By January there are not many places where Arctic ice extent can grow. All the Eurasian shelf seas are full, as is the case on the CanAm side: Beaufort, CAA, Hudson Bay covered completely. Barents and Greenland Seas have some room to grow, as does Baffin Bay. But mainly the variability is on the Pacific side, where the usual Bering/Okhotsk see saw is reappearing.
As we have seen in past winters, ice in the Pacific Arctic tends to grow in fits and spurts, often alternating between Bering and Okhotsk Seas. The above image of the first two weeks of 2020 shows Okhotsk on the left growing ice steadily while Bering waffled back and forth ending with almost the same extent. Combined the two seas ice extents are slightly below the 13 year average at this time, due to Bering’s slow recovery.
The January graph shows MASIE and SII reporting the same pace of ice recovery and matching 2019. This is somewhat below the 13 year average (2007 to 2019 inclusive) and higher than 2017 and 2018. The table below shows the distribution of ice extent among the Arctic regions on January 14.
| Region | 2020014 | Day 014 Average | 2020-Ave. | 2018014 | 2020-2018 |
| (0) Northern_Hemisphere | 13541376 | 13776703 | -235327 | 13340428 | 200948 |
| (1) Beaufort_Sea | 1070655 | 1070223 | 432 | 1070445 | 210 |
| (2) Chukchi_Sea | 965972 | 965812 | 160 | 965971 | 1 |
| (3) East_Siberian_Sea | 1087137 | 1087133 | 4 | 1087120 | 18 |
| (4) Laptev_Sea | 897845 | 897842 | 3 | 897845 | 0 |
| (5) Kara_Sea | 932936 | 909656 | 23280 | 925247 | 7689 |
| (6) Barents_Sea | 619526 | 508236 | 111290 | 393026 | 226500 |
| (7) Greenland_Sea | 483377 | 610574 | -127197 | 521896 | -38519 |
| (8) Baffin_Bay_Gulf_of_St._Lawrence | 1039079 | 1172487 | -133408 | 1173039 | -133960 |
| (9) Canadian_Archipelago | 854282 | 853058 | 1225 | 853109 | 1174 |
| (10) Hudson_Bay | 1260192 | 1251600 | 8592 | 1260838 | -646 |
| (11) Central_Arctic | 3233354 | 3210543 | 22811 | 3194383 | 38971 |
| (12) Bering_Sea | 414963 | 521989 | -107026 | 241830 | 173133 |
| (13) Baltic_Sea | 8863 | 43903 | -35040 | 24486 | -15623 |
| (14) Sea_of_Okhotsk | 651004 | 626433 | 24571 | 696684 | -45681 |
2019 NH ice is 235k km2 below the 13-year average, or 1.7%, and 200k km2 more than 2018 on that date. The deficits are in Bering, Greenland Sea and Baffin Bay, partly offset by surpluses in Barents, Kara and Okhotsk.
The next month or so will show how the Pacific ice shapes up.
Science Matters 
Reblogged this on Climate Collections.
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I saw those satellite image a few days ago… Interesting to say the least.
I was reading a little on NASA’s website about 2019 being the second warmest year on Record.
https://www.nasa.gov/press-release/nasa-noaa-analyses-reveal-2019-second-warmest-year-on-record
What I find disturbing are the video satellite images where everything looks red and orange. This gives the impression the planet is about to burn up. The 1° C increase goes back to 1951. However what about the temperature in the 20s and 30s … is it possible that it might have been just as warm then?
I find this a little disturbing, to say the least. Let alone that the mass media doesn’t bother to do it’s on research, before broadcasting it to the whole world.
Sometime you wonder why bother to try to do anything about it! It’s almost a lost cause.
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