It is clear you don't understand, since even the NOAA supports me and Dr. Glassman using actual CO2 Flux data as shown
HERE:
Distribution Maps for Climatological Mean Sea-air pCO2 Difference
Figure 3 shows the distribution of climatological mean sea-air
pCO
difference (
pCO
) during February (
Figure 3a) and August (
Figure 3b) for the reference year 1995.
The yellow-red colors indicate oceanic areas where there is a net release of CO to the atmosphere, and the blue-purple colors indicate regions where there is a net uptake of CO. The equatorial Pacific is a strong source of CO to the atmosphere throughout the year as a result of the upwelling and vertical mixing of deep waters in the central and eastern regions of the equatorial zone. The intensity of the oceanic release of CO
decreases westward in spite of warmer temperatures to the west. High levels of CO
are released in parts of the northwestern subarctic Pacific during the northern winter and the Arabian Sea in the Indian Ocean during August. Strong convective mixing that brings up deep waters rich in CO
produces the net release of CO
in the subarctic Pacific. The effect of increased DIC concentration surpasses the cooling effect on
pCO
in seawater during winter. The high
pCO
in the Arabian Sea water is a result of strong upwelling in response to the southwest monsoon. High
pCO
values in these areas are reduced by the intense primary production that follows the periods of upwelling.
Two charts in the link
red bolding mine
large size mine
======
I should not have fallen for YOUR Henry's Law
Red herring since neither Glassman or NOAA make a specific reference of it, my bad.
You ignored several papers showing that OUTGASSING does happen, including the that 1940 paper you still misunderstood, since it does allow for OUTGASSING, which you continually ignore.
You are fighting the reality that CO2 does leave the ocean water, that is stupid.
=====
Here is an exchange that made me laugh hard:
I wrote: "This well shown when El-Nino comes along, the jump in CO2 outgassing shows up on the Mauna Low data, drops when a La-Nina shows up,
it shows up that way EVERY SINGLE TIME! "
Mamooth writes this dumb reply: "That would be an effect of the lower temps reducing vegetation decay."
Bwahahahahahahahahahahahahaha!!!
El-Nino is about a WARMING area of the East Pacific surface area,
WARMING the atmosphere, which is a major contributor of short warming periods have we seen in the last few decades, which then increases the outflow of CO2 from the region, just as I pointed out using Mauna Loa CO2 data.