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living the life you want to
2:25
live. Hey
2:28
everybody, Chris Kresser here. Welcome to another episode
2:30
of Revolution Health Radio. If
2:32
you listen to this podcast, you probably think quite a bit
2:35
about how you source the food you eat, from grass-fed
2:38
or pasture-raised animal products to
2:40
organic and local produce. But
2:42
what about seafood? Historically,
2:45
we have been led to believe that
2:48
wild-caught seafood is far healthier than farm-raised
2:50
seafood. And in a lot of cases,
2:52
that's true. Now, it's definitely my bias
2:55
as well. But there
2:57
are a growing number of challenges when it
2:59
comes to wild-caught seafood, from
3:01
an increase in toxins
3:04
like mercury in the ocean
3:08
and microplastics, which are
3:10
now typically found in seafood and
3:12
studies linking microplastics to cardiovascular disease
3:15
and other health problems, to
3:17
overfishing and unsustainable
3:20
global fisheries. So
3:23
I have been doing a
3:25
lot of research into aquaculture
3:27
recently, and it turns out, as
3:30
you might expect, there have been pretty
3:32
massive changes and improvements in aquaculture in
3:34
the last few decades, in
3:36
the same way that there have been a
3:39
lot of improvements in
3:41
innovations and also just resurgence
3:43
of older, more traditional practices
3:46
in the world of regenerative
3:48
agriculture and ruminant livestock
3:51
production. So I'm
3:53
really excited to welcome James Arthur Smith
3:55
as my guest. He is a, like
3:57
me, avid lover of the- ocean
4:00
surfer Yachtsman and the
4:02
founder of a company called Cetopia. And
4:05
he has spent the last eight years
4:07
immersing himself in the aquaculture industry by
4:10
personally visiting farms, eating
4:12
the feed, the fishy, diving under the grow
4:14
out pens, and testing the harvested products in
4:17
the labs. And he is an
4:19
expert in aquaculture and he has started
4:21
a company based around
4:23
the, let's say,
4:26
version 3.0 practices of aquaculture,
4:28
which really kind of
4:31
blew my mind when I learned more about them. So
4:33
we're going to talk all about the modern
4:36
aquaculture practices that have the
4:38
potential to dramatically increase the
4:40
nutritional value of seafood in
4:43
a sustainable and potentially scalable way, the
4:46
environmental benefits of aquaculture,
4:49
how aquaculture
4:51
can reduce the presence
4:53
of toxins like mercury
4:56
and mycoplastics, how
4:58
they can support local food systems and
5:01
contribute to things like kelp
5:03
reforestation. This was a
5:05
very fascinating conversation. I learned
5:07
a lot and I hope you will too. Let's
5:09
dive in. James,
5:12
pleasure to have you on the show. Welcome. Thank
5:15
you. Thanks, Chris. Pleasure to
5:17
be here. I've been looking forward to this
5:19
conversation. You and I share a passion for
5:21
the ocean, both lifetime surfers.
5:23
I know you're also, you sail
5:27
and you, I think we've both spent
5:29
a lot of time in the ocean
5:31
over many years. And when
5:33
we were chatting for an initial
5:35
phone call we had, I mentioned that I
5:37
was struck by how many people, at least
5:40
in my circle now,
5:43
think quite a bit about sourcing when
5:45
it comes to ruminant
5:47
animals that they might eat like beef,
5:50
lamb, maybe pork, chicken,
5:54
some of the more commonly consumed meats. And
5:56
they're aware of the importance
5:58
of that. aware also
6:01
of this term, factory farming
6:03
and how or and factory
6:06
meat that is raised in factory or
6:09
confinement type of conditions
6:11
and that that's a very bad thing,
6:13
relative to pasture
6:15
raised beef, grass fed beef.
6:18
And so I think there's
6:20
an awareness in the, at
6:23
least in my audience that wild
6:26
caught fish are
6:29
better than farmed fish and that
6:31
farmed fish, I think when most
6:33
people, the image they might
6:35
get in their mind is of
6:37
salmon that's basically white, that has
6:40
almost no color and or
6:42
maybe farmed catfish or something like
6:45
that. And
6:47
it just strikes me that I think
6:49
there's a pretty big perception gap between
6:51
the reality of what's
6:53
happening now with aquaculture and what
6:55
a lot of consumers' perception is.
6:57
So that's where I'd like
7:00
to start because of course this is what
7:02
you've devoted your life to
7:04
recently and so yeah, why don't you just
7:06
start us off by telling us a little
7:08
bit about what you do and how you
7:11
got into it and then we'll go from
7:13
there. Right on. Thank you
7:15
so much. It is a
7:18
huge stigma misconception that
7:20
needs that we're endeavoring to
7:23
slowly break through and it's
7:26
difficult to bring everybody to visit farms
7:29
and take everybody swimming in an
7:31
aquaculture site that is doing it
7:34
right. But there's a vast difference
7:36
just like with beef and chicken
7:38
between industrial scale factory farms and
7:40
artisan farms that are doing it
7:42
right. The solutions are just
7:44
beautiful, beautiful places that you want to
7:47
visit, that you want to swim in,
7:49
that are creating biodiverse
7:52
habitat that are fish attracting
7:54
devices that
7:59
deserve being told being
8:01
shared. I
8:03
got into this because I was
8:06
working with a farm in the Sea of
8:09
Cortez that was producing some of the most
8:11
beautiful sushi-grade yellowtail
8:13
on the planet. These fish
8:16
were deserving of
8:19
being on any Michelin star restaurant and
8:21
were being featured on Michelin star restaurants.
