We always get a grouping of this nature when a strong storm dies. It
is due to tropical cyclones, I believe but this may also happen with
storms in higher latitudes.

It has to be true in the South Pole too, as it happens there quite
often. I can't say all the time but...

And it must therefore follow that something of this nature happens
with the North Pole:

21/06/12

4.7 M. @ 05:18 25.7 S. 179.8 E. South of the Fiji Islands
4.9 M. @ 03:43 12.5 N. 144.0 E. Guam Region
4.9 M. @ 03:32 12.5 N. 143.9 E. Guam Region

Once you are free from contemporary scientific dogma you can see it
all happening for yourselves and won't need me to teach you.

Which is just as well as I am getting past my "Sell By" date.

A pair of earthquakes (on this occasion in Guam) ALWAYS occurs after a
storm dies. Usually this happens closer to the start or end of a Lunar
Phase but obviously there is something I am missing from the
algorithm.

And after a closure like that, or with a more intense quake (in the
region of 6.5 M or larger) -that is; a multiple quake in exactly the
same place at more or less the same time, we usually get a quake in
the region of Fiji, Tonga or Vanuatu.

These latter places are in the geophysical centre of the planet. From
the western shores of the Indo-Pacific to the eastern one, the strata
and reservoirs appear like the cross section of an onion.

(I can't find a suitable diagramme online so I will scan one in
later.)

So far there haven't been the tornado events I was half expecting,
which isn't too surprising as the set-up on the Met Office's charts
did not agree with my opinion based on the Antarctic chart.

When Tornadoes ARE certain the situation is that a Low will run
through two highs, or a blocking High will be stationed off the east
coast of North America.

Along with that situation a series of fronts will be drawn in by the
meteorologist that looks somewhat similar to a small boat anchor or an
umbrella.

The cartouche will be pointing in the general direction of Europe. (I
have an idea the pointing the other way it indicates a volcanic
eruption.

But of course I can't verify this without looking. So it would be a
good idea if you checked this out for yourselves before thinking me
the fool I am.)

In the meantime the chart is now heading for a different make up:
Small scattered occlusions with a Greenland High and a Mid Atlantic
(northerly Azores) High.

There is a Low on the east coast of North America and that is going to
flow east soon. But the overall picture is a flaccid North Atlantic
oscillation.

Of which it has to be said, there may be little wind sheer but no
blocking. In fact if there are going to be tornadoes they will occur
on Saturday 23 June 2012. Between T+ 48 and T+ 60 here at the time of
writing:
http://www.metoffice.gov.uk/weather/..._pressure.html

There may even be some slight phreatic stuff at the end of the run: (T
+ 72 to 84.)