The Soundtrack to Your Dog’s Happiness: What Science Says About Their Favorite Music
Sep 21, 2026
It is a hallmark of the suburban exodus of the 9-to-5 pet owner, the ritualistic selection of a “background“ soundtrack intended to soothe a solitary dog. We reach for the remote or curate a playlist with the best of intentions, hoping the melodies will bridge the gap of our absence.
Yet, a fundamental question of behavioral science remains, are we providing genuine comfort, or are we simply projecting our own human aesthetics onto an animal with vastly different biological hardware?
While we often treat our pets as extensions of our own musical identities, the reality is that dogs do not “listen“ to music in the narrative sense that we do.
Instead, they respond to the physiological impact of sound waves on their unique auditory systems.
Recent research suggests that while music is a profound tool for dog’s well-being, the genres that truly resonate, and those that agitate, might surprise even the most dedicated pet parent.
The podcast episode is inspired by the original article called: Introducing The Best Music Genres That Dogs Really Like The Most (https://doggozila.com/do-dogs-like-music/)
Your Dog Has “Super-Hearing” (But Doesn’t Care for Lyrics)
To curate a functional canine soundscape, one must first respect the staggering technical difference between human and canine hearing. While our own auditory threshold typically caps at 20,000 Hz, dogs possess a frequency range that extends up to 65,000 Hz.
This “super-hearing“ allows them to detect high-pitched nuances and ultrasonic frequencies that are entirely invisible to the human ear. Because of this heightened sensitivity, dogs perceive music not as a cohesive story of lyrical themes and harmonies, but as a series of sounds characterized by their frequency and “harshness.”
For a dog, a heartfelt ballad is effectively noise if the underlying production is erratic or the volume is abrasive. Because they do not process language or lyrics, the “instrumental architecture“ of a song is the only thing that matters. Owners should focus on the technical qualities of the sound, the tempo and the consistency, rather than the emotional weight of the songwriter’s message.
The Reggae Revolution: Why Bob Marley Beats Mozart
The empirical upset in canine behavioral research occurred when the University of Glasgow, in partnership with the Scottish SPCA, introduced a “laidback groove“ to the kennels, challenging the long-held supremacy of the string quartet.
While classical music has traditionally been the go-to for stressed pups (https://doggozila.com/do-dogs-like-music/#classical-music-playlists) , the study’s data revealed that Reggae and Soft Rock actually outperformed all other genres in inducing the highest levels of relaxation.
The effectiveness of these genres is rooted in their structural simplicity, slow tempos and repeated, predictable beats.
“The data revealed a marked shift; dogs exposed to the rhythmic consistency of reggae spent significantly more time lying down and significantly less time standing or barking compared to other auditory conditions.”
Researchers believe the “laidback groove“ of Reggae acts as a primary stress-reliever because it offers a sense of stability. The slow, rhythmic pulse provides an auditory anchor that helps dogs unwind, effectively drowning out the unpredictable environmental noises that often trigger anxiety.
Check the piece by BBC about this topic: Dogs ‘prefer reggae and soft rock’ to other music genres, research suggests (https://www.bbc.com/news/uk-scotland-glasgow-west-38757761)
Prof Evans said: "Overall, the response to different genres was mixed highlighting the possibility that like humans, our canine friends have their own individual music preferences."
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Maybe you should take the step further and join in the battle to help all dogs in need and become the voice to the voiceless furry angels!
The Classical Connection: Matching the Heartbeat
Despite being eclipsed by Reggae in recent data, classical music remains a formidable tool in the behavioral specialist’s arsenal. When researchers played the works of Mozart, Beethoven, and Bach, the results were statistically significant, shelter dogs (https://doggozila.com/most-common-dog-breeds-in-shelters/) displayed a marked decrease in barking and pacing.
The theory behind the “Classical Connection“ is inherently biological. Behavioral specialists suggest that the intricate, steady arrangements of classical compositions often match the biological rhythms, specifically the heartbeats and breathing patterns, of a relaxed mammal.
By syncing with these natural tempos, classical music fosters an inherent sense of ease and safety. However, pet owners should note that the calming effects of classical music can wane over time as the dog habituates to the sound
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0:00
Hey, stop right there. I mean, let me
0:02
just ask you a question right off the
0:03
bat.
0:03
>> You're coming in hot.
0:04
>> Yeah. Well, think about it for a second.
0:07
What is your absolute favorite music
0:10
genre?
0:11
>> Uh, that is a tough one to just pick on
0:13
the spot,
0:14
>> right? But you probably have a go-to,
0:16
right? Something you put on when you
0:17
want to unwind.
0:18
>> Sure. Yeah.
0:18
>> Okay. Now, I want you to look down at
0:20
the dog resting at your feet, assuming
0:22
you have a dog, of course.
0:24
>> What do you think their favorite genre
0:26
is? See, and that right there is exactly
0:28
where people get completely tripped up
0:30
>> because we just assume it's the same as
0:31
ours, don't we?
0:32
>> We do. We absolutely project our own
0:35
preferences onto them. I mean, we figure
0:37
if a soaring uh orchestral piece brings
0:40
us to tears or a driving rock beat gets
0:43
us energized, well, our dogs must be
0:46
experiencing that exact same emotional
0:48
resonance.
0:49
>> And that is the core assumption we are
0:51
completely dismantling today. We are
0:54
unpacking this really fascinating,
0:56
massive deep dive from Dogazilla
0:58
magazine. The article is called, "Do
1:00
dogs like music? Which genres they love
1:03
the most?"
1:04
>> It is such a comprehensive piece of
1:06
writing.
1:06
>> It really is. And looking at the
1:08
calendar, you know, we are sitting right
1:11
in the middle September 2026,
1:13
>> right? The timing is actually perfect
1:14
for this.
1:15
>> Yeah. The weather is turning, the days
1:16
are getting shorter, and we are all
1:18
migrating indoors,
1:20
>> which means the acoustic environment of
1:22
our homes is basically replacing the
1:24
outside world. I mean, it becomes the
1:26
primary sensory landscape that our dogs
1:29
have to navigate.
1:30
>> Yeah. Because in July, they had the
1:31
yard.
