It did. It rained. We had a couple of mils. It helped with the
containment of the fires.
We've spent much of the day wondering whether the fire at Daylesford
will skip containment lines, and burn down Claire's folks' cottage.
But, you know. Money. Jobs. So on. Real stuff like economics
economics really comes into focus
when you're worried about ephemeral stuff like a family home that's been
built over years being destroyed in minutes...
Glad to hear you've had a little rain Charlie, hope its enough to keep your
family's cottage (and many others) safe.
Doug
On 26/02/2009, at 5:00 PM, Doug Pensinger wrote:
Glad to hear you've had a little rain Charlie, hope its enough to
keep your family's cottage (and many others) safe.
Actually, no. *sigh* Another 40 degree day tomorrow, and strong winds.
Many schools have been closed.
Charlie
Document.
I have no idea of the scientific accuracy, but the only implausible part
(the me at least) is why didn't the debris disperse in the atmosphere
over the two month period?
Gary
Cometary panspermia explains the red rain of Kerala
Godfrey Louis A. Santhosh Kumar
School of Pure and Applied
Cometary panspermia explains the red rain of Kerala
Godfrey Louis A. Santhosh Kumar
School of Pure and Applied Physics, Mahatma Gandhi University,
Kottayam - 686560, Kerala, India.
E-mail: [EMAIL PROTECTED]
Date: October 5, 2003
Red coloured rain occurred in many places of Kerala in India during
- Original Message -
From: Ronn!Blankenship [EMAIL PROTECTED]
To: Killer Bs Discussion [EMAIL PROTECTED]
Sent: Saturday, May 08, 2004 11:32 AM
Subject: Re: Red rain result of meteor explosion?
Fred Hoyle is dead, but it seems Chandra Wickramisinghe has some
followers . .
Sure
as a Word Document.
I have no idea of the scientific accuracy, but the only
implausible part (the me at least) is why didn't the debris disperse
in the atmosphere over the two month period?
Gary
Cometary panspermia explains the red rain of Kerala
Godfrey
the two month period?
Gary
Cometary panspermia explains the red rain of Kerala
___
http://www.mccmedia.com/mailman/listinfo/brin-l
Suppose you wanted to calculate the time it would take an even consistent
rainfall over the entire surface of the earth to raise the sea level
above the level of Mt. Everest (+5 miles or so), what would you need to
know about rainfall, volume of the earth, topography of the earth, etc.
to make a
rainfall, not adujsted for the increasing size of the sphere
as the ocean gets deeper. Say, 1 inch per hour, that's a nice hard rain so 2
feet a day. It'll take a while to reach 5 miles.
However, if you say wanted to know if it would fit into, say 40 days and 40
nights, you would just assume
sea level as diameter.
Assume a constant rainfall, not adujsted for the increasing size of the
sphere
as the ocean gets deeper. Say, 1 inch per hour, that's a nice hard
rain so 2
feet a day. It'll take a while to reach 5 miles.
However, if you say wanted to know if it would fit into, say
At 05:01 AM 12/5/02 -0600, The Fool wrote:
Suppose you wanted to calculate the time it would take an even consistent
rainfall over the entire surface of the earth to raise the sea level
above the level of Mt. Everest (+5 miles or so), what would you need to
know about rainfall, volume of the
as a proper sphere using distance from
the center of the sphere to mean sea level as diameter.
Assume a constant rainfall, not adujsted for the increasing size of the
sphere
as the ocean gets deeper. Say, 1 inch per hour, that's a nice hard rain so
2
feet a day. It'll take a while to reach 5 miles
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