Yellowstone has had a bunch of small eruptions in it's history...But the three BIG ones were 2.1 million years ago, 1.3 million years ago, and 0.64 million years ago....Notice that they are almost equally spaced at around 0.7 million years apart...and we are (Basically) right where another BIG one will come along.

All land EAST of Yellowstone will be un-inhabitable during and for years after the eruption. That means all the way to the east coast.

Mount St. Helens ejected 0.25 cubic kilometers of material....Mt. Mazama (Crater Lake) ejected 30 CK, Mt. Pinatubo 5 CK.....And the SMALLEST big eruption of Yellowstone ejected 280 CK......The largest ejected 2450 CK......Here is a graphic comparison;



Also, here is a map of the Yellowstone hot spot that has been erupting for 16 million years- burning a series of holes thru the N. American plate as the plate has slid westward;

[This message has been edited by cvxjet (edited 12-06-2022).]

Did someone just say "man made messing with Yellowstone"..?

There's already an acronym for this concept: SPEV. System for Prevention of Eruptions of Volcanoes.

A researcher who was working in Israel published a journal article in 2018. He's not alone. Other people have been talking about the idea.

I quickly scrolled through it and it seems to have two ideas that would work in tandem. Constructing geothermal electricity installations around the periphery of a volcano, to remove heat energy from the underground reservoirs of magma that would be the cause of a future eruption. This wouldn't involve direct contact with the magma reservoirs or the molten rock. It would be indirect. Heat being transferred from the molten rock in the magma reservoirs to underground water that is nearby. That happens naturally. "Old Faithful" and the other volcanically heated water formations in Yellowstone National Park.

The geothermal installations would be powered by the heat in these volumes of naturally occurring water. Likely augmented with additional water that would be brought in from outside and pumped into the ground as replenishment for the water that Mother Nature is already providing. Pump water in, the water absorbs heat from the rock formations that are adjacent to the magma reservoirs (thermal conductivity) and then the water releases the heat energy inside the geothermal installation doohickies. It only makes sense to use the heat to generate electricity instead of just wasting it. The electricity sustains the system. Surplus electricity is drawn off for the grid or used for other purposes like "green"hydrogen (from electrolysis of water) or for recharging batteries or battery-like power storage systems.

So putting a "cap" on the temperature of the molten rock beneath the volcano and then it just can't "blow". That's the theory. "It would be crazy not to."

To make it work even better, the geothermal installations would have membranes to remove dissolved gas molecules from the water. Osmosis. Or reverse osmosis. So when the water is pumped back into the ground, it's been degassed. Which is significant because gas molecules add "punch" to volcanic eruptions.The dissolved gas molecules in molten rock are suddenly and violently released when the magma that was deep underground wells up closer to the surface and into a lower pressure regime. "Show time."

I'm not trying to be perfectly on point. This is just what I am seeing in this journal article as I quickly scrolled through it. An approximate summary of what's there.

"Seeing is believing."
https://www.ijsr.net/archive/v7i2/23021805.pdf

"I will work a work in your days which you will not believe, even when told to you."
Habakkuk 1:5


The Italian model for the (conceptual) SPEV at Yellowstone

[This message has been edited by rinselberg (edited 12-08-2022).]

[This message has been edited by olejoedad (edited 12-09-2022).]