1:32
>> Exactly. They had the yard, the rustling
1:34
leaves at the park, the open windows,
1:36
>> the birds, the traffic, all of it.
1:38
>> But by November, their sensory world
1:41
just shrinks down so dramatically to the
1:43
four walls of our houses. and what we
1:45
fill that space with uh from a purely
1:48
acoustic standpoint, it becomes a major
1:50
dictator of their baseline stress
1:52
levels.
1:52
>> Okay, let's unpack this because the
1:54
Dogazilla text hits you with this
1:56
statistic early on that just forces you
1:58
to completely re-evaluate what your
2:00
house actually sounds like.
2:01
>> Oh, the frequency data.
2:02
>> Yes, let's talk about the 65,000 hertz
2:04
difference.
2:05
>> We absolutely have to start here because
2:06
this is the fundamental biological
2:08
divergence between our reality and
2:11
theirs, right? So, a healthy human being
2:13
like in their absolute acoustic prime
2:16
can hear frequencies up to about 20,000
2:18
hertz.
2:19
>> Okay,
2:19
>> 20,000.
2:20
>> That is the hard ceiling for us. But
2:22
dogs
2:24
can detect frequencies all the way up to
2:26
65,000 hertz,
2:27
>> which is just I mean it's an insane gap.
2:30
>> It's massive. But we have to
2:31
contextualize why they even evolved that
2:33
hardware in the first place, right?
2:35
Because they didn't evolve a 65,000
2:37
hertz auditory limit just to, you know,
2:39
appreciate the nuanced high notes of a
2:41
violin conerto.
2:42
>> No, not at all. They evolved it for
2:44
survival and specifically for predation
2:47
>> because they were hunters.
2:48
>> Exactly. If you look at the evolutionary
2:51
history of the canine, their auditory
2:53
system is explicitly tuned to the
2:55
ultrasonic frequencies produced by small
2:57
prey animals.
2:58
>> So like mice and things,
2:59
>> right? They need to hear the high-pitch
3:01
squeaks, the tiny rustling noises, uh
3:03
the little claws of burrowing rodents
3:05
moving underneath the soil or creeping
3:07
through thick brush.
3:08
>> Wow. Under the soil.
3:10
>> Yes. Their ears are essentially these
3:12
acoustic radar dishes that are built for
3:15
tracking highfrequency biological
3:18
signals. Signals that are just
3:19
completely invisible to the human ear.
3:21
>> So it's like it's like you and your dog
3:23
are both looking at a screen. You are
3:25
watching a standard, you know, 1080p HD
3:28
television, but your dog is sitting
3:31
there looking at a militaryra ultra
3:34
highdefinition radar terminal.
3:36
>> That is a perfect analogy. They're
3:38
receiving a sheer volume of ambient data
3:41
that we are totally blind to.
3:43
>> So, when I sit in my living room and I
3:44
think to myself, "Wow, it's really quiet
3:45
in here tonight."
3:46
>> It's not quiet for them,
3:47
>> right? My dog might be listening to like
3:50
the high-pitched hum of the refrigerator
3:52
compressor running in the kitchen
3:53
>> or the wine of those LED light bulbs you
3:55
just installed.
3:56
>> Oh jeez. Really?
3:56
>> Yes. Or even the electricity physically
3:58
moving through the wires in your
4:00
drywall?
4:00
>> That sounds exhausting. Honestly,
4:02
>> it is. And that biological reality
4:04
forces us to ask a really critical
4:06
question about this whole topic. When we
4:08
put on a song, do dogs actually like the
4:10
music in any way that we would define as
4:12
artistic appreciation
4:13
>> or are they just sort of enduring it?
4:15
>> Right? Are they simply responding to the
4:17
sheer physical pressure of those sound
4:19
waves just slamming into an incredibly
4:21
sensitive acoustic membrane?
4:23
>> Well, after reading the article, I
4:24
definitely lean toward the latter. I
4:26
mean, when you or I listen to a song, we
4:28
process it as a narrative, right?
4:30
>> We do.
4:30
>> We hear a melody. We recognize the
4:32
harmony. We naturally attach meaning to
4:34
the lyrics. We are processing it as art.
4:37
>> But according to the text, a dog is just
4:39
processing a complex sequence of
4:41
overlapping acoustic waves,
4:42
>> right? They don't care about the lyrics.
4:44
No, they lack the neurological framework
4:46
to assign abstract emotional meaning to
4:48
a melody. They're evaluating the sound
4:51
based entirely on biological safety
4:53
parameters.
4:54
>> Like, is this going to kill me?
4:55
>> Exactly. Is this sound a threat? Is it a
4:58
prey animal? Is it a member of my pack?
5:00
And if it's literally none of those
5:02
things, then the brain just asks, is
5:04
this physically overwhelming my auditory
5:06
cortex right now? So to figure out if
5:09
they are actually enjoying a melody or
5:11
just enduring a vibration, the Dogazilla
5:13
article points us towards some really
5:15
rigorous scientific studies.
5:17
>> And this is where the data gets
5:19
fascinating.
5:19
>> Yeah. Because they didn't just, you
5:21
know, play a Spotify playlist in some
5:24
cozy carpeted living room. The
5:26
researchers actually went into kennel
5:28
environments. Specifically, they looked
5:30
at shelter dogs,
5:31
>> which from a research methodology
5:33
standpoint, utilizing an animal shelter
5:36
is really the only way to get reliable
5:38
data on this kind of environmental
5:40
intervention.
5:40
>> Why is that? Just because of the volume
5:43
of dogs?
5:44
>> Well, that is part of it, but mostly
5:46
because you need a baseline of extreme
5:48
measurable stress to see if the
5:50
intervention actually works.
5:52
>> Oh, I see.
5:53
>> A typical animal shelter is quite
5:55
frankly a catastrophic auditory
5:56
environment.
5:57
>> Right. It's all hard surfaces.
5:58
>> Exactly. You have hard concrete walls,
6:00
metal caging, and a total lack of
6:03
acoustic dampening. So, the sound just
6:04
bounces.
6:05
>> And obviously, you have the dogs
6:06
themselves,
6:07
>> right? You have dozens of unfair dogs
6:09
barking simultaneously, which creates
6:11
this compounding contagious stress loop.
