Prática de Shadowing: Nothing About Colossal Squids Is Normal... Here's Why - Aprenda a falar inglês com vídeo
Criando lição...
1
Every animal has a size limit.
2
It's why sharks can't get bigger than the megalodon, whales can't get bigger than blue whales, and squids can't get bigger than the giant squid.
3
Or so we thought.
4
This is the colossal squid, and it isn't just slightly bigger than a giant squid, they're over double the weight.
5
And while their names might sound really similar, they aren't the same species, they aren't the same genus, and they aren't even the same family.
6
By all accounts, this animal shouldn't be able to exist.
7
single largest eyes out of any animal in the entire world, the size of soccer balls, and yet they spend their life at the bottom of the ocean where light can't even reach.
8
Their mass is over a thousand pounds, which should make their bodies collapse from their own weight, and yet they're still mobile and active predators.
9
And not only do these squids live in the deepest part of the entire ocean,
10
way deeper than any giant squid could ever So why,
11
or how, does this creature exist?
12
And what kind of an environment requires a creature to be this large and this grotesque?
13
And why are they nothing like what giant squids ended up as?
14
Well, to understand why the colossal squid is even able to exist, let's clarify one thing first.
15
Most of what we know about these creatures is very limited, because they're nearly impossible to find.
16
Not because they're small, they're quite the opposite.
17
Some would say colossal, even.
18
But we can't find them because they live in the worst place in the entire world to find anything.
19
This right here that I'm showing you is the only footage we have of a colossal squid in the wild.
20
That's it.
21
I just showed you all the footage we have and this is just a juvenile.
22
We've never captured footage of an adult in their habitat.
23
They live in the Southern Ocean, surrounding Antarctica, which is already making things difficult, but they also live thousands of meters deep.
24
But not just deep, they are living in the deepest deep.
25
Giant squids do live in the deep sea, but they still have a ceiling.
26
They usually stay within the midnight zone, roughly 3 ,000 feet down,
27
where the water is cold but the environment is still somewhat thousands of meters deeper than that,
28
pushing down into the abyssal zone, reaching depths of 13 ,000 feet or more.
29
And in this part of the Antarctic, the water is even more stagnant, even more hostile, and even closer to freezing.
30
By the time you reach these depths, most of the ocean's life has already given up.
31
There's no prey to chase, no currents to help you move, and the pressure is pushing against every square inch of your body with the weight of a skyscraper.
32
invertebrate.
33
It didn't put this thousand pound tank into the productive shallow waters where food is everywhere.
34
It stuck them in the most empty, crushing void on the planet.
35
So, we've recorded only a baby one.
36
How do we even know these guys actually exist?
37
Well, it's not just a rumor made up by sailors. For decades, the only reason we knew these monsters were real was by looking at the evidence left behind by the things
38
that eat them.
39
Sperm whales are known for entering the dock specifically to hunt not just giant squids, but also these colossal too.
40
When those whales came back up for air, they carried the receipts of the battle on their skin.
41
On a giant squid, the tentacles have suction cups lined with tiny teeth.
42
They leave circular, ring -like scars on a whale's face, basically just very aggressive hickeys.
43
But when scientists looked at whales coming out of the Antarctic, the scars were different.
44
They were long, jagged gashes, deep parallel slices in the blubber.
45
We could have blown these off as some freaky giant squids, that they don't just want to hold on to you, they want to tear you open.
46
Its tentacles are armed with hooks that can swivel, dig in, and then rotate 360 degrees.
47
Those scars were the first proof that there was something else down there, something heavier and much more violent than the giant squid.
48
The rest of our evidence comes from the black boxes found inside whale's stomachs.
49
While the rest of the squid is soft and digests easy, the beak is made of hard chitin, which is basically impossible to break down.
50
beaks inside single whales.
51
By measuring the size of the beak, they can estimate the size of the squid it belonged to, and what they found was terrifying.
52
Some of these beaks were so large that they could only belong to a creature weighing over 1 ,000 pounds, nearly double the mass of the largest giant squids.
53
We eventually got our hands on a few real specimens, mostly by accident.
54
In 2007, a fishing boat in the Ross Sea accidentally snagged a massive adult that was busy eating a
55
got it on the scale, it weighed nearly 1 ,100 pounds.
56
Alright, so they're massive, they live in the freezing dark, and they're armed to the teeth.
57
But that doesn't explain why their eyes are just so big.
58
In fact, most animals that are this deep in the ocean have what are called "Vestigual Eyes".
59
These are eyes that have essentially been deleted by evolution.
60
Because there's no sunlight to see with, building a complex, working eyeball is a massive waste of energy.
61
But evolution takes a long time to just remove eyes entirely.
62
So you end up with eyes that are kinda just shriveled up and don't work.
