strong here, generally on the 10-18 mph range, but the ice looks fairly solid. Obuoy 15 0916 webcamObuoy 15 0916B webcam

The division between the various “seas” and the Central Arctic Basin is relatively meaningless, for if you spray-painted the line onto the ice the ice would move it out of place immediately, and in some cases the line would wind up on the far side of the Pole in a quite different sea in a matter of months. (We followed O-buoy 9 right across the Pole to the coast of Greenland.)  The ocean has little regard for man-made lines, or borders. However it means a lot to some, if they can say, “The Central Arctic Basin is melting”, and therefore it pays to be alert to when a Beaufort buoy drifts north across an imaginary line. Otherwise you might lose points in an argument due to a technicality.

Not that there is agreement over where these northern boundaries lie. I have seen maps which draw the northern boundary of the Beaufort Sea as a graceful arc from Point Barrow to Cape Manning on Prince Patrick Island. Others show more of a box, and still others have a direct diagonal line. (I sort of like the diagonal line, for that would mean you could stand looking north on the shore at Barrow, and a rock tossed left would land in the Chukchi Sea, and right would land in Beaufort Sea, but straight ahead would land in the Central Arctic Basin.)

For nitpickers the northern boundary of the Beaufort Sea would lie at the latitude of Cape Manning, or 75.86° north, but I tend to ignore that. It is too far south. All of Fram Strait is north of that latitude, as is most of Barents Sea. However I figured I should warn you, just in case you run up against a nitpicker.


Faboo didn’t officially report, which makes things easier for me, though it does look like it may be turning north again, judging from unofficial reports. The frammerjammer that drifted to the Pole has grown stronger and sunk towards the Canadian Archipelago, which is putting Faboo in its south winds. Temperatures are a little milder but still quite cold, at -8.77° C.  All the mild air is aloft, and can never quite make it to the ground, though obviously it supplied enough heat to fuel the frammerjammer. The sun is getting low, and the arctic night (and the end to watching the view from the camera) is not far off.

NP3 1 0916 2015cam1_5 NP3 1 0916B 2015cam1_4 NP3 1 0916C 2015cam1_3 NP3 1 0916D 2015cam1_2 NP3 1 0916E 2015cam1_1


DMI2 0916 mslp_latest.bigDMI2 0916 temp_latest.bigDMI2 0916B mslp_latest.big DMI2 0916B temp_latest.big

I guess we should giver the Frammerjammer a name, “Frajam”. It seems to be absorbing additional energy from a Hudson Bay low that faded north through the Canadian Archipelago. I wish I could take the time to study its development more deeply, for it has been fascinating to see it and its predecessor Framja form out of next to nothing.

Also of interest is the growing area of green-blue inside the minus ten isotherm over the Pole. If the pattern holds, it will eventually become an outbreak over central Siberia, (or so I risk my guess). I sure hope the cold doesn’t come my way.



When Siberia is locked into cold weather, the Lena River has not a trickle of water entering it from above, and in places can even freeze to the bottom and stop flowing, with the local fish hiding out in the deeper pools until the ground water leaching in (as the only source of liquid water) can lift the ice a little and allow a little seepage to head north. The flow is next to nothing in winter months. Roughly 15% of the yearly flow heads to the delta between late November and early May. But then the seasons change and the river goes nuts. All the snows of central Siberia clear down to Lake Baikal melt and surge north, and the river rises as much as sixty feet in June and has an incredible flow rivaling all the world’s great rivers except the Amazon.   It is hard to get your mind around how hugely the flow varies, between a minimum of 366 cu m per sec to a maximum of 200,000 cu m per sec and back again. 

This flow freshens the coastal Laptev Sea so much that, if you watch it, you’ll notice it freezes faster than the edge of the sea-ice further out in the Arctic Sea. (The only other northern place where the sea is so greatly freshened is the northern part of the Baltic Sea, the “Gulf of Bothnia” between Finland and Sweden, and there too you’ll  notice the sea freeze when “it is too warm.” )  Other arctic deltas show the same freshening to a lesser extent, but the thing to remember is that already the flow of these rivers is starting to dwindle, and by Novermber they will be back to a trickle.

Just imagine how hard it is to figure out the salinity of waters at various levels in various parts of the Arctic with such huge river-variations possible, and also with the start-up and close-down dates of such gigantic floods susceptible to the variables we simply call “an early spring ” or “an early winter.” In terms of computer models, we are not talking about a butterfly flapping its wings, but a difference between 366 and 200,000.

