Jan. 6, 2025

Not again...Orca Mourns Second Calf Since 2018

Not again...Orca Mourns Second Calf Since 2018

Orca mourns second calf since 2018 in a devastating report that J35 was seen floating her dead calf on January 1st, 2025. In this episode of the How to Protect the Ocean podcast, host Andrew Lewin discusses the tragic story of J35, a Southern Resident...

Orca mourns second calf since 2018 in a devastating report that J35 was seen floating her dead calf on January 1st, 2025.

In this episode of the How to Protect the Ocean podcast, host Andrew Lewin discusses the tragic story of J35, a Southern Resident Orca, who lost her second calf, J61, shortly after its birth. The episode highlights several critical factors contributing to the high mortality rate of orca calves in this endangered population, which currently numbers only 73 individuals.

Reasons for Calf Mortality:

  1. Food Scarcity:

  2. The primary prey of the Southern Resident Orcas, Chinook salmon, is in decline. The orcas rely exclusively on this species for sustenance, and with only a 20% survival rate for calves, the lack of adequate food supply is a significant concern. The orcas need a sufficient quantity of Chinook salmon to support their growth and health, especially during the early stages of life.

  3. Chemical Contamination:

  4. Orcas are among the most contaminated marine mammals due to bioaccumulation of toxins such as PCBs and DDT. These chemicals can impair reproductive and immune functions, potentially affecting the health of calves from birth. The presence of these toxins in the environment may contribute to the inability of calves to survive past their first year.

  5. Environmental Disturbances:

  6. Factors such as vessel noise and pollution disrupt the orcas' habitat, further complicating their survival. Increased shipping traffic and climate change exacerbate these issues, leading to a more challenging environment for the orcas.

  7. Reproductive Challenges:

  8. The Southern Resident Orcas are a long-lived species that take time to reach sexual maturity. With a low calf survival rate, the population struggles to maintain its numbers, especially as older individuals begin to pass away.

The episode emphasizes the urgent need for conservation efforts, including habitat restoration and pollution control, to improve the chances of survival for orca calves and the overall health of the Southern Resident Orca population.

Center For Whale Research: https://www.whaleresearch.com/

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Transcript
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In 2018, an orca designated as J35 of

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the Southern Resident Orca Population captured global attention

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when she carried her deceased calf for 17 days, traversing over

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1,000 miles in a profound display of grief. This behavior highlighted the

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deep emotional bonds these creatures share and brought to light the

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precarious state of the Southern Resident Orca Population. Fast

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forward to December 2024, researchers from the Center of Whale Research confirmed

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that J35 had given birth to a new calf designated J61.

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Fantastic! The birth of the calf was a beacon of hope for

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the endangered Southern Resident Orca population, currently numbers only

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73,000. individuals. However, this optimism, unfortunately, was short

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lived. By January 1st, 2025, observations had

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revealed that J61 had passed away and

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J35 was once again seen carrying her deceased offspring.

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We're going to talk about the significance of this. We're going to talk about why this

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particular orca is found doing this twice and

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for so long on this episode of the How to Protect the Ocean podcast. Let's

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start the show. Hey

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everybody, welcome to a somber episode of the How to

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Protect the Ocean podcast. I'm your host, Andrew Lewin. This is the podcast where you find out

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what's happening with the ocean, how you can speak up for the ocean, what you can do to live

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for a better ocean by taking action. And on today's episode,

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we're going to be talking about the death of J61. Not

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a very enlightening episode, not a hopeful episode, but

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one of cautionary tale to say, hey, you

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know what? these orca pop this or southern resident orca population

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is in trouble. We're going to talk about why it's in trouble. We're

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talking about why it's so fragile and why these calves continue

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to die. There's only a 20% success rate in their

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survival a lot to cover today. But before we do, I just want to

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remind people if this is your first time here. I know it's the beginning of 2025. This

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is the first time here you're wondering what you can do to find out how

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to protect the ocean, what you can do more to protect the ocean. Just stay tuned

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to this podcast. If you want to find out more episodes and

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you want to, and you don't want to just look on your podcast app, you can go to our website at

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speakupforblue.com. That's speakupforblue.com, all

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one word. And you can find out all of our shows. You can find

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out also shows of our other podcasts, the Beyond Jaws podcast, as

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well as others like Aquadox. and the Fancy Scientist wildlife

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podcast. You'll be able to find a lot of information on there. All you have to do is go to

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speakupforblue.com. And if you want to join a community, I

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am putting a community together, and it's going to come very

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shortly. A new project that I'm working on is going to be launched at the end of this month.

