Right whale baby boom: The fragile hope that could decide the future of a species
Right whale baby boom is giving scientists and conservationists a rare moment of hope, but it comes with a hard question: is this surge in newborn calves enough to save one of the most endangered whales on Earth? With only around 360 North Atlantic right whales left, every birth matters, and this episode breaks down why this moment is so important and why the clock is still ticking.
North Atlantic right whale recovery has been painfully slow for decades due to ship strikes, fishing gear entanglement, and shifting ocean conditions. In this episode, we explore what led to 21 calves being born this season, how researchers track these whales, and why human activity remains the biggest threat to their survival, even during a year that feels hopeful.
Whale conservation efforts are finally showing signs of progress through vessel slow-down zones, new fishing gear technology, and cross-border cooperation. One of the most emotional insights from this episode is that some female right whales are giving birth for the first time in years, a sign that protection efforts can work if they are strengthened and enforced.
Listen to the full episode.
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Alright folks, I have some
fantastic news for you.
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21. That's right.
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21 North Atlantic right whale calves
have been born so far in this season.
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This is the highest number for several
years and we are seeing a huge turnaround
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or maybe potentially, possibly the
beginning of a huge turnaround, but
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we're not anywhere close to increasing
to the point where we need to.
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But this is actually a big turning
point for a fragile species.
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But like I said, at the end of this,
I'm gonna tell you why we're not out
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of the woods yet, but we're gonna
talk about on today's episode of the
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How to Protect the Ocean Podcast.
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Let's start the show.
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Hey everybody.
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Welcome back to another exciting episode
of the How to Protect the Ocean Podcast.
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I'm your host, Andrew Lewin, Marine
biologist and science communicator
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here to tell you what's happening with
the ocean, how you can speak up for
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the ocean, and what you can do to live
for a better ocean by taking action.
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And I'll be honest guys.
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I'm not feeling the best today.
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I think I finally succumbed to a
cold, maybe a little bit of a flu.
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I'm doing this because not only is
it great news, but we need to put an
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episode out and I don't want you to
go a day of the three days of the
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week that I post without an episode.
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So I'm putting this episode out,
so excuse if my voice starts to go.
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But I was at a hockey
tournament this past weekend.
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My voice started to go,
then I started to get sick.
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So I apologize, but this is great news.
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The North Atlantic white whale,
a critically endangered species,
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has had 21 calves so far.
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Now for a species with only
about 360 individuals remaining,
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every calf that's born matters.
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So the question remains, is this a turning
point or is this a fragile moment of hope?
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This is a very interesting and
positive outlook on what we're seeing
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for a critically endangered species.
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It's a species where the number
of calves actually outweigh sort
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of the population replacement.
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Every year, if you think about it,
there are a number of calves that
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will pass away just because of old
age or something that happened.
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So with North Atlantic, right
whales, you end up seeing, you know,
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just from old age, they pass away.
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You see it from entanglement
in fishing gear.
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They pass away or ship strikes they pass
away, which are the two that we're trying
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to control the most to make sure that
they don't pass away from those things.
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But 21 calves actually helps
replace more than any of the lost
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animals that we saw, or individuals
that we saw in the previous year.
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So this is great to see that.
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Now the calving season runs
roughly November through April.
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This is only the beginning of February.
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There's still time to get more
calves or be able to discover
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more calves that are being born.
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Recent years saw fewer than 10
calves that were born and some
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years as low as zero calves born.
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So each calf represents a
measurable population boost,
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not just a symbol of hope.
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Every year, you're probably wondering
how these animals get discovered.
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It's very difficult.
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You don't actually see the
births a lot of the times.
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You're very lucky if
you are even to see it.
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I don't even know, to be honest,
if a North Atlantic right whale
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birth has been witnessed in person.
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It's a very difficult thing to see
'cause they might do it underwater.
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They'll probably go down
below over the surface.
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They may not do it at the surface,
but eventually they wanna do it
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close 'cause they want to get that
calf up to the surface and help
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it breathe for the first time.
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It's very difficult to see.
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But when you see the calfs born is
usually when you start to see them
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as they migrate north or even south.
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In this case, because it's winters,
they're probably migrating a little
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bit south and you start to see
them in their calving area, usually
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around Jacksonville, Florida.
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And so you'll see aerial surveys
off the southeastern United
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States, photo identification
of mother and calves, long-term
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individual whale tracking will happen.
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And this is kind of interesting
because the population is so low,
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360 individuals in and around there.
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We tend to know each and every whale.
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You can identify them by scars or any
kind of unique formations on their body.
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When you have a population of individuals
that's critically endangered, you only
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have about 360 in and around individuals.
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You tend to know each
and every individual.
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There have been aerial surveys.
