The errors of averaging Temperature
Physics is founded on differential equations. This also applies to climate physics in particular. Solving such equations requires spatial, temporal, or other integrations, which are …
Dr. Joachim Dengler: Platform for an unbiased scientifically founded discussion on climate
Latest posts
Physics is founded on differential equations. This also applies to climate physics in particular. Solving such equations requires spatial, temporal, or other integrations, which are …
Introduction – the model dilemma There is broad consensus that the increase in atmospheric CO2 concentrations since 1850 is due to the sharp rise in …
It is well known that so-called “renewables,” i.e., wind power and photovoltaics, only supply energy intermittently. In Germany, photovoltaics average 800-900 full-load hours per year, …
The publication “Improvements and Extension of the Linear Carbon Sink Model” shows that the global natural effective carbon sink depends on both the CO$_2$ concentration and the …
Can you derive the dependence of the atmospheric CO2 Concentration time series from anthropogenic emissions time series , sea surface temperature time series and the …
Introduction – How does the climate narrative work? There is no doubt that there is a climate narrative propagated by scientists, the media and politicians …
High correlation as an indication of causality? The argument that CO2 determines the mean global temperature is often illustrated or even justified with this diagram, …
Much has been written about the greenhouse effect and many comparisons have been made. However, much of this is misleading or even wrong.The greenhouse effect …
In the simple model of CO2 sinks and natural emissions published in this blog and elsewhere, the question repeatedly arose in the discussion: How is …
And rising and rising…? At first glance, the atmospheric CO2 concentration is constantly rising, as shown by the annual mean values measured at Maona Loa …