Maybe there are times we should just be a little humble, and confess Creation is magnificent, yet to our puny mind’s calculations it seems like a completely unfathomable  chaos.


Sorry to be so late and so brief but I’m still not over my cold.

O-buoy 8  –Continued cold and calm–Snow on buoy–

Obuoy 8 0917 webcam Obuoy 8 0917C webcamO-BUOY 9 –Colder and Calmer, heading Southeast slower. Midnight Sun Gone.

Obuoy 9 0917 webcam Obuoy 9 0917B webcam Obuoy 9 0917C webcam

O-BUOY 10 –Colder, less windy, and refreeze resuming–Obuoy 10 0917 webcam Obuoy 10 0917B webcamObuoy 10 0917C webcam

Note the ice was shed from the strap in the upper right, though temperatures never quite got above freezing over night. Also notice the slush piled up at the edges of the bergs.


NP3 1 0917 2015cam1_3 NP3 1 0917B 2015cam1_1

Unofficial Mass Balance reports suggest moderating temperatures up to  -5.06° C and motion resuming to the southeast after dithering about a bit.


DMI2 0917 mslp_latest.big DMI2 0917 temp_latest.bigDMI2 0917B mslp_latest.bigDMI2 0917B temp_latest.big

God willing, I’ll comment on the maps tomorrow.


DMI2 0918 mslp_latest.big DMI2 0918 temp_latest.big

Rhe most interesting feauture to Europeans is likely “Dorga”, bogged down over Norway, but a shield of high pressure keeps it from effecting the Dea ice, so far. Instead my eyes focus on “Frajam”, for even as it weakens north of Canada a long fetch on its asia-facing side is driving the minus-five isotherm towards Beaufort Sea, and the infamous “Slot.”

The slot doesn’t even appear on the Cryosphere map many use, because, although they have 20% ice extent in their map-key to the upper left as a blue color, they have lost the bottle of blue ink and never use it on their maps.Slot Sept 17 cryo_latest_small

However the Navy Research Lab map does a better job of showing the 20% ice, and makes the Slot quite clear.

Slot sept 17 arcticicennowcast

So now cold air is pushing ice south and chilling those waters. What will happen to the slot as it spreads wide? (I recognize the potential for rude jokes, but I would appreciate everyone avoiding touching the subject with a ten foot pole.)


The day began dark, as the buoy now has genuine nights, so we couldn’t see what was going on.Obuoy 10 0918 webcamHowever we could see we were being pushed south into more open watersObuoy 10 0918 latitude-1weekAnd we could see that the north wind doing the pushing was crashing the temperatures.Obuoy 10 0918 temperature-1week

But when I finally got a chance away from work to peek at what daylight showed, I got a surprise, as the warer was more open, yet the open water wasn’t really open.Obuoy 10 0918B webcam

This large stretch of open water appears to be filled with slush, which is the initial stage of pancake ice. The power of the cold wind is obviously trumping the weak sun, and any residual Pacific warmth from waters down below is being overpowered. Also interesting is the simple fact that the slush is too wet to be registered as sea-ice by many systems, and what you are looking at would be called “open water”.

Of course, if you were the captain of a whaling ship long ago you’d see the entrapping slush growing, and be cursing the greed that kept you hunting a week longer than the other ships, and be using every sail you had to push your way south through the slush, and use every bit of the diminishing north wind to get south as fast as you could.

The only way to get truly open water is in the wake of a larger berg, which sticks it top up like a sail, and pushes through the slush leaving open water in its wake. Soon this slush will become a crust, and the only open water will be when winds blow strongly and wide leads open up.


Faboo has been experiencing hoarfrost as some milder and moister air snuck in, I think through Nares Strait on the east coast of Greenland, in association with a Hudson Bay low that headed straight up into the Canadian Archipelago.  This has happened several times the past summer. Rather than warm air invading up through the Atlantic, it takes a difficult route through some of the coldest northern landscapes there are, and brings surprising warmth to the ice north of Greenland and Northernmost Canada. This time you could only see a tendril of mildness creeping right along the coast of of north Greenland, but it looks like the moisture extended further north, and got down to ground level, which the last Atlantic invasion seemed to fail to do.