6:14
One starts, they all start.
6:15
>> So, if a specific acoustic intervention,
6:18
like playing a certain type of music,
6:20
can measurably lower stress in that
6:22
chaotic of an environment, it actually
6:24
proves the music has genuine
6:26
physiological efficacy.
6:28
>> Yes. It proves it's not just a mild
6:30
distraction. It is actually changing
6:32
their biology.
6:33
>> Well, the findings from these shelter
6:34
studies were incredibly stark. The
6:36
researchers found that playing classical
6:38
music significantly calmed the shelter
6:40
dogs down.
6:40
>> It did.
6:41
>> But I want to dig into that because how
6:43
are they defining calm here? The article
6:45
mentions reduced barking and pacing, but
6:48
is that just behavioral suppression like
6:50
they gave up or is it an actual chemical
6:53
change in their bodies?
6:54
>> We have to look at what pacing and
6:55
barking actually are in this context. In
6:58
a high stress striger environment,
7:00
pacing is a kinetic release valve for
7:02
cortisol.
7:03
>> Cortisol being the stress hormone,
7:04
>> right? When a dog's system is flooded
7:06
with stress hormones, their heart rate
7:08
spikes, their blood pressure goes way
7:10
up, and they physically cannot remain
7:12
still.
7:13
>> The pacing is an involuntary attempt to
7:15
metabolize that massive chemical
7:17
cocktail in their bloodstream.
7:19
>> Then the barking.
7:20
>> Barking in this specific context is a
7:23
vocalization of acute anxiety. It's
7:26
panic. So, when the classical music
7:28
plays over the speakers and the pacing
7:30
actually stops, we aren't just seeing a
7:32
dog getting bored and deciding to sit
7:33
down.
7:34
>> No, not at all. We are seeing a
7:36
non-chemical intervention actively
7:38
lowering their cortisol levels.
7:40
>> That is wild.
7:41
>> The music is basically acting as an
7:43
environmental beta blocker.
7:45
>> Wow. A beta blocker.
7:46
>> Yeah. It literally drops their heart
7:48
rate and respiratory rate back down to a
7:50
baseline where their parasympathetic
7:52
nervous system can finally take over.
7:55
Yeah. And that is what allows them to
7:56
actually rest.
7:57
>> But the researchers didn't just stop
7:59
with classical music, which I think is
8:00
great. They wanted to test the extremes
8:03
of the spectrum. So they actually played
8:05
heavy metal music for these same highly
8:07
stressed shelter dogs,
8:08
>> which is just a brutal test.
8:10
>> Yeah. I mean, I love a massive distorted
8:12
guitar riff, but the reaction from the
8:14
dogs was intense. The heavy metal didn't
8:16
just make them bark more. It actually
8:18
caused their bodies to physically shake,
8:20
>> which perfectly illustrates that concept
8:22
of the physical pressure of sound waves
8:24
we were talking about earlier. Think
8:26
about the actual acoustic profile of a
8:28
heavy metal track.
8:29
>> Oh, it's dense,
8:30
>> right? You have heavily distorted
8:31
electric guitars, rapid fire double kick
8:34
drums, and a massive amount of frequency
8:36
clipping in the audio master.
8:38
>> It's an intentional wall of sound.
8:40
That's the whole point of the genre.
8:41
>> Exactly. But imagine that wall of sound
8:44
slamming into a 65,000hz
8:46
sensory receiver. The distortion pedal
8:48
on a guitar inherently creates these
8:51
complex, chaotic, highfrequency
8:54
artifacts
8:54
>> which we can't even fully hear.
8:56
>> Right? For a dog, this isn't just an
8:58
ugly song that they don't prefer. It is
9:00
a literal sensory assault. Their
9:02
auditory processing center is being
9:04
bombarded with erratic, unpredictable
9:06
data that triggers a severe
9:07
fight-or-flight response. And so that
9:09
shaking the researchers observed
9:11
>> the shaking is a classic textbook
9:13
physiological symptom of acute distress
9:15
and complete sense 3 overload.
9:17
>> This is such a massive takeaway for
9:20
anyone listening right now. You know,
9:21
you might love blasting aggressive rock
9:24
or metal while you're cleaning the house
9:26
on a Saturday afternoon. It gets your
9:28
adrenaline pumping right.
9:29
>> Sure, it's motivating for us.
9:31
>> But your dog, who is trapped in the
9:33
living room with you while you vacuum,
9:35
is experiencing a localized acoustic
9:37
trauma.
9:39
The science here is unequivocal.
9:41
Complex, loud, distorted musical
9:44
arrangements are physically damaging to
9:46
their mental state.
9:47
>> We really have to respect the shared
9:49
environment. What acts as a fun
9:50
stimulant for a human can so easily
9:53
cross the line into torture for a
9:54
canine.
9:55
>> So, let's pivot back and dig into the
9:57
specific classical music that actually
9:59
worked to calm them down because the
10:01
article highlights this major study
10:03
conducted by the Scottish SPCA in
10:05
conjunction with the University of
10:06
Glasgow. A very well- reggarded study.
10:08
>> Yeah. And they utilized compositions
10:10
specifically by Mozart and Beethoven.
10:12
And they saw a dramatic reduction in
10:14
canine stress levels.
10:15
>> And the success of those specific
10:17
composers really comes down to the
10:18
physics of entrainment.
10:20
>> Entrainment. Okay. Define that for us.
10:22
Meaning how biological rhythms sort of
10:24
sync up with external rhythms in the
10:26
room.
10:26
>> Exactly. that when a dog or honestly a
10:30
human for that matter is exposed to a
10:32
steady predictable acoustic rhythm, our
10:35
autonomic nervous system often attempts
10:37
to synchronize our internal biological
10:39
rhythms to match that external beat.
10:42
>> Oh wow. So our heart tries to match the
10:44
drum.
10:44
>> Yes. And a lot of classical pieces,
10:47
particularly the slower movements of a
10:48
Mozart or a Beethoven symphony, sit
10:51
right around 60 to 70 beats per minute,
10:53
>> which happens to be
10:54
>> which very closely mirrors the resting
10:56
heart rate of a relaxed large mammal.
