SOMETHING BIG IS SHIFTING!⚠️M6 hits AUSTRALIA after 3 violent quakes ! NEW ZEALAND next?

magnitude 6.0 in Australia. Is this

coming from the three magnitude 7 plus

7.6 7.3 earthquakes that just happened?

And does New Zealand have to worry about

this? Because they're on the same plate

boundary. So massive earthquakes just

hit Vanuatu, Tonga, Indonesia, now in

the middle of Australia. So could this

affect New Zealand? The answer is not

what you think, guys. Because yes, they

are connected, but not in the way most

people believe. So, let me show you why

this is more complicated than it looks.

You need to know that something crazy

just happened in Australia. Yeah, right

in the middle if you look at it. not

completely in the middle but that is

really really strange and it really

shouldn't be happening like this. So we

have seen I have reported about three

magnitude 7 plus earthquakes that were

happening somewhat nearby if you look at

the map. So, is this related? Because a

magnitude 6 earthquake just struck in

the northern territory of Australia like

deep in the middle of the continent

nowhere near a plate boundary. So why

where is this coming from and that it is

not near a plate boundary. This is

exactly um why this matters because

Australia is supposed to be one of the

most stable pieces of crust on earth.

And then you know this is not like a 1.5

or something like this like 6.0

even if they downgrade it to 5

something. This is remarkable. So let's

break this down. In the middle of

nowhere, Australia sits on the

Indo-Australian plate. But here's what

most people don't realize. I have to

say, um, this plate is under massive

stress. But usually we see this along

the plate boundaries, Pacific Ring of

Fire, where you see where that located

where that where Australia is located,

right? That's why we've seen trouble in

Tonga, Vanoatu, and Indonesia. and very

very strong trouble there right now. So

what is happening? But before I tell you

that, please guys, can you give this

video an early like and hype? It doesn't

cost you anything. It helps my channel.

Thank you so much. Let's look into this

now. So the Indo-Australian plate is

under a lot of stress. We cannot ignore

that massive stress because it's pushed

from the north where it's colliding with

Southeast Asia and it's being pulled and

twisted along its boundaries with the

Pacific plate, Pacific Ring of Fire. And

that stress just doesn't stay on the

edges. It travels thousands of miles

straight through the interior of the

plate. Now, Central Australia is also

full of ancient fault systems. So, we're

talking about faults that formed um

hundreds of millions of years ago from

old mountain building events like the

Ellis Springs origin for example. So,

these faults are basically we call them

like sleeping cracks in the earth's

crust. So, they're locked, they're

compressed and but they're never fully

gone. So they're never fully gone until

stress builds up enough and then they

suddenly reactivate. So that's what

what's likely what this is what we're

seeing here in Australia. It's basically

we call this an intraplate rupture. It's

along one of these buried fault systems,

possibly linked to structures that are

in this area where the epicenter is, the

Red Bank thrust zone faults within the

Amadeos basin. Amados basin sounds

really, really nice. But here's what

makes this even more important in my

opinion. Earthquakes and stable

continental crust tend to travel much

farther. So because the rock is older,

it's colder, it's more rigid. So the

seismic waves don't lose the energy

quickly. So that means shaking from this

event that we've just seen could have

been felt hundreds of miles away. And we

also have to talk about the depth of

this earthquake because that matters

regarding how much it is felt. So the

early data suggests that it wasn't

extremely shallow. So likely somewhere

in the 10 to 30 kilometer range, like

roughly something like 7 to 23 miles

sort of thing. It's still considered

shallow, but it wasn't like 3 miles, 5

miles, right? It's deep enough to spread

energy wide, but it's still shallow

enough to be strongly felt near the

source. So near the source, we have to

talk population and infrastructure. So

thankfully this is one of the most

remote parts of Australia. The closest

reference point as you see on the map is

Ellis Springs. Beyond that sparse

communities like desert terrain. So

major damage is very unlikely. But that

doesn't mean this is insignificant. We

have to make that very very clear

because the real question is why now?

Why now? And if you've seen my previous

videos about these three magnitude 7

earthquakes, you might already hinting

at so especially why now with everything

else happening around the Indo-Pacific

region and the Indonesia earthquake that

we just had has already aftershocks 400

plus aftershocks. It's absolutely crazy.

So multiple magnitude 7 plus earthquakes

in places Tonga, Vanoatu, Indonesia, a

lot of aftershocks also in the magnitude

6 range. So all along the Pacific Ring

of Fire, right? That doesn't surprise

us. So now technically

those earthquakes are subduction zone

earthquakes, right? Completely different

mechanism. Those happen where the plates

are being subducted underneath each

other. one plate is diving underneath

the other one. So, but this one here

where we have that earthquake, that is

not the case. So, subduction is not a

direct trigger. But here's where it gets

interesting. The Indian Australian or

IndoAustralian plate is not acting as

one solid plate anymore. There is strong

scientific evidence that it's actually

fragmenting.

So fragmenting if it does that that

changes the narrative and that's very

very interesting. If it's breaking into

smaller blocks the Indian plate the

Australian plate and a diffuse

deformation zone in between

this means stress is no longer

distributed evenly. it's building up

internally and central Australia sits

right in that region in a region where

that stress can accumulate over time. So

while this earthquake is not directly

caused by the Tonga Vanuatu or Indonesia

earthquake, they're all part of a larger

tectonic system that is currently very

active. And if we have a big earthquake

magnitude 7 plus, seismic waves travel.

And if we have a fault system or an old

crack that is already

like locked and loaded or has built up

stress, a seismic wave coming from a

magnitude 7 could be the last trigger to

trigger that as well. Right? I want to

say that when we start seeing large

subduction earthquakes and unusual

intraplate earthquakes like this one

within the same broader plate system,

that's when you have to pay attention

because it suggests that the entire

region is under elevated stress. We have

to look at New Zealand

for a second. So, can that stress

trigger some of the dangerous faults in

New Zealand? New Zealand has a lot of

earthquakes.

Short answer, no. Not in I any direct

way or immediate way, but I don't

dismiss it completely either because

there is a deeper connection um that

definitely exists and that we cannot

ignore. So New Zealand sits right on the

boundary between the Indo-Australian

plate and the Pacific plate. So this is

major active plate boundary not a stable

interior like Australia. We have the

Alpine fault massive massive strike slip

fault on the South Island. We have the

Hikurangi subduction zone. Pacific plate

is diving under New Zealand the North

Island. So this area is already highly

stressed constant moving regularary

producing large earthquake. Tonga

Kamadec trench is there that's basically

if you look at the map directly north of

New Zealand Vanuatu further west but