Can I Catch EVERY SQUID In 1 Hour? (Fisch)

Play beaks pls 😊

Next video idea: How many fishes can we catch blindfolded with reinforced rod with instant catcher bait 35- Resilience and fishes must be mythic or higher

Hello

no way im not late finally

Video idea: tey catching all shark hunt fish :) pls reply to me im you big fan

Video idea: how long will it take to catch a scylla using any rod with rapid catcher bait

I miss riot

Catch every serpant(like eels,leviathans,serpants,lamprey) >:)

video idea: whoever catches more nukes in 1 hour wins

Video idea: try catching every fish in 5h

Get your money up not your funny up

How to lose champions with instant catcher

Lose champions run because I caught three squids in a row

Catch every common with the BEST luck

Kraken pool ❌ crate pool✅

Where is riot?😢

I'm sub

watch Mystiqqal + having dinner = perfection

A fish is a diverse, cold-blooded aquatic vertebrate that lives primarily in water, breathing through gills and propelling itself with fins, and while the word “fish” might seem like a simple label, it actually encompasses an incredibly wide variety of organisms—over 34,000 known species, making fish the most diverse group of vertebrates on Earth, ranging from the tiny 7-millimeter stout floater to the massive 40-foot whale shark, and they have evolved over hundreds of millions of years, tracing their origins back more than 500 million years to the Cambrian period, with early jawless fish like ostracoderms eventually giving rise to jawed fish like placoderms, which in turn evolved into modern lineages such as cartilaginous fish (sharks, rays, skates) and bony fish (which include ray-finned and lobe-finned fish), and their body structure is generally streamlined for efficient movement through water, with a spinal column made of vertebrae, a notochord in embryonic stages, and a complex musculature that powers their lateral undulating swimming motion, while their skin is often covered in overlapping scales—ganoid, cycloid, or ctenoid—depending on the species, and beneath the skin lies a network of nerves and capillaries, with the lateral line system running down each side of the body, functioning as a sensory organ that detects vibrations, pressure changes, and movement in the water, crucial for avoiding predators, locating prey, and schooling behavior, while their gills—located under a protective bony plate called the operculum in bony fish or exposed in sharks—extract oxygen from water that passes over thin-walled filaments rich in capillaries, enabling gas exchange even in low-oxygen environments, and many fish have evolved specialized organs such as the swim bladder, a gas-filled sac that adjusts buoyancy to allow them to maintain depth without constantly swimming, although cartilaginous fish like sharks lack this and instead use oil-filled livers and dynamic lift from their fins to stay afloat, and their internal anatomy is equally complex, with a closed circulatory system powered by a two-chambered heart that pumps deoxygenated blood to the gills for oxygenation, then out to the rest of the body, and their digestive system typically includes a mouth adapted for their specific diet (from plankton filter-feeding in basking sharks to bone-crushing teeth in piranhas), a pharynx, esophagus, stomach, and intestines, with accessory organs like the liver and pancreas aiding in digestion and metabolism, while the excretory system involves kidneys that filter waste and regulate salt balance, especially important in fish that live in saltwater, where they must constantly expel excess salts and retain water, and freshwater fish, conversely, must do the opposite—expelling water while retaining salts—through specialized chloride cells in the gills and active transport in the renal system, and fish possess a wide range of reproductive strategies, with many species laying thousands of eggs externally (oviparity), some giving live birth (viviparity), and others using internal fertilization with eggs that hatch inside the female (ovoviviparity), and they may exhibit elaborate courtship behaviors, nest building, or even parental care like mouthbrooding or guarding eggs, as seen in cichlids and bettas, while fish larvae often look nothing like their adult forms, going through metamorphosis stages as they grow, and their nervous system is coordinated by a brain with specialized lobes for sight, smell, hearing, and balance, though intelligence varies widely, with some species capable of learning, tool use, and social coordination—examples include the archerfish shooting water at prey and cleaner wrasse recognizing themselves in mirrors, and their eyes are adapted to aquatic vision, often possessing a spherical lens for focusing underwater, color perception (including UV in some cases), and in deep-sea species, adaptations to total darkness, such as bioluminescent lures and massive pupils, while their hearing is conducted through inner ear structures and the lateral line system, and some fish can even detect electrical fields, a trait known as electroreception, which is highly developed in electric fish like the electric eel or sharks with their ampullae of Lorenzini, which are jelly-filled pores around the snout capable of detecting minute electric signals given off by living organisms, allowing them to hunt prey hidden under sand, and fish live in nearly every aquatic habitat imaginable—from high mountain streams to abyssal ocean trenches, from icy Antarctic lakes to boiling hydrothermal vents—demonstrating adaptations like antifreeze proteins in Antarctic toothfish or pressure-resistant bodies in deep-sea anglerfish, and their diets are equally varied, including herbivorous grazers like parrotfish, detritivores, insectivores, piscivores like barracuda, and omnivores that will eat almost anything, and they play crucial roles in aquatic ecosystems as both predators and prey, often forming large schools that confuse predators and increase hydrodynamic efficiency, while top predators like tuna, swordfish, and groupers regulate population balance in the food web, and humans have relied on fish for millennia for food, trade, sport, and even spiritual significance, with aquaculture (fish farming) now producing more fish for human consumption than wild capture in many countries, although overfishing, pollution, habitat loss, and climate change are threatening countless fish populations, particularly coral reef species that depend on sensitive ecosystems, and genetically, fish exhibit a staggering range of traits, from rapid color changes via chromatophores in cuttlefish relatives to antifreeze genes in polar species and even the ability to change sex in clownfish and wrasses depending on social hierarchy, and classification-wise, fish are divided into three major groups: jawless fish (Agnatha), including lampreys and hagfish; cartilaginous fish (Chondrichthyes), including sharks, rays, and skates; and bony fish (Osteichthyes), which themselves are divided into ray-finned fish (Actinopterygii)—by far the largest group—and lobe-finned fish (Sarcopterygii), which includes coelacanths and lungfish, the latter being evolutionary cousins of tetrapods, showing transitional features that led to land vertebrates, with adaptations like lungs, fleshy limbs, and internal nostrils, giving rise to amphibians, reptiles, birds, and mammals, making fish not only a crucial branch of the vertebrate tree but the literal ancestors of all land animals, and they continue to evolve and adapt in extraordinary ways, with new species being discovered every year in unexplored ocean depths, rivers, and lakes, and scientists study their genetics, embryology, behavior, and environmental impact to learn more about evolution, biodiversity, and ecological resilience, as well as using zebrafish—a small, transparent species—as a key model organism in biomedical research due to their rapid development and genetic similarity to humans, and all of this together reveals that fish are not just slimy water creatures, but a vast, ancient, and deeply important group of animals that have shaped and continue to shape the planet’s ecosystems, science, and survival in ways far beyond what meets the eye.

