Major Faults are Ready to Break as Supermoon King Tides Roll In...

Hello and welcome everyone. I'm your

host Stefan Burns, geologist,

geohysicist, space weather guide. Today

we're talking about king tides. We have

huge tides right now on planet Earth.

Normally we get what are called king

tides during the winter. I'll explain

why. Right now it's almost summer.

Summer solstice is less than 10 days

away. Yet we have king tides coming

through. This is because we have what's

known as a super moon. The moon is at

its closest point in its orbit for the

new moon. When you have the moon align

with the sun and the earth and every

full moon, every new moon, you get an

increase in tidal forces. Um, and well,

when you have the moon at its closest,

those are even stronger. Here is this

video I took last night of the uh the

bay actually coming in encroaching over

the sidewalk. And today, according to

the locals, I talked to someone today,

it's actually going to overflow and go

down uh this alleyway. You don't see it

in the video, but there's a little

alleyway there and go down the storm

drain. Uh the sea level rise that much.

We also have this video here of the

Pacific. Um, so this is a nice video to

watch in general, but you'll see some

examples of how high the tide is

currently. Now, we get tides all the

time. We get, you know, two tides every

single day and then there's a

fortnightly rhythm where you have every

14 days a maximum and then a minimum.

You have the minimum during the quarter

moons. So, first quarter, third quarter.

That's with if you look up and you see

the moon, it's exactly half illuminated.

Okay, that's a quarter moon.

You get the strongest tides during the

new moon. When the moon and sun are

aligned, you don't see the moon at all.

It's out during the day. That's why you

have dark sky conditions because the

moon is right there with the sun. And as

a result, all the sunlight being

reflected by a moon is back towards the

sun. So, it's on the far side of the

moon, what people call the dark side.

It's actually the far side of the moon,

reflecting all that light back to the

sun. we don't see anything. That's why

uh it's a new moon or on the full moon

when you have this aligned gravitational

vector. What's been shown quite

conclusively now? Anyone that uh really

debates this

just simply needs to to actually examine

what the heck is happening on this

planet because obviously it makes sense.

is that there is an influence

from the tides upon not only earthquake

activity but also volcanic activity.

Now every fault, every volcano is its

own dynamical system.

Dynamical effectively means that if you

pull out one Django block, you're not

exactly sure how the others are going to

fall. It's dynamic. There's an element

of chaos to it. So

what has been shown is that across many

of the main geologic systems here on

Earth, for example, Japan, site of the

most seismic activity in the globe,

California, Cascadia, a lot of the big

volcanoes

for the Earth like Campify Flee,

uh Iceland, and you have the mid ocean

ridge, which is actually no longer mid

ocean because Iceland is there, but then

you also have the mantel plume hotspot.

All of these show evidence of being

partly controlled slashgoverned

by tidal rhythms. And so this isn't just

driven by the moon because the tides are

primarily driven by the sun and the moon

though the moon is a big big big player

because it's the one that's undergoing

its orbit around the earth very

frequently at every 28 days or so.

Whereas the sun and its influence over

the tides waines and waxes over a

six-month cycle.

So we are having this super new moon

on the 15th coming up and we see that

with faults let's use faults for example

faults that are at critical stress

thresholds they've been building up

building up building up over many years

decades even centuries perhaps even

longer but typically maximum like

centuries

they become more sensitive to tidal

rhythm

and the forces exerted on them through

the motion of the moon. Primarily

this influences not only microractures

at depth, you have not only ocean tides,

right? When people think of tides,

they're thinking of the ocean. They're

thinking of water moving. You have this

free mass. It's able to move pretty

quickly dynamically because of the

position and the gravitational influence

of the sun, the moon, and technically

the other planets as well. We do have

Venus and Jupiter right now close

together in the night sky. Jupiter being

the biggest planet, heaviest planet in

our solar system. Venus being nearly

Earth's mass close to Earth, right?

Second planet uh in from the sun. So

they're also there though the amount of

gravitational influence that they have

is quite low like very low compared to

the moon and the sun which are about

even in general. They're about even. Um

but we see that they can generate

microractures in the solid earth because

you have ocean tides, you have

atmospheric tides. These tides influence

you know the changing gravitational

vectors influence the atmosphere as well

and and air circulation more. You also

have solid earth tides. There's a

vertical displacement of the earth that

occurs as a result of this attractive

force which is gravity. Right? Jump out

of a plane. What's happening? you're

being attracted to the earth and well

hopefully have a parachute or else it'll

go splat. Very few people survive those.