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There've been photo identifications,
long-term individual whale tracking
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because they're able to identify
unique markings, whether they're
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scars of anything, whether it be
from entanglement or just maybe it
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be from just living in the ocean.
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It can be rough in the ocean.
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You be able to identify them.
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People who are taking photographs from
aerial photos, people who are taking
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photographs from boats, from land.
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And so what you're able to identify them
area, they'll piece it all together.
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And when you do these types of aerial
surveys or from boats or even from land,
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you're able to see individuals
pop up and new individuals pop up.
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These little calves that are small-ish
compared to the rest of the North
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Atlantic right whale, the adults.
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And so you're able to see the mothers
kind of look after those calves.
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When you see one pop up,
you're like, oh, this is new.
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We haven't seen this calf before,
because there's a database.
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And so when you put those pictures in
the database, they just rifle through.
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Identify and line up the unique markings.
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There's programs that look up and
predict which of these animals they are.
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They attach 'em to either a number or a
name or both, and they're able to say,
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Hey, this individual's here and this
mother is now a mother for the first time
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or the third time or the fourth time,
and they're able to go back and forth
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and look at that, which is pretty cool.
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So the interesting part about
all of this is that more calves
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are being born obviously.
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But that means the mothers are
probably healthier than before.
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Even the fathers to be able to
create these beautiful calves, they
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have to be in a particular manner
where they have to be healthy.
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They have to be well fed.
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They can't be tired from
swimming all this time.
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They have to be in a pretty good body
condition to feel like reproducing.
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And the fact that they're doing this
indicates that there's some potential
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short-term success of protections,
like these protections are working.
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So the fact that there are
slowing down vessels in and around
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certain areas like the Gulf of St.
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Lawrence up in Canada and even
down south in the US where there
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are natural ranges and now they're
going into the Gulf of St. Lawrence.
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With climate change, it's getting
warmer so they can go more
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north than they normally do.
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And so you're seeing, you know, changes
during seasons when they're around
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and you're starting to see some
success in that where these animals
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are not damaged, they're not hurt.
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They're able to actually be
healthy enough to reproduce.
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So you're starting to see more and more.
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A couple years ago, like even last
year and the year before, the year
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before that, we started to see some
increases in calves, but we were still
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fairly cautiously optimistic about it.
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And same with this.
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We saw a big rise in the number this year.
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Still cautiously optimistic 'cause we
just don't know if this is just a one-off
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or if this is the start of potentially
a new thing where we're starting
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to see the recovery of this animal.
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So this is hope, but it's not recovery.
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I'm gonna say it again.
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This is hopeful but it's not
signs of recovery just yet.
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If we start to see a number of years
put together, 2, 3, 4, 5, then we're
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gonna start to say, Hey, you know what?
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We have some recovery happening.
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And now that'll be really great news.
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I hope we get to that point.
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I just don't know if it's gonna happen.
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We still have some major threats.
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I wanna bring back the
reality of the situation.
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There are ship strikes where these
animals, as they migrate and feed
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in busy shipping lanes, there's
certain times of the year where these
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animals are in these shipping lanes.
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And they could be busy times, you
know, for those transport ships, right?
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As they go across, these animals tend not
to get outta the way very quickly, and
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they're very hard to see because they'll
stay just below the surface of the ocean.
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And they'll just kind of hover there.
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They don't come up often for air and
they're just kind of coming and they
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staying just below the surface where
they're more vulnerable to getting hit.
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So ship strikes and collisions are
often a result in fatal injuries.
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And so to see less of those is great,
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like just showing by the fact
that we have a healthier adult.
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But it doesn't mean it's gonna stop.
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That's a big problem.
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And of course we have
fishing gear entanglement.
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So fishing gear entanglement happens when
you have these lobster pots or crab pots.
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They're down at the bottom of the
ocean, but there's a line that
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goes up to buoys that are at the
surface so that the fishermen can
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come back and grab those buoys.
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So those fishers will come back.
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They'll use those buoys, they'll grab
it, they'll pull up the crab pots or
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lobster pots, and then they'll take
whatever they caught outta there.
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Unfortunately, when those lines are
going through, these whales can't really
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see the lines, you know, the actual
fishing lines or the lines that prop
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up the buoys and keep the buoys up
straight, or keep the buoys attached
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to the crab pots or the lobster pots.
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The whales will actually swim
through and they'll get caught.
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They'll get caught between theyre flipper
and like just inside their pectoral fin.
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And so they'll get it caught
there and it'll just keep going.
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And what happens is that line
will actually cut through.
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As they're moving through the water,
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it's causing friction and it's causing
like the buoy and the crab put on
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the each side to be dragged around.
