gigabite wrote:x-y-no wrote:...you're selecting timepoints at a valley and peak of the 11 year solar cycle and claiming that's the overall trend. That's not legitimate at all...
I realize that the long term minimum to minimum Greenhouse to Irradiance relationship is 20 percent, but the current trend is minimum to maximum, because Jupiter just past aphelion, and we are near the solar minimum and irradiance is higher at the solar minimum, because sun spots are cooler then the rest of the sun, so when there is more sun spots there is less irradiance. There is never a case when the Greenhouse/Irradiance relationship exceeds 25 percent regardless of term of the computation.
Again I have to ask - what time range are you looking at in arriving at these 20% and 25% numbers? What's the underlying data? You'll have to forgive me for not simly trusting your claim - you lost any chance at that when you tried to pass off the difference between two data points at a valley and peak of the solar cycle as representative of the overall trend.
If you want to claim that the majority of the currently observed warming trend is due to changing insolation, then you need to explain why there wasn't a significant global cooling during the latest TSI minimum in the 90s.
The problem is that after the DEP whooped up on DDT, and over development they were in jeopardy of loosing funding and invented this problem in a highly publicized fashion. Dressed it up like the great bag of hot air that it is, and created a bureaucratic empire that feeds multitudes of starving environmentalist.
I offered kenl01 a spare tin-foil hat earlier, I'll see if I can find one for you too.
I'm sorry - but I've been a peripheral but interested observer of the development of the science in this field for over 30 years, and your account of the "invention" of AGW is pure nonsense. I won't speak to political issues and I wish you wouldn't either. This is (by rule) a non-political board so I'll issue yet another plea that we try to stick to facts.
In reality the sun is heading toward supernova, not now, but eventually. That is why the U.S. is headed toward Mars, and not to Kyoto. It’s not that the Green Tea is bad in Kyoto, it is just that Mars is half way to Europa, and the water is there.
OMG! Now I know you're not even remotely serious. The sun isn't going supernova for billions of years, and when it does being on Mars or Europa won't make the slightest bit of difference.
If this is going to be the level of our dialogue, then it's a complete waste of time.
Please pull any series of satellite data before 1994 (the beginning of cycle 23 =/-) and post the link.
If your demanding a single satellite record spanning decades, that's obviously impossible. Satellites have limited lifetimes. It's not even clear how meaningful such a record would be, since sensors degrade over time as well.
But there is a record of multiple overlapping series which can yield a composite.

In fact, the figure you cited earlier was one such composite. From the TAR, chapter 6.11.1.1:
IPCC TAR wrote:Willson (1997) used ERB data to provide cross-calibration between the non-overlapping records of ACRIM-I and ACRIM-II and deduced that TSI was 0.5 Wm-2 higher during the solar minimum of 1996 than during solar minimum in 1986. If this reflects an underlying trend in solar irradiance it would represent a radiative forcing2 of 0.09 Wm-2 over that decade compared with about 0.4 Wm-2 due to well-mixed greenhouse gases. The factors used to correct ACRIM-I and ACRIM-II by Willson (1997) agree with those derived independently by Crommelynk et al. (1995) who derived a Space Absolute Radiometric Reference of TSI reportedly accurate to ± 0.15%. Fröhlich and Lean (1998), however, derived a composite TSI series which shows almost identical values in 1986 and 1996, in good agreement with a model of the TSI variability based on independent observations of sunspots and bright areas (faculae). The difference between these two assessments depends critically on the corrections necessary to compensate for problems of unexplained drift and uncalibrated degradation in both the Nimbus 7/ERB and ERBS time series. Thus, longer-term and more accurate measurements are required before trends in TSI can be monitored to sufficient accuracy for application to studies of the radiative forcing of climate.
So there is an indication in the direct observational record of a continuing upward trend, albeit a much smaller one than you were claiming. Furthermore, there is also evidence in proxy records of an overall upward trend in TSI since the 17th century. But those same proxy records show that trend flattening in the second hald of the 20th century, whilst the global temperature trend accellerates in the latter part of the 20th century into the 21st.
Reference:
http://www.grida.no/climate/ipcc_tar/wg1/212.htm (see chapter 6)