sculptor
Valued Senior Member
From what I've read, the sun's effect on climate doesn't happen in the present(real time) nor in a day, nor a week, nor a year, nor a decade.
Tracking tsi and/or sunspots and then temperature, there is a lag time for the effect on temperature and climate.
Let us assume that #25 is a non starter, it will still take us years to get back to 1900 (Gleisberg "grand" minimum---which was nowhere near a "grand minimum") temperatures.
Let us assume that #26 will also be weak. Again, the lag time for climate response will most likely be decades.
It seems that many who would dismiss the sun as a major climate driver have refused to look at and define likely lag times.
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If we look at the sun's effect on climate during the average 11+ year cycle, we see little climate difference between the maximum and minimum of any given cycle. The earth is a marvelous heat sink which smooths out the effects.
We are constantly losing heat energy into space.
Without an @11 year maximum to reload/recharge the earths heat budget, we will lose more than we gain. A prolonged (grand)minimum will show cooling results long after it begins.
(I've always thought that this was pretty basic stuff)
Has anyone looked into the sidc data?
Tracking tsi and/or sunspots and then temperature, there is a lag time for the effect on temperature and climate.
Let us assume that #25 is a non starter, it will still take us years to get back to 1900 (Gleisberg "grand" minimum---which was nowhere near a "grand minimum") temperatures.
Let us assume that #26 will also be weak. Again, the lag time for climate response will most likely be decades.
It seems that many who would dismiss the sun as a major climate driver have refused to look at and define likely lag times.
................
If we look at the sun's effect on climate during the average 11+ year cycle, we see little climate difference between the maximum and minimum of any given cycle. The earth is a marvelous heat sink which smooths out the effects.
We are constantly losing heat energy into space.
Without an @11 year maximum to reload/recharge the earths heat budget, we will lose more than we gain. A prolonged (grand)minimum will show cooling results long after it begins.
(I've always thought that this was pretty basic stuff)
Has anyone looked into the sidc data?