8:24
But we didn't actually know
8:26
who our customers were when we were
8:29
selling product as most
8:31
farms do, especially internationally.
8:34
We're selling through an
8:37
importer and then they sell
8:39
to master distributors who sell
8:41
to other distributors who then
8:43
turn around and either
8:46
deliver to the restaurants. And then the
8:48
restaurant is
8:51
in the best case scenario educating
8:54
the chefs and the customers
8:58
about the type
9:00
of fish that they're selling and how it was farmed
9:02
or where it was farmed or the name of the
9:04
farm. But that is not normally
9:07
what happens. Generally what happened
9:09
was the restaurant kind
9:13
of got a telephone game story of
9:15
what actually they were selling half the
9:17
time they would mislabel it and
9:20
half the time they didn't even know what
9:22
they were getting because it was lost in
9:24
translation. As a farmer
9:27
endeavoring to produce a better
9:29
quality product, as a farmer
9:33
using better quality feeds,
9:35
microalgae based oils and
9:37
insect proteins as opposed
9:39
to commodity GMO soy
9:41
and corn and or
9:44
overfished bait stocks. If
9:47
there's not a direct correlation between
9:50
the end buyer and
9:52
the farmer, if there's not an
9:54
incentive, financial incentive for us to
9:57
be improving and we're just
9:59
getting negotiations, for lower prices
10:01
because XYZ Farm doing something
10:03
similar with
10:05
lower quality ingredients and
10:08
practices is selling it
10:11
cheaper. There just wasn't an incentive. So
10:13
I was at this, I had
10:15
this sort of epiphany moment that the
10:17
same principles that we see in
10:20
wine, we need to figure out how to
10:22
do that for seafood. The
10:25
estate grown, the no sulfates,
10:27
the push towards natural wines
10:29
and we see the same
10:31
thing with beef. The transition
10:33
from consumers just
10:36
wanting USDA Prime to
10:38
knowing why grass fed,
10:40
grass finished regenerative practices are important
10:42
and knowing the names of specific
10:45
farms that they want to support and
10:47
actually putting their dollars towards it that had
10:49
to happen for seafood. It was just such
10:51
a long ways off from achieving that and
10:54
we're just kind of at the
10:56
tip of the iceberg now working through
10:59
Cetopia. But that's kind of how I
11:01
got into this was I, from
11:03
a passion standpoint, from a mission
11:06
standpoint wanted to be a part
11:08
of really innovative aquaculture projects. I
11:10
was introduced to the concept of
11:13
aquaculture when I was
11:15
working at an aquarium by somebody
11:17
who planted this vision, this idea,
11:20
the inception was done
11:22
right, we can mitigate pressure
11:24
on the wild stock. We
11:26
could rehabilitate and release these
11:28
native species back into the
11:30
habitat and grow enough food
11:32
to feed our local communities.
11:35
That concept so beautifully presented to me
11:37
by the gentleman who was running the
11:39
aquarium in San Diego where I grew
11:41
up with really inspired me to get
11:43
involved with some of the best
11:46
aquaculture practices in the world. But when
11:48
I got there, I realized there just wasn't a
11:51
financial incentive for farms to
11:53
do the best that was
11:55
possible to move pilot projects
11:57
out of concept
12:01
of regenerative integrated multi-trophic
12:05
aquaculture and into commercial scale. It needed
12:07
that incentive structure and that distribution model
12:09
needed to be created. And so that's
12:11
kind of how it got started. Yeah.
12:15
And where we're at now trying to break through
12:17
those misconceptions and allow people
12:19
to vote with their dollars. Great.
12:22
Well, let's talk a little about what
12:24
aquaculture done right looks like,
12:26
because I know I learned a lot from our initial conversation.
12:30
I imagine some of the listeners
12:33
will learn a lot from this as well. So
12:37
what is a typical aquaculture farm that
12:39
you are working with look like? You
12:42
mentioned it'd be a place you'd want to swim.
12:44
It's a place you'd want to visit, maybe
12:47
similar to like a ranch that's raising pasture-raised
12:49
cattle. But
12:52
yeah, maybe just start with the general environment. Like where
12:54
are these happening? What do they look like? What
12:58
size are they? And then we can talk a little
13:00
bit about the food, which
13:03
of course then affects the fatty acid profile,
13:05
the fish and things like that. Absolutely.
13:08
Yeah. So the
13:10
cool thing is that some
13:13
of these farms are just such beautiful places. It's really
13:15
easy to talk about and I'd love to bring you
13:17
there through some of the work
13:19
we're doing. We've brought
13:21
chefs to these farms and that was
13:23
such a life-changing experience
13:26
for them to go from
13:28
the concept of where their
13:30
seafood comes from to actually knowing it
13:33
and having that same relationship that they
13:35
have with their beef or
13:37
their chicken or their tomatoes. So
13:40
the thing is, visiting a farm where you
13:42
actually get to taste the feed and you
13:44
actually can swim in the environment, the three-dimensional
13:46
experience. So to
13:48
paint a picture, there's two
13:51
different, A lot of
13:53
different types of farms, but two of
13:55
the main ones are either land-based recirculating
13:57
aquaculture systems, They're
14:00
not that beautiful because I
14:02
do. The whole thing happens
14:04
in out. Ah, On
14:06
land, in sort of an aquarium
14:08
environments. but it from an environmental
14:11
standpoint. That's cool because you're controlling
14:13
the entire thing from end to
14:15
end theory, circulating all the water.
