@MontereyJack,
During the 100 year period, 1910 to 2010, the mean annual global temperature increased about 1°C (1.8°F).
Was that caused by the density of CO2 in the atmosphere allegedly increasing about 383/280 = 1.367857143 over the same period?
Did that alleged increase in CO2 atmospheric density cause about the alleged 60% of that 1°C (1.8°F)?
NO, not likely!
HUMAN CAUSED CO2 EMISSIONS INTO THE ATMOSPHERE ARE NOT THE PRIMARY CAUSE OF THE LESS THAN THE 1°K = 1°C = 1.8°F AVERAGE ANNUAL GLOBAL TEMPERATURE INCREASE WITHIN THE LAST 100 YEARS.!
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.
…
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.
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 ...
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 result from a given
CO2 metric ton increase in the atmosphere ?
AVERAGE ANNUAL GLOBAL REMPERATURE ANOMALIES IN DEGREES KELVIN, 1900 - 2007
1900 -0.0281
1901 -0.0974
1902 -0.1735
1903 -0.2929
1904 -0.3284
1905 -0.2159
1906 -0.1798
1907 -0.3467
1908 -0.3768
1909 -0.3808
1910 -0.3656
1911 -0.3621
1912 -0.3037
1913 -0.2861
1914 -0.1133
1915 -0.0558
1916 -0.2710
1917 -0.3264
1918 -0.2098
1919 -0.2070
1920 -0.1674
1921 -0.1225
1922 -0.2142
1923 -0.1904
1924 -0.1848
1925 -0.1143
1926 -0.0213
1927 -0.0993
1928 -0.0979
1929 -0.2245
1930 -0.0250
1931 -0.0035
1932 -0.0269
1933 -0.1605
1934 -0.0243
1935 -0.0495
1936 -0.0178
1937 0.0827
1938 0.0979
1939 0.0748
1940 0.1163
1941 0.1380
1942 0.1242
1943 0.1178
1944 0.2134
1945 0.0667
1946 -0.0289
1947 -0.0304
1948 -0.0414
1949 -0.0681
1950 -0.1555
1951 -0.0118
1952 0.0339
1953 0.1128
1954 -0.1115
1955 -0.1314
1956 -0.1878
1957 0.0490
1958 0.0994
1959 0.0530
1960 0.0048
1961 0.0745
1962 0.0979
1963 0.1272
1964 -0.1399
1965 -0.0732
1966 -0.0298
1967 -0.0142
1968 -0.0213
1969 0.0786
1970 0.0324
1971 -0.0643
1972 0.0178
1973 0.1429
1974 -0.1047
1975 -0.0319
1976 -0.1107
1977 0.1282
1978 0.0503
1979 0.1406
1980 0.1887
1981 0.2293
1982 0.1133
1983 0.2716
1984 0.0798
1985 0.0625
1986 0.1496
1987 0.2870
1988 0.2888
1989 0.2087
1990 0.3700
1991 0.3241
1992 0.1894
1993 0.2227
1994 0.2815
1995 0.3981
1996 0.2586
1997 0.4615
1998 0.5764
1999 0.3947
2000 0.3630
2001 0.4934
2002 0.5573
2003 0.5565
2004 0.5337
2005 +0.6046
2006 0.5394
2007 0.5484
2005 +0.6046
1909 -0.3808
Difference = 0.9854°K = 1.7737°F
![http://www.ncdc.noaa.gov/img/climate/research/2007/ann/global-jan-dec-error-bar-pg.gif](http://www.ncdc.noaa.gov/img/climate/research/2007/ann/global-jan-dec-error-bar-pg.gif)
Trend in global average Temperature 1880 to 2007
![http://www.oism.org/pproject/Slides/Presentation/Slide5.png](http://www.oism.org/pproject/Slides/Presentation/Slide5.png)
US Surface Temperature Trends versus Solar Activity 1880 to 2007