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So if you want to do that, all you have to do is go to speakupforblue.com forward

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slash community. That's speakupforblue.com forward

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slash community. There's going to be a link in the description below. So look

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for that, click on it, put in your email, and you'll be added to that list.

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And when we release and launch the community, you'll

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be able to be a part of it, one of the first ones. So join that community, speakupforblue.com forward

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slash community. Because it's a community that is going to be required to

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protect not only these orcas, but the ocean, and

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we're gonna help you do that. So unfortunately, the recurrence of

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this tragic event has prompted the reflection within the

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scientific community. Dr. Michael Weiss, Research

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Director of the Center of Whale Research, noted that while it's

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not uncommon for orcas to carry their dead calves, the

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duration observed in J35's case is

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exceptional. So it's a little bit unique. Michael Weiss stated, it's

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interesting that it's the same whale doing the same behavior again.

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It seems to suggest that there's something about her as an individual that

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makes this behavior more prominent. So the southern resident

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orca population faces multiple threats. The primary prey

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Chinook salmon is really, really low. Exposure to

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pollutants and disturbances from vessel noises also affect their

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population. These factors contribute to a high calf mortality, with

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studies indicating that only 20% of orca calves survive their

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first year. I want you to think about this for a little bit. We have orcas

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that are a long-lived species. They live in the wild. They can live for

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like 30, 40, 50, 60, 70, even 80 years old. They're a very long-lived species.

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It takes a while to get to sexual maturity. And for this population to

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continue to thrive, they have to be reproducing one,

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two, three, maybe even four calves a year. But if their population

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is only allowing 20% of these calves to survive to

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adulthood or pass even the first year, not necessarily to adulthood, then

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we are in trouble. Because eventually, this population, which

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stands at about 73 individuals, the older ones

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are going to start to pass away. And with all the disturbances that

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are happening, the noise, the lack of Chinook salmon, pollutants

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in the ocean, plastic pollution in the ocean, and

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climate change, of course, they're at risk of getting

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even, you know, even lower in numbers. So obviously this

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is something that we need to do and we need to take action. So conservation organizations

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emphasize the need for urgent action and the Center

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of Whale Research advocates for salmon habitat restoration, removal

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of dams that impede salmon migration. We got to get that Chinook

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salmon population up. This is what helps. sustainable fisheries management to

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ensure an adequate food supply for these orcas

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they assert every single birth every single

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birth counts and these whales need enough fish to

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be able to support themselves and their calves they are large

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individuals even as calves are large individuals but they grow to be even larger

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they grow to be 65 feet long, maybe even bigger

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at times, they have to be able to feed. They have to be

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able to eat. And if this southern resident orca population

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only eats Chinook salmon, they need their Chinook salmon. They need

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lots of it. So they can't handle when Chinook salmon come

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back, and they come back 15 million individuals

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less than what they left, or what they were proposed to come back as,

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or predicted to come back as, which has happened in the past. Food

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scarcity is a problem. It's not allowing them

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to grow and to be healthy. They need the fatty acids,

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they need the protein, they need everything they can to get from

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this Chinook salmon. They're not like the transient orca population where

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they can have sharks or whales or other fish or whales

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or marine mammals of that sort, seals and so forth. They're not like

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that. They need Chinook salmon. So they're very, very specific in

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their diet. In addition to food scarcity, chemical contamination

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poses a significant risk. Orcas are among the most

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contaminated marine mammals due to bioaccumulation of toxins

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like PCBs and DDT, which can impair reproductive