Crazy if you do. Um there's this

attractive force. So when you have the

planets and the sun in certain

configurations, there's a stronger

attractive force. So the earth literally

will expand outwards to reach these

objects. This can generate micro

fractares. This also influences for

example uh fluids within the faults

because most geological layers they're

porous. There's some degree of porocity.

So little little bubbles within them and

you get water to fill into these. Uh and

so now you have water pressure changes

being exerted by these tidal rhythms. Uh

there's a whole bunch of different ways

that the tides influence a geologic

system. For a volcano, for example, you

have hydrothermal systems. You have

magma and the plumbing system of the

volcano. All these are sensitive to

tidal rhythms. And they become

especially sensitive based on the

research. They become especially

sensitive when they are near a critical

stress or just

like unstable moment for a volcano like

when it's about to go or for an

earthquake when it's about to rupture

that's when these tidal forces are the

most significant and well we are seeing

right now

clear examples of this happening uh

today effectively. So uh key example is

that we had an explosive uh eruption at

Stromboli volcano today in Italy that

launched lava bombs out all over. So

pretty strong explosion reported. We can

look at that uh here. Strong uh let's

close this out. Strong explosion

reported at Strong Bully and a major

explosion occurred uh yesterday morning

512

7:12 local time. The explosion occurred

in the northern crater area. Lava bomb

fell mainly on the upper part and

seismic activity began at 512 UTC.

Uh and they just go on to talk a little

bit more about what happened. But

clearly a uh big change at Strong Bully

volcano. Well, look what happened also

just today uh just hours effectively

after this occurred. Well, here we have

uh Italy, Sicily. That's Stromboli right

there. Okay, look at this. We had a

magnitude 4.6 earthquake strike at depth

220 km down. Uh we also see here a

magnitude 6.2 that struck at 243 km

down. So we've been having deep

earthquakes in Italy. Then we get this

uh this is a small example but we get

strong bully to have this explosion as

we approach this s the super moon the

new moon but a super moon closest to

earth uh and this is creating king tides

and we see that activity for example at

strong bully specifically has been

identified to be much more likely to

occur within a couple days or like two

to three days on either side of there

being the fortnightly tidal maximum,

which is that 14-day cycle. So, new

moon, full moon. It's like 1.9 times

more likely to occur during that title

maximum fortnightly versus the minimum.

Here we here we have it. And there's an

earthquake to boot as well, right next

to it, right afterwards, but super deep,

200 220 km down. And I think that this

is fairly, you know, this is compelling

evidence that these deep earthquakes are

related to these volcanic systems.

Though it's less that the roots of these

volcanoes,

uh, you know, the plumbing system goes

down 220 kilometers, but that there's

changes occurring in the in the upper

mantle, changes in the convection and

more that are then influencing these

volcanoes from the bottom up. Another

clear example of this modulation that

exists is uh at Kiloa.

So Hawaii's most active volcano. We see

it right here. And it is about to have

its 49th eruptive episode.

USGS estimates that was going to be um

anywhere from the 12th to the 14th. They

probably updated it now. It looks like

it's not going to start until at least

tomorrow, but I think probably actually

more the 15th. It may happen right on

the new moon.

Well, when they looked at data for the

uh first part of the 20th century, they

saw that here I have the specific I

think it's like 38 of 54 eruptions is

what they said, but let me find it

specifically for you all. I have a

research paper here which is linked in

the video description. It's titled

chapter 14, tides, earthquakes, and

volcanic eruptions. Really goes in

depth. Fantastic read. Um they showed

that for C uh for Kiloa that there was a

huge influence.

Yeah. So 52 historic eruptions occurred

since the first half of the 19th century

at Kiloa and that the onset of 34 of

them took place within 3 days prior or

after a fortnightly maximum. Again that

that two week rhythm. That's a 89%

confidence level. So uh pretty strong

confidence level not 95% but 85% is

pretty good

and that correlation was not observed

for Monoloa. Not every volcano is uh or

fault system has as much of a connection

to these tidal rhythms as some do but

some of them display this. So, we have

Kiloa about to erupt its 49th uh

fountain episode, which is historic.

It's never done so much as far as we've

known. Um probably on the new moon

itself, exactly on the dot. So, these

are some clear examples, just little

ones, but showing you.

