On Dec 8, 12:23*am, Weatherlawyer wrote:
On Dec 7, 10:24*am, Weatherlawyer wrote:



Three is only going to be a TS and then dissipate after 72 hours.
But isn't that how Bophar started?

The Japanese quakes may have takes the sting out of the storm but
according to:

http://www.bom.gov.au/australia/char...ml?type=mslp-p....

...the storm continues unabated until midnight Sunday/Monday the 9th.
Just like the weather charts say.

Except that there is a drastic change on this one:

http://www.weatheroffice.gc.ca/ensem...our=12&Day=1&R...

It has been corrected (one way or another) for the seismic activity we
have had of late.

I have no way of knowing what the Australian stuff is running on.
Memories perhaps?

This signal series went:
Virgin Islands, California, Hawaii and Japan I must try to remember
that. It's a blooming nice day here. The snowbirds will be posting
their silly heads off in uk.sci.weather, probably wondering what's
going on.

It will be revealing, if not quite as interesting as it was.
Meanwhile things in Antarctica are just like the old days.
An exceptional input of blue on that chart turning into a dark disc
presages a large earthquake.

I believe the chief difficulty in the region is that the harmonic
changes drastically with the seasons. In summer when the sea ice is
extensive, the cyclonic weather can reach an acreage that exactly
matches the surface of the sea still liquid enough to support
cyclones.

Weather stations along the south coasts of Africa, Australia and South
America need to be supplied with sound monitoring equipment.

I dare say that there is suitable research into sub Antarctic ice
already. Unfortunately, this will all be in the secret repositories of
agencies that want £30 and more for the privilege of not being able to
understand what they will let you read.

Coupled with the winter ice melt, the Polar Low is diminished from
November on. None the less, Anticyclonic weather still has difficulty
traversing the constriction at 50 West. And that is where this signal
appeared.

So why do all the signal precipitation anomalies fail to reach the
continent?

Obviously in Winter, despite all the ice having melted in the sea, the
continent is still a formidable barrier to the Low Pressure areas.
This despite the fact that at "Sea Level" the Anticyclone called the
Polar High is only 1000 millibars or so (1010 mb at most.)