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and immune function. So there could be a reason why You

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know, these orca calves are not surviving past the first

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year. It could just be that they don't really have a chance once they're born because

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of the amount of chemicals, the amount of PCBs, the amount of DTDs

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that are in their system when they're born. Addressing pollution

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sources is crucial for their survival. So this loss

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of J61 is a stark reminder of the fragility of

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this southern resident orca population. However, there is

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a glimmer of hope. Another calf, J62, has

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been born in the J pod, and it appears to be doing

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quite well. We're gonna cross our fingers on that, knock on wood, knock

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on everything. The mother and sex of the calf are yet to be identified, but

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its birth offers a beacon of optimism amidst the

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challenges. Even though there's still a small chance that this

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orca calf will live past the first year, it looks like it's doing pretty well.

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And hopefully this jaypod can grow by

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this other calf, just by one. Even if they grow by one, it

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helps. Now you gotta remember, this is a long-lived species, so hopefully it's a

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female. so that it has some reproductive ability later on, and

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it could birth a number of different individuals. But

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as we reflect on J35's story, it's imperative to recognize the

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broader implications for marine conservation. Protecting

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the ocean requires a multifaceted approach. You can't just go out

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protecting one species. Addressing issues from habitat restoration

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to pollution control is extremely important. By supporting

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conservation initiatives and advocating for sustainable practices, each

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of us can contribute to the preservation of these majestic

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creatures and health of our ocean. I can't tell you

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enough how hard and how complex it is to protect the

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ocean. I say this every episode. It's not an easy thing. You can't

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just go out and protect these wonderful species.

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It's not just that easy. They're in danger. They're already protected. There's

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no need to further protect just that species. You

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have to address the pollution. You have to address the

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changes in their environment from climate change to ocean noise.

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With climate change brings more ocean noise, believe it or not. There's

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more shipping going on. There's shipping going on north of Canada through

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the Northwest Passage, but there's also increased shipping along

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the West Coast where these orca resident populations are. They

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are vulnerable, and we need to protect them. They are an apex predator.

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They are very smart. We can learn a lot from them. We still don't know very

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much about these species. We still don't know very much

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about this species. We still have so much more

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to learn. And what comes with learning about

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them could help us in the future as humans. They're very similar

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to us. And there's strong cultural connections to indigenous populations within

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the area, within Puget Sound, right within the BC coastline. This

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is very important for the people who have a cultural tie to

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the species. In some indigenous populations, their ancestral

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souls will go into orcas, and they're believed to

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become orca populations. Very similar to Avatar 2, where

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they cover that. where the souls of the indigenous people within,

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like the water people within that movie, went to the whale

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population of whatever they called those whales. I forget what they called those

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whales. And so a death of those whales meant a death of

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one of their ancestors. And that deep connection was

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lost. And that obviously isn't good. Not

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only from a cultural perspective, but also from a biological and ecological perspective.

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So protecting these species requires not only do we protect the

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species themselves and observe them and find out what we can, but we also

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have to protect what's around that. We have to protect the water. That

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means controlling what goes into the water and keeping certain harmful

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things out. There are ports along that coastline that are not

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only in the U.S. but in Canada, very important ports, all

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up and down that coastline. And there are chemicals that

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come out of that. There are spills that happen, oil spills. There are

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spills from whatever's being shipped. There's potential non-point

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sources and point sources. So point sources are where we know what's coming out

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or a pipeline of some sort of what's going in. So it

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could be wastewater, it could be anything, right? Sewage water, it doesn't matter.

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We know that it's coming at a specific point. It's at a pipe or

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something like that, but it's at a specific point. Non-point sources is where

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we just can't track where they're actually coming from. But we have to take water

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samples all up and down the coast to find out where these contaminants are coming from.