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That line will kind of sever into
the pectoral fin causing infection
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and it's hard to recover when
you can't get it cleaned, you
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can't bandage it up, obviously.
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And so animals can die
from those types of wounds.
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So we see this happen all the time.
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In fact, unfortunately a
4-year-old whale passed away.
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It was, you know, very hopeful
that it was gonna do well.
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But it wasn't the first time
that it had been entangled.
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I think it was like the third
or fourth time that had been
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entangled in his four year life.
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Because it died of that, we're still
seeing problems with entanglement, and
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we're gonna see problems with entanglement
until we get rid of these types of fishing
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pots where they need a line and a buoy.
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We're working on solutions for that.
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There's a lot of fisheries that
are going through experimental
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fisheries where there's no line.
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It's just like you press a button and
these balloons pop up and the crab pots
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or lobster pots will just float to the
top and they have to go and retrieve them.
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They're not perfect technology
yet, but they're working better
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than originally expected.
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It's better than it was and it's
gonna be better in the future,
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but we're still seeing loss of
animals life because of this.
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The human cause there response
to is still the vast majority
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of the known right whale deaths.
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Not just natural causes or
beaching 'cause of a mystery.
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It's usually just because of
these two things, ship strikes
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and fishing gear entanglement.
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So the fact that we're seeing solutions
in slowing down ships so that it gives
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a chance of the whales to move or it
gives a chance for the ships to react
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if they do see this whale, even though
it's difficult to see that is helping.
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If they slow down from 20 knots
to 10 knots, that's shown to
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help, which is really great.
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Also, like I said, the ropeless
fishing gear really helps.
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We've seen increased cooperation
between Canada and US agencies.
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I know that's difficult to think
about at this point, but we're also
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seeing that, which is really great.
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And then we're also seeing real
time whale alert systems for
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mariners happen at buoy systems.
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So we know when these whales are in the
area, they're able to alert different
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ships that there's whales in the area.
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00:10:04,553 --> 00:10:05,573
They can slow down.
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And so that's great.
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So adoption is growing but it's not
universal and it's not fast enough.
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So what you need quicker experiments
happening, more starting to use ropeless
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gear, starting to slow down ships
like voluntarily from transport
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ships, not just making them do it.
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And then of course enforcement is
gonna be huge when it comes to that.
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So there's been a lot of progress in that.
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And look, fishermen and fishing
communities are working with scientists
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to help, which is great to see.
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And you see some shipping
industry working as well 'cause
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they don't want to hurt a whale.
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They don't want run into a whale.
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It doesn't look good for them.
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It's not good for their captains, but
it's also, you know, something that
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they don't wanna have to go through.
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So I think it's really great.
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So the, the big thing is
21 calves is real progress.
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It's really great to see.
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Species are still critically endangered.
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They're still dying in recovery
will depend on what humans do next.
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How are we going to make things better
through innovation like ropeless gear
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through slowing down ships to reduce any
incidences or chances of ship strikes.
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And then just more technology for alert
systems and being able to detect whales
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when they're in and around a specific
area is gonna be really, really great.
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I think it'll be a good future for them.
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I think we're gonna be able to save them.
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There's still enough individuals,
even though they're critically
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in danger, there's not a ton
of reproductive females left.
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I think there's less than a hundred.
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If we can see an increase and
we can see these calves get to
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adulthood, that's even better.
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And more and more calves
every year is great.
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I'm hopeful, but like I
said, it's not recovery.
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We can still have hope,
but it's not recovery.
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We still need to do more.
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00:11:33,774 --> 00:11:37,434
And we still need to like have you guys
not only learn about this, but make
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sure that your government officials are
making sure these policies are being
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00:11:40,644 --> 00:11:44,094
stood right up to it and people are
abiding by it and we're enforcing it.
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' cause that's a huge thing to do.
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So it depends on not only
us, but our governments.
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Our fishing communities,
our shipping communities.
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This is all happens to
work well in our favor.
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So hopefully we can see the recovery
of these species soon, and we're
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hopeful right now, and hopefully
later we'll see the recovery.
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So if you have any questions or
comments or concerns, please let
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me know in the comments below if
you're watching this on YouTube.
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00:12:05,219 --> 00:12:07,246
And if you're listening to this
on your favorite podcast app, the
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audio version, which I always love
'cause it started off in audio.
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I'm always gonna be with there in audio.
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00:12:11,823 --> 00:12:16,143
Let me know what you think by going
to speak up for blue.com/feedback.
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So all one word.
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And I wanna thank you so much for
joining me on today's episode of the
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How to Protect the Ocean Podcast.
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I'm your host Andrew Lewin from
the True North Strong and free.
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Have a great day.
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We'll talk to you next time
and happy conservation.