Sunday, July 22, 2018
Beaufort area monster melting at present
Saturday, July 21, 2018
2012 vs 2018 on three fronts, circulation dominates, 2018 is slushier
The most interesting area is Beaufort to Bering sea:
July 4 to 20 2012, there was more open water over Beaufort because the Gyre circulation was largely unaffected by cyclones till August. Note the ice pans maintaining about 100 km in diameter, moving clockwise.
Absent Beaufort area 2018 sea ice morphology is largely similar to 2012 same period of days. Except the circulation is counterclockwise and the majority of surviving sea ice pans are smaller at about 50 km in diameter, observe the slushier aspect of the ice as well, pulverized by greater motion amongst significant open water.The Atlantic front difference is fascinating as well,
Atlantic Front July 17 2012, note the ice shoreline hugging Franz Josef and Svalbard Islands, |
There is at present about a 250 km retreat towards the Pole for the entire Atlantic Front. |
2012 2017 and 2018 July 20 animation , 2012 is the one with most sea ice, we note 2018 incredibly warm Bering sea at some points +10 C hot. And also the counterclockwise flow of sea ice ice right into this warmed sea. It is a new Fram Strait by virtue of a warmer winter with no sea ice. WD July 21 2018
Thursday, July 19, 2018
2018 vs 2012 what is the difference ? about 200,000 km2 in extent
~Because Hudson and Baffin Bay + Kara sea still have not melted completely
Kara had a late freeze up South of Novaya Zemlya in 2018, but still has some sea ice, while 2012 close to 0 one day later (selected due to clouds).
Hudson + Baffin Bay with still lots of sea ice compared to 2012, meaning the large difference is in Beaufort sea, which as we know, is flooded still with a continuous stream of sea ice. WD July 19 2018
Hudson + Baffin Bay with still lots of sea ice compared to 2012, meaning the large difference is in Beaufort sea, which as we know, is flooded still with a continuous stream of sea ice. WD July 19 2018
Wednesday, July 18, 2018
Neven blog stuff
Figure 1 final freeze season temperature anomaly, the entire Arctic Ocean had a positive temperature anomaly much of it exceeding +5 C, South of CAA had a final burst very cold March April but over all had seasonal temperatures.
Figure 2, Note high pressure zone projected exactly where it happened over NW Europe For April and May 2018.
Figure 3, NW Europe had a bit of a shiver...
Figure 4, the coldest air in the Northern Hemisphere for June 2018 was centred Just North of Ellesmere Island.
Figure 5, Arctic Ocean surface air temperature anomaly March 15 to April 30 very positive despite claims otherwise.
Figure 2, Note high pressure zone projected exactly where it happened over NW Europe For April and May 2018.
Figure 3, NW Europe had a bit of a shiver...
Figure 4, the coldest air in the Northern Hemisphere for June 2018 was centred Just North of Ellesmere Island.
Figure 5, Arctic Ocean surface air temperature anomaly March 15 to April 30 very positive despite claims otherwise.
Sunday, July 15, 2018
Massive Counterclockwise river of Arctic Ocean sea ice floods Beaufort sea
~All while there are at least 2 clockwise gyres or sea ice vortices near by.
Viewed from space dark sea ice is toast, but may last a long time
If we compare these mechanics to the larger over all sea ice areas, we now must look for the tell tell black shade depicting thinner sea ice. WD July 16 2018
Friday, July 13, 2018
Beaufort rapid retreat met by thinning sea ice replenishment
~Super fast 140 nautical miles in 8 days
~10 .8 nautical miles a day
~10 .8 nautical miles a day
The retreat in Beaufort is met by a contrarian recently created wind current in Bering sea adjoining Alaska. This creates an ever so smaller compaction block as Bering sea is warm.WD July13 2018 |
Monday, July 9, 2018
Hollowing from within at 80 degrees North, the untold story
~Longitude 147 degrees West
~ Severe movement is destroying the fabric of stable sea ice
2012 greatest melt in history , about 80 North 147 West, more or less stable sea ice which mostly all melted at maxima.
2012 same date and location there is movement , as one big unified sheet.
Same date same frame capture but 2018, really broken up sea ice. This a feauture of 2018 current melt.
With much more open water barely recognizable sea ice structures moving individually much faster, not at all like 2012. A completely unstable configuration prone to absorbing more sun rays since there is much more open water. On record, the 15% extent rule makes this nearly 100% sea ice.WD July 9 2018
~ Severe movement is destroying the fabric of stable sea ice
2012 greatest melt in history , about 80 North 147 West, more or less stable sea ice which mostly all melted at maxima.
2012 same date and location there is movement , as one big unified sheet.
Same date same frame capture but 2018, really broken up sea ice. This a feauture of 2018 current melt.
With much more open water barely recognizable sea ice structures moving individually much faster, not at all like 2012. A completely unstable configuration prone to absorbing more sun rays since there is much more open water. On record, the 15% extent rule makes this nearly 100% sea ice.WD July 9 2018
Sunday, July 8, 2018
Sea ice extent analysis should be holistic
~Given the tools we have , ie the lack of proper ressources and using archaic meant for another era measuring methods, we must study sea ice more profoundly.
2012 did not have coldest CTNP over the CAA in 20 years, therefore a massive ice imprint, much more significant than 2012, as we can see, with 2018 easily 400,000 km2 wide: |
2012 sea ice same day looked emaciated and vanished.
Before we judge 2018 extent magnificent recovery, we must think of winter past, when the lower CAA was really seasonally cold or colder. Despite the entire Arctic Ocean being exposed with warmest weather. WDJuly 8 2018
Friday, July 6, 2018
Possible rudimentary ice thickness measurement mistakes requiring a revision
~We look here at specific sea ice anomaly charts versus actual observations which contradict each other
First brought up June 10,
http://eh2r.blogspot.com/2018/06/novaya-zemlya-region-did-not-have-time.html
PIOMAS May 2018 ice thickness anomaly map was exposed to have major flaws around Novaya Zemlya Island Russia. Now we look at the whole region, Note all the JAXA July 5 NE passage water (right) was once in said to be reddest thickest sea ice anomalies portrayed below:
I would suggest thicker snow layer on top of red sea ice zones as one of possible or the major explanation causing erroneous ice thickness estimates. WD July 6 2018
First brought up June 10,
http://eh2r.blogspot.com/2018/06/novaya-zemlya-region-did-not-have-time.html
PIOMAS May 2018 ice thickness anomaly map was exposed to have major flaws around Novaya Zemlya Island Russia. Now we look at the whole region, Note all the JAXA July 5 NE passage water (right) was once in said to be reddest thickest sea ice anomalies portrayed below:
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