Monthly Archives: May 2021

Carl’s theory of precipitable water’s greenhouse effect. I wish I had a name for the theory that was shorter, and maybe more catchy, but this is the best I can come up with that is specific in identity and should … Continue reading →

Scientists know that precipitable water (PW), being composed mainly of water vapor and cloud body particles, must produce some amount of greenhouse energy effect wherever it has a presence. Its presence, to some extent, can be observed or measured in … Continue reading →

“Carl’s theory of precipitable water’s greenhouse effect.”  For a full name that describes the theory in the fewest words this is the best I can come up with.  Now I want to get it formalized, also in the most succinct … Continue reading →

Carl’s Theory is derived from observations that two apparently disparate sources of greenhouse energy effects, water vapor and cloud body masses, along with other disparate components of the airborne material commonly referred to as pecipitable water (PW), can justifiably be … Continue reading →

My project for the time being is to create an appropriate definition of a theory that I hope will be coming into existence as a topic of public discussion, but has not yet arrived. Yesterday I recommended use of the … Continue reading →

“Carl’s Theory”—What is it? Where does it stand? First of all, it is really just “my” theory right now. Nobody ever talks about it, which means it has no real standing outside of my head. If people ever do bring … Continue reading →

Jetstream winds have a tremendous amount of influence on the movement of any precipitable water (PW) concentrations that have entered the upper part of the troposphere. According to a new theory about the sources of global temperature change, which we … Continue reading →

The presently warmest ocean water on the planet sits on the north margin of the tropical belt, at the top of the Indian Ocean, on either side of India.  Its rate of evaporation must be very high, which would be … Continue reading →

The 5-day animated view of Total Precipitable Water (PW), published daily at the U of Wisconsin, provides us with critical information that is needed for gaining a full understanding of the primary messages obtained from analysis of the Weather Maps.  … Continue reading →

I believe there are a few dozen readers of the Climate Letter, scattered around the world, who are getting interested in the various relationships that are regularly detected on the dozen different maps, plus regional close-ups, published every day by … Continue reading →