10:59
Yeah.
10:59
>> So the dog's brain hears that slow,
11:01
steady tempo, and it subconsciously
11:03
signals the heart and the lungs to slow
11:06
down and match that lazy pace.
11:07
>> Okay. Wait, I have to push back on that
11:09
a little bit.
11:09
>> Go for it. If the efficacy of classical
11:11
music is purely based on matching
11:13
resting heart rates, then don't we have
11:15
a massive variance problem across
11:18
different breeds?
11:18
>> Ah, I see where you're going.
11:20
>> Right. Because a tiny Chihuahua can have
11:22
a resting heart rate of what, like 120
11:25
beats per minute, while a massive Great
11:27
Dane is sitting way down at 70 beats per
11:29
minute.
11:30
>> Correct.
11:30
>> So, are you saying a Chihuahua
11:32
fundamentally requires a completely
11:34
different tempo of music to reach
11:36
entrainment than a Great Dane does? That
11:39
is a brilliant point. And if we look
11:40
closely at the mechanics of entrainment,
11:42
the math actually demands exactly what
11:45
you were suggesting.
11:46
>> Seriously. So, the Chihuahua literally
11:47
needs faster music to relax
11:49
>> or at the very least a rhythmic
11:51
subdivision that their highly active
11:53
nervous system can latch on to. So, a 60
11:56
beat per minute track perfectly entrains
11:58
a large breed dog. But for a toy breed
12:01
whose little heart is racing at 120
12:03
beats per minute, 60 BPM might actually
12:06
feel painfully out of sync
12:07
>> because it's too slow for them,
12:09
>> right? Or they might unconsciously
12:10
entrain to the halftime rhythm, meaning
12:12
they process two heartbeats for every
12:14
one musical beat.
12:15
>> That is fascinating.
12:16
>> And this structural biological variance
12:18
is exactly why the idea of a universal
12:21
magic song for all dogs is a complete
12:24
myth. Which perfectly brings us to the
12:26
most shocking data point in the entire
12:28
Scottish SPCA study.
12:30
>> The genre twist.
12:32
>> Yes, the genre twist. Because the
12:34
researchers tested multiple genres
12:37
beyond just classical and heavy metal.
12:39
And here is where it gets really
12:40
interesting for you listening at home.
12:42
Classical music was highly effective.
12:44
Yes. But it wasn't the ultimate winner.
12:46
>> It was not.
12:48
>> According to the data, reggae music
12:49
actually produced the most profound
12:51
calming effect on the dogs in the study.
12:54
reggae.
12:55
>> It is wildly counterintuitive until you
12:57
break down the structural acoustics of
13:00
reggae as a genre.
13:01
>> Walk me through it, please, because my
13:03
immediate thought is that reggae is
13:04
known for incredibly heavy driving
13:06
baselines.
13:07
>> It is.
13:08
>> And if dogs are so sensitive to physical
13:10
vibrations like we established, wouldn't
13:12
a heavy baseline vibrating up through
13:14
the floorboards agitate them way more
13:16
than the light airy strings of a
13:18
classical violin? You are absolutely
13:20
right that reggae is heavily dependent
13:21
on bass but we have to carefully
13:23
distinguish between low frequency
13:25
vibrations and high frequency acoustic
13:27
overload.
13:28
>> Okay. What's the difference to the dog?
13:30
>> Well, heavy metal relies on high
13:31
frequency distortion, right? That
13:34
triggers the dog's startle response
13:36
because it mimics the erratic sharp
13:38
sounds of a physical threat or a
13:41
struggling prey animal. Reggae, on the
13:43
other hand, lives almost entirely in the
13:45
low frequency spectrum. So, the bass
13:47
doesn't actually bother them.
13:49
>> Not in the same way. No. In fact, a
13:51
slow, deep, consistent baseline can
13:54
actually mimic the sensation of a
13:56
mother's heartbeat from back when they
13:58
were just tiny puppies in the litter.
14:00
>> Oh, that makes so much sense.
14:01
>> Yeah. Riga is defined by a slow tempo,
14:04
highly predictable beats, and almost
14:06
zero jarring dynamic shifts. The bass
14:09
just provides this grounding rhythmic
14:11
foundation that is incredibly easy for
14:14
the canine nervous system to process and
14:16
eventually and to train to.
14:17
>> You know, the Dogazilla article also
14:19
mentioned that reggae features positive
14:21
lyrics, which I honestly found
14:22
hilarious.
14:23
>> It is a bit of an anthropomorphic
14:24
stretch.
14:25
>> Yeah. I was just picturing this stressed
14:26
out pitbull in a kennel really taking
14:28
the message of three little birds to
14:30
heart, you know, just bobbing its head.
14:32
>> Right. Right. The dogs are certainly not
14:34
processing the socopolitical messaging
14:36
of Bob Marley.
14:37
>> No, probably not. However, the human
14:40
vocal element in reggae is actually
14:41
vital to its success. Not because of the
14:44
actual words being sung, but because of
14:46
the vocal tone,
14:47
>> the delivery of the lyrics.
14:49
>> Exactly. Think about reggae vocals. They
14:51
are typically smooth, elongated, and
14:54
highly melodic. There are very few sharp
14:57
percussive consonants. There is no
14:59
aggressive shouting or screaming,
15:01
>> so it's soothing.
15:02
>> Yes. So you combine this incredibly
15:05
steady, low-frequency heartbeat rhythm
15:07
with a soothing, highly predictable
15:09
vocal tone, and you essentially create
15:12
an acoustic environment that signals
15:14
absolute safety to the dog's nervous
15:16
system.
15:16
>> Now, aside from all these rigorous
15:18
shelter studies, the dogila text also
15:20
dives into a lot of anecdotal evidence
15:22
from everyday owners. And if you talk to
15:24
basically any dog owner, they will swear
15:26
up and down that their specific dog has
15:28
a favorite genre.
15:30
>> Oh, absolutely. Everyone has a story.
15:31
They'll say things like, "Oh, my golden
15:33
retriever only relaxes when I play 90s
15:35
R&B." Or, you know, "My mut just loves
15:38
70s folk music."