14:17
There's no impact on the local
14:20
environment or the groundwater, your your
14:22
filtering the entire system. You control
14:24
every factor. Kind of like but
14:26
we get from like a hydroponic
14:28
systems in in agriculture cool Or
14:31
you can put them really close
14:33
to cities. They can be grown
14:35
vertically. Indoor in you know in
14:38
in large buildings. Cool.
14:40
But in some of the same challenges
14:42
that we have with sort of like
14:45
hothouse tomatoes or other hydroponic systems, you're
14:47
not necessarily in that terroir if you
14:49
really want that. The terroir what are
14:51
what we refer to in the ocean
14:53
isn't in as Mare works. You want
14:55
the minerality of that water to be.
14:59
Representative. In the water, That
15:01
in those fish and shellfish in that seafood.
15:03
So when you go into it. Ocean
15:05
farming. You. Get the
15:08
opportunity to use this beautiful resource
15:10
that we have which is the
15:12
ocean done right? A
15:16
farm. Has a very
15:18
low density of or in the ratio
15:20
of system water. so you want a
15:22
lot of space. So the best firms
15:24
that we work with have a ratio
15:27
generally of around. Ninety.
15:29
Eight percent water and to present fish
15:31
and that ratio is monitored and tracks.
15:34
So as fish grow and they get
15:36
bigger it's there is a a process
15:38
of moving the larger fish into a
15:40
different site or different net. So open
15:43
net and ah farms that are in
15:45
deep water. Low density in areas that
15:47
have a lot of current so the
15:50
sighting of a location is super important.
15:52
So in a bay where there's a
15:54
lot of stagnant water it's very very
15:57
different and a lots and has. A
15:59
lot lower care the city that
16:01
environment as a lot of current,
16:03
a lot of title fluctuation, a
16:05
lot of open ocean, longshore current,
16:07
or an offshore deepwater canyon that
16:09
has a natural sort of back
16:11
events and flushing effect. So. If
16:14
you've ever been to the Monterey
16:16
aquarium and you see like the
16:18
the large to know swimming around
16:20
their imagine swimming in that so
16:22
when you swim inside the inside
16:24
of him huge open net pen.
16:28
Farm. You have the opportunity little
16:30
be swimming amongst thousands of fish that
16:32
naturally or schooling around and have enough
16:34
room if they want to come in
16:36
close and and specs or go all
16:38
the way to the bottom of a
16:40
pen that could be sixty to eighty
16:42
feet deep and there's so much room
16:44
that you won't even see them though.
16:46
You know depending on the clarity of
16:48
the water you have there is these
16:50
pens are so big and. In
16:52
the best example in the best
16:54
days that the water clarity is
16:57
so much that he just swimming
16:59
in this magical place and then.
17:02
The. Very best. Farms are
17:04
parrying multiple species so
17:06
you can have. Ah
17:09
in that penned less safe with Sam
17:11
and you can have in addition to
17:14
Sam and you could have a cleaner
17:16
fish like a lump sucker. Lump suckers
17:18
in nature are going and cleaning any
17:20
sort of parasites off of fish. So
17:23
some people are concerned about sea lice
17:25
which is all. wild salmon have a
17:27
concern with sea lice but depending on
17:29
the density the opportunity for the sea
17:32
lice to proliferate fat entire school or
17:34
or cause disease spread is very different.
17:36
Men in a load and see environment.
17:39
Than you pair it with cleaner
17:41
fish like rostered long suckers that
17:43
have a natural ah balance of
17:46
these these organisms And then outside
17:48
of the pens you have to
17:51
help and selfish and working symbiotically
17:53
all of us and you have.
17:56
An. Ecosystem that works in
17:58
concert with this. So
18:00
in nature there's no such
18:02
thing as waste fish poop
18:04
if is. Full. Of
18:06
antibiotics is definitely not good for the
18:09
environment, but if you have a clean
18:11
feed. Know. And about x know
18:13
hormones new Dm I was what is
18:15
Fish poop? it is. Super
18:17
food for so many different
18:20
organisms. Some of those organisms
18:22
like Kelp and Selfish are
18:24
going to all the sudden
18:26
have a nutrient rich environment
18:29
so. The. Interesting thing
18:31
about the evolution of. Our.
18:33
Relationship of the ocean and integrated
18:35
multidrug A guy who culture or
18:37
that the or poly culture as
18:40
pallister monoculture is that you can
18:42
now. Grow. Organisms
18:44
like help and selfish
18:46
in low nutrient waters
18:49
like. Very. Far
18:51
offshore or previous dead zones
18:53
where there wasn't enough nutrients
18:55
to support life Like selfish
18:57
and help when you now
18:59
pair them with a predatory
19:01
fish at pooping in the
19:03
water. Very similar to the
19:05
way to tattle distribute nutrients
19:07
into the soil, you can
19:09
actually reinvigorate these environments and
19:11
create new habitat that not
19:13
only are going to feed
19:15
the kelp and selfish but
19:17
they treat habitat structure that
19:19
increases biodiversity. For the surrounding areas
19:21
as well and other said this
19:24
sort of fisher tracking devices. Is.
19:27
Is is showing.
