Good grief we ARE in for a set of interesting runs:

Jul 10 04:35 Jul 18 07:59 Jul 25 18:42
Aug 1 10:13 Aug 8 20:20 Aug 16 21:16 Aug 23
23:50
Aug 30 19:58 Sep 7 14:04 Sep 15 09:13 Sep 22
05:04

http://eclipse.gsfc.nasa.gov/phase/phase2001gmt.html

I wish I could remember what I do about these 04:00's.

Man! Look at all the other ones.
I'd get along to Petra's get ready to die page if I were you. PDQ2!!.
A whistle and a tin of biscuits is absolute minimal requirements.

You have been warmed. You catch your own colds.

On Jul 10, 5:23 am, Weatherlawyer wrote:

10 July 2008: 04:35

From:
http://eclipse.gsfc.nasa.gov/phase/phase2001gmt.html

I got the following matching phases:
10th May 2007: 04:27
25th July 2006: 04:31
13 February 2006: 04:44
22nd June 2005: 04:14

The weather here is not much different to what it has been like for
the past several weeks. In that period we have had several severe
tornadoes in the USA some severe hurricane activity in the east
Pacific and North Atlantic.

And we have had a series of quite severe earthquakes.

Finding suitable weather patterns without s suitable database is not
as easy as looking at a page full of astronomical data and saying:

"Last year the weather was so and so so this year it will be such and
such."

If that were the case I would no be a lone small voice in the
wilderness claiming these things.

But search and see, when the weather was similar then to what it is
now, if the time of the phases was in any way similar, then you may
be sure things will continue as though God had pasted them in his
calendar.

O(other times that may prove similar a
10:30; 16:30 and 22:30.

I don't know about the recent past but in the not too dim and distant
future, we are going to get one or two of them. I fail to see how that
could be less than very interesting.

If there is a series of large tornadoes in the USA during a spell
induced by the phase of the moon, there is unlikely to be a vigorous
tropical cyclone.

When there is a severe set of earthquakes, the intensity of 6.5 and
more is unlikely to occur with a large set of the smaller and more
ubiquitous 5.5.

Obviously, this isn't an hard and fast rule or someone would have set
up a law for the phenomenon. But it is a true-ism. I can't be the
first person to attempt to explain it and I won't be the last unless I
drop on the right answer.

Whilst there are severe winter tornadoes, the peak time for them is
mid summer. The season for continental storms. It is interesting to
note that the worst wintertime tornadic events occur not far from
winter solstice.

If that is true, it opens the door to examination of the place solar
declinations have on tornadoes. And along with solar declinations, the
declinations of the moon and other celestial bodies.

2 nice days under threatening skies. Lots of proof of concept
cloudscapes but nothing definitive for fluid dynamic solutions.

On Jul 14, 4:03 am, Weatherlawyer wrote:
2 nice days under threatening skies. Lots of proof of concept
cloudscapes but nothing definitive for fluid dynamic solutions.

Somewhat previous maybe but comparing the absence of storms on he
http://www.spc.noaa.gov/climo/reports/080713_rpts.html
and the absence of storms on he
http://earthquake.usgs.gov/eqcenter/...quakes_big.php

Something somewhat this way comes. Mayhap?

On Jul 14, 9:41 pm, Weatherlawyer wrote:

Something somewhat this way comes. Mayhap?

6.4 M. 15th July 03:27 Dodecanese Isles, Greece.
5.5 M. 14th July 04:45 Simeulue, Indonesia.

Between 5.4 and 6.0 there is a change in behaviour for fluids. But
just what this behaviour is, is difficult to rationalise.

At 6.6 the fluid is pushing the envelope.

On Jul 15, 7:32 am, Weatherlawyer wrote:
On Jul 14, 9:41 pm, Weatherlawyer wrote:



Something somewhat this way comes. Mayhap?

6.4 M. 15th July 03:27 Dodecanese Isles, Greece.
5.5 M. 14th July 04:45 Simeulue, Indonesia.

Between 5.4 and 6.0 there is a change in behaviour for fluids. But
just what this behaviour is, is difficult to rationalise.

At 6.6 the fluid is pushing the envelope.

Update time = Tue Jul 15 15:01:30 UTC 2008

MAG UTC DATE-TIME
y/m/d h:m:s LAT
deg LON
deg DEPTH
km Region
MAP 6.4 2008/07/15 03:26:37 35.983 27.785 68.4 DODECANESE
ISLANDS, GREECE

12 hours and counting.

That'll be the storm in the west Pacific.

On Jul 15, 4:11 pm, Weatherlawyer wrote:
On Jul 15, 7:32 am, Weatherlawyer wrote:

On Jul 14, 9:41 pm, Weatherlawyer wrote:

Something somewhat this way comes. Mayhap?

6.4 M. 15th July 03:27 Dodecanese Isles, Greece.
5.5 M. 14th July 04:45 Simeulue, Indonesia.

Between 5.4 and 6.0 there is a change in behaviour for fluids. But
just what this behaviour is, is difficult to rationalise.

At 6.6 the fluid is pushing the envelope.

Update time = Tue Jul 15 15:01:30 UTC 2008

6.4 2008/07/15 03:26:37 36.0 27.8 68.4 Dodecanese Islands, Greece.
12 hours and counting.

That'll be the storm in the west Pacific.

Kalmaegi. Now the next thing to a typhoon. Yesterday it was running at
some 30 knots, now it is at 50.

Bertha is running south as an hurricane, still and scheduled to turn
north on the 18th, (the change of spell.) That spell is another
breeder but of a different type to the present.

I have difficulty with both and I think the problem is that the
planet's acoustics are at that magic critical point in its system in
such spells, just as it is for wet spells where the time is something
like 20 minutes past the hour.

Consider:
This spell 10th to the 18th of July 04:35; an unstable unstable spell.

18th to the 25th July 07:59; This will start to assert itself in North
America tomorrow.

And the following spell for comparison is an unstable wet spell:
25th of July to the 1st of August 18:42

Which is followed by a repeat of this closing spell with one some 6
hours different at 10:13 on Aug 1st.

A train of interesting spells I believe. This should screw royally
with my computer. And since I have two, the problem will be at my
ISP.

It's good here.

5.2 M. 16th July 17:09 30.9 S.178.6 W. Kermadec Islands, N Z.
5.0 M. 16th July 12:48 28.4 S 175.8 W. Kermadec Islands, N Z.

That'll be the end of Bertha and maybe that East Pacific storm too. Or
rather, expect another pair of matching co-ordinates for that one.
(Whichever it is. Though I am guessing the Philippino one will grow to
a larger storm. I seem to recall similarities with those Spring-time
storms in that region. I haven't checked.)

New Activity/Unrest: | Barren Island, Andaman Is | Bezymianny, Central
Kamchatka (Russia) | Garbuna Group, New Britain | Llaima, Central
Chile | Okmok, Fox Islands | San Cristóbal, Nicaragua

http://www.volcano.si.edu/reports/us...rweek=20080709

Kalmaegi (W. Pacific)
Fausto (E. Pacific)
Bertha (Atlantic)
Elida (E. Pacific)

http://www.hurricanezone.net/

No condolences in identifying the planet's critical numbers. I am a
long way from being able to define its fluid dynamics.

All I know is that the time of the phase and the combination of
similar lunar phases. What is that in the stream of time?

A fool collecting pebbles.