Greatcloud
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- May 3, 2007
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The warming of the last part of the 20th century was caused by a continued high TSI that baked the Earth and caused El Nino's. The steady drop in TSI along with a delayed sunspot cycle is now causing a cooling period. Do you deny we are in a cooling period ?
It did not cool until the TSI had dropped for several consecutive years in a row,proving the sun was the culprit. As anyone can see now, and will see more in the future,when we are in a minimum,it is the sun. And what about all the planets warming at the same time and the same rate as the Earth, is this a GHG effect or is it the sun ? Don't look past the sun,it has always been the culprit in the warming and cooling phases of our planet. Why is it different now ?
It did not cool until the TSI had dropped for several consecutive years in a row,proving the sun was the culprit. As anyone can see now, and will see more in the future,when we are in a minimum,it is the sun. And what about all the planets warming at the same time and the same rate as the Earth, is this a GHG effect or is it the sun ? Don't look past the sun,it has always been the culprit in the warming and cooling phases of our planet. Why is it different now ?
Quote- "Now I will speak of what I have found in the field of climate science, and you will be the
judge of whether or not I deserve to be included in De Smog Blog’s list. I believe that I
have made two useful contributions to the field, one of which is original. The first is my
prediction that a very weak Solar Cycle 24 will make the second decade of the 21st century
a very cold one. Others solar-driven predictions of cold decades to come have started with
Solar Cycle 25, or another three decades out in mid-century.
My work says that cold weather for the mid-latitudes is upon us now. The basis for that
prediction is simply this. There is one set of solar physicists who have correlated past solar
cycles with the temperature record, and there is another set of solar physicists who look
forward to predict solar activity. I simply applied the calibration provided by the former
set to the predictions made by the latter set. Very simple indeed, but nobody had done that
before.
Here’s what the data looks like. Figure 1 shows the solar cycle record back to 1700, with a
projection to 2030. Solar Cycles 4 and 5, in the early 19th century, were very weak. This
was also a period of cold temperatures globally called the Dalton Minimum. This might
just be a coincidence, but the correlation between solar cycle length and temperature is very
strong over at least the last three hundred years, as shown in my work on the De Bilt data,
seen in Figure 2."-end Quotejudge of whether or not I deserve to be included in De Smog Blog’s list. I believe that I
have made two useful contributions to the field, one of which is original. The first is my
prediction that a very weak Solar Cycle 24 will make the second decade of the 21st century
a very cold one. Others solar-driven predictions of cold decades to come have started with
Solar Cycle 25, or another three decades out in mid-century.
My work says that cold weather for the mid-latitudes is upon us now. The basis for that
prediction is simply this. There is one set of solar physicists who have correlated past solar
cycles with the temperature record, and there is another set of solar physicists who look
forward to predict solar activity. I simply applied the calibration provided by the former
set to the predictions made by the latter set. Very simple indeed, but nobody had done that
before.
Here’s what the data looks like. Figure 1 shows the solar cycle record back to 1700, with a
projection to 2030. Solar Cycles 4 and 5, in the early 19th century, were very weak. This
was also a period of cold temperatures globally called the Dalton Minimum. This might
just be a coincidence, but the correlation between solar cycle length and temperature is very
strong over at least the last three hundred years, as shown in my work on the De Bilt data,
http://www.lavoisier.com.au/papers/articles/ArchibaldLavoisierAGM.pdf
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