19:30
Increase levels of biodiversity for the
19:32
entire ecosystem around their. Yeah,
19:35
that's that's really fascinating in some
19:38
way that reminds me a little
19:40
bit of like rotational grazing and
19:42
went jaw thousand and others are
19:44
doing and have been advocating for
19:46
some time. Where you know instead
19:48
of just raising cattle only on
19:50
the pastor, you do their rotating
19:52
sick and another ruminants and they're
19:54
getting. Benefits. and
19:56
synergy from having different animals
19:59
co have in the
20:01
same area on land. So it sounds like
20:03
that's what some of the better aquaculture farmers
20:06
are doing and seeing like you mentioned
20:08
like fish poop is great food and
20:10
you can get a lot of
20:12
benefits from doing that and that's
20:14
of course what would be happening in a
20:16
more natural ecosystem right? Yeah
20:19
very much it's it's
20:21
an evolution from monoculture
20:23
farming which you know if
20:26
you look at the aquaculture industry
20:28
it hasn't been around that long
20:30
really the first commercial aquaculture farms
20:33
got funded in the 70s
20:35
and their funding came primarily from
20:37
Big Ag and the exact same
20:40
business model was implemented but
20:43
we know that there's challenges and externalities
20:45
that are not being factored in monocultures.
20:49
When we evolve from monoculture
20:51
to polyculture it introduces
20:54
complexity that is
20:57
intimidating and challenging
21:00
to the existing sort
21:02
of structure and for
21:05
example if you're using the same 100 acre
21:08
concession to grow three
21:10
different species instead of just one
21:12
species are you giving up the
21:14
opportunity to you know are you
21:16
reducing your total production and
21:19
do you have to develop a
21:21
value for those other species
21:24
and those are challenges that farms
21:27
have these are real challenges that have
21:29
to be factored in so how do
21:31
we place value on those other either
21:35
ecosystem services that the shellfish
21:37
and kelp are providing or is
21:40
there a way to actually place
21:42
value on the farm brand and
21:44
the story that they're doing something
21:46
better cleaner more
21:48
nutritionally dense or
21:51
can you also derive
21:53
some actual harvest value from
21:55
the products that Are that are
21:57
derived from those those other organisms in.
22:00
But. Yeah, it is very similar
22:03
to what we've been. Seeing.
22:05
Happen with the transition out
22:08
of us. Monoculture.
22:10
Crops to regenerative, ag
22:12
and rotational grazing are
22:14
just you. We.
22:17
Have to be humble. Stewards
22:19
of the Ocean and we can't
22:21
see approach it from the mindset
22:23
there were gonna farm at the
22:26
same way that we farmed Atlanta
22:28
and and and get a different
22:30
outcome because industrial scale monoculture practices
22:32
with only a value placed on
22:34
one end product have. A.
22:37
Negative impact on the environment and they're
22:39
really just designed to benefit the shareholders
22:41
and not a surly even and consumer.
22:44
Yeah, that's it. Fascinating, and it makes
22:46
some sense to me that you know
22:48
that that sort of same principle of
22:51
creating a similar ecosystem that you would
22:53
have in the wild is what you'd
22:55
wanna do to create the best conditions
22:58
for agriculture. This is this for regenerative
23:00
farm and along the same lines. I
23:02
imagine that's also true for what you've
23:05
what what the fish or sad. Just
23:08
like in the case of ruminants,
23:10
we know that ruminants pretty much
23:12
eat grass and forage and so
23:14
that's you get the best results
23:16
in terms of the quality of
23:18
food when they when that food
23:20
intake and from their natural environment
23:22
is is replicated in of course
23:24
you can sometimes up to supplement
23:26
that ah strategically. So how does
23:28
that work with aquaculture? Like what's
23:30
the difference with these kinds of
23:32
aquaculture? Three point our farm to
23:34
see well yeah, what they're doing.
23:36
Ah versus. What some of those
23:38
earlier agriculture farms were doing? And
23:41
how does that actually affect the
23:43
nutritional quality of the fish? Outlets
23:46
Everything Just like the says her
23:48
minute animals. She wanted them to
23:51
have that sort of very natural
23:53
diet not just been said, corn
23:55
and soy and. and
23:58
if we look at often cultures bit different
24:00
though because most of the fish that
24:02
we really crave are carnivores. And
24:05
so in nature they're going to
24:08
be out there foraging around heating,
24:10
let's just say sardines and anchovies.
24:12
And the Omega-3s
24:15
that we love in
24:17
salmon or tuna for example, they don't
24:19
actually get produced by the fish. They
24:21
don't get produced by the sardines and
24:23
anchovies. They get
24:25
produced by microalgae and then
24:27
it bioaccumulates into the fish.
24:30
So fish farming 1.0, we
24:33
just took sardines and anchovies or any
24:35
other sort of bait fish and
24:37
ground them up and fed
24:40
them to the fish. And
24:43
they got the Omega-3s. They had
24:45
pretty much the same thing. In
24:47
some instances you even saw elevated
24:49
levels because they were in this
24:51
sort of controlled environment being able
24:54
to have a consistent amount of
24:56
food throughout their life cycle. The
24:59
challenge is that to
25:01
feed a growing demand for
25:03
seafood, we can't just keep
25:06
catching wild bait fish. It's
25:09
not sustainable to increasingly produce more
25:11
salmon through farms and be relying
25:13
on the same source of bait
25:15
fish. So there
25:18
was a big push globally
25:20
to reduce the impact of
25:22
aquaculture from bait fish. And
25:27
the savior was our
25:29
industrialized food system in
25:32
corn and soy. And
25:34
the subsidized GMO corn and soy
25:36
for a lot of farms was
25:39
pretty inexpensive and
25:41
decent growth rates. The
25:44
complications, however, is that you're
25:47
getting an increased level of Omega-6s as
25:50
opposed to the Omega-3s. It
25:54
also causes inflammation in the fish
25:56
which increases their potential for Infection.
