Br Cornelius, on 14 December 2012 - 10:24 AM, said:

This shows the lack of trend in the cosmic ray count over the last 60yrs even better.
There are a lot of different emissions from the sun, meaning there are many different forms of solar activity. Sunspots are another way of getting a general idea of what is going on. Since 1950, the average daily sunspot count has been through a number of ups and downs:
1953: Low; 4.4
1957: High; 189.9
1964: Low; 10.2
1968: High; 105.9
1976: Low; 12.6
1979: High; 155.3
1986: Low; 13.4
1989: High; 157.8
1996: Low; 8.6
2000: High; 119.5
2008: Low; 2.9
Note that the runup is always faster than the decline. Solar activity is not a sine curve, therefore, not "cyclical," even though it does recur.
Also note that the low sunspot years match up nicely with the local minima on the temperature graph. That is the solar influence on temps. Also note that each successive temperature low is higher than the last one: that's global warming. The graph shows both.
Sunspot activity has been declining since the high of 1957, but also note that the amplitude is increasing (The lows are lower.) If solar activity is the driving influence behind global temps, we should be recording record low temps during the low years: Instead, 2008 is one of the hottest on record and 1953 marked a local maximum in global temps. The all-time hottest year was 1998, which occurred during the runup to the solar high in 2000.
Interesting to note that the lowest global mean temperatures of the twentieth century (-0.559 below the Hadcrut 3 index) coincided with the high point of the sunspot cycle in 1908 (daily average of 62.0). Obviously, there is more to this warming thing than the solar cycle.
Doug
Edited by Doug1o29, 14 December 2012 - 05:00 PM.
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