63
But the colossal's eyes are actually functional.
64
And yes, they're bigger than your is incredibly stingy.
65
It doesn't waste energy building massive, complex organs unless they are absolutely necessary for survival.
66
But remember where these squids live.
67
They spend their entire lives thousands of meters down, where the last ray of sunlight died out about half a mile above them.
68
And where they are, there's no small traces.
69
It's effectively zero light.
70
So why would evolution bother building the most powerful optical sensors
71
on the planet for a world where there is nothing to see?
72
Well, while there's no sunlight in the abyss, is full of bioluminescence.
73
Thousands of tiny organisms, from jellyfish to plankton, glow when they are disturbed.
74
But the squid doesn't actually care about them at all.
75
He's not hunting the jellyfish and definitely not hunting any plankton.
76
He's watching, waiting, for this guy.
77
When a sperm whale, the only thing big enough to kill a colossal squid, moves through the deep, its massive body crashes through the clouds of bioluminescent plankton.
78
the squid can pick up that tiny, microscopic flicker of light from over 100 meters away.
79
It's the biological equivalent of long -range radar.
80
It gives this thousand -pound tank just enough time to realize it's about to be hunted
81
and start retreating into the darkness before the whale even knows it's there.
82
These eyes would not be anywhere near this big if sperm whales didn't exist.
83
The sperm whales have indirectly created the world's biggest eyeballs,
84
and not prey, but whale detection is by far the main reason.
85
Honestly, if you were a sperm whale, you probably don't even know the difference between giant and colossal squids.
86
You'd probably just dive down, find a squid and think "wow, this one's a lot heavier" and putting up a way bigger fight.
87
This guy's chunky.
88
And then you'd slurp him up anyways.
89
Sperm whales are suspected to win the fights against the squids high majority of the time, but it's likely colossals would at least put up a better fight due to them being even deeper and stronger.
90
If you're a thousand pounds of soft tissue with literally zero bones, how do you not just… slump into a puddle?
91
On land, a creature this heavy without a skeleton would be a physical impossibility.
92
Its own weight would crush its organs before it could even take a step.
93
But the ocean provides an overpowered loophole: buoyancy.
94
The colossal squid uses neutral density tissues, essentially a mix of specialized oils and ions in its flesh
95
that make its body exactly as heavy as the water it's sitting in.
96
It's not heavy in the way we think of weight, it's effectively weightless.
97
It doesn't need a skeleton to hold itself up because the water is doing all the work.
98
And as for that skyscraper level pressure, doesn't crush the squid because the squid has no air filled gaps, no lungs to collapse, no scientist cavities to cave in.
99
doesn't compress.
100
It doesn't get crushed for the same reason a bottle of water doesn't get crushed at the bottom of a pool.
101
The pressure inside is exactly the same as the pressure outside.
102
But this brings up an even bigger problem.
103
If you have to build soccer ball sized eyes just to see a predator coming, and you're armed with rotating meat hooks to fight them off, why did you even bother becoming so big in the first place?
104
Why not just stay small so sperm whales would never even target you?
105
It's not like there's many other things hunting you that deep in the water anyways, right?
106
Well, the colossal squid isn't hunting small shrimp or tiny fish.
107
It's specialized to take down other heavyweights of the Southern Ocean, like the Antarctic Toothfish.
108
These are massive, muscular fish that can grow over 6 feet long and weigh over 100 pounds.
109
If you want to snatch a 100 -pound, thrashing fish out of the dark, you can't be a squishy 3 -foot tube.
110
You'd be a fish slapped to death.
111
You'd need the mass to hold it down, hence why they're so ridiculously heavy, and the hooks to rip through its scales.
112
the squid to grow into a tank because its prey was already built like one.
113
But there's a second, even more important reason for the bulk: starvation.
114
In the deep ocean, food is a freak occurrence.
115
You might go weeks or even months without a single meal swimming into your reach.
116
When you're small, your battery is tiny.
117
You run out of energy and die quickly.
118
But a thousand pound body is essentially a massive biological reservoir.
119
This is essentially the on polar giants, you'd know the colossal squid is also subject to polar gigantism,
120
likely why it got so freakishly big.
121
But having a massive body is only half the battle.
122
If you want to keep a thousand pounds of muscle from freezing solid, you need a way to move oxygen through your system without your blood turning into sludge.
123
And this is where the colossal squid outclasses anything on land.
124
If you were to see a colossal squid bleed, it wouldn't be red, it would be blue.
125
See, humans and most other mammals use hemoglobin, an iron -based carry oxygen.
126
It's great for us, but in the freezing Southern Ocean, iron -based blood is a disaster.
127
When temperatures hit zero, red blood becomes thick and sluggish, and it starts holding on to oxygen too tightly, refusing to release it to the cells that actually need it to function.