26:00
When disease outbreaks, did you know
26:03
you have entire populations in these
26:05
high density farms that can collapse
26:07
so we're lollies? Farmstead was the
26:09
nope, sorry, easy preventative antibiotics in
26:12
the feed. I'm.
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we're at right now as you
27:46
can has highlighted as can have
27:48
three point now is a reconsideration
27:50
of what the fish actually needed
27:52
one or things they really need
27:54
is those omega threes and so
27:56
writing that balance of a mega
27:58
threes instead it and feeding them
28:00
sardines and anchovies, instead of feeding them corn
28:03
and soy. Our
28:05
preferred farm partners today are
28:07
actually using microalgae directly to
28:10
produce those oils and insect
28:12
proteins to get that
28:14
ratio of fats and proteins at
28:16
various stages of their life cycle.
28:18
And that provides a, in
28:21
many cases, a level of omega-3s, particularly
28:23
EPA and DHA, that are higher than
28:25
you would find in commodity farms, and
28:27
often even higher than you would find
28:29
in wild-caught seafood, in a
28:31
manner that is actually scalable.
28:35
So we can, through a
28:37
controlled feed, get a predictable
28:39
controlled outcome most of the time. You're
28:42
still working in nature, you're still farming, and
28:44
there's always gonna be challenges. Environment is continuing
28:46
to change and things of that nature. But
28:49
we are seeing elevated levels
28:51
of EPA, DHA, when fish
28:53
are fed a diet of
28:56
EPA-rich omega-3 oils from
29:00
microalgae. And that is what
29:03
the phytoplankton and
29:06
zooplankton, where they originally
29:08
got it from. And now we're actually just
29:10
in this process of trying to get
29:13
enough of this sort of
29:15
industrial-grown EPA and
29:17
DHA, and new innovative approaches
29:19
to farming, fermenting and extracting
29:22
those oils, and different
29:24
feed stocks. Is it only
29:26
gonna be microalgae, or can we also
29:28
use macroalgae like seaweeds and kelps?
29:31
This is the stage that we're at today with
29:33
the most innovative farms that are
29:36
looking, not just to produce commodity salmon,
29:38
that'll probably always be a market for
29:40
that, just like there's gonna probably be
29:42
a market for commodity chicken and beef,
29:45
but the farms that are really trying to optimize for the
29:47
best products, that have
29:49
the most nutrient-dense food
29:52
and producing microalgae oils
29:54
and insect proteins and other sort
29:56
of alternative proteins, mycelium proteins, things
29:58
of that nature. that are
30:01
in alignment with the sort of macronutrients that
30:06
these organisms need for them to be healthy
30:08
and for us to be healthy is where
30:10
we're at today. And yeah,
30:12
so feed is critically important. What goes
30:14
in, you know, we are what our
30:16
food eats and it couldn't
30:18
be sure that with carnivorous animals. There
30:20
are some exceptions, you know, to
30:23
the rule, not all farms, not all
30:26
farmed fish are carnivores. There's a handful
30:28
that are herbivores. And
30:30
it's a little bit easier with them, but specifically
30:32
with carnivores. We are
30:34
what they're eating eats. And if
30:38
you don't want a, you know, a
30:40
bunch of Omega-6s and seed oils, then
30:43
we have to help farms
30:46
justify the cost for this more expensive
30:48
feed. And, you know, as far as I'm concerned, I
30:50
would pay for it every day.
30:53
I don't want cornflakes in my
30:55
salmon. I want, you
30:57
know, that beautiful, rich bioavailable Omega-3s.
31:00
Absolutely. And it's, what's
31:03
great about that, as you alluded to, and
31:06
this is a good segue into the question of
31:08
sustainability, is
31:10
when you, if you're talking about doing
31:12
this at scale, then your
31:15
insect protein and microalgae is
31:17
probably much more scalable and
31:20
sustainable than, you know,
31:22
feeding the smaller fish that
31:24
those larger fish might eat.
31:28
And then there's also the question
31:30
of toxin accumulation as
31:33
well, which is a big
31:35
one. So let's first talk about that,
31:39
since that's kind of, I think, related to
31:41
feed and just how the fish are raised.
31:43
And then we can talk about
31:46
sustainability and scalability, because
31:48
another big concern, as you well
31:50
know, that people have about eating
31:52
seafood right now is just that
31:54
it's not sustainable, that global fisheries
31:56
are under a lot of pressure
31:59
and they wonder. This. Might be
32:01
good. this sounds are good but is
32:03
is this like you know how sustainable
32:06
is as and could it actually eventually
32:08
make make a dad? Are you know
32:10
in seafood their total seafood consumption? Yeah
32:13
hi. There. I look forward
32:15
to the sherry map and let's
32:17
let's address into a toxin accumulation.
32:19
Yeah, just like So just like
32:21
the. Cp the Ha
32:24
is not actually produced by the
32:26
fish on the it is by
32:28
accumulating through their diet. Other things
32:31
are also by a team lane
32:33
and binding to those fatty acids
32:35
and those other things that I'm
32:37
referring to our toxins that are
32:40
in the environment. and unfortunately from.
32:42
P. C B Center for dumped
32:44
in the ocean ah by it
32:47
industry in other A huge. The.
32:49
article came out in the L
32:51
A Times this week about that
32:54
aren't radioactive elements. Mercury.
