parados wrote:parados wrote:ican711nm wrote:AVERAGE GLOBAL TEMPERATURE °K INCREASE 1975 TO 2005
287.0281 °K + 0.6365 °K = 287.6646 °K. That's a 0.2217% increase.
CARBON DIOXIDE PPM INCREASE IN THE ATMOSPHERE 1975 TO 2005
331 ppm + 48 ppm = 379 ppm. That's a [14.98%] increase.
CARBON DIOXIDE BMT INCREASE IN THE ATMOSPHERE 1975 TO 2005
76.25 bmt + 76.25 bmt = 152.5 bmt. That's a 100% increase.
Could you comment on this statement High Seas? I would love to see if you think CO2 can increase only [14.98%] in ppm at the same time it increases 100% in BMT as ican just claimed.
Please post a link to the source for your numbers.
...
ICAN did not claim that "CO2 can increase only [14.98%] in ppm at the same time it increases 100% in BMT." But this claim is implied by the data IPCC claims to be true. I think IPCC's data is false.
The following percentages are calculated by ICAN from data contained in the links specified.
FOR THE 30 YEAR PERIOD, 1975 TO 2005[/size]
%increase in average global temperature = 0.2217%.
%increase of CO2ppm in atmosphere = 14.98%.
%increase in metric tons of CO2 retained in the atmosphere = 100%.
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AVERAGE GLOBAL TEMPERATURE °K INCREASE 1975 TO 2005 - Notes 1 & 2.
http://www.ncdc.noaa.gov/oa/climate/research/2007/ann/global.html
ftp://ftp.ncdc.noaa.gov/pub/data/anomalies/annual.land_and_ocean.90S.90N.df_1901-2000mean.dat
287.0281 °K + 0.6365 °K = 287.6646 °K. That's a 0.2217% increase.
CARBON DIOXIDE PPM INCREASE IN THE ATMOSPHERE 1975 TO 2005 - Note 3.
ftp://ftp.cmdl.noaa.gov/ccg/co2/trends/co2_mm_mlo.txt
330.54 ppm + 49.52 ppm = 380.06 ppm. That's a 14.98% increase.
CARBON DIOXIDE BMT INCREASE IN THE ATMOSPHERE 1975 TO 2005 - Notes 4 & 5.
http://co2.cms.udel.edu/Increasing_Atmospheric_CO2.htm
http://researchnews.osu.edu/archive/nowarm.htm
76.25 bmt + 76.25 bmt = 152.5 bmt. That's a 100% increase.
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TEMPERATURE °K - Notes 1 & 2.
The 1901-2000 average combined land and ocean annual temperature in
degees Kelvin = 13.9°C+ 273.16°K = 287.06°K.
Ta = global temperature average 1901 to 2000 = 287.06°K.
Tan75 = global temperature anomaly 1975 = - 0.0319°K.
Tan05 = global temperature anomaly 2005 = + 0.6046°K.
T75 = Ta + Tan75 = 287.06°K - 0.0319°K = 287.0281°K.
T05 = Ta + Tan05 = 287.06°K + 0.6046°K = 287.6646°K.
Ti = T05 - T75 = 287.6646°K - 287.0281°K = 0.6365°K
Ti% = %increase in average global temperature = 100% x Ti / Ta = 100% x 0.6365°K / 287.06°K = 0.2217%.
CARBON DIOXIDE PPM - Note 3.
C1 = CO2 density 1975 = 330.54 ppm.
C2 = CO2 density 2005 = 380.06 ppm.
Ci = C2 - C1 = 380.06 ppm - 330.54 ppm = 49.52 ppm.
Ci% = %increase of CO2ppm in atmosphere = 100% x Ci / C1 = 100% x 49.52 ppm / 330.54 ppm = 14.98%.
CARBON DIOXIDE BILLIONS OF TONS -- 4 & 5.
Mo = Billions of tons CO2 entered into the atmosphere by humans as of 1975 = 305/2 = 152.5
M1 = Billions of tons CO2 retained in the atmosphere by humans as of 1975 = Mo/2 = 76.25
M2 = Billions of tons CO2 entered into the atmosphere by humans 1975 to 2005 = 152.5
M3 = M2 retained in the atmosphere during 1975 to 2005 = 152.5 / 2 = 76.25
Mri% = %increase in metric tons of CO2 retained in the atmosphere 1975 to 2005 over what was retained as of 1975 = 100% x M3 / M1 =
100%.
Note 1.
Note 2.
Note 3.
Note 4.
Quote:
http://co2.cms.udel.edu/Increasing_Atmospheric_CO2.htm
Emissions of Carbon from Human Activities
Several human activities release CO2 into the atmosphere (called anthropogenic, human-origin, emissions). Fossil-fuel burning is the predominant anthropogenic source of CO2, but cement production and other activities also contribute (including the "land-use" activity of deforestation). Using a combination of modern and historic data, scientists estimate that humans have sent a total of 305 billion metric tons of carbon into the atmosphere since 1751;
half of these emissions have occurred
since the mid-1970s.[305/2 = 152.5]
About
half of the recent emissions are not accumulating in the atmosphere, but are going into the ocean and, to a lesser extent, into soils. These are considered "sinks" in the global carbon budget because they take up atmospheric CO2.[152.5/2 =76.25]
Note 5.
Quote:
http://researchnews.osu.edu/archive/nowarm.htm
He [Essenhigh] cites a 1995 report from the Intergovernmental Panel on Climate Change (IPCC), a panel formed by the World Meteorological Organization and the United Nations Environment Programme in 1988 to assess the risk of human-induced climate change. In the report, the IPCC wrote that some 90 billion tons of carbon as carbon dioxide annually circulate between the earth's ocean and the atmosphere, and another 60 billion tons exchange between the vegetation and the atmosphere.
Compared to man-made sources' emission of about 5 to 6 billion tons per year, the natural sources would then account for more than 95 percent of all atmospheric carbon dioxide ...
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What is the scientifically validated formula for computing how much of an average global temperature increase will will result from a given
CO2 ppm increase in the atmosphere
What is the scientifically validated formula for computing how much of an average global temperature increase will will result from a given
CO2 metric ton increase in the atmosphere

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