Articles
Jonas Rosén and Sten Kaijser: Analytical Carbon Cycle Impulse Response Function
SCC Volume 3.1. The purpose of this paper is to derive an analytical impulse response function (IRF), for the carbon cycle between atmosphere and sea. The analysis is starting from the Box-Diffusion model (BDM) given by Oeschger et al. The BDM is also the underlying model for the “sum of exponentials –IRF” presently used in…
Edwin X Berry: Nature Controls the CO2 Increase
SCC Volume 3.1. Climate alarmism and politics are based on the invalid United Nations (UN) assumption that human CO2 is the dominant cause of the CO2 increase above 280 ppm, or since 1750. This assumption conflicts with UN’s own data, is derived from invalid circular reasoning, and violates physics.UN data show human carbon emissions have…
Hermann Harde: Understanding Increasing Atmospheric CO2
SCC Volume 3.1. The carbon cycle is of fundamental importance to estimate the influence of anthropogenic emissions on the atmospheric CO2 concentration, and thus, to classify the impact of these emissions on global warming. Different models have been developed, which under simplified assumptions can well reproduce the observed CO2 concentration over recent years, but they…
David E. Andrews: Clear Thinking about Atmosspheric CO2
SCC Volume 3.1. Several articles have been published in this journal purporting to show that the well-documented rise in atmospheric CO2 is a natural phenomenon rather than human caused. His note reviews the overwhelming case that human activities are the cause. It identifies specific misunderstandings about the carbon cycle and errors in the interpretation of…
John A. Parmentola: Celestial Mechanics and Estimating the Termination of the Holocene Warm Period
SCC Volume 3.1. This paper addresses several issues concerning Milankovitch Theory and its relationship to paleoclimate data over the last 800,000 years. The approach taken treats the insolation as it is physically, a time-dependent wave. A parameter free model, based solely on the earth’s celestial motions and the sun’s rays, is presented that partitions the…
Kees le Pair and Kees A. de Lange: On the Theory of the Earth’s Physical Parameters, Distributed in Space and Time
SCC Volume 2.3. Present day treatises dealing with weather and climate often use seemingly physical quantities, while they are in fact averages of such. Inserting these into formulas is physically not permitted. It leads to an assumption of the magnitude of the so-called ‘greenhouse effect’ several tens of K off. The often-used explanation of the…