32:56
which is up over three hundred percent
32:58
in the oceans to micro plastics which
33:00
have been quantified in. More
33:02
than twenty five percent of
33:05
seafood. The amount of. Pollutants.
33:08
That we as humans and
33:10
industry have put into our
33:12
lakes and rivers that all
33:14
go down stream and the
33:16
ocean. Is
33:19
unfortunately just. It
33:21
it's not out of sight out
33:23
of my it is particular eating
33:26
back up into our food system
33:28
and is now quantifiably in the
33:30
Xo playing ten and a phytoplankton
33:33
and in the fish that we
33:35
buy one who are buying wild
33:37
caught seafood or. even farmer
33:39
a seafood that. Still, In
33:42
many assesses continues to use beta
33:44
fish or trimmings. It's
33:47
quantify will you can see it
33:49
and lab tests we've we've seen
33:51
ah these this for years. fortunately
33:54
you can avoid a lot a lot
33:56
of that stuff by using the my
33:58
for algae feeds or the
34:01
soldier fly proteins because
34:03
you're actually stepping out
34:05
of that trophic
34:07
cycle. You're actually going right to the
34:09
base layer and producing it in a
34:11
clean environment. So we
34:15
today are, not
34:18
to talk too much about what we're doing with utopia,
34:20
but as an example,
34:22
we can quantify the
34:26
presence of mercury in
34:29
fish that are fed on this sort
34:31
of diet. And it will be 10
34:33
times lower than a fish
34:35
that was eating bait fish.
34:38
And that's simply
34:40
a matter of whether or not
34:42
the fish are bioaccumulated and that
34:45
bio magnification that happens. If there
34:47
is one part
34:49
of mercury in a
34:52
piece of, in a
34:54
sardine, in a mackerel eats
34:56
a thousand sardines, and
34:59
then a salmon
35:02
comes along and eats a hundred mackerel,
35:05
that salmon now has bioaccumulated all
35:07
over that mercury. And the further
35:10
up the food chain you go,
35:12
you know, whether it's tuna or
35:14
shark or whales, the bio magnification
35:17
goes up considerably. We,
35:20
with the most innovative farms now,
35:23
completely removed ourselves from that and
35:25
we're going straight to the microalgae.
35:28
And as a result, there's just so
35:31
much lower levels of mercury
35:34
that it's magnitudes lower than the
35:36
FDA's guidelines. It's to the point
35:38
where my wife, while
35:40
pregnant, ate sushi
35:42
grade seafood throughout
35:45
her entire pregnancy in her third
35:47
trimester without concerns of mercury or
35:50
parasites for that matter. We could talk
35:52
about that on a different subject, but
35:54
that, you know, it also goes for
35:56
microplastics. We're now testing seafood that is
35:58
raised on this diet and showing zero.
36:00
micro-detectable microplastics. If
36:05
you compare that to what's coming out of
36:07
the UC Davis studies showing microplastics in all,
36:09
in 25% of seafood, it's
36:11
very, very different. You've
36:18
probably seen those studies that came out
36:20
recently about the association between microplastics and
36:22
coronary disease and heart attacks. It is
36:25
in all of our food systems. Unless
36:27
food is being produced in a clean
36:29
controlled environment, it is going to be
36:31
susceptible to whatever is in the wild
36:34
environment. It's the same reason we don't
36:36
eat wild pigeons. If
36:39
you go to a Michelin star restaurant, you
36:41
could probably get squab and you're
36:43
going to eat it and be like, wow,
36:46
that's delicious. A wild pigeon growing
36:48
outside is not going to be
36:50
consumed because its exposure to whatever
36:52
is in that environment is potentially going to cause
36:54
it to be accumulated
36:57
whatever is in the environment. Controlled
37:01
inputs, controlled outputs for the most part
37:03
is the name of the game. That's
37:05
why we farm. That's why we have
37:07
evolved from hunter and gatherers. Not
37:09
that it was. We evolved just
37:11
to get away from toxins, but in
37:14
order to have a predictable outcome, we're
37:17
trying our best to replicate these
37:19
processes over and over again. Clean
37:22
inputs, clean outputs, clean water,
37:24
clean feed, clean fish. In
37:29
a perfect world, this
37:31
wouldn't be the case. We would be
37:33
able to source food from the wild
37:35
environment and it would not be laden
37:37
with toxins. Unfortunately, that's not the world
37:39
we live in anymore as all of
37:41
the recent research that I've been sharing
37:44
in my newsletter
37:46
and the studies that you just
37:48
mentioned, whether we're talking about phthalates
37:50
or BPA or
37:52
microplastics or glyphosate or
37:55
so many other organic and inorganic
37:59
topics. toxins have now infiltrated
38:02
the food supply to the point where you just
38:04
really can't even avoid them. If
38:06
you're getting some exposure one way or the other,
38:08
the only thing
38:10
we can do at this point is to minimize
38:12
our exposure and also then to eat as
38:15
nutrient-dense a diet as possible because
38:17
those nutrients improve detoxification and help
38:20
us to combat the
38:22
exposure to these toxins.
38:25
Exactly. Those micronutrients
38:28
are also co-evolved
38:30
for the most part. A lot of
38:33
this, whether it's selenium or whatnot, there
38:35
are really cool partnerships that we've seen
38:38
in seafood. It's not to
38:40
say that there's no such
38:42
thing as a benefit from eating
38:44
seafood or wild seafood, but
38:47
the data is
38:49
making it harder and harder to make those justifications.
