Telluric Currents and Atmospheric Temperature

Philip Callahan is an entomologist, or studies insects, and has written a book for the layman that’s easy to read but he did write a clanger or two when he states that a dimagnetic material is slightly repelled by a magnetic field, and that a paramagnetic one is attracted to a magnetic field.

The problem is the phrase “magnetic field” – is it the north seeking or south seeking pole of a magnetic field that is causing the observations?

And while he concentrates on magnetic fields, by omitting the role of electric currents, or telluric currents, miniscule as they might be, in the process also limits comprehension.

Many a time I have supervised mineral drilling operations in the hot northern latitudes of Australia, watching a rig bore a vertical hole into the earth in stifling, unmoving hot atmosphere or air, only to see small, say 500 mm high, mini-dust devils appear, to move laterally and to then disappear while the surrounding air mass is motionless.

There’s no possibility of this observed rotational motion being caused by miniature thermal uplifts, or other gravitationally induced processes, some of which strain credulity.

Instead what I interpreted I was observing were small vortices caused by near ground electric currents wafting upwards. This suggested that the hot air temperature I experienced was probably caused by massive electric currents slowly moving upwards heating the air as opposed to the conventional explanation of the Sun’s direct radiation heating the air.

One of the peculiarities of working in these semi-desert areas in summer is the coolness one feels when standing under a small tree. A coolness one does not feel when standing under an artificial shade-cloth or large patio umbrella. The air under the shade-cloth was just as hot as the air in the adjacent direct sunlight, though the effect of direct radiation was lower, as expected.

This is in contrast with a natural tree and its cooler shade area. Not possible you might believe, but facts are facts. How to explain it? I think the explanation is that a tree exists as a result of a flow of electrons (electricity) from the ground via its trunk and branches and leaves so that the telluric electrons enter the atmosphere via the leaves at the top of the tree. Hence the air is cooler surrounding and under the leaf head of the tree because the air is not being heated by the passage of electric current from the Earth to the ionosphere via the atmosphere, but actually by-passes the air surrounding the tree.

But take the tree away and the electric current wafts upwards heating the air making it hot, and occasionally forming little dust devils at the ground-atmosphere interface when the electric currents trip into mini-Birkeland currents as a result of electric heterogeneities in the air at ground level.

If it wasn’t for the existence of these small dust-devils, and hence the existence of electric currents leaving the Earth’s surface, explaining the cause of the intense heat would be restricted to the incoming solar radiation, along with the inexplicable anomalous temperature differences between tree-shade, and artificial shade.

So it’s hot at the equator not so much that the sun is overhead, but because of the massive flow of electrons upwards via the vegetation cover to the ionosphere, which makes it an equitable climate, while in the deserts the electric currents pass directly through the highly resistive air, heating it and making it rather inhospitable.

This leads to the possibility that vegetation and trees proliferate where telluric currents are dense (high amperage) and the potential difference is high in a conductive environment, ie. water rich. And if you realise that electrons move upwards, then how do the necessary electrical positive charges come down? By rainfall of course. Rainwater has an acidic pH, ~ 4-6, and this acidity is not due to dissolved carbonic acid, but due to an excess of protons. (This can be shown by the chemical analysis of rainwater by the CSIRO recently published in which no trace of carbonic acid is measured as mentioned in earlier post here).

About Louis Hissink

Retired diamond exploration geologist. I spent my professional life looking for mineral deposits, found some, and also located a number of kimberlites in NSW and Western Australia. Exploration geology is the closest one can get to practicing the scientific method, mineral exploration always being concerned with finding anomalous geophysical or geochemical data, framing a model and explanation for the anomaly and then testing it with drilling or excavation. All scientific theories are ultimately false since they invariably involved explaining something with incomplete extant knowledge. Since no one is omniscient or knows everything, so too scientific theories which are solely limited to existing knowledge. Because the future always yields new data, scientific theories must change to be compatible with the new data. Thus a true scientist is never in love with any particular theory, always knowing that when the facts change, so too must he/she change their minds.
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