15:40
>> And we really shouldn't dismiss those
15:41
anecdotes because they reveal a
15:43
fascinating secondary mechanism of
15:45
acoustic therapy, which is classical
15:47
conditioning via emotional mirroring.
15:49
>> Okay, explain that. How does my dog
15:51
possibly know that I like '9s R&B?
15:54
>> Well, dogs are arguably the most
15:56
perceptive animals on Earth when it
15:58
comes to reading human emotional states.
16:00
True.
16:01
>> I mean, they have evolved over tens of
16:03
thousands of years alongside us
16:05
specifically to read our microp
16:07
expressions, monitor our breathing
16:09
rates, and even smell the subtle
16:11
chemical shifts in our pherommones.
16:13
>> They are essentially biological mood
16:15
rings.
16:15
>> They really are. So, imagine you come
16:17
home from a terrible, stressful day at
16:19
work and you intentionally put on your
16:21
favorite '9s R&B playlist to help
16:24
yourself decompress.
16:26
What physically happens to your body in
16:28
that moment?
16:28
>> Oh, my shoulders drop. My breathing
16:30
slows down. I probably stop clenching my
16:32
jaw.
16:32
>> Exactly. [snorts] And your dog is
16:34
sitting there tracking every single one
16:36
of those physiological shifts in real
16:38
time. Yeah.
16:38
>> They can literally smell the stress
16:40
hormones dissipating from your sweat.
16:42
So, if you do this consistently, your
16:44
dog forms a incredibly powerful
16:46
associative link.
16:48
>> They learn that the specific acoustic
16:49
pattern of '90s R&B means that their
16:52
primary caregiver is relaxed, happy, and
16:55
non-threatening.
16:56
>> So, they aren't necessarily enjoying the
16:57
music itself as an art form. and they're
16:59
listening to me listening to the music.
17:00
Yes.
17:01
>> The genre just becomes an environmental
17:03
cue that the pack is safe.
17:04
>> Precisely. It is a deeply conditioned
17:06
response.
17:07
>> Which is why playing music for your dog
17:10
is never just an isolated variable. It
17:12
has to be part of a holistic
17:14
environmental system.
17:15
>> And the article focuses heavily on this
17:17
holistic approach to creating what they
17:19
call a peaceful space. Because let's be
17:22
real, you can't just hit play on a
17:24
reggae playlist while your house is a
17:26
chaotic, loud mess and expect the dog to
17:28
just magically fall asleep,
17:29
>> right? The music is a tool, not a magic
17:31
wand.
17:32
>> The text outlines this multi-ensory
17:35
strategy
17:35
>> because auditory enrichment simply
17:37
cannot override fundamental unmet needs.
17:40
>> I mean, if a dog is underex exercised or
17:42
bursting with unspent energy or lacking
17:44
a safe physical space to retreat to, Bob
17:47
Marley isn't going to fix it,
17:49
>> right? So, the article lists a few
17:51
mandatory prerequisites before the music
17:53
even matters.
17:55
First, providing a cozy designated
17:57
physical retreat that is far away from
17:59
heavy foot traffic in the house.
18:01
>> For sure.
18:02
>> Second, establishing a highly
18:04
predictable daily routine for meals and
18:06
walks so they know what to expect. And
18:08
third, utilizing puzzle toys to provide
18:10
cognitive exhaustion so their brains are
18:13
actually tired.
18:14
>> All excellent foundational steps. But
18:16
the detail I found most fascinating in
18:17
this section was the recommendation to
18:19
introduce olfactory enrichment alongside
18:22
the music.
18:23
>> Ah, the introduction of scent.
18:25
>> Yeah, the text specifically suggests
18:27
diffusing scents like lavender or
18:29
chamomile in the dog safe space while
18:31
the calming music plays. And when I read
18:34
that, it sounds like you're setting up a
18:35
luxury day spa for a golden retriever.
18:38
>> It does sound a bit indulgent, doesn't
18:39
it?
18:39
>> It really does. But considering a dog's
18:41
alactory bulb is proportionally massive
18:43
compared to ours, layering scent on top
18:46
of sound seems like a highly effective
18:48
way to just completely hack their
18:49
nervous system.
18:50
>> It is an incredibly potent strategy.
18:53
Think about it. When you combine the
18:56
slow acoustic rhythm of reggae or
18:59
classical music with the chemical
19:01
triggers of lavender,
19:02
>> which works for humans too, right?
19:04
>> Yes. Lavender has been shown in numerous
19:06
studies to have mild seditive properties
19:09
in mammals generally.
19:10
>> Okay?
19:11
>> So you are hitting their central nervous
19:13
system with a unified unmistakable
19:16
multiensory command to just power down.
19:18
You are blocking out environmental
19:20
stressors on multiple sensory fronts
19:22
simultaneously.
19:24
Sound and smell working together.
19:26
>> Okay. So let's say we have the physical
19:28
space perfectly set up. The dog is
19:30
exercised. They have their bed. The
19:32
lavender is diffusing in the corner. We
19:34
need to curate the actual playlist,
19:36
>> the fun part.
19:37
>> Exactly. The Dog Azil article gives us a
19:39
massive breakdown of different genres.
19:40
And I want to organize these not just as
19:42
a random list, but by the biological
19:44
problems they actually solve for the
19:45
dog. Because reading through this, it
19:47
seems like certain genres are highly
19:49
effective at solving the problem of the
19:50
startle reflex.
19:51
>> Oh, the startle reflex is the absolute
19:54
bane of an anxious dog's existence,
19:56
particularly in a really quiet house
19:58
where every little noise pops.
20:00
>> Right. So, the article recommends
20:02
ambient music, soft rock, and
20:04
instrumental tracks for this specific
20:06
issue. Let's look at ambient music
20:08
first. They describe it as having this
20:10
dreamy atmospheric feel with really long
20:13
sustained notes.
20:15
>> Yes.
20:15
>> Why is a sustained note better for an
20:17
anxious dog than a rhythmic beat?
20:19
>> Because it completely lacks transients.
20:21
>> Transients. Okay. Break that down for
20:23
us.
