Sad News: No More BLOB

From Cliff Mass Climate and Weather Blog

Monday, December 24, 2018

Sad News: No More BLOB

A lot of folks are interested in the BLOB, the colorfully named area of warm water that periodically appears over the northeast Pacific.  And there is major BLOB news…. it is gone.  Let me describe the sad news.

Starting the autumn, the BLOB was relatively weak.  To illustrate, here is the sea surface temperature anomaly (difference from normal) for the end of October–as much as 2-3C warmer than normal!  This was associated with an area of persistent high pressure over the northeast Pacific.

But compare that situation to two days ago.  The BLOB is essentially gone, with an area of cooler than normal water developing.  Only immediately along the coast is the water temperature slightly above normal.


What killed the BLOB?   Persistent storminess over the northeast Pacific, something that is no surprise to the storm-battered residents of the Pacific Northwest.
Here is the proof: the anomaly of the mid-tropospheric (500 hPa) heights from normal for the last 30 days.  Blue and purple indicate lower than normal heights, which is associated with more and deeper low-pressure centers, which in turn cause strong winds.  A big area of lower heights (or equivalently pressure) was found over the NE Pacific.

Read the full story here.

HT/ John F. Hultquist

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SAMURAI
December 26, 2018 8:10 pm

With The Blob gone, Arctic Ice Extents will start recovering at a faster pace on the Pacific side, and when the Atlantic/Arctic oceans enter their 30-year cool cycles, Arctic Ice Extents will recover even faster.

Global Warming advocates will soon have an extremely difficult time explaining falling global temps and growing Arctic Ice Extents.

ren
Reply to  SAMURAI
December 27, 2018 12:00 am

Of course, because it is evident that low solar activity interferes with the ENSO cycle.
https://cosmicrays.oulu.fi/

Tasfay Martinov
Reply to  SAMURAI
December 27, 2018 12:26 am

According to Climate4You, the AMO may finally have begun its cooling phase.

ren
December 27, 2018 12:28 am

The great snowstorm is developing in the northern states of the US.
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HarriL
December 27, 2018 12:47 am

Submarine volcanoes… ‪Professor Wyss Yim: Geothermal Heat and Climate Variability https://youtu.be/uF4ItdXyHKo lähteestä @YouTube‬

December 27, 2018 1:43 am

Isn’t it sad that we sceptics are potentially celebrating what we don’t want, a cooler planet, just to prove a point.

How much money, time and intellectual effort has been wasted on AGW?

The second question is rhetorical.

ren
December 27, 2018 2:04 am

The jet stream is pushing strongly over California to the south.
https://www.tropicaltidbits.com/sat/satlooper.php?region=atlpac-wide&product=wv-mid

ren
December 27, 2018 5:05 am

Two lows connect over Nebraska – warm and frosty.
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pochas94
December 27, 2018 8:34 am

High Pressure over the armpit (off the west coast and below the Aleutians) makes a warm water blob. The Clockwise rotation steers arctic air over the continent and makes for cold continental temperatures. Low pressure over the armpit makes an antiblob. Counterclockwise rotation steers oceanic air ashore over the west coast, and together with the Hudson Bay Low, keeps the weather pattern zonal and the continent a few degrees warmer than normal. That is what we’re seeing now. FWIW

ren
December 27, 2018 1:54 pm

Temperature anomalies in Asia reach -16 degrees C.
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Why is it so cold in Asia? The answer is the circulation in the stratosphere (current polar vortex pattern).
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The current circulation in the stratosphere causes that ozone accumulates over Asia and displaces water vapor from the top layers of the troposphere.
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ResourceGuy
December 27, 2018 5:41 pm

Here comes the Arctic ice.

January 8, 2019 8:05 pm

I have 3 articles on the cause and effect of the Blob based on the analyses of observation records. They are –
(1) Explanation for the northern Pacific Blob. Imperial Engineer, Issue 25, 2016, p15
(2) Geothermal heat: an episodic heat source in oceans. Imperial Engineer, Issue 26, p14-15
(3) Geothermal heat and Arctic sea ice variability. Imperial Engineer, Issue 28, p26