128
So, the squid ditched the iron entirely and replaced it with copper.
129
This copper -based blood, called hemocyanin, is an evolutionary masterpiece for the cold.
130
It doesn't get thick or sticky in the freezing deep, and it's actually more efficient at transporting oxygen the colder the water gets.
131
It's the only reason an invertebrate this massive can keep its internal engine running in a literal freezer.
132
But this blue blood hack comes with a massive trade -off.
133
Copper -based blood just isn't as powerful as iron -based blood.
134
It's like trying to run a monster truck on AA batteries.
135
It provides enough energy to keep the squid alive, but it doesn't provide enough for high -speed chases or long -distance swimming.
136
This is why the colossal squid isn't a relentless hunter like a shark.
137
It's forced to be a statue.
138
It has to spend most of its life essentially idling in the dark, moving as little as possible to save its low -grade fuel for the one moment it needs to strike.
139
This is incredibly effective for their environment, but wouldn't allow them to destroy ships all day like we think a Kraken would.
140
But this brings up the ultimate irony of the colossal squid.
141
Evolution gave them the largest eyes to see predators, the heaviest bodies to survive starvation, and rotating hooks to win any fight.
142
They are arguably the most optimized predators on the planet.
143
So, why haven't they taken over?
144
If they're so perfect, why are they trapped in one tiny, freezing corner of the world?
145
often turns you into a biological prisoner.
146
The colossal squid is a masterpiece of a very specific, very narrow set of conditions.
147
The deep ocean in the rest of the world is also cold, but there's a bunch of other issues that make them way less versatile than giant squids, which are found everywhere.
148
First, there's the oxygen problem.
149
As I mentioned, high oxygen water isn't just a bonus for these squids.
150
It's the only reason they can exist.
151
If a colossal squid tried to swim north into the temperate deep sea where giant squids live, it would literally suffocate.
152
Even though those waters are still cold to us, they don't hold nearly enough dissolved oxygen to support a thousand pound invertebrate.
153
But it's also the food.
154
The colossal squid is specialized to hunt these Antarctic toothfish.
155
If the squid moved anywhere else, it would lose its skin primary fuel source.
156
In most of the deep ocean, prey is much smaller and faster, things a thousand -pound ambush predator simply isn't designed to catch.
157
And then there's the competition.
158
In the rest of the world's ocean, the large squid niche is already taken.
159
The giant squid is faster, leaner, and much better suited for the slightly warmer, more competitive waters of the midnight zone.
160
The colossal squid only works because it lives in a place so hostile and so cold that almost nothing
161
a kingdom in a desert where it has zero competition for food.
162
But the price of that kingdom is that it can never leave.
163
It's like being trapped in a freezer for your entire life.
164
At least you'll find some big tasty toothfish in there occasionally.
165
It's a biological loophole that allowed them to become the heaviest invertebrates on earth.
166
But because they exploited this loophole, they can only survive as long as the environment stays exactly as it is.
167
You can find giant squids close to Norway, all the way down to New Zealand.
168
They aren't locked into one freezing current or one specific prey.
169
They are the standard, successful blueprint for what a giant should look like.
170
They're built to be versatile, able to navigate different temperatures, and hunt dozens of different species.
171
They make sense, their biology follows the rules.
172
But the colossal squid… shouldn't even be here.
173
It shouldn't be able to see in the dark, but it does.
174
It shouldn't be able to breathe in the deep, but it does.
175
And it definitely shouldn't be able to maintain a thousand pounds of muscle in the freezing desert.
176
I almost feel bad for these guys.
177
They're stuck in a one dark, lonely place forever, hiding from horrifying sperm whales and being dormant until they can find a big toothfish to eat.
178
It's not the most awesome existence to be.
179
I'll get over it though.
180
It's just a squid.
181
Thanks for watching and if you enjoyed check out our video on deep -sea gigantism here.
182
There's a lot more than just colossal squids out there.
📺 Mesmo canal
B21
Why The Entire Ocean Is Terrified of Sperm Whales
University StudentsWorking Adults
B22
Nothing About The Mariana Trench Is Normal... Here's Why
IELTS PrepUniversity Students
B25
Why Do Deep Oceans Have So Many Giants?
IELTS PrepTOEFL PrepUniversity Students
B2The Creepiest Fish Found at the Bottom of Our Oceans
Daily ConversationUniversity Students
✨ Vídeo recomendado
B22
270 frases
The Unspeakable Horrors of the Deep Sea (ft. LindsayNikole)
Daily ConversationUniversity StudentsWorking Adults
B283 frases
Why Is Blue So Rare In Nature?
