ClimateGate news

Saturday, January 5, 2008

Changes in the Sun’s Surface to Bring Next Climate Change

A press release from the Space and Science Research Center (emphasis added):

Today, the Space and Science Research Center, (SSRC) in Orlando, Florida announces that it has confirmed the recent web announcement of NASA solar physicists that there are substantial changes occurring in the sun’s surface. The SSRC has further researched these changes and has concluded they will bring about the next climate change to one of a long lasting cold era.

Today, Director of the SSRC, John Casey has reaffirmed earlier research he led that independently discovered the sun’s changes are the result of a family of cycles that bring about climate shifts from cold climate to warm and back again.

“We today confirm the recent announcement by NASA that there are historic and important changes taking place on the sun’s surface. This will have only one outcome - a new climate change is coming that will bring an extended period of deep cold to the planet. This is not however a unique event for the planet although it is critically important news to this and the next generations. It is but the normal sequence of alternating climate changes that has been going on for thousands of years. Further according to our research, this series of solar cycles are so predictable that they can be used to roughly forecast the next series of climate changes many decades in advance. I have verified the accuracy of these cycles’ behavior over the last 1,100 years relative to temperatures on Earth, to well over 90%.”

As to what these changes are Casey says, “The sun’s surface flows have slowed dramatically as NASA has indicated. This process of surface movement, what NASA calls the “conveyor belt” essentially sweeps up old sunspots and deposits new ones. NASA’s studies have found that when the surface movement slows down, sunspot counts drop significantly. All records of sunspot counts and other proxies of solar activity going back 6,000 years clearly validates our own findings that when we have sunspot counts lower then 50 it means only one thing - an intense cold climate, globally. NASA says the solar cycle 25, the one after the next that starts this spring will be at 50 or lower. The general opinion of the SSRC scientists is that it could begin even sooner within 3 years with the next solar cycle 24. What we are saying today is that my own research and that of the other scientists at the SSRC verifies that NASA is right about one thing – a solar cycle of 50 or lower is headed our way. With this next solar minimum predicted by NASA, what I call a “solar hibernation,” the SSRC forecasts a much colder Earth just as it has transpired before for thousands of years. If NASA is the more accurate on the schedule, then we may see even warmer temperatures before the bottom falls out. If the SSRC and other scientists around the world are correct then we have only a few years to prepare before 20-30 years of lasting and possibly dangerous cold arrive.”
Via Solar Cycle 24 begins:
Solar physicists have been waiting for the appearance of a reversed-polarity sunspot to signal the start of the next solar cycle. The wait is over. Yesterday, a magnetically reversed sunspot emerged at solar latitude 30 N, shown in this photo taken by Greg Piepol of Rockville, Maryland:

For reasons explained in a recent Science@NASA story, this marks the beginning of Solar Cycle 24 and the first step toward a new solar maximum. Intense solar activity won't begin right away. Solar cycles usually take a few years to build from solar minimum (where we are now) to Solar Max (expected in 2011 or 2012). It's a slow journey, but we're on our way!
In case you missed it, I posted this quote by Phil Brennan at NewsMax the other day:
2008 will be the year when Al Gore and his forecasts of an approaching inferno will be thoroughly discredited, not by the constantly growing legion of global warming skeptics, but by none other than Mother Nature herself.
Update: more on Solar Cycle 24 at What's Up With That?

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