This book provides a complete review of the role of CO2 in the Earth's atmosphere and reveals detailed information about the subject of climate change. Many different science disciplines are visited and discussed and each area is introduced with a brief summary written to appeal to a broader audience. The logic of CO2 involvement in changing the climate is investigated from every perspective: reviewing the historical data record of Ice Ages with vast ice sheets, noting the interglacial periods of little or no ice, examining in further detail the 20th century data record and evaluating the radiation role of CO2 in the atmosphere. The radiation calculations, using the appropriate equations and data are reviewed in great detail. The results of this review and examination reveal no role of CO2 in any change of the Earth's climate.
Disclaimer: The views expressed in this book belong solely to the author.
Author Biography
Dr. Rex J. Fleming is a mathematician with a Ph.D. in Atmospheric Science from the U. of Michigan. He has over 50 years of experience as a scientist and manager in weather and climate research. He has published peer reviewed scientific papers from 1971 to 2018. He has represented the Unites States of America at several international science meetings, including as the Chief Delegate at the First United States Ocean Climate Delegation to the People's Republic of China in 1982. He was awarded the Department of Commerce Gold Medal Award (1980) for outstanding achievement in directing the U.S. role in the Global Weather Experiment (FGGE). He was elected a Fellow of the American Association for the Advancement of Sciences (1982) for contributions to atmospheric science. From his retired position as a consultant in the aerospace business he has used his own funds to carry out research on climate issues. He has an important paper on the chaos associated with the large scale instability of the atmosphere and a book on combining the Stochastic Dynamic Equations with the Monte Carlo approach to investigate nonlinear systems in more detail.
