May 5, 2026

Why Healthy Whales Are Suddenly Ending Up on Beaches

Why Healthy Whales Are Suddenly Ending Up on Beaches
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Whale strandings are heartbreaking, but what happens when the whales are not sick? In this episode of How to Protect the Ocean, we look at a recent mass pilot whale stranding in Scotland, where many of the animals appeared to be healthy before they ended up on shore.

Pilot whales are highly social animals, which means one wrong turn can become a disaster for the entire pod. As prey shifts closer to shallow coastal waters, whales may follow their food into places where navigation becomes harder and the risk of stranding increases.

Ocean change is the bigger story. These strandings may not just be random events. They may be signals that prey, currents, temperatures, and ecosystems are shifting in real time.

Transcript
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The whales we're gonna talk
about today, they weren't sick.

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They were just in the wrong
place at the wrong time.

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This is the How to Protect the Ocean
podcast, and if you are interested in

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knowing more about the ocean, need a
resource to find out more about the

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ocean, what's happening, the good, the
bad, maybe the ugly at some point, I

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want you to hit that follow button right
now because this is the podcast for you.

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You're gonna learn everything
five days a week on this podcast.

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Normally, we do a solo show Monday through
Thursday, and then we'll do an interview.

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This week, we're gonna be doing
five randomized podcasts, solo

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podcasts, Monday to Friday.

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Normally, there's a theme.

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Today we're just gonna randomize, gonna
go back to the old school How to Protect

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the Ocean podcast, and I can't wait
to get into it 'cause we're gonna talk

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about these whales, these pilot whales.

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Why are healthy whales ending
up stranded on beaches?

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Every time you see a stranding
or news of a stranding... I've

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never seen a stranding live.

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I don't know if I can
handle it emotionally.

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You have people who react to them.

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You have whale stranding networks.

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There's some in the UK.

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There's some in North America.

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There are some all over the world,
and these are a lot of times

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volunteers that will patrol or go out.

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They're trained to specifically handle
beached whales situations or any kind

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of beaching of any type of animal, and
they go out, and they make sure the right

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authorities know what to do, or they
can come out to these whale strandings.

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But it's really difficult to go out there.

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You have these whales that a lot
of the times they don't make it.

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They come onto the beach.

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We don't really know why
they're coming onto the beach.

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A lot of times, if it's like pilot
whales, they tend to follow the leader.

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And if the leader's sick or it
ends up beaching itself, the entire

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pod will beach itself as well.

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So it's a difficult situation to look at.

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In this latest or recent study that was
reported by phys.org, which is a great

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site as well, looked at a major pilot
whale stranding in Scotland, where

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more than 50 whales were stranded.

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That is insane amount.

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Now, like I said, pilot whales,
they come in large pods.

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We don't know why they really beach
themselves, but they're known to beach.

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They beach in New Zealand, up in the UK.

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This is not necessarily a rare occasion.

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It's just one that we've seen a lot.

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And the ones that were stranded,
these 50, many of them were in good

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health before it actually happened.

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That's what makes this one different.

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The detail that really changes this story
is that most of the animals were healthy.

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They weren't sick, they weren't
disoriented, they didn't

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have any problems with them.

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All the animals that stranded and ended
up dying, they were actually healthy.

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This wasn't a disease, and
it wasn't an obvious injury.

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Instead, researchers found
something else, and this is

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where it really comes into play.

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Like the mysteries of the
ocean, everything that comes on.

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These whales had been feeding in areas
that were closer to the continental shelf,

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right near shallow coastal zones, which
these pilot whales aren't really there.

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Now, these places are productive,
but they can be dangerous because

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of the shallowness of the area.

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Whales follow food.

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That's how the ocean works.

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But when food shifts, so do whales, right?

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That happens with a lot of these animals.

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They gotta go where their food is.

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And now, these days, with everything
going on in the world, you have climate

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change that is shifting where these
fish are going, where whales are going to

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follow the fish, where upwellings happen.

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And if you don't know what an upwelling
is, essentially It's a place like, on

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the ocean where cold, nutrient-rich
waters come from deep in the ocean,

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they come up to the surface, and it
brings fish around 'cause you get a

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lot of plankton in those upwellings.

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The fish will come to
feed on the plankton.

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The larger fish and marine mammals and sea
turtles and everything will come in and

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feed on everything else that's coming in.

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Seabirds will dive in, and it's
actually quite a productive area.

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You have a lot of these different areas
around the ocean that are being shifted

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around because currents are shifting,
'cause wind patterns are shifting,

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because the climate is changing,
and that's what we have to go with.

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And so it becomes really difficult
to track where these new areas are.

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Like, let's go back to marine
mammals that were being killed, like

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the North Atlantic right whale on
the East Coast of North America.

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They were normally in the US.

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They would go from Jacksonville,
Florida, in the winter all

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the way up to, say, like, New
England and Maine in the summers.

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Then, all of a sudden, they
started to go into the Gulf of

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St. Lawrence and up in Canada.

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Why are they up there?

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It's warmer waters.

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They can extend their range because it's
warmer waters, and they ended up being

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there, and 17 of them that summer that
we found them there ended up dying

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because the ships weren't ready for them.

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The ships ran into them.

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They got entangled from fishing
gear, and they ended up dying.

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A lot of the shifts had to change.

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Not only are we seeing a shift in
ecology, but we have to get into a

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shift of how we conduct ourselves
in the ocean during that time.

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So that's essentially
what's been happening.

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The shifts of animals coming into
closer to shore can bring these

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marine mammals that follow the
prey into risky environments,

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which is essentially shallow water.

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That's probably their biggest crux.

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As my daughter would say, the biggest op.

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I know.

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I'm older.

