March 31, 2023. Our aim is to publish quarterly issues. The first issue in volume 3 finished on time: March 2023. It contains a Debate section with an own Debate-Editor. Discussions and debates are important for science to progress. We…
SCC Volume 3.1. Towards the end of the Weichsel ice age came a period with warmer climate referred to as the Late Glacial Interstadial (c.14,670 to 12,900 years BP), when the great inland ice started to retreat. This retreat was…
With this issue of we start our 3rd year for this journal. Our goal is to produce quarterly issues.
The challenge is to get scientific acceptable articles which generate enough interest to maintain
a flow of good science.
SCC Volume 3.1. This reply refutes all misstatements, that were published by F. Engelbeen as Comment on an article “Understanding Increasing Atmospheric CO2 “ by Hermann Harde. IntroductionAll climate experts agree that the basis for calculating changes of the CO2…
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…
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,…
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…
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…
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…
The journal had a problem in 2022. Only the first issue, Volume 1.1, was edited into a volume (August 2021). Later articles were published only on a website with pay-wall, and difficult to access. No updates were done in several…
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…
SCC Volume 2.3. The Intergovernmental Panel on Climate Change (IPCC) classifies the human influence on ourclimate as extremely likely to be the main reason of global warming over the last decades. Particularly anthropogenic emissions of carbon compounds, with carbon dioxide…
SCC Volume 2.3. The observed present rate of uplift in Scandinavia increases from zero on the western coast of Norway to ~1 cm/yr in the Baltic Sea area. This domelike uplift is generally assumed to be the result of glacial…
SCC Volume 2.3. Transition from interglacial (Eem) to glaciation (Weichsel), to the current interglacial (warm) period, Holocene, including changing sea-levels: transgressions and regressions. Abstract Part 2 reviews some of the pertinent knowledge about ancient climate variations, from ~ 70 Ma…
SCC Volume 2.3. The source of atmospheric CO2 variations is poorly understood. At Mauna Loa Hawaii, atmospheric CO2 has been recorded from 1959. This is a short period for a reliable variability signature identification. From the 19th century, atmospheric CO2…
SCC Volume 2.3. The question is: What fraction of the observed increase in atmospheric CO2 since 1750 is due to the burning of fossil fuels? Is it close to 1.0 as the IPCC and the climate policy makers would have…