Carbon dioxide levels dating far back

"Is it possible that October 2016 will yield a lower monthly value than September and dip below 400 ppm?Almost impossible," Ralph Keeling, director of the Scripps CO2 Program, writes in a blog post."When seawater is more acidic, less boron gets incorporated into the calcium carbonate shells," she adds.The researchers first matched this fossil record secured by the Integrated Ocean Drilling Program Expedition in the western tropical Pacific to existing records from bubbles trapped in Antarctic ice cores that stretch back 800,000 years, which preserve a precise record of past atmospheric composition.I've seen this explained as the "earth breathing in and out".Most of the earth's land mass is located in the northern hemisphere, as is most of the earth's vegetation.

"At best (in that scenario), one might expect a balance in the near term, and so CO2 levels probably wouldn't change much - but would start to fall off in a decade or so," Gavin Schmidt, NASA’s chief climate scientist, told Brian Kahn at Climate Central.This page is regularly updated with atmospheric carbon dioxide level data; based on the previous month in the current year and history of saturation levels for the same month dating back to 1958.The readings are taken at the Mauna Loa Observatory, Hawaii.A less sensitive climate system would mean average warming of less than 2 degrees C and, therefore, fewer ramifications from global warming.Human civilization is now running an experiment (and without a control) that will definitively determine the answer.1958 - 317.45 1959 - 317.72 1960 - 319.02 1961 - 319.48 1962 - 320.63 1963 - 321.39 1964 - -99.99 1965 - 322.13 1966 - 323.87 1967 - 324.42 1968 - 325.02 1969 - 326.66 1970 - 328.13 1971 - 327.78 1972 - 329.72 1973 - 331.5 1974 - 332.65 1975 - 333.17 1976 - 334.64 1977 - 336.131978 - 337.69 1979 - 338.96 1980 - 340.93 1981 - 342.54 1982 - 343.97 1983 - 345.25 1984 - -99.99 1985 - 348.33 1986 - 349.77 1987 - 351.31 1988 - 353.69 1989 - 355.64 1990 - 356.32 1991 - 358.66 1992 - 359.09 1993 - 359.27 1994 - 361.23 1995 - 363.3 1996 - 364.57 1997 - 366.351998 - 368.66 1999 - 370.99 2000 - 371.81 2001 - 373.37 2002 - 375.02 2003 - 377.73 2004 - 380.35 2005 - 382.29 2006 - 384.61 2007 - 386.5 2008 - 387.21 2009 - 389.55 2010 - 392.46 2011 - 393.25 2012 - 396.18 2013 - 398.41 2014 - 401.38 2015 - 403.28 2016 - 407.42 The following chart plots the monthly mean atmospheric carbon dioxide levels at Mauna Loa Observatory, Hawaii Chart/graph source : Dr.Pieter Tans, NOAA/ESRL You've probably noticed that while the trend continues to rise, there's a very regular peak/trough effect right throughout the record.Pre-industrial (recent history) levels are said to have been at around 280 parts per million.The other very disturbing issue is that the figures below don't include other greenhouse gases such as methane, which are also on the rise.And as far as we know, it has been forming in the earth’s upper atmosphere since the atmosphere was made back on Day Two of Creation Week (part of the expanse, or firmament, described in Genesis 1:6–8). Cosmic rays from outer space are continually bombarding the upper atmosphere of the earth, producing fast-moving neutrons (subatomic particles carrying no electric charge) (Figure 1a).1 These fast-moving neutrons collide with atoms of nitrogen-14, the most abundant element in the upper atmosphere, converting them into radiocarbon (carbon-14) atoms.CARBON-14 IS CREATED (Figure 1a): When cosmic rays bombard the earth’s atmosphere, they produce neutrons.

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