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Now, we have to look at the prey. Bioaccumulation in

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orcas happens because they're eating

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so many fish. So bioaccumulation is happening in the fish. So

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it's going all the way down the food web. And when it comes up the food web, it

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accumulates in each of the bodies. So as the bodies get bigger and bigger, they eat more

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and more prey that are contaminated. they get that contamination

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goes into the tissues and when it gets up to the orcas, then that's how they

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start to deteriorate. They're not as healthy and they're not as fit

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to not only give birth but also to nurse a newborn, a

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newborn calf in this situation. I'm not blaming J35 for

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anything, right? She is just a product of her environment. But

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that could be one of the reasons, we don't know for sure, but that could be one of the reasons why

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J61 passed away. but there is new hope and they're going to be

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looking at J62 to be that new hope. Hopefully J62

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survives. In the meantime we are observing J35 mourning

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the loss of her young, her second, now

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called J61 and she's going to be carrying this around for

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a few weeks and she's going to be showing the world that hey

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you know what there's something wrong here and my calf has

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died because of it. We are doing something wrong. Now there's a lot of

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people out on social media who are looking at

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different aspects of what is happening

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here, the significance of the mourning process. Scientists

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are looking at this as a mourning process. It's very unique to

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J35 in this situation that we know of, where she floats

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the calf for more than two to three weeks. but

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you know it's a process and some people are looking into it they're anthropomorphizing it

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they're making it seem like it's more of human abilities or

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human characteristics that you know they're mourning this process we don't know

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exactly why they do it we assume that they're mourning the process the

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songs that are coming out the noises that are coming out of the orcas seem like it's

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a somber sort of it's a somber conversation that's that's happening

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but and this is how they get over it they're extremely sensitive species and

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they definitely have that emotional intelligence but we can't look too

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far into it and we can't get too down in what we see happening

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right now there are ways that you can mourn there are ways that you can help

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and i'll put some of the conservation organizations especially the organizations

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that I've mentioned in here, which is the Orca

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Whale Research, I believe. What's it called? Sorry, the Center of

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Whale Research. And we will find out how you can donate to

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support this organization in observing not only the southern resident

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orca population, but other orca populations in the region. to make

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sure that they're doing well as well. You got to remember these orca

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populations for the southern residents have had a really traumatizing

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past number of decades. Going back to the 1970s where

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many of them were taken, many of them died in the process of being

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taken for marine theme parks and they still haven't been

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put back. A lot of them have died in that process. The big

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loss was when they took about 50 individuals from

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that population. Now there's only 73 left. They've had a really tough

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time recuperating because of the lack of prey, there's ways

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to get around that, there's ways to increase the Chinook population, and

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that is to tear down dams, that is to make sure that

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pollution is in better control, and that comes to government,

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that comes putting pressure on government to make better policies. and

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make sure they follow the policies that they have already. So that's a big thing

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that we need to find out when you hear these stories. It's not

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only that you feel sad for these orcas, but there's action to

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be taken, and there's action that you can go through organizations like

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the Center for Whale Research, but also other nonprofit organizations local

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to the area that have a really good beat on

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what's happening in that area, what's happening with the policy. They can inform

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you better, and they can show you where you can put your action into use.

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check those out in the links below. That's it for the episode today. Sorry to

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start off the week with such a bad episode in terms of topic wise, but

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I feel like it's something that we need to discuss. It's something that needs to be addressed.

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It's being covered all over the place. And what I, again, what I don't want

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people to do is just to look at this and be like, oh man, these orca species, they're

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done for. They're not done for. We can save them. We need to save

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them. And you can help by starting by looking at these organizations,

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finding out more, and just, you know, you already started by looking

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at this video and listening. and showing that you can take

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action and then that's what's necessary on these on these types

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of topics so check that out in the link below if you want to

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find out more about not only the orca the southern resident orca

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population but anything regarding the ocean Make sure

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you subscribe to this YouTube channel or the Spotify channel,

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or if you're listening to this on Apple Podcasts, Spotify,

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or any of the other favorite podcast apps, please follow, subscribe, and

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hit that notification bell where you can so you don't miss an episode. And

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of course, you can always get in touch with me at HowToProtectTheOcean on

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Instagram, that's at HowToProtectTheOcean. I want to thank you so much for

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listening to this episode of the How To Protect The Ocean podcast. I'm your host, Andrew