20:23
>> In acoustic physics, a transient is a
20:25
high amplitude short duration sound that
20:28
occurs right at the beginning of a
20:29
waveform. Can you give an example?
20:31
>> Sure. Think of the sharp sudden crack of
20:33
a snare drum or the sudden hard pluck of
20:36
an acoustic guitar string.
20:37
>> Okay, hear that.
20:38
>> To a dog and animal that evolved to
20:40
constantly monitor its environment for
20:42
stealthy predators or skittish prey, a
20:45
transient sound is basically a
20:46
biological alarm bell. It instantly
20:49
triggers a spike in adrenaline because
20:51
it signals that something just moved or
20:53
snapped nearby. Ambient music by its
20:55
very definition is entirely composed of
20:58
slow acoustic swells and gradual fades.
21:01
It has zero hard edges.
21:04
>> It's just pure acoustic smoothness.
21:06
>> Yes, it completely bypasses the startle
21:09
reflex because there is literally
21:11
nothing sudden in the track for the
21:13
nervous system to react to.
21:14
>> That makes perfect sense. And the text
21:16
groups soft rock and nature sounds into
21:18
a very similar category, noting that
21:20
gentle acoustic guitars and soft vocal
21:22
hums provide a stress-free background.
21:25
But it's the instrumental recommendation
21:26
that I found really compelling. By
21:28
removing the human voice entirely from
21:30
the track, you basically remove a
21:32
massive cognitive load for the dog.
21:34
>> You do. Human speech is without a doubt
21:37
the most salient, demanding sound a
21:39
domestic dog will ever hear
21:40
>> because they are constantly listening
21:42
for a command. Right.
21:43
>> Exactly. If they hear a human voice in
21:44
the house, a significant portion of
21:46
their brain is immediately put on
21:48
standby, waiting for their name or
21:50
waiting to hear sit or dinner or walk.
21:51
>> Right. They have to parse the audio to
21:53
see if it applies to them.
21:54
>> Yes. So, if you play music with heavy,
21:57
prominent vocals all day, the dog's
21:59
linguistic processing center is
22:01
continually engaged. It's filtering
22:03
those sounds constantly to determine if
22:05
action is required. By switching to
22:07
purely instrumental tracks, you
22:09
essentially give the dog permission to
22:11
just clock out. you take them off duty,
22:13
>> right? You remove the cognitive fatigue
22:15
of active listening, which allows them
22:17
to passively experience the soundsscape
22:19
without having to analyze it.
22:21
>> So, ambient, soft rock, and
22:23
instrumentals are all great for lowering
22:25
the baseline by removing transients and
22:27
cognitive load. But what about when the
22:29
environment outside is actively chaotic,
22:32
>> like a storm?
22:33
>> Yeah. The article recommends jazz music
22:36
for scary, unpredictable events like
22:38
thunderstorms or neighborhood fireworks.
22:41
Now, this completely threw me off at
22:42
first because jazz is famously chaotic
22:45
and unpredictable.
22:46
>> It seems entirely contradictory, doesn't
22:48
it? But it is actually a brilliant
22:49
application of acoustic masking.
22:51
>> Okay. How does playing chaotic music
22:54
help a dog deal with a chaotic
22:55
thunderstorm?
22:56
>> Think about the actual nature of a
22:58
thunderclap. If your house is perfectly
23:00
silent, or even if you're playing very
23:02
simple, predictable, ambient music, a
23:05
massive, random explosion of thunder is
23:08
a stark, terrifying contrast. It spikes
23:11
right through the ambient track.
23:12
>> Exactly. It completely shatters the
23:14
auditory baseline of the room. Jazz,
23:16
however, relies incredibly heavily on
23:18
syncopation, complex chord progressions,
23:22
and inherent rhythmic unpredictability.
23:24
>> So, the music itself provides a chaotic
23:26
baseline.
23:27
>> Yes. So, when a thunderclap happens over
23:29
a complex loud jazz track, the
23:31
unpredictable noise of the thunder
23:33
effectively blends into the
23:34
unpredictable noise of the music.
23:36
>> Oh, wow. It weaves the scary external
23:38
sound into a wider, safer acoustic
23:40
tapestry inside rather than allowing
23:43
that boom to pierce through a delicate
23:45
wall of silence.
23:45
>> You are literally fighting unpredictable
23:47
noise with pleasant unpredictable noise.
23:50
That is fascinating.
23:51
>> It's a very clever technique.
23:52
>> The article also brings up new age
23:54
music, specifically tracks that
23:56
incorporate nature sounds like flowing
23:58
water or gentle bird song. We just
24:00
talked about how ambient music avoids
24:02
the startle reflex, but this feels like
24:04
it's hacking their brain from a totally
24:06
different angle.
24:07
>> It is. It's a pure evolutionary hack.
24:10
For a wild canine ancestor, the sound of
24:13
a babbling brook or the steady non-alarm
24:16
calls of local birds are crucial
24:19
environmental indicators of absolute
24:21
safety.
24:21
>> Because if a predator was nearby, the
24:23
birds would all go quiet. Right.
24:24
>> Exactly. Normal, consistent bird song
24:27
means the ecosystem is stable and
24:28
threat-free. By piping those specific
24:31
frequencies into your living room on a
24:33
Tuesday afternoon, you are triggering
24:35
ancient hardwired neurological pathways
24:37
that assure the dog they are completely
24:39
secure.
24:40
>> Right? What about dogs that aren't
24:41
necessarily terrified of thunder, but
24:43
they are just incredibly bored being
24:45
stuck inside all day?
24:46
>> Enrichment is just as important as
24:48
calming,
24:48
>> right? And the article lists classical
24:50
crossover, chill out, world music, and
24:52
piano as great options for providing
24:55
diverse acoustic textures. World music
24:58
with instruments like sitars or digeros
25:00
seems like it would introduce entirely
25:02
novel acoustic profiles to a domestic
25:04
dog who only ever hears TVs and
25:06
microwaves.
25:07
>> And novelty is a crucial component of
25:08
indoor environmental enrichment. If a
25:11
dog is deeply underststimulated, piping
25:14
in the exact same smooth drone of
25:16
ambient music every single day might
25:18
actually cause frustration
25:20
>> because they have nothing to engage
25:21
with.
