Here is a pod cast of AI on this paper by Ferenc Miskolczi
"THE STABLE STATIONARY VALUE OF THE EARTH'S GLOBAL AVERAGE ATMOSPHERIC PLANCK-WEIGHTED GREENHOUSE-GAS OPTICAL THICKNESS"
it is a great podcast summarising the findings. Very interesting. Following is the summary of AI and then the podcast.
This 2010 paper by Ferenc Miskolczi uses 61 years of weather balloon data and radiative transfer modeling to analyze Earth's atmospheric energy transfer.Miskolczi finds a stable, unchanging global average atmospheric Planck-weighted greenhouse-gas optical thickness (τA) of approximately 1.87 over 61 years, despite rising CO2 levels.
This challenges the prevailing view of positive water vapor feedback amplifying CO2's warming effect.The study proposes new relationships among radiative flux components, suggesting a self-regulating mechanism maintains a constant τA.Miskolczi concludes that CO2's influence on global warming through the greenhouse effect is significantly less than previously assumed.