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I, I don't... I- it doesn't work.

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It doesn't feel good coming off my lips.

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But whatever.

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Yeah, yeah, I said it.

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I said it there.

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I said I'm not editing
that out regardless.

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But, you know, shallow waters
have complex coastlines.

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Places where navigation can become harder.

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It's difficult for pilot whales to go in.

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You add one more layer that
pilot whales are highly social.

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If one individual gets into trouble,
like I mentioned earlier, the

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entire group will actually follow.

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And when you have an entire group that's
following one animal or a couple of

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animals that are going through, this
social behavior amplifies the risk of

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what is gonna happen to these animals.

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They're in coastal waters.

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They're close to coastal waters,
where navigation can be difficult.

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They navigate using echolocation.

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That shallow water compared to deep water,
the sound reverberations that they use

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to look for the way they're going, their
navigation, can really throw them off and

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disorientate them in these shallow areas.

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So as they're going through the
shallow areas, they get disoriented,

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they lose their navigation, they
end up getting beached, and then

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because they're so social, a lot of
the other animals will just follow

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them even though they're healthy.

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So one mistake becomes a mass stranding,
and this is the key insight here.

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Strandings are not just random.

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They are signals telling us
that the ocean is changing.

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And so when we have a changing ocean,
we have a lot of stuff going on.

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And to keep updated on finding out
what's going on in this changing ocean,

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I want you to hit that follow button
right now on this podcast so you make

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sure you don't miss any of the episodes
where we talk about the different

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things that are changing in the ocean.

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Yesterday, we talked about sea cucumbers
decreasing and how because of fisheries,

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because how important that is and how
important they are to the ecosystem.

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Now, we're talking about pilot whale
stranding and how healthy ones will

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strand because they are very curious.

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They're social animals.

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They wanna stay with their
pods, and they will go until

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they are very much in trouble.

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So hit that follow button so you
make sure you know everything that's

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going on because we're gonna get
down into what needs to happen next.

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If we don't wanna see this, 'cause we're
gonna see more of this, we're likely

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gonna see more of these pilot whales
stranding, not because the whales are

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failing, because the ocean is shifting.

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Prey is moving.

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Conditions are changing, and
species are adapting in real time.

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They're adapting 'cause they need to.

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A lot of the times, people will look at
climate change and look at everything

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that's happening, and they'll tell me,
"Andrew, like, why do we need to change?

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I love the hot weather.

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It's great when we get a shorter
winter and a hotter summer or a

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longer spring, summer, fall because
those are the seasons I like.

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I don't wanna be in Canada in the
snow for long." As winter ends here

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in Canada, here in Ontario, people
are like, "When's spring coming?

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When's spring coming?" So much
so that we look to a groundhog

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to tell us when spring is coming.

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That's how much we don't like
it by the end of the winter.

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We love winter for a little bit, but
after a few weeks of really cold, people

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are like, "When's summer coming?" And so,
people are not ready to change to that.

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And a lot of times they
don't see the change.

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They don't see that they need to change
because they haven't been affected

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too much yet or personally yet.

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Although many people around
the world are being impacted.

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Now, that has been a buildup, and
we're starting to see what is happening.

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But the animals that are in the ocean have
to change because they need their food.

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And when their food moves,
they need to move too.

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So the question now is whether
we can track those shifts, like

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these ocean shifts, fast enough
to understand and respond.

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Like, how can we do this?

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So there's modeling and then monitoring
of these fisheries and where they're gonna

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go, doing stock assessments, why they're
shifting, what are the major components?

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Is it temperature?

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Is it because their prey is shifting
'cause currents are shifting?

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And what's gonna happen when these
marine mammals come close to the

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shore or close to coastal areas?

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Again, are we gonna go out there
and try and divert them outwards?

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What happens to their food?

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Are they gonna be emaciated?

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Who knows what's gonna
happen in the future?

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But this is where the call to action
is, where we need more funding of

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just fundamental science, fundamental
ocean research, that will actually

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have applications to the real world
problems that we see each and every day.

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So that is teaming up with
coastal communities, like, so

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the science community teaming up
with coastal communities and be

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like, "What are you looking for?

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What are you seeing out there along
your coastline that you have seen for

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generations?" Whether it's indigenous
communities or non-indigenous, anybody

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who has been there for a long time can
tell you what's been happening to the

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fisheries, what's been happening to
the coastline, what's been happening

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to sea level rise, temperature, shifts
in wind, shift in currents, shifts in

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prey, anything, they are able to tell it.

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And allow the scientists to come
in and collaborate with those local

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communities to be able to find out
solutions on how they can actually, just

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sit there and be like, "Hey, you know
what? We can actually adapt to this."

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These whales didn't make a mistake.

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They followed the ocean as it changed.

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We're gonna see that a lot more.

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And that is something that is scary
to see because these are healthy

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whales and we're gonna see more of
these whales do this, but their prey

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is shifting closer to the coastline.

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This may not be a problem if the prey
shifted like further away from the

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coastline, but they're coming in.

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And so now it's a problem, and now we need
to have better monitoring in the future.

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I would love to hear what you
think, 'cause this podcast, this

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whole thing, is the start of a
conversation, not just this episode.

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But this is why I started
this podcast 11 years ago.

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I wanna hear from you.

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I wanna have that conversation.

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Reach out to me on my socials.

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You can see it in the description.

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Leave a voicemail or you
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If you listen to this podcast more than
once a day or even this is your first

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time, I'd love to hear your thoughts,
your comments, anything, criticisms even.

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I would love to hear from you.

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I wanna thank you so much for
joining me on this episode of the

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How to Protect the Ocean podcast.

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Have a great day.

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We'll talk to you next time,
and happy conservation.