How much CO2 would be left in the atmosphere...???

If all nations were to spend billions of dollars on the stock exchange mitigating manmade CO2 emissions.

Some science first to get in the picture,

Manmade atmospheric CO2 emissions are approximately less than 5% of the natural atmospheric CO2 that degases from oceans and land every year.

The IPCC actually gives a residence time of about 4 years in the 2007 AR4 WG1 report (see page 948) see below,

The IPCC say manmade CO2 emissions are 35GT/yr from fossil fuels and

Natural CO2 emissions are 766GT every year from oceans and land.

Therefore from the total amount of CO2 in our atmosphere today of approximately 410ppm then,

Berry (2016) estimates the following,

392ppm comes from natural degassing of ocean and land every year and

18ppm are due to manmade emissions

410ppm - 18ppm = 392ppm,

So if we got rid of all manmade CO2 in the atmosphere we would be left with 392ppm from 410ppm.

Is it really worth it, to try and get rid of so little for so much.

This little bit doesn't really make any difference in the end.

Do you really want to spend billions of tax payer monies on the stock market

to reduce the small amount of manmade atmospheric CO2

content of which is 18ppm because the rest 392ppm is natural, unless we attack nature herself..?

Think of it this way how much more higher would the temperature be from 392ppm to 410ppm

I don't think that's the sort of mitigation the IPCC is talking about.

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Below Scientific papers that conclude human emissions cause only a minor change in the level of atmospheric carbon dioxide.

Manmade CO2 emissions do not continually increase the atmospheric CO2 content as the IPCC claims.

The IPCC Bern model about the accumulation of CO2 in the atmosphere is wrong, see papers below.

Information based on Berry (2016)

Revelle and Suess (1957)
Star (1992)
Segalstad (1992, 1996, 1998, 2009)
Rorsch, Courtney, & Thoenas (2005)
Courtney (2008)
Siddons & D’Aleo (2007)
MacRae (2008, 2015)
Essenhigh (2009)
Glassman (2010)
Wilde (2012)
Caryl (2013)
Humlum et al. (2013)
Salby (2012, 2015, 2016)
Berry (2016)
Harde (2017)


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