25:21
>> Right? World music introduces novel
25:23
rhythmic structures and highly unusual
25:25
frequencies that provide mild, safe
25:28
cognitive engagement. It gives their
25:30
brain something interesting to process
25:32
without pushing them over the threshold
25:33
into anxiety.
25:34
>> I just love the specific call out for
25:36
soft piano music in this section. The
25:38
text paints this lovely picture of
25:40
gentle melodies. When I read that, I
25:42
couldn't help but picture a massive
25:43
sleepy mastiff just curled up on a rug
25:46
underneath a grand piano while someone
25:47
plays chop pen.
25:48
>> It's a great image. And acoustically, a
25:51
piano is an incredibly organic resonant
25:54
instrument. Assuming it is played
25:56
softly, of course, without aggressive
25:58
sharp cording, it produces a rich, warm
26:01
vibration that easily falls into the
26:03
therapeutic acoustic profile we've been
26:05
outlining today. So, we have all these
26:07
genres solving different biological
26:09
problems for our dogs. Ambient for the
26:11
startle reflex, jazz for acoustic
26:14
masking during storms, world music for
26:16
indoor novelty, but the dog Azila
26:19
article goes way beyond theory and
26:21
actually gives us a curated K9 playlist.
26:24
Listeners can literally pull these up
26:25
right now on their phones.
26:26
>> They gave some excellent
26:27
recommendations. Yeah, they list
26:29
specific albums like uh the most
26:31
relaxing classical music in the
26:33
universe, calm classical, classical
26:35
music for dogs, relaxing nature sounds,
26:38
soothing piano melodies, guitar
26:40
serenity, and instrumental lullabies.
26:42
>> Now, if you look closely at that list of
26:44
titles, you'll notice a massive shift in
26:46
how the recording industry is actually
26:48
viewing this topic. Titles like
26:50
classical music for dogs aren't just
26:51
clever marketing gimmicks anymore. Wait,
26:53
are you saying the audio files
26:54
themselves in that album are
26:56
structurally different than regular
26:57
classical tracks for humans?
26:59
>> In many modern cases, yes, absolutely.
27:01
>> Oh, wow.
27:02
>> The pet industry and professional audio
27:04
engineers are now actively
27:05
collaborating. They are taking standard
27:08
classical tracks and running them
27:10
through highly specific equalization
27:12
filters.
27:13
>> To do what?
27:14
>> To intentionally remove the harsh
27:16
highfrequency ranges that agitate a
27:18
canine's 65,000 hertz auditory system.
27:22
They are rolling off the highs. They are
27:24
mastering the audio specifically for a
27:26
dog's ear. Essentially creating bespoke
27:30
sonic medicine.
27:31
>> That is incredible. They are literally
27:32
mixing tracks for dogs.
27:34
>> Yes.
27:34
>> But amidst all of these album
27:36
recommendations and custom engineered
27:38
dock tracks, the article hammers home
27:40
one absolute golden rule. And it makes
27:43
it clear that if you ignore this rule,
27:45
nothing else we've talked about matters.
27:46
>> And that rule is volume control.
27:48
>> Volume control. It is the single most
27:50
common mistake owners make when
27:52
utilizing acoustic therapy in the home
27:54
>> because we just forget the incredibly
27:55
powerful satellite dishes attached to
27:57
their heads.
27:58
>> Precisely. If you take the most
28:00
scientifically validated custom
28:02
equalized reggae track ever produced in
28:04
a lab and you play it at volume level 8
28:07
on your home sound system, it completely
28:10
ceases to be therapeutic.
28:12
>> It becomes a weapon. The physical
28:13
pressure of the sound waves at that high
28:15
volume becomes an absolute weapon
28:17
against their highly sensitive auditory
28:20
processing centers.
28:21
>> So for you listening, how low is low? If
28:23
I'm leaving the house for work, what
28:25
volume should I actually set the smart
28:26
speaker to?
28:27
>> It should be significantly quieter than
28:31
you would set it for yourself if you
28:32
were sitting in the room. It should
28:34
function purely as ambient background
28:36
noise. The goal is just to provide a
28:39
subtle rhythmic structure to the room
28:41
and gently mask the random creeks of the
28:43
house settling.
28:44
>> Not a concert,
28:45
>> right? The goal is not to simulate a
28:47
live Bob Marley concert in the living
28:49
room. A good rule of thumb is if you can
28:52
clearly distinguish the individual
28:53
instruments playing from the next room
28:55
over, it's likely too loud for the dog
28:57
sitting right next to the speaker.
28:58
>> Keep it a whisper.
28:59
>> Exactly.
29:00
>> So, what does this all mean for you, the
29:02
listener? How do you take this massive
29:04
amount of acoustic science and actually
29:06
apply it to the dog sleeping at your
29:08
feet right now? The dog Azila article
29:11
gives us our marching orders and the
29:13
mandate is strict personalized
29:16
experimentation,
29:17
>> which goes right back to your earlier
29:19
point about the Chihuahua and the Great
29:20
Dane,
29:21
>> right? You cannot just read a study
29:23
about Scottish shelter dogs and assume
29:25
your tiny poodle is a diehard reae fan.
29:28
>> You really can't.
29:29
>> You have to run the test yourself in
29:30
your own home. So, here is your
29:32
observer's guide to personalized
29:34
playlists. Tonight, you set up the spa
29:36
environment. Ensure they've had their
29:38
evening walk. Pick a genre. Let us say
29:41
you start with the heavy hitter, reggae.
29:43
You put it on at a very low volume.
29:45
Then, you sit back on the couch. You do
29:47
not interact with them and you become a
29:48
behavioral scientist.
29:50
>> You observe.
29:50
>> You just watch their body language.
29:52
>> And evaluating dog body language
29:54
accurately requires recognizing the
29:56
micro expressions of stress versus the
29:58
macro movements of true relaxation.
30:01
Okay, so let's give the listeners some
30:03
cues. What are the immediate red flags?
30:06
If I put on classical music, what tells
30:08
me that my specific dog is actually
30:10
hating it?
