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originally posted by: Metallicus
originally posted by: ColCurious
a reply to: ElectricUniverse
originally posted by: ElectricUniverse
Why isn't CO2 increasing temperatures by half (~0.4 degrees) if from 1998-2016 CO2 levels have increased by 39ppm?
Because CO2 and °C do not correlate in a linear way.
You're disregarding climate sensitivity (feedback lag) and the relative contributions of natural forcings (like the function of oceans as CO2 buffers - to name one). Your timeframe here is just way too short.
Or climate "science" is the BS many of already believe it to be.
originally posted by: ElectricUniverse
a reply to: Greven
WTH are you on about now Willis?...
Dr. Roy Spencer describes here why they changed from one version to another.
Instruments are calibrated and re-calibrated all the time Willis. I guess we better through out ALL GCMs because they all give different readings...
Heck, the AGW scientists have had to change their predictions of warming because their "predictions" (they are not really predictions but let's call it that for the sake of simplicity). I guess that means you don't trust GCMs and their models either huh Greven?
An Algorithm to Generate Deep-Layer Temperatures from Microwave Satellite Observations for the Purpose of Monitoring Climate Change
Mitchell D. Goldberg and Henry E. Fleming
NOAA/National Environmental Satellite, Data, and Information Service, Satellite Research Laboratory, Washington, DC
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DOI: dx.doi.org...(1995)0082.0.CO;2
Received: 31 January 1994
Final Form: 6 September 1994
Published Online: 1 May 1995
Abstract
An algorithm for generating deep-layer mean temperatures from satellite-observed microwave observations is presented. Unlike traditional temperature retrieval methods, this algorithm does not require a first guess temperature of the ambient atmosphere. By eliminating the first guess a potentially systematic source of error has been removed. The algorithm is expected to yield long-term records that are suitable for detecting small changes in climate.
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originally posted by: Greven
a reply to: ElectricUniverse
You realize much of that paper uses Roy SPENCER and John CHRISTY, right?
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originally posted by: ElectricUniverse
a reply to: Greven
I did answer your question. You are making s#it up...
Dr Roy Spencer is doing the same thing that other atmospheric scientists have been doing for decades...
BTW, that paper I gave a link to does not mention Dr. Roy Spencer at all, It was authored by Dr Mitchell D Goldberg, and Henry E. Fleming.
Here is another link to that paper
originally posted by: mbkennel
...
When extremely secure physics says X, and a naive interpretation of paleo-climatology indirect records says Y, but there is another plausible interpretation which is compatible with X (and happens to agree with professional modeling)---go with X.
Stuff that happened 400,000 years ago and we have indirect evidence of is less informative than stuff regarding physics and observations NOW.
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originally posted by: intergalactic fire
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And every measurement device has it's errors, over time the equipment change, location of stations change, number of stations, most of the stations are still manual so you have the human error,...
So even in that timespan from 1880 till now there is error. I believe I'v read it somewhere on the NOAA GISS website where they talk about an error of 0.15 degrees C in their measurements.
originally posted by: Greven
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I don't know what you're on about with the WIllis stuff.
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originally posted by: ElectricUniverse
a reply to: mbkennel
So wait a second...
Since about 2005 the Sun's activity has slowed down, so from where is this extra heat coming from?
CO2 cannot magically produce more heat (not to mention that since 1998-2016 the atmosphere has only warmed about ~0.1... CO2 absorbs absorbs heat from the energy budget Earth receives from the Sun or other sources outside of Earth. Also, the atmosphere is not a storage for heat... It is not possible that CO2 is now after 11 years still releasing more heat into the oceans.
If there is any truth to those readings from NOAA then it is more likely this heat is coming from Earth's core, and not from the atmosphere.