American AccentDaily ConversationUniversity Students
B21
188 frases
The Insane Biology of: The Narwhal
Daily ConversationUniversity Students
B25
49 frases
27 Facts That Will Make You Question Your Existence
Daily ConversationUniversity StudentsWorking Adults
B110
13 frases
One story a day level 2 book 1 story 23 The Gentle Giant
TeensDaily ConversationHigh School Students
B22
88 frases
8 Ancient Animals Scarier Than Dinosaurs
Daily ConversationUniversity Students
B21
113 frases
Nature’s Most Extraordinary Moments In 4K | A Perfect Planet | BBC Earth Relax
Daily ConversationUniversity StudentsWorking Adults
B21
165 frases
Philomena Cunk vs Prof. Jim Al Khalili CBE (2025 Edition)
British AccentDaily ConversationUniversity StudentsWorking Adults
B23
90 frases
Pufferfish | Masters of Self-Defense
Daily ConversationHigh School StudentsUniversity Students
B22
44 frases
Whale Sharks - The Gentle Giants of the Sea
Daily ConversationUniversity Students
B21
226 frases
Why Pandas Are Impressively Bad at Existing
Daily ConversationUniversity StudentsWorking Adults
B22
43 frases
What If You Were Swallowed ALIVE by a 60-Foot Sperm Whale?
Daily ConversationUniversity StudentsWorking Adults
Por que praticar a fala com este vídeo?
Praticar a fala em inglês com vídeos como "Nada sobre lulas colossais é normal... Aqui está o porquê" oferece uma oportunidade única de aprimorar sua prática de conversação em inglês. Ao ouvir um tema fascinante como as lulas colossais, você não apenas se diverte, mas também se expõe a vocabulário especializado e expressões que são frequentemente usadas em documentários. Esses elementos ajudam a expandir seu conhecimento e fluência no idioma.
O contexto do vídeo permite que você desenvolva sua habilidade de repetição e como resultado, a técnica de shadowing em inglês se torna mais eficiente. Ao imitar a pronúncia e o ritmo do narrador, você pode aprimorar sua própria fala e entonação, tornando-se mais natural ao se comunicar em inglês.
Gramática e Expressões no Contexto
Durante o vídeo, o narrador utiliza várias estruturas gramaticais e expressões que podem ser valiosas para os aprendizes de inglês:
- Uso de comparativos: O narrador menciona que as lulas colossais são "mais de duas vezes o peso" das lulas gigantes. Este é um excelente exemplo de como usar comparativos para descrever diferenças.
- Frases condicionais: Quando o vídeo discute a possibilidade de esses animais existirem, ele utiliza frases condicionais para especular. Aprender a usar estruturas como "se" e "caso" pode enriquecer sua conversação.
- Vocabulário sobre a vida marinha: Termos como "presas", "predadores" e "habitat" são muito comuns ao discutir ecologia. Conhecer esses termos em inglês é vital para conversar sobre temas científicos.
Armadilhas Comuns de Pronúncia
No vídeo, há algumas palavras que podem ser desafiadoras para os falantes não nativos:
- Colossal: A pronúncia correta é essencial, pois é uma palavra-chave que define o sujeito do vídeo. Muitos podem acentuar erroneamente a sílaba.
- Predadores: As diferentes terminações podem causar confusão. Atenção ao som final – é fácil exagerar a vogal final.
- Habitat: A pronúncia pode variar, mas o foco na sílaba correta ajuda a tornar a comunicação mais clara.
Portanto, ao usar esse vídeo como parte da sua prática de conversação em inglês, você vai não apenas se divertir ao aprender sobre curiosidades do mundo marinho, mas também se preparar melhor para interações em inglês com vocabulário e pronúncia adequados. Experimente incorporar essas técnicas em sua rotina de aprendizado e observe seu progresso enquanto aprimora sua fluência!
Gramática neste vídeo
As estruturas que o falante mais usa, com as palavras exatas do vídeo:
| Estrutura | No vídeo |
|---|---|
| Voz passiva be + particípio passado — o foco está no que acontece, não em quem faz | are known · are armed · is made |
| Present perfect have/has + particípio passado — uma ação passada que ainda importa agora | We've never captured · has already given · we've recorded |
| Orações relativas who / which + oração — informação extra sobre uma pessoa ou coisa | Antarctica, which is · chitin, which is · squids, which are |
O que é a Técnica de Shadowing?
Shadowing é uma técnica de aprendizado de idiomas com base científica, originalmente desenvolvida para o treinamento de intérpretes profissionais. O método é simples, mas poderoso: você ouve áudio em inglês nativo e repete imediatamente em voz alta — como uma sombra seguindo o falante com 1-2 segundos de atraso. Pesquisas mostram melhora significativa na precisão da pronúncia, entonação, ritmo, sons conectados, compreensão auditiva e fluência na fala.