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schwarz
Canada
5 Posts |
 Posted - 10/08/2021 : 12:00:28
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Any one ever used the unit to track the magnetic changes on a fault line?
Alex |
Alex |
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| Reply #1
EmfDev
2250 Posts |
Posted - 10/08/2021 : 16:21:04
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| You need a special equipment for detecting earthquakes. |
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| Reply #2
schwarz
Canada
5 Posts |
Posted - 10/13/2021 : 08:14:18
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New research shows that earthquakes create electromagnetic waves that are coming out at the fault lines, because it is the easiest pass for the field lines to the surface.
Do you know if your unit could pick up the changes.
The RF-Seismograph project correlates shortwave radio propagation with the earthquakes detected by the the USGS
This is our website:
https://www.qsl.net/rf-seismograph/ |
Alex |
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| Reply #3
EmfDev
2250 Posts |
Posted - 10/13/2021 : 14:40:36
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| We do not know since we never tested them around or above fault lines before an earthquake happens. |
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| Reply #4
schwarz
Canada
5 Posts |
Posted - 10/14/2021 : 20:09:30
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quote:
Originally posted by EmfDev
We do not know since we never tested them around or above fault lines before an earthquake happens.
[img=https://www.qsl.net/rf-seismograph/uploads/RF_Viewer.png]
There are quakes all the time so there is always something to measure.
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Alex |
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| Reply #5
schwarz
Canada
5 Posts |
Posted - 11/01/2021 : 09:15:23
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We have done a walk around with the EMF-390 at a known fault-line here on the north shore of Vancouver and we found that the unit alerted when we crossed each of the faults. As we walked down the trail it alerted again and there must be some hidden cracks where the magnetic field lines escape which the unit detected.
If you have a 390 and you live near a fault give it a try!
These faults are located in an are without cell coverage so it was not man made.
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Alex |
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| Reply #6
schwarz
Canada
5 Posts |
Posted - 03/20/2022 : 08:35:16
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| Alex Schwarz VE7DXW tells us that a paper was released by a team of scientists that included Phil Erickson (W1PJE). The paper explains the changes the Tonga eruption had on the Ionosphere. It not only created a huge plume of ash that had an effect, but also it was a seismic event that was picked up by the USGS as well as the RF-Seismograph. It lasted for days! https://www.essoar.org/doi/abs/10.1002/essoar.10510445.1 |
Alex |
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| Reply #7
russg
USA
18 Posts |
Posted - 06/07/2022 : 20:30:47
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If the fault line was in a populated area, wouldn’t you need to know the frequency of the EMF? It could be an earthquake, or your downstairs neighbor turning on something.
I love the idea, but it seems you need to be able to define the frequency range the RF Spectrum displays, or define a trigger range. Am I missing something? |
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| Reply #8
russg
USA
18 Posts |
Posted - 06/08/2022 : 16:59:11
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If the fault line was in a populated area, wouldn’t you need to know the frequency of the EMF? It could be an earthquake, or your downstairs neighbor turning on something.
I love the idea, but it seems you need to be able to define the frequency range the RF Spectrum displays, or define a trigger range. Am I missing something? |
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Topic |
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Detcting earthquakes