Now, the real story here uh is that

California has some locked and loaded

faults. California is really due for a

big one. And just because we have king

tides does not mean that California is

going to rupture, but it presents an

opportunity to discuss the geology and

geohysics at play. Because when it does

rupture, when we do get a big one in

California, it probably will be

synchronized to this fortnightly maximum

either with a new moon or full moon.

It's more likely to. So, uh, let's go

through some of our, um, news articles.

But before that, let me just show you

this graphic here just so you kind of

get a sense of these tides. You have the

sun, you have the moon. This is what we

have coming up on the 15th of June right

here. Uh, this is our orbit around the

sun. So, when you get this alignment

between the moon, and our moon, by the

way, in our solar system is anomalously

large. Like, we have a weird moon. We

have one moon and it's huge. Uh, no

other planet has a moon system like we

do. It's very odd. So, of it just

intuitively makes sense. Like if you

were just focused just on geology,

right? You may be like, ah, the moon

whatever, right? The moment you start to

dip your toe into astronomy and into

astrophysics, you're like, okay, this is

weird. Obviously has an influence over

our geology. Um so you kind of have to

go dis like multidisciplinary to really

see this though there are many

geologists who are doing this work and

and you know finding these connections.

So this is what we have coming up on the

15th and we have a full moon just you

know two weeks later at the very end of

June beginning of July

and uh the the tides are strongest. Now

we have the quarter moon that's called a

neep tide. And so the tidal the

fortnightly tidal rhythm will be at its

minimum. And what we do see there is

that with quarter moons or these neat

tides we we often get an onset of

submarine volcanic activity which is

interesting. But in general for a

volcanic activity and for earthquakes

uh with continents we're looking at

there being a triggering more often

statistically significant during new

moons full moons. Okay. So just a few uh

news articles here. Now just recently we

had these huge swells hit New Zealand.

Okay. 10.5 meters. Uh this is a few days

ago as you can see. This is right after

the mega quake in the Philippines, by

the way. They're attributing these

swells to a large storm system that was

to the south. Um, and you know, that's

going to have an influence, of course,

generating these long lived uh ocean

swells that travel across the ocean.

But it is interesting that these huge

10-meter waves were bashing into New

Zealand just a few days ago. huge waves

crash into Hawaii. Also, you see there

now, this is just before the mega quake.

And they're also attributing this to

that large storm system that was uh off

the coast of New Zealand, a little bit

to the south. And so, I'm showing you

these just to show you that a we've been

having some strong surf recently

effectively in the Pacific. Now, we have

these king tides coming in, which will

affect the entire world. Um, and think

of just how much energy and power these

waves have.

Right.

We have um

here for the for for Hawaii,

king tides uh this weekend are coming

in. So they're expecting king tides just

as kind of we all are. And if we look at

uh SFGate Bay Area can see record tides

this weekend.

So unusually high tides and flooding

this weekend. possibly even setting a

record for this time of year. Now,

that's because uh you typically don't

have king tides during the summer. Now,

it's not summer yet. You know, it's

technically still spring, but basically

it feels like summer for a lot of

people. That's because during uh summer,

Earth is at its ahelon, which is its

furthest away from the sun. You see that

we have some eentricity in our orbit. So

the closest that earth gets is 0.985

astronomical units or so and then as

furthest at this moment in time it's

0.015

astronomical units approximately. So

during uh winter perihelion January 3rd

approximately earth is as closest as

sun. So the the gravitational influence

of the sun is greater and therefore the

tidal influence is going to be at

strongest overall maximum will be during

winter. During the summer earth will be

at furthest away and so the overall

maximum amplitude will be diminished.

But then if you get a super moon to come

in because the moon also has an orbital

eentricity to it

that will then influence the tides. So

this is where we are right now.