30:11
>> Well, if the music starts and your dog
30:14
immediately begins to pace, or they
30:17
repeatedly get up, do a circle, and lay
30:19
back down in completely different spots
30:21
around the room. That indicates a total
30:24
inability to settle their nervous
30:25
system,
30:26
>> and they're restless,
30:27
>> right? Also, look at their ears. If
30:29
they're pinned flat back against the
30:31
skull, that is a classic universal
30:33
stress response.
30:34
>> Well, what about their mouth?
30:35
>> Watch their mouth closely. Are they
30:37
lip-licking excessively when there is
30:39
clearly no food around?
30:40
>> Oh, like just licking their nose.
30:41
>> Yes, that is the displacement behavior
30:44
indicating rising anxiety. And
30:46
obviously, if they start whining or
30:48
pacing back and forth the front door,
30:50
the music is acting as a stressor and
30:52
needs to be turned off immediately.
30:53
>> So, those are the clear failure
30:55
conditions. What are the green lights?
30:56
What does a perfectly entrained,
30:58
acoustically relaxed dog actually look
31:00
like?
31:01
>> You are looking for a complete visible
31:03
softening of the musculature. They will
31:05
likely do one or two slow circles before
31:08
committing heavily to their bed. Their
31:10
ears will sit in a neutral, highly
31:12
relaxed position for whatever breed they
31:14
are.
31:14
>> It's okay.
31:15
>> But the ultimate indicator, the gold
31:17
standard of canine relaxation that you
31:19
were looking for is the deep audible
31:21
sigh.
31:22
>> Oh, I know exactly what you're talking
31:23
about. It's that massive exhalation like
31:26
they are literally deflating the stress
31:27
out of their lungs.
31:28
>> Physiologically, that heavy sigh is the
31:31
exact moment the parasympathetic nervous
31:33
system takes full control of the body.
31:35
If you put on an ambient track and you
31:37
get the heavy flop onto the bed followed
31:39
by the deep sigh, you have found a
31:42
cornerstone for your personalized
31:43
playlist.
31:44
>> That's the winner.
31:45
>> But the experimentation shouldn't end
31:46
there.
31:47
>> Try reggae the next day. Try the new age
31:49
bird sounds the day after that. build a
31:52
whole library
31:53
>> because the ultimate conclusion drawn
31:54
from the text is that every single dog
31:56
is a unique acoustic individual. You are
31:59
basically tasked with curating a sonic
32:02
medicine cabinet based entirely on their
32:04
unique physiological reactions to
32:06
different sound waves.
32:07
>> It really takes the guesswork out of the
32:09
equation.
32:10
>> It does. Your dog is literally telling
32:11
you through their autonomic nervous
32:14
system exactly what frequency they need
32:16
to find peace in your house. It is a
32:19
profoundly empowering tool for an owner
32:21
to have and I think it shifts our role
32:24
from just managing their outward
32:25
behavior to actively curating their
32:28
internal emotional landscape.
32:30
>> It fundamentally changes how I view my
32:33
living room and my Spotify account. To
32:35
be honest,
32:35
>> it really does. And as we wrap up this
32:37
exploration today, synthesizing all this
32:40
data about heart rates, acoustic
32:41
masking, and emotional mirroring brings
32:44
me to a broader uh somewhat
32:46
philosophical concept that I think is
32:48
deeply worth considering.
32:49
>> Oh, I love a philosophical wrap-up. Lay
32:51
it on us.
32:52
>> Well, we established that dogs possess
32:53
the physiological capacity to entrain
32:55
their heart rates to the tempo of the
32:57
music we play for them. Right.
32:58
>> Yes. Matching the 60 beats per minute.
33:00
And we also established that through
33:02
emotional mirroring, they are highly
33:04
attuned to our physiological state when
33:06
we listen to music we genuinely enjoy.
33:08
Right? The '9s R&B effect we talked
33:10
about.
33:11
>> So if you combine those two mechanisms,
33:14
when you intentionally select a piece of
33:16
slow, rhythmic music that you genuinely
33:18
love and you sit quietly in the room
33:20
with your dog, you are both in training
33:23
to the exact same external rhythm.
33:25
>> Oh wow. Your heart rate is slowing down
33:27
to match the music and their heart rate
33:29
is slowing down to match the music.
33:30
>> That's incredible.
33:31
>> You aren't just managing their anxiety
33:33
at that point. You are literally tuning
33:35
two entirely different species into the
33:38
exact same physical and emotional
33:40
frequency in real time. Through the
33:42
medium of sound, you are collapsing the
33:44
biological distance between human and
33:47
canine.
33:47
>> Wow. Tuning two species to the exact
33:50
same frequency. that completely takes
33:53
this entire conversation out of the
33:54
realm of mere pet care and elevates it
33:57
into a mechanism for deep inner species
34:00
connection. You are literally sinking up
34:02
your nervous system.
34:03
>> The music just becomes a shared
34:04
biological bridge between you.
34:06
>> What an incredible profound thought to
34:08
leave on. Thank you to everyone
34:10
listening to this deep dive into the
34:12
65,000 hertz reality of our best
34:15
friends. Your dedication to
34:17
understanding the hard science behind
34:19
your dog's well-being is exactly why we
34:22
do these deep dives.
34:23
>> The more rigorously we understand their
34:25
sensory world, the more compassionately
34:27
we can share ours with them.
34:28
>> Absolutely. Now, if this conversation
34:30
sparked more questions for you, or if
34:31
you want to see the full list of genres,
34:33
the specific methodology of those
34:35
shelter studies, and all the holistic
34:37
tits we unpacked today, I highly
34:39
encourage you to visit the source
34:40
article on Dogazilla magazine at
34:42
dogazila.com. It is a phenomenal
34:44
resource for you to explore.
34:46
>> Truly a mandatory read for any dog
34:48
owner.
34:48
>> So, as you head into this week, maybe
34:51
skip the heavy metal distortion while
34:52
the dog is in the room. Put on some Bob
34:54
Marley. Watch for that deep sigh and see
34:56
if you can't get your heart rates on the
34:58
exact same frequency. Keep your volume
35:00
low and your vibes high for your furry
35:02
companions. We will catch you on the
35:04
next deep dive.
Pets & Animals
