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Originally posted by Pellevoisin
My granddaughter a bit southeast of Melbourne was very upset by the earthquakes and tells me that she and her children will be returning to Canada (apparently attending to move in with me on the farm, they are more than welcome).
Originally posted by Caveat Lector
WOW - www.environment.nsw.gov.au...
200 (scaled measure) particles in Sydney is considered extreame, we're currently at 3700+
to put that in perspective, we usually sit on 30-60, and up to 150-250 during bushfires, several days most years.
[edit on 23-9-2009 by Caveat Lector]
[edit on 23-9-2009 by Caveat Lector]
Originally posted by Dragon33
Originally posted by Pellevoisin
My granddaughter a bit southeast of Melbourne was very upset by the earthquakes and tells me that she and her children will be returning to Canada (apparently attending to move in with me on the farm, they are more than welcome).
You're kidding? She's more likely to twist her ankle going to the airport than be injured by the tiny little tremor we had here.
Originally posted by STFUPPERCUTTER
eww australia
id be more worried aobut teh millinos of poisonous insects and snakes surrounding you.
Nothing as interesting in North Carolina.
“The average pressure of the solar wind has dropped more than 20% since the mid-1990s … the speed of the million mph solar wind hasn't decreased much—only 3%. The change in pressure comes mainly from reductions in temperature and density. The solar wind is 13% cooler and 20% less dense. The solar wind isn't inflating the heliosphere as much as it used to … That means less shielding against cosmic rays. Ulysses also finds that the sun's underlying magnetic field has weakened by more than 30% since the mid-1990s”.....
The magnetic pole in Northern Canada has been weakening as it shifts across the Arctic to Siberia.....
The overall intensity of the magnetic field has decreased.
“Measurements have been made of the Earth's magnetic field more or less continuously since about 1840. If we look at the trend in the strength of the magnetic field over this time (for example the so-called 'dipole moment' shown in the graph below) we can see a downward trend. ... We also know from studies of the magnetisation of minerals in ancient clay pots that the Earth's magnetic field was approximately twice as strong in Roman times as it is now.”
The Earth’s magnetic field “acts as a shield against the bombardment of particles continuously streaming from the sun. Because the solar particles (ions and electrons) are electrically charged, they feel magnetic forces and most are deflected by our planet's magnetic field. However, our magnetic field is a leaky shield and the number of particles breaching this shield depends on the orientation of the sun’s magnetic field. … Twenty times more solar particles cross the Earth’s leaky magnetic shield when the sun’s magnetic field is aligned with that of the Earth compared to when the two magnetic fields are oppositely directed” www.appinsys.com...
Abstract The long-term fluctuation of the Schwabe period (LSP) of sunspots number (SSN) has been found to have high correlation with the variation of the length-of-day (LOD) in low frequency by using the data of smoothed monthly mean SSN during 1818–1999 and the method of wavelet transform. Analyses indicate that the maximum correlation coefficient between the series of LSP and LOD during 1892–1997 is about 0.9, with a time lag of about 5 years for the LOD related to the LSP. Though the maximum correlation coefficients between the LSP and the other two LOD series (1818–1997) reduce to about 0.4, they remain over the thresholds of 95% confidence level. This suggests new evidence for possible impact of solar activity on the long-term fluctuation of the earth rotation.
www.springerlink.com...
...the global annual energy of earthquakes on Earth began increasing very fast since 1990.
It was not until the late 1970s that scientists discovered the existence of vast plumbing systems under the oceans called hydrothermal vents. The systems pull in cold water, superheat it, then spit it back out from seafloor vents--a process that brings up not only hot water, but dissolved substances from rocks below. Unique life-forms feed off the vents' stew, and valuable minerals, including gold, may pile up. www.nsf.gov...
“The only continuous solar observations that extend over the important climatic time scale of decades to centuries are those of sunspots, yielding a measure of magnetic activity. There are evidences for the modulation of the amplitude of the 11 year solar cycle in a period of about 80 years known as Wolf-Gleissberg cycle. The Cycle seems to be fairly clear in the sunspot record and in its proxy measurements by cosmogenic isotopes. The cycle appears to show up in many meteorological parameters, suggesting that there may be an important sun/climate connection over long periods of time(Hoyt and Schatten 1997).... “A growing mass of evidence suggests that transient events on the sun affect our weather and long term variations of the sun’s energy output affect our climate.
virtualacademia.com...
2001 Royal Meteorological Society
Abrupt and sudden climatic transitions and fluctuations: a review: A number of persistent oscillations exist, particularly one about 1500 years, but their amplitudes vary considerably between time periods. The Holocene appears to be no more climatically benign than the similar period in the Eemian. The importance of the North Atlantic thermohaline circulation for generating abrupt climatic changes in Europe, particularly in association with sudden pulses of fresh water, is illustrated. The concept of antiphase temperature changes between the North and South Atlantic is discussed. Externally generated abrupt climatic deteriorations owing to explosive volcanic eruptions and variations in solar irradiance are also discussed.