Even with that in consideration,

uh we see that we could be getting

record tides for uh this time of year in

2026. Potentially going to be the

highest summer tides on record. A

meteorologist told SFGate the high tide

could reach 1.9 ft above normal on

Saturday evening, 2 feet above normal on

Sunday night, and 1.9 ft above normal on

Tuesday morning. So the previous record

was set in July 2022 at 1.7 feet and

these records I read in a different

article uh same same like theme though

these records for SF go back to the

1800s like late 1800s so it is

significant you also have to consider

how because the planet is warming up

there's a thermal expansion of water so

not only uh are we getting strong tides

just because of the the lunar uh lunar

solar rhythms as they're called you also

just have water expanding more and you

has also have glaciers like in Greenland

melting at unprecedented rates a whole

bunch of things. So SF could get some

really big tides. Carolina beach braces

for king tides as the super moon

approaches. Um I someone commented in

the chat before we got we went live that

uh I guess someone got swept out at

Carolina Beach. So, you know, you have

to be really careful when you're out

there, uh, and these king tides are

coming in because they can really be

strong. So, uh, they may close roads due

to flooding. And these king tides begin

Friday the 12th and last through the

17th. You notice that in between is the

15th, which is when we have the uh, new

super moon.

So, we got that going on. Uh, and then

what is a super moon? I've kind of

already explained it, but let's just

look at this article here from Earth

Sky. They're fantastic website. A new

moon happens when the moon is uh between

the sun and the earth. Full moon happens

when the moon is on the opposite side of

the earth from the sun. That's why it's

reflecting light to us. And peri means

near the earth. Geo means earth. So,

we're talking about near the earth. It's

the moon's closest point to the earth in

a month. So when you get a super moon uh

that means that the earth the moon is at

its perigee is at its closest and if

it's a new moon then it's in between the

sun and the earth

and so if you look here for our super

moons we see we have three full super

moons here January and then also

November December and then we also have

some new super moons. Most people when

they think of super moons, they're just

thinking of full moons because they see

it and it's big and it's bright. But we

also get super moons with the new moon

and we don't see it at all. Uh the tidal

influence will be just as strong as if

it was a new uh full moon. So here we

see our new super moon June 15th and our

distance there is 357,221

kilometers which is the closest of all

of these. quite a bit closer than um

than for example April or August there.

So we're right approaching that perigee

during the new moon which is why the

tide the king tides are coming and why

they're quite strong. Um now how does

this relate to California? I touched on

this a little bit already but there's

been research lots of research not just

this but a lot of research showing that

the faults in California are locked and

loaded. San Andreas fault reaches high

stress level in a thousand years. Okay.

Tectonic stress along the San Andreas

and San uh Wasinto fault systems in

Southern California have now reached in

some places exceeded the highest levels

seen in the last 1,000 years. According

to research led by earth scientists at

the University of Hawaii, the study

published in journal geohysical

research, solid earth has direct

implications for seismic hazard

assessments in one of the most densely

populated infrastructure critical

corridors in the United States. So uh

basically what they did is they they

took historic ruptures and put they fed

this into a model and they added in the

stress accumulation rate as a result of

plate tectonic movement and then they

let this model run. Again these uh these

ruptures aren't just random generated by

computer. They are the historic ruptures

and magnitudes for them based off of all

the best geological evidence and

observations and more. Um, but they did

estimate that these uh faults are at

their high stress levels in thousand

years because they use a model to kind

of to see where it's been over the past

thousand years based off of this data.

So that's effectively how they got that.

Um, right now with stress at

historically high levels across the

region and more than 160 years elapse

since the last major rupture, the system

is in a critically loaded state. Uh, and

that's not just for one location, but

for many locations in California.

So that's um that's all of California

basically. It's not just Southern

California, it's also Northern

California and goes up of course into

Cascadia. You actually see the Wand Fuka

plate here. Okay.

Uh, and we haven't had a big subduction

earthquake there since 1700, 929.

We we can go here to see that just

recently we've been having some notable

activity uh in the one the fucus system.

So here's a 5.7

uh and then we also had a 5.1 I believe

it was we had some aftershocks as you

see as well 5.1 uh on the triple

junction. So these sort of earthquakes

here they they influence earthquake

tremor and the low frequency

uh slip in the subduction zone even

though they aren't in the subduction

zone itself. That research has come out

very clearly. Uh it is statistically

significant and there's a a fairly good

correlation there. Uh not as strong as

it is for Japan but there is a

correlation there for the Cascadia

subduction zone. So when you get these

intraplate quakes or even if they're

further field but they're larger that

can desynchronize activity along the

fault zone and what's been shown with

the tidal forces is that they are able

to uh effectively to some degree control

what's happening at the deep plate

margins and that's really been shown for

Japan. That's where a lot of our leading

research comes from. There's a lot of

similarities between Cascadia and Japan.

