G4. Proof of Insignificance of Carbon Dioxide in Earth Warming

by Bryce Johnson (Revised, January 31, 2011)

Foreword

The SpectralCalc™ Code

In a recent publication (1) Richard J. Petschauer utilized the SpectralCalc™ computer code (2) to demonstrate that carbon dioxide is but a “bit player” in earth warming by greenhouse gases (ghg’s). The code is extremely detailed and sophisticated, containing all the needed atmospheric and IR absorption parameters needed for an accurate description of “greenhouse” heating throughout the entire atmosphere.  Continue reading

G7. Climate Science’s Blind Spot – Evaporation Cooling

by Richard J. Petschauer (January 18, 2011)

1. Background

Climate science is certainly not settled considering how poorly the models handle latent heat transfer. This is a process involving heat loss on the surface from evaporation that is moved to a corresponding heat gain when condensation occurs during cloud formation, causing added heat to be radiated to outer space which helps cool the planet. Why is it now being treated poorly by the climate models? Continue reading

H1. Implications of Rising CO2

The core focus of Climate Clash is on these two issues:

  1. How much will CO2 increase due to human CO2 emissions?
  2. How much will increased CO2 cause Temperature to rise?

H-Posts are the place to discuss everything else, especially the following related questions:

  1. What are the implications of rising (or falling) Temperature?
  2. What are the implications (other than on Temperature) of rising CO2?
  3. What are the implications of attempts to control CO2 emissions?

When initiating your comments here, you may review and even re-enter material in previous posts. Doing this will help make this post self contained and easier for our public audience to understand.

G5. Carbon Heat Trapping – A Critique

Carbon Heat Trapping: Merely a Bit Player in Global Warming

by Richard J. Petschauer, Senior Member IEEE, Private Publication

Abstract

New calculations show that doubling of carbon dioxide (CO2) will increase average global temperature by only about 1F (degrees Fahrenheit) or 0.55C (degrees Centigrade), much less than the range of 2C to 4.5C estimated by the United Nations International Panel on Climate Change (IPCC). These new calculations are based on NASA supported spectral calculations available on the Internet relating to greenhouse gases. Continue reading