38:52
A good example, you just mentioned selenium, but 16
38:54
of the 25 highest sources
38:56
of selenium are ocean fish
38:58
typically. Selenium
39:01
is one of those nutrients that
39:03
helps with detoxification tremendously. We're
39:06
not saying obviously don't eat
39:08
fish, but make sure that you're maximizing
39:11
the intake of beneficial nutrients and minimizing
39:13
the intake of toxins. Precisely. Let's talk
39:15
about what this could look like in
39:18
10, 20, maybe 50 years. There's
39:23
been a lot of dire articles in the media over
39:27
the past decade with titles like The End
39:29
of Fish and to the point where if
39:31
you have a kid or maybe you're
39:33
at the point where
39:37
you're having grandkids now, you're wondering if they're going to
39:40
be eating seafood when they're
39:42
your age, given the state of
39:44
global fisheries. Speak
39:46
to the sustainability and scalability of
39:48
the methods that you're talking about
39:51
now. Is this something that will
39:53
always be boutique and specialized or
39:55
is there potential for real
39:58
scale here? I think
40:00
it's important to first
40:03
acknowledge that there's a finite
40:06
resource of wild-caught seafood and
40:08
that global gross production
40:11
plateaued and has not increased since
40:13
2002. So we're
40:15
not going to find a new source of wild-caught
40:18
seafood. Somebody I was talking to
40:20
in the industry was like wild-caught
40:22
seafood is over. It's done. The
40:25
industry, obviously it's not. There's still a lot of
40:27
oil in the ground and we're going to continue
40:29
to mine it. There's
40:31
just too much value in it. I
40:33
just personally as a business and
40:35
as a business owner, I just
40:38
don't want to partake in that. I think there's enough
40:40
demand already on wild-caught seafood. I
40:42
think what is lacking at the moment
40:44
is education around
40:47
better solutions. What
40:50
are the best solutions that are actually scalable?
40:52
What is the future state going to look
40:54
like? And absolutely
40:58
very scalable. The difference
41:00
is it takes
41:02
time. It's to learn
41:05
how to work with nature in
41:08
doing integrated multi-tropic aquaculture, the complexity.
41:12
You don't just go in there and just
41:14
own nature with the traditional model of monoculture.
41:16
We're going to just farm the land and
41:18
the ocean the same way we've done with
41:22
our Cargill experience,
41:24
whatever it is. The
41:28
nuance is if we
41:30
mimic nature and look at
41:32
how nature has created abundant
41:35
ecosystems and we model
41:37
that, we can actually move
41:39
into areas that we didn't
41:41
previously farm or cultivate. The
41:45
opportunity to move seafood
41:47
production into integrated multi-tropic
41:50
aquaculture offshore opens
41:52
up vast opportunities to
41:54
produce immensely scalable ecosystems
41:57
and farming practices that
42:00
could absolutely feed global demand. I
42:03
mean, the estimates was it would take less than 5% of
42:07
coastline to produce more protein than
42:09
the world needs. So that
42:11
is just coastline, but we have 70% of the planet is
42:15
covered by water. If you go offshore, we have
42:18
so much more area and this
42:21
is a three-dimensional farming
42:23
methodology. It's very different
42:25
than on land. So the
42:28
challenge is, however, though, I
42:30
don't currently work with any integrated
42:33
multi-trophic aqua-mulifer farms in the
42:35
United States because there's none,
42:37
there are none. We have
42:39
not allowed aqua-culture farming to
42:41
be, a finfish to be
42:43
permitted or a multi-trophic farm and to be
42:45
permitted in the United States. The
42:49
most innovative farms that I work with are
42:51
in other countries, whether that's Mexico or Peru
42:54
or in Europe, the
42:57
state of our evolution and
43:00
the relationship to seafood in America is
43:04
still evolving because we still have some
43:06
wild-caught seafood. There's a couple of
43:09
examples of seafood production
43:11
in like the Northeast or everywhere
43:13
where there was a huge industry,
43:16
whether it was herring or cod,
43:19
where it was thought to be infinitely
43:23
scalable or infinite source of
43:25
food and all of those
43:27
examples, they eventually collapse and
43:29
entire industries collapsed. We still
43:31
have some wild-caught
43:34
seafood in Alaska and a couple of
43:36
their places that we're harvesting and
43:38
we think that we can continue to sustain
43:41
those but in Mexico and a couple of
43:43
their places, they unfortunately
43:45
already overfished to the
43:47
point where entire
43:50
communities, cities and industries collapsed
43:54
And the government was forced to
43:56
invest in aquaculture as the only
43:58
way to produce. Skill Level:
44:01
sustainable. Condom. Me for
44:03
those communities. So in some
44:05
ways by overfishing they serve
44:07
advanced technology and and social
44:09
adoption whereas in the U
44:11
S Ah we see. Thus
44:14
far with only permitted on shore
44:16
of land based research lean on
44:19
which a citizen offshore mother Juri
44:21
our quarters since outset of Hawaii
44:24
actually as Italy's exception have not
44:26
yet been have permitted so it
44:28
is scale of it's just a
44:31
a matter of time and energy.
44:34
To. House. And
44:36
and adoption of these practices.
44:39
In the United States in the interim.
44:43
There. Is communities that are at our
44:45
the forefront of this that are that
44:47
are reaping the benefits but damn near
44:49
future the journey and it's or I
44:51
do believe though that. If
44:54
we look at the ocean, the planet
44:56
the blue planet that's covered by by
44:58
water that has that in all of
45:00
our history came from the ocean. If
45:02
we can. Just.