So there's some level of influence of of

the moon and also the sun, but really

the moon because it's the critical

dynamic variable here

in being able to uh over time over

geological time exert some sort of

influence over plate boundaries, over

earthquake ruptures, over

microracturing, over hydrothermal

systems and volcanoes

um and more.

We also just had, oddly, this magnitude

6.1 that struck here uh just to the

north west of Cuba felt all across

Florida down into the Yucatan, Cuba

itself, but huge amounts of people felt

it in Florida. Uh that's a bizarre

quake. You know, a ton of meteorologists

came on either online or news reports

and everything said there's no fault

there. Um, there's no faults there, but

we had the magnitude 6.1. It's like,

well, maybe you should get a geologist

on air because if you have a magnitude

6.1 earthquake, there has to be a fault.

Okay, doesn't mean it's an active fault

until it happened. It could have been a

really old fault that doesn't rupture

that often, but hey, there's a fault.

There are faults. The point is that

there are faults all across the world

that aren't that active. And a lot of

people for North America think that it's

really uh like no earthquake risk at all

for North America unless you're in

California. Well, it's also of course

Hawaii. It's also of course Alaska,

Oregon Washington Nevada Arizona New

Mexico. Uh we've had big magnitude 7

quakes just off the coast uh here and

then also there historically these are

magnitude 7 plus quakes. So, and then

you also have New Madrid where you had a

burst of activity in 1812.

You had multiple magnitude 7s, tons of

magnitude sixes and five. So, basically

six months straight uh straight new rib

was going crazy. Here you have a lot of

sedimentary rocks. So, it can really

start to shake.

That's also likely governed to some

degree by these tidal variations. So,

here you're just going to get earth

tides. you're not going to get any

influence from the ocean because it's

pretty far away from that. But there's

so few earthquakes that occur here in

general that that's not something I can

definitively say because we don't have

the data to support it. But if we see

these uh tidal forces influencing

earthquake activity and volcanic

activity all across the globe, well, it

tells you that this is just kind of a

foundational first principle thing here

that we're dealing with. and that the

giant anomalously large moon that we

have that's orbiting around us stealing

angular momentum from us, yeah, has an

influence over earthquake activity and

what's happening in the near surface,

right? Um I think that that much is

pretty obvious. You know, we're actually

orbiting around the berry center of the

moon earth system. So it's not like the

the moon just orbits around us. We also

orbit around the shared center of

gravity which exists within the earth.

So think of that the shared center of

gravity for the for the moon and for the

earth actually is moving through

effectively the mantle of the earth.

That could be one reason why we have

geology in the first place that we have

this mantle convection because you have

this uh gravity force node moving

through and churning things up. So you

won't find much research on that. This

is a kind of a theoretical idea but it's

based and grounded in in in physics

effectively and just requires we have so

such a limited way to uh explore this

experimentally effectively like we get

like earthquake signals from the biggest

earthquakes that propagate through the

earth. if you can measure that but it's

so rudimentary that you know a lot of

these things a lot of these ideas are

going to stay rudimentary for quite some

time or um uh not rudimentary they're

going to stay uh theoretical for quite

some time

so we have uh a lot happening right now

and

we're looking at California and not only

did we have this recent activity there

I want to expand out this search here

we're going to do not only the past

uh 30 days, but we'll do the past

like 60 60 days or so. We want to see

this activity in um Nevada

because in California, and I've been

covering this as well,

but in California, we've had activity

here with the swarm in Broly. Okay, keep

that in mind. Hundreds of earthquakes

popped off as a result of that. The

strongest being a 4.6 7, but then you

also had a 4.5, 4.4. That's quieted

down. Now, you had this 4.1 on the

Garlock fault.

Here's this earthquake swarm, Silver

Springs. Now, this is including any

earthquakes under magnitude 4, but look

at all the earthquakes that we do have.

5.7, 5.2, 4.8, 4.7. So, tons of

earthquakes in Silver Springs. This is

in the uh Walker Lane which is

interesting to to note that effectively

travels this this seismic zone called

the Walker Lane shear zone which

accommodates quite a bit of plate motion

in between the Pacific and North

American plates like 15% a little bit

more maybe it perfectly goes in between

these lakes here. So if you ever wanted

to just quickly get a visual on where

Walker Lane is without looking at a map

just basically draw lines in between

these lakes. That's where it is. And

again, the the moon in these tides

influence water to a great degree,

especially water at depth in the

fractures in the pores of these fault

zones, changing the fluid pressure and

more. Now, these uh these fluids also

often are salty. So, they're briney.

