Monthly Archives: September 2021

The contrast between the sciences of climate and physics.  A few days ago a headline caught my eye so I saved the story, Study provides evidence for ‘new physics’.  It is quite short, and an interesting read for what it … Continue reading →

Today will be mostly images, with a focus on the warm and dry conditions plaguing the western half of the US. One mus wonder about what is causing it, and where much-needed relief will come from. Here is how the … Continue reading →

Carl’s theory of precipitable water’s (PW’s) greenhouse effects provides detailed explanations that are useful for showing how these effects have an impact on surface temperatures. The phenomenon known as “Arctic amplification” is probably the most prominent of all impacts that … Continue reading →

There is an interesting development in the Antarctic region today that I think should be recorded. It involves a concentrated stream of precipitable water (PW) that looks and behaves exactly like those we see entering the high-altitude wind system, except … Continue reading →

Carl’s theory came into being for one basic reason—because of my peculiar fascination with Today’s Weather Maps and the fact that I kept seeing close relationships between imagery details of one kind on one map and those of a different … Continue reading →

Yesterday we looked at the stark differences in 30-year temperature anomalies between the NH and SH, and drew a few possible conclusions respecting causation. It’s a really fascinating subject because of all the future implications. Today I will add some … Continue reading →

Every day now when we look at the daily map of temperature anomalies we get the same story: the NH will be up by an expected amount or more while the SH is down, which means the SH is cooler … Continue reading →

Climate change is here.  Serious impacts are now highly visible and widespread, especially in the Northern Hemisphere.  You will hear individuals and whole groups of climate scientists say that the impacts are worse than expected at this stage in the … Continue reading →

There is a way to accurately measure the surface warming effect of the precipitable water (PW) in the atmosphere, relative to any given location. I described the method in yesterday’s letter, basically repeating descriptions given many times in previous letters. … Continue reading →

There is a simple solution to the problem I have been writing about, which will preserve the primary substance of Carl’s theory. I will just stop calling the effect of precipitable water (PW) a greenhouse energy effect—and not even a … Continue reading →