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11 <br /> human emissions are restoring vital atmospheric CO2." The coalition has long promoted the role that saturation <br /> plays in tempering the effect of a number of gases with warming properties.Attention is often drawn in its work to <br /> the part played by water vapour that makes up around 4% of the atmosphere and contributes as much as 80%of <br /> the Earth's vital warming. It saturates over large parts of the IR spectrum, reducing the effect of other gases in their <br /> own specific bands. The coalition's board includes the distinguished Professor William Happer, who has long <br /> argued the merits of the saturation hypothesis, and it was recently joined by the 2022 Nobel Physics Laureate Dr. <br /> John Clauser. <br /> Levels of CO2 have been much higher in the past, with evidence of vibrant animal and plant life. Many plants <br /> evolved to thrive with higher levels than they feed on today, a period some scientists argue is one of CO2 <br /> denudation. In its recently published paper, the coalition observes that the higher the CO2 content in the <br /> atmosphere,the greater the pressure from physical processes to drive CO2 into the oceans and vegetation. <br /> This is borne out by considerable evidence, although the recent substantial 'greening' of the planet is largely <br /> hidden from readers reliant on mainstream media. In fact the new 'green revolution' is feeding the world. The <br /> authors of a recent science paper, Charles Taylor and Wolfram Schlenker, state: "We consistently find a large <br /> fertilisation effect; a 1 ppm increase in CO2 equates to a 0.4%, 0.6%, 1% yield increase for corn, soybean and <br /> wheat respectively." The heavy greening of the Earth can be seen in a map first published in Donohue/CSIRO <br /> 2015 and republished in another recent paper from the CO2 Coalition. This examined the nutritive value of plants <br /> growing in enhanced CO2 concentrations. <br /> Deserts 'greening' from rising CO2 <br /> r . <br /> 20% <br /> 10% s 4r <br /> _10% <br /> -20% <br /> The map was produced from satellite leaf data and shows that greening between 1982-2012 grew by 20-30% in <br /> India, West Australia, the Sahel and the Anatolian highlands. A more recent paper Chen et al. 2024 found that <br /> greening had actually accelerated in the last two decades. The increase in CO2 was found to be the dominant <br /> driver of the positive trend of the Leaf Area Index over most of the global land surface. <br /> Article author: Chris Morrison <br /> Curry —On The Credibility Of Climate Research <br /> Nov. 22, 2009 <br /> Having been riveted for the last few days by posts in the blogosphere on the HADCRU <br /> hack and the increasing attention being given to this by the mainstream media, I would <br />