Tuesday’s report showed a slight movement of 1.2 miles to 85.181°N, 9.475°. Winds were light and temperatures crashed to a low of -16.2°C at 0600Z and stayed low until the end of the period, when they bounced up to the day’s high of -7.6°C at the very end.

Wednesday’s report showed another period of indecisiveness, with Faboo moving north and slightly west to 85.219°N, 9.496°W, which was 2,62 miles the “wrong way”. Temperatures hit a high of -6.4°C at midnight and then swiftly sunk to the low of -10.6°C at 0600Z, and then slowly rose to a secondary high of -6.6°C at 1800Z before sinking to -9.0°C.

Thursday saw us heading southeast right from the start, which shows how useless it is to make a “trend line” from a prior report.  Winds had picked up to 10-15 mph, but backed off again to a near calm, and we traveled 5.72 miles the “right way” and wound up at  85.149°N, 8.962°W. Temperatures rose to a balmy -3.6°C at 0300Z, but fell back to -12.9°C at the end.

In essence we spent three days progressing four miles. Somewhere a turtle is amazed.

The camera did show we finally got some sunshine:

NP3 1 0918 2015cam1_1


The conclusion is simple: The refreeze is underway. A few blips in graphs can’t really change the reality of growing cold and growing darkness.

Here’s a nice picture from O-buoy 10 showing a berg passing, leaving a trail of open water in its wake.Obuoy 10 0919 webcam

In the summer such a cold-wave-caused, slushy sea wouldn’t have a prayer of remaining un-melted, for the sun is higher and beaming and never sets, however times have changed on the Beaufort Sea, and 5 hours after the above picture was clicked a new picture showed us this:

Obuoy 10 0919B webcam

Alas, the sun doesn’t stay up forever, and this week will see the arctic night begin at the north Pole, and arctic nights longer than arctic days even down here at 75.5° north latitude. The Big Chill is arriving.

Here is a map of the water temperatures at the Pole. Of course the water under ice will be right at the freezing point (white), but what is interesting is how much of the “ice free” water in the Beaufort Sea is white. (Hat tip: “sandyS”)

DMI2 0919 satsst.arc.d-00

If you wonder how open water can be white on the above map, it is because it is at the freezing point but unfrozen. How can this happen? Well, the water in your glass of ice water is the same temperature as the ice in the glass, and the only difference between the liquid and the solid is latent heat in the water that isn’t in the ice.

This brings me to a deep, philosophical question about slush. Is is water?  Or is it ice? This profound question is perplexing supercomputers and deranging satellites and disturbing ice-extent charts and causing roaring contentions between Alarmists and Skeptics. And what is the answer?

The answer is this: “Wait a week, and it won’t matter.”

DMI2 0919 icecover_current_new

Arctic Sea-ice refutes Global Warming “Karl et al” Report

If you have ever lived by the sea, you know it cools during the heat of summer. This is especially true along the coast of Maine, where the water is bone-chilling, but it is also true where the water is far more comfortable. For example, when I had a job delivering furniture in Myrtle Beach, South Carolina, we dreaded deliveries inland, for even though the sea-water was over 80°, the air along the beach was also just over 80°, while not all that many miles inland temperatures were over 90° (and you could cut the humidity with a knife.)

Considering this is simple factual reality, it also makes sense that on the arctic coasts of Siberia, Alaska and Canada there can be a big difference between the temperature over an ice-covered ocean and a snow-free tundra. In the most extreme cases the difference can be as huge as seventy degrees, for the record-high temperatures of tundra baked by 24-hour-sunshine can top 100°, while salt water mixed with ice is around 30°.

In more ordinary cases things are less extreme, but more extreme than the coast of South Carolina at Myrtle Beach. People long to go to the beach in South Carolina when the difference is only ten degrees, while in the arctic is closer to thirty.

To make my point I will use the predicted temperatures used by the GFS model, 30 hours and 36 hours from now. On the first map the heat-of-the-day is centered over Canada, and in the second it has moved west with the sun and is over Siberia.  Notice how the land has heated right down to the water at the coast of Hudson Bay, and the central-Canadian arctic coast in the first map.Land not Sea gfs_t2m_arctic_6

In the second map , even though Siberia isn’t yet entirely free of snow-cover, the heat still gets to the coast.Land not Sea gfs_t2m_arctic_7 You should also notice that even when the baked tundra is warm (yellow is 60°, and orange is over 70°), the warmth does not extend over the water.