Octopus-squids…

Fun fact: use kraken rod so u can get tentacle surge because squids have tentacles😅😅

Big brainn

RIOT!!!

collsal only spawns at night mysiqqal

I tried fish for a Glaicerfish it took 1 hour 500 catchs plus

Here’s a vid idea: try to catch every event fish
in 1 hour

Kraken is a octopus

Video idea: the person that catches commons with 64x luck in 1 hour or 30 minutes wins

Can u

Video idea = try ro catch megalodon or any other rare fish with every single bait

video idea:can i catch every meme fish (fish that represent memes when shiny) in 1 hour? (Fisch)

Can you do catchup every meme fish plz 😊

Wheres the yellow hat guy?

Wheres riot😢

crate malediction lol

Day 5 of asking how Mikeydood (formerly iiFnaTiK) is doing these days, is he on a temporary or permanent hiatus? Could you tell me how bro is doing if you don’t mind me asking??

You are about to reach 100 K subs so whoever hasn’t subscribed yet claim your OG ticket by subscribing by the way I’ve been subbed since 45.6k subs

calamari means squid in greek

Ms. Puff is crazy

why no use wierd aelge

Nah this guys deserves a sub

Can you please help me to get a meg I got scammed😢 my name is Airadal541

can you oil up

Video idea, over gets more meme fishex wins.

he loves his crates

Imagen cthulu is in the game 😅😅😅😅

Question: Is The Kraken a Squid Or Octopus?
Squid: like
Octopus: comment

Uhm not to be mean but you copied bachabloxes picture video