45:05
Respectfully. Endeavor
45:08
to replicate and or
45:10
even more specifically, ninety,
45:12
the replicators to catalyze
45:15
the ecosystem services suit
45:17
to support abundant. Ecosystems
45:20
in a way that we can
45:22
harvest from those through integrate a
45:24
multitude of a doc which systems
45:26
that promote biodiversity we were absolutely
45:28
have a scale of all food
45:30
system and and seafood can. Provide.
45:33
An abundance of protein for this planet.
45:35
We just. It's
45:38
just a matter of the of
45:40
will and timing I guess. I'm.
45:43
Optimistic? Yeah, I mean.
45:47
I am to in and we have to
45:49
be like it's either that or just give
45:51
up with doesn't seem like a good option
45:54
and I like is my name was regenerate.
45:56
Certain that understand than a mars is one
45:58
we've got. Dynamite,
46:00
it's the the same is true
46:03
with Regenerative Agriculture. You get the
46:05
same questions about scale, ability and
46:07
stability and I think is the
46:09
answer is a semi are like
46:12
this is where it's a paradigm
46:14
shift and those don't happen overnight
46:16
in ah that's more like turning
46:19
and ocean tanker rough on them
46:21
as the bout. You know the
46:23
have massive systems in place at
46:26
need to change and you have
46:28
also vested interests that. Don't want
46:30
necessarily don't want those changes and so
46:32
the I think it's amazing work to
46:35
do. You guys are doing tell people
46:37
where they can learn a little bit
46:39
more about see Tell P I N
46:41
n Order and try some of your
46:43
first which I have I have tried
46:45
and it's unbelievable like it's some of
46:48
the best says have ever eaten am
46:50
and you can see the quality in
46:52
the color of the Sas into the
46:54
test, texture and taste. It's
46:57
pretty remarkable. So yeah, my tell people
46:59
how they can find out more about
47:01
Citabria. Thank. You Chris
47:03
A I think it's worth noting that
47:06
the flavor and texture and the color
47:08
is so different than what we traditionally
47:10
get. Because in order to do this
47:12
right, we have to cut out a
47:15
bunch of middleman and in order to
47:17
really benefit Farm for an advocate of
47:19
us middleman. And.
47:22
Answer your benefit of that is that
47:24
the quality in a product that you're
47:26
getting his system much shorter supply chain
47:28
and it's just a better experience because
47:31
sea. Fish. or
47:33
in in many ways are different
47:35
from the handling efficient very different
47:37
than the handling of meat from
47:39
cattle for example there's more water
47:41
content and fish and if you
47:43
talking see she ate fish you
47:45
have to be super careful with
47:47
the ice crystals form inside a
47:49
that fish and and every time
47:51
that fish fluctuate and temperature it
47:53
has an effect on the texture
47:55
and flavor of that fish so
47:57
the sure the supply chain the
48:00
fewer changes in temperature
48:02
and you definitely don't want your fish
48:04
being frozen and refrozen more than once
48:07
because that's how you
48:09
get fishy fish. So the
48:11
bottom line is the cetopia.fish
48:13
is the URL. Cetopia.fish
48:16
people can go on there and choose if
48:19
they want to stick with the
48:21
basic salmon box or which has a
48:23
variety of different types of salmon and
48:25
salmonoids like steelhead trout and char. Depending
48:28
on the season some of these farms are kind
48:30
of small and they not year round harvest so
48:33
it's sort of slow food in that way. It's
48:35
not everything all the time. There's
48:38
a variety box that has fish and shellfish
48:40
and there's an all white fish box. Sushi
48:44
grade options that you can just slice and
48:46
eat with a little bit of yuzukosho and
48:49
yeah. Anyways cetopia.fish is where people can
48:51
order and they can learn about all
48:53
the specific farms. You can see QR
48:55
codes on every single product to see
48:59
photos and videos of the specific farm and
49:01
where it's at on the map and who
49:03
the farmers are and what's in the feed
49:05
and what specific farming practices
49:08
and you can download the certificate
49:10
of analysis quantifying the parts per
49:12
billion of mercury and
49:14
microplastics for every product.
49:17
So yeah
49:19
cetopia.fish. Amazing. Thank
49:22
you James. Be part of the solution. Vote
49:24
with your fork three times
49:26
a day. Love it. All
49:30
right well thanks again for coming on
49:32
the show and thanks for the phenomenal
49:34
work you're doing in this area and
49:36
all the listeners thank you for listening.
49:38
Keep sending your questions to chriscrusher.com/podcast question
49:40
and we'll see you next time. That's
49:44
the end of this episode of Revolution Health
49:46
Radio. If you appreciate the
49:48
show and want to help me create a healthier
49:50
and happier world please head over to iTunes and
49:52
leave us a review. They really
49:55
do make a difference. If
49:57
You'd like to ask a question for me to answer on a future episode, please
49:59
leave a. You can do
50:01
that a criss cross or.com/podcast question.
50:03
You can also leave the suggestion
50:05
for someone you like. me. the
50:07
interview their if you're on social
50:09
media you can follow me on
50:11
twitter.com/chris Crusher or Facebook dot com/Chris
50:13
Crests or L A C. I
50:15
post a lot of articles in
50:17
research, though I do throughout the
50:19
week there that never made it
50:21
to the blogger podcast so it's
50:23
a great way to stay abreast
50:25
of the latest developments. Thanks so
50:27
much for listening talking next time.
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