It should be noted that the GFS model, for all its flaws, is used for actual forecasts, and in the short-term does a good job of warning people and saving lives.  The 30 and 36 hour forecasts are dependable, most of the time.

Now suppose I was to tell you that some government official, in an attempt to prove Global Warming actually was happening, had created a model which stated the above maps were completely wrong. Suppose I stated some bureaucrat decided that the way to create warmer temperatures was to extend the yellow and orange in the above maps out over the Arctic Sea.

Wouldn’t you laugh?  Wouldn’t you tell me there is absolutely no data that ever describes 60° or 70° temperatures over an Arctic Sea that is basically ice-water? Wouldn’t you tell me only a flagrant moron would put forward a model, or concept, or perhaps even hypothesis, that proposed such an unreal reality, so contrary to data and the experience of people who hunt seals up there?

Sad to say, it has happened. Boring scientists, in their boring manner, can only comment a dreary rebuff:

The extension of high-latitude arctic land data over the Arctic Ocean is also questionable.   Much of the Arctic Ocean is ice-covered even in high summer, meaning the surface temperature must remain near freezing. Extending land data out into the ocean will obviously induce substantially exaggerated temperatures.”

(From: )

This is in response to: “Possible artifacts of data biases in the recent global surface warming hiatus’ by Karl et all., Science 4 June 2015”.

My response will be less civil.  Less boring. Less dreary.

It is this:  What kind of stupid fools do you take us for, “Karl et all”? How on earth can you, with any sort of conscience at all, publish such con science? Have you ever seen land temperatures of 60° or 70° extend out over arctic waters? Ever? Even Once? (And I’m not talking about fifty feet from shore.)  Is it not far more likely for cold sea breezes to rush miles upon miles inland? For example, look at New England, when a sea breeze gains the power of a so-called “back door front”, ending a heat wave.

NE Temp May 10 ecmwf_t2m_neng_8NE Temp May 12 rtma_tmp2m_neus__4_(4)

Therefore, if you were going to “tweak” world temperatures, you should extend the temperatures of cold oceans over the warm land.  In actual fact, you have done the exact opposite. You have stated that the heat of the land ( in the first above map) extended far out to sea. The lobster-men out on Maine waters might wish this were true at times, but they know damn well it never happens. But you are damn well fools. You claim it does happen, in your paper, and use this erroneous idea as data. Data? How can it be data when it never happens? But you do it, in, “‘Possible artifacts of data biases in the recent global surface warming hiatus’ by Karl et al., Science 4 June 2015”.

The paper claims that the “Pause” in Global Warming hasn’t happened. It attempts to show the world is still warming. However, in part, it implies impossible things are occurring.

I may not know about some of the other subjects the paper discusses, but I have studied, (and, what’s more, actually experienced), the difference between temperatures five miles inland, on the coast, and five miles out to sea.  And I must say that any paper that accepts such bullshit, regarding land-based temperatures being used out-to-sea, is a report that smiles with brown teeth.


antarctic_sea_ice_extent_2014_day_260_1981-2010 The amount of sea-ice around Antarctica hasn’t merely broken the recent record by a small amount. It has smashed it.  We are talking roughly a million square kilometers more ice than ever before.  Nor are we talking of ice up at 80 degrees latitude. Some of this ice is north of sixty degrees latitude, close to fifty-five degrees, south of Africa.

Imagine the Atlantic frozen from Labrador across the Atlantic, south of the southern tip of Greenland, well south of Iceland, to the northern tip of Scotland and southern tip of Norway.  That is sea-ice at sixty degrees latitude.

Imagine the “albedo” equations involved in having all that ice, a million square kilometers, reflecting sunshine on the first day of spring. Nor is the sunlight low and slanting at that latitude.  It is higher and more direct.

Then consider the simple fact that back in 2007, when the Antarctic ice had been declining a little in recent years, we were told the decline would continue.  Global Warming would eat away at the edge of the ice for sure. These predictions went hand in hand with the predictions of a “Death Spiral” at the opposite Pole. We were assured that  all the “albedo” equations had been carried out by scientists who were much smarter than we were, and that the reduction of sea-ice was “settled science.”

The above graph demonstrates they were thunderously wrong.  It is a repudiation of their ideas, carried out by Mother Nature. It deserves headlines. Why is there deafening silence?