Hi, YouTubers.
I'm glad you're all here.
Thank you very much for joining me.
Today is January 10, 2023.
USGS said there was a magnitude 3.2 earthquake.
And no, it was a three point .6.
And they said it was close to Porterville, California.
And I don't think it was 47.
People have sent in reports to USGSA, and they felt
it they gave it an intensity level of three.
It was felt as far as Los Banos. Yeah.
And let's zoom in here.
Yeah.
Now, I downloaded I was working on the Long Valley
caldera, and I had downloaded a monitor from that area.
Let me show you.
This monitor here on the left is from
Mammoth Mountain there at the Long Valley caldera.
This one here is from Slate Mountain,
supposedly close to where the earthquake occurred.
I show you the seismic signature.
There was actually a small popping
that grew into a larger one.
And we'll go to the seismic signature here, going
to Google Earth's location of that magnitude 3.5.
And here we have Porterville on the left.
And this here is the monitor
for Slate Mountain right there.
That's the one I downloaded.
Now the other one, let me show you.
Okay, let's go up over there to
where the other Mammoth Mountain is.
It'll take me there first, and I'll show you
that earthquake monitor that I'm using right here.
I believe that's Mammoth Lakes.
And it's at the Mammoth Lakes community.
I think the monitor is inside the
police station there at Mammoth Lakes. Yeah.
This is probably what they
call a long period earthquake.
Let me go to the Hertz.
It's up above 10.
Was also looking into long period earthquakes.
Now, they said that this earthquake is about 10 miles
below sea level, which would go along with long period
earthquakes, which would be either volcanic or tectonic.
Long period earthquakes typically occur at greater depths, between
ten and 35 km let me bring it over.
Or six to 22 miles.
Volcanic earthquakes.
Volcanic tremor events are often located near or
below what's called the Brittle Ductal Transit transistion.
I've talked about that.
They're usually about 3 miles, which is the area
where the crust stops behaving in a brittle manner,
fracturing, and starts to flow like Silly Putty.
I was looking into this because I had
a paper that was sent to me about
seismic monitoring and activity increase at California caldera.
This is about the Long Valley caldera and
that earthquake swarm that they had in the
90s, late ninety s, I believe it was.
I've done two reports about that.
Like I said, they're saying it's a 3.2.
It came from the California Integrated Seismic Network.
Southern California Seismic Network.
Caltech.
Let me bring this over. USGS.
Pasadena and partners. Okay.
And we'll go back.
I'm going to show you the
moment tensor ball right there.
You can see that the fault move
going northwest a little bit, supposedly.
All right, so here's the monitor for Mammoth Lakes
and I'll bring it down and I'll show you.
It comes in as a 3.60.
And let me bring it back up.
I ended it right there.
I'll have to make that bigger.
Let me go to the spectrogram first.
Yeah, that's where I ended it. Okay.
And let's go to the seismic signature.
Wrong one. Okay.
Yeah, I ended it right there now.
Yeah, let's pull it over a little bit.
Let me make that bigger.
And then let's go to the Hertz.
Okay.
Around the 10.
You can see that there. Okay.
And look how large it came in.
Let me go back to the spectrogram for Mammoth
Lakes compared to Slate Mountain, which is supposed to
be right next to where the earthquake occurred.
Let's go to the seismic signature and we'll pull that.
These are long period earthquakes.
It could either be the plate moving, the fault
moving, and then afterwards let's look at that again.
This is by Slate Mountain.
And we'll go to the same time frame.
Let me close this out because
see, I pulled Mammoth first. Okay.
What time was that?
Okay.
16 516.
Six one off the line.
16 416. Five.
Okay.
This is Mammoth over here on the left.
And this here is Potterville.
Slate Mountain on the right.
Here we have on the left,
which would be Mammoth Mountain area.
Mammoth Lakes, the city at 940.
Here we have Slate Mountain.
I wanted to see because here we got the thickening
of the lines at Mammoth Lakes and I wanted to
see what was going on there at Potterville.
Yeah, let me make that one bigger.
Yeah, look at that.
And let's go to the seismic signature.
Yeah. Okay.
I don't know, I only pulled three different time
frames, 8 hours each for Potter Valley or Potterville.
Excuse me?
Potterville. Yeah.
Why did it show up so much larger at Mammoth Lakes?
There's another small earthquake over here, 1151.
Let's see if they reported it.
No, they did not.
And that one comes in as a magnitude 2.9.
Okay.
Yeah, let's look at the seismic signature again
and I'll pull it over so you can
see where I ended it right there.
I guess I could end it there.
We'll go there and there.
And then it would have been 1.90, but yeah.
Okay, let's close this.
And there was some other activity.
Look at this.
I have not had a chance to look to see what
was happening globally yet for large earthquakes during this time.
OK, let's go to the spectrogram.
You can see how wide these signatures were.
Hot gases, magma was coming up.
This is harmonic tremors.
And then right there, again, harmonic tremors.
And then there was another earthquake right there.
It's marked in red and it's got
probably a long P wave on it.
More likely not being reported, I would assume.
Let's see here.
Let's go.
Probably right there.
Okay. Yeah.
2.88.
Let me bring it down for you.
2.88. Again.
This is Mammoth Lakes. Okay.
We'll come up and see.
There was another it's probably globally,
a large earthquake that happened globally.
And they got some little stuff marked in red here.
Again, that bear is tectonic.
Yeah.
Long period showing.
It rattled for a long time.
Easy to decipher. Okay.
And then let's bring it up to show
you what it was showing during that time.
Again.
This is Mammoth Lakes.
And that's what I was looking into.
I haven't done a report about Mammoth Lakes in a while.
I thought, Well, I don't believe in chance.
That when that paper was sent to me.
Yeah, look at that.
Let me bring it up.
Yeah.
Seismic signature there.
Let me close that.
Because it made it bigger.
Let me go back.
We got one there and then there's another one there.
Made it bigger. Okay.
Anyways yeah, I thought that was really odd.
How many miles is that from
where they're saying it occurred?
Okay, let's go to the Little ruler.
We're at kilometers right now.
From there to there is 167 there,
174 km or 108 miles about.
It's probably a little bit farther because
see, my little line just doesn't go
quite to that earthquake station.
Yeah.
So, yeah, I'd like to know
what you guys think about that.
Why would it show up so much better, larger
at Mammoth than it does there at Slate Mountain?
Okay, we'll go to the spectrogram.
Even this stuff, it's larger at Mammoth.
Anyways. Yeah.
Put your thoughts down below.
Thank you very much for watching.
Thank you for subscribing.
Always be prepared for a disaster.
As you have seen with recent events, they don't
have enough emergency people to come and rescue.
You have food, water, medicine.
Don't forget the pets for
at least three weeks nowadays.
You know what I heard about China?
China has stored up enough wheat
and sugar and copper and oil.
I believe it's copper.
China has now stockpiled 70% of the world's resources.
70% wheat and sugar.
They have stockpiled 50% of the world's resources.
And China only has about 20% of the world's population.
Yeah, china has got a lot of it globally.
Percentage wise, they only have about
20% of the world's population.
So why are they stockpiling probably
for several years of food?
The prepper community is saying you probably
should have at least a year now.
Maybe two years of food and water and medical supplies.
Yeah.
So what are your thoughts?
Yeah, the talk is China's prepping for war?
Yeah.
Be prepared.
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Thank you.