They they have dissolved ions with them

like sodium for example, which means

they're conductive. So now you have

electric currents that are oscillating

with the the the lunar cycles. Um both

the the the daily one, the you know

twice a day and then the fortnightly

there's a whole bunch of them.

So you see how it's not just gravity,

it's also electromagnetic that you

actually have to currents being

influenced by uh tidal modulation. But

if we zoom out again, and this right

here is a magnitude 4.4 that struck the

geysers. This is an area of active

hydrothermal activity due to a magma

chamber that's cooling at depth. You

know, California has uh not only does it

have active volcanoes, it has a rich

volcanic past, but you see that a lot of

activity on all sides of California,

right? You get down here at Broly with

the swarm unlocking the southern part of

the San Andreas. You get it all across

Nevada here in the Nevada seismic zone.

You get a 4.1 on the Garlock fault. Uh

this Silver Springs area being very key

because that's kind of a critical

juncture point with the Sierra Nevada

and in Walker Lane. And then you get

these quakes up there in the uh Wafuka

plate and at the triple junction.

So there's a lot happening. Um and

California hasn't ruptured for quite

some time. We have the World Cup. That's

that could be an interesting phenomena.

You know, the last big earthquake

occurred with the um the Giants in the

A's game 89 for at least Northern

California 1989. Giants and A's uh that

happened when there was a Saturn Neptune

conjunction. We're in that right now as

well. It's exactly one synox cycle for

Saturn and Neptune later, 37 years

later. There's a lot of resonance

between the moment right now and the

last big earthquake to strike the the

Bay Area, Northern California, which is

a magnitude 6.9, right? LMA Pria that

stuck in the the Santa Cruz Mountains.

Um, we're seeing California be locked

and loaded. And we have these king tides

which are just going to be battering and

smashing effectively the United States

with tons and tons of energy. We're

seeing anomalous earthquake activity

here in the Gulf, right? magnitude 6.1.

That's bizarre. Reverse thrust coming up

basically from depth. Like what caused

that? I have some ideas. Uh and we have

certain fault systems like New Madrid

which are super overdue. And if we go

back here, New Madrid ruptured at the

very end of 1811 and through the middle

of 1812.

Well, we had a historic double burst

that hit Los Angeles in 1812 and that

was in December.

two magnitude 7 plus earthquakes. First

one being in the basin, second one being

uh two weeks later off here in the

channel. So we see this connection too

in time at least with our recent record

between seismic activity here in New

Madrid and seismic activity in

California. And we know that the the

energy propagating out from faults

influences and loads other faults with

stress. So the the average like stress

accumulation rate on a fault due to

plate tectonics and some of these

geological forces is about 0.1

kilopascals per year. And the the the

tidal loading and the tidal forces the

variation from the tides can be like 1

kilopascal 2 35 or so. But the overall

amount of um pressure on faults can

build up to like a thousand kilopascal.

So the tidal forces are like two, three,

four orders of magnitude less than the

overall forces on a fault, but they're

much higher than the yearly accumulation

rate.

So when that fault finally gets that

critical stress, right, it's grinding up

because tectonics is slowly adding on

one kilopascal every decade or so,

right? Well, that that lunar rhythm can

come in and finally trigger it to go

off. And not only for earthquakes and

faults, but also for volcanoes. We're

probably going to see Hawaii go off.

Kiloa episode 49 on the new super moon.

is probably what's going to happen.

So, really more an educational lesson

for you today as to what are king tides,

the different types of tides, why they

exist, the different rhythms, all the

things. Also, some of the uh history

of um the connection well some of the

science, the connection between tides,

earthquakes, and volcanoes and some of

the earthquake history for North

America.

So, I just wanted to share that all with

you today. Uh, we'll see what happens,

but

anything can happen. Basically,

something crazy happens. I'll keep you

up to date. I've been your host, Stefan

Burns. Thank you all so much for

watching. Please smash that thumbs up

button. Help the channel grow. Subscribe

to stay up to date on everything that is

occurring. I will see you all in the

next video. Have a great weekend.

Wishing you all well. And, uh, well,

yeah, enjoy your big king tides. Uh,

they're coming in. They're coming in

strong. Um, make sure you're careful if

you're at the beach. Make sure you're

careful if you go swimming. Okay, thanks

so much and have a great day.