Surprise ! No long explanations today, just a short compilation of the most amazing pike attacks we filmed underwater in 2024 ! Feel free to share this footage with your fishing friends to support us. Thank you for your support, and see you soon in the Underwater World 🌊🌍
The Pike is actually a beautiful fish, and its camouflage is pretty remarkable. They appear to have excellent eyesight, and their speed and agility are 0 - 60 in the blink of an eye, and yet they also possess a graceful quality about them too. They are quite a formidable fish with a hidden side of beautiful.
Merci beaucoup d'être présent à chaque fois ! Les brochets deviennent difficiles avec le froid cet hiver, mais nous espérons vraiment réussir à filmer de nouvelles choses bientôt !
Thank you, this is not a silly question ! We talk about it (with subtitles explanations) in our video on food competition (th-cam.com/video/9-BzYAVKCEk/w-d-xo.html). These are indeed wild fish, but they have "gotten used" to us coming to feed them without hooks for several days in a row. In the end, they associated our presence with getting easy prey, and we almost could have fed them by hand ! When we fish them with lures in catch and release, they are negatively conditioned and begin to fear all signals associated with the unpleasant moment of being caught. Positive or negative conditioning, like in the famous scientific experiment with Pavlov's dog !
It would be interesting to sit on the river/lake bed with scuba gear on and watch the action and maybe take some bait on a line down with you and play with the Pike
Protacanthopterygii is a superorder of ray-finned fish constituted by the salmonids and other fairly similar taxa such as pikes, mudminnows, barreleyes, smelts, argentines, ayus, noodlefish, porohes, lizardfish, cucumberfish, flagfins, telescopefish, greeneyes, spiderfish, waryfish, lancetfish, daggertooths, sabertooths, hammerjaws, barracudinas, pearleyes, lanternfish, blackchins, dragonfish, snaggletooths, viperfish, loosejaws, lightfish, bristlemouths, marine hatchetfish, jellynoses, slickheads, tubeshoulders, jollytails, and the salamanderfish, it is the third largest superorder of ray-finned fish after Acanthopterygii (Spiny-Rayed Fish) and Ostariophysi (Catfish and Relatives), the latter group most likely being the sister taxon to Protacanthopterygii, together, the superorders Ostariophysi and Protacanthopterygii constitute the magnorder Ostariomorpha, the Protacanthopterygii superorder is split into three major groups, which are the grandorders Alepocephalomorpha (Slickheads, Tubeshoulders, Jollytails, and Salamanderfish), Salmonomorpha (Salmon, Trout, Chars, Huchen, Taimens, Lenoks, Graylings, Freshwater Whitefish, Pikes, Mudminnows, Barreleyes, Smelts, Argentines, Ayu, Noodlefish, and Porohes), and Synodontomorpha (Lizardfish, Cucumberfish, Flagfins, Telescopefish, Greeneyes, Spiderfish, Waryfish, Lancetfish, Daggertooths, Sabertooths, Hammerjaws, Barracudinas, Pearleyes, Lanternfish, Blackchins, Dragonfish, Snaggletooths, Viperfish, Loosejaws, Lightfish, Bristlemouths, Marine Hatchetfish, and Jellynoses), each grandorder is split into two mirorders, the mirorders of the grandorder Alepocephalomorpha, which is the most basal of the three grandorders of the superorder Protacanthopterygii are Alepocephalaria for the slickheads (order Alepocephaliformes) and tubeshoulders (order Platytroctiformes) and Galaxiaria for the orders Lepidogalaxiiformes (Salamanderfish and Fossil Relatives) and Galaxiiformes (Jollytails and Fossil Relatives), the mirorders of the Salmonomorpha grandorder are Osmeraria for the orders Retropinniformes (Porohes and Fossil Relatives), Osmeriformes (Smelts), and Argentiniformes (Argentines, Ayu, and Noodlefish) and Salmonaria for the orders Opisthoproctiformes (Barreleyes and Fossil Relatives), Umbriformes (Mudminnows and Fossil Relatives), Esociformes (Pikes and Fossil Relatives), and Salmoniformes (Salmon, Trout, Chars, Huchen, Taimens, Lenoks, Graylings, Freshwater Whitefish, and Fossil Relatives), and the mirorders of the Synodontomorpha grandorder are Synodontaria for the orders Synodontiformes (Lizardfish, Cucumberfish, Flagfins, Telescopefish, Greeneyes, Spiderfish, Waryfish, Lancetfish, Daggertooths, Sabertooths, Hammerjaws, Barracudinas, and Pearleyes) and Myctophiformes (Lanternfish and Blackchins) and Stomiaria for the orders Stomiiformes (Dragonfish, Snaggletooths, Viperfish, Loosejaws, Lightfish, Bristlemouths, and Marine Hatchetfish) and Atelopodiformes (Jellynoses and Fossil Relatives) List of orders within Protacanthopterygii 1) Platytroctiformes (contains 2 families: Searsiidae and Platytroctidae) 2) Alepocephaliformes (contains 6 families: Bathylaconidae, Leptochilichthyidae, Leptodermatidae, Bathypriidae, Aulastomatomorphidae, and Alepocephalidae) 3) Lepidogalaxiiformes (contains 1 family: Lepidogalaxiidae) 4) Galaxiiformes (contains 1 family: Galaxiidae) 5) Retropinniformes (contains 1 family: Retropinnidae) 6) Osmeriformes (contains 3 families: Osmeridae, Microstomatidae, and Bathylagidae) 7) Argentiniformes (contains 3 families: Argentinidae, Plecoglossidae, and Salangidae) 8) Opisthoproctiformes (contains 1 family: Opisthoproctidae) 9) Umbriformes (contains 1 family: Umbridae) 10) Esociformes (contains 1 family: Esocidae) 11) Salmoniformes (contains 1 family: Salmonidae) 12) Synodontiformes (contains 18 families: Bathysauridae, Giganturidae, Paraulopidae, Aulopidae, Harpadontidae, Pseudotrichonotidae, Synodontidae, Notosudidae, Ipnopidae, Bathysauroididae, Bathysauropsidae, Chlorophthalmidae, Evermannellidae, Scopelarchidae, Omosudidae, Paralepididae, Anotopteridae, and Alepisauridae) 13) Myctophiformes (contains 2 families: Neoscopelidae and Myctophidae) 14) Stomiiformes (contains 4 families: Sternoptychidae, Gonostomatidae, Phosichthyidae, and Stomiidae) 15) Ateleopodiformes (contains 1 family: Ateleopodidae) List of mirorders within Protacanthopterygii 1) Alepocephalaria (contains 2 orders: Platytroctiformes and Alepocephaliformes) 2) Galaxiaria (contains 2 orders: Lepidogalaxiiformes and Galaxiiformes) 3) Osmeraria (contains 3 orders: Retropinniformes, Osmeriformes, and Argentiniformes) 4) Salmonaria (contains 4 orders: Opisthoproctiformes, Umbriformes, Esociformes, and Salmoniformes) 5) Synodontaria (contains 2 orders: Synodontiformes and Myctophiformes) 6) Stomiaria (contains 2 orders: Stomiiformes and Ateleopodiformes) List of grandorders within Protacanthopterygii 1) Alepocephalomorpha (contains 4 orders: Platytroctiformes, Alepocephaliformes, Lepidogalaxiiformes, and Galaxiiformes) 2) Salmonomorpha (contains 7 orders: Retropinniformes, Osmeriformes, Argentiniformes, Opisthoproctiformes, Umbriformes, Esociformes, and Salmoniformes) 3) Synodontomorpha (contains 4 orders: Synodontiformes, Myctophiformes, Stomiiformes, and Ateleopodiformes)
Been a fisherman for a long time especially at predatorial fish. This video unfortunately shows exactly why we should question using live bait and why it is rightfully banned in some countries. Fishing also means respectful handling of every fish. Using live bait like this is not. Dead bait or lures won't make you catch fewer fish... just think about that. Tight lines!
Yes, live bait fishing is by far the most effective. Pike almost never feed on dead prey in the wild, but that's not even our point: we don't use hooks on our lines to make these videos. It's more akin to feeding than live bait fishing. The only difference is that we secure the bait and use a camera to learn a great deal about pike predation behavior. We believe this can be educational, even for lure anglers. Sorry if it doesn’t appeal to everyone.
Surprise ! No long explanations today, just a short compilation of the most amazing pike attacks we filmed underwater in 2024 !
Feel free to share this footage with your fishing friends to support us. Thank you for your support, and see you soon in the Underwater World 🌊🌍
The Pike is actually a beautiful fish, and its camouflage is pretty remarkable. They appear to have excellent eyesight, and their speed and agility are 0 - 60 in the blink of an eye, and yet they also possess a graceful quality about them too. They are quite a formidable fish with a hidden side of beautiful.
The underwater aquarium is absolutely hilarious and has the two Pike baffled
Thank you ! We can't wait to repeat this experience, but the water is too cold now 🥶
hello, j'ai apprécié ce condensé du top dix avec toujours de très belles images.👌
Merci beaucoup d'être présent à chaque fois ! Les brochets deviennent difficiles avec le froid cet hiver, mais nous espérons vraiment réussir à filmer de nouvelles choses bientôt !
Very nice video, sorry for a stupid question, is this wild water, I`m fascinated about the fact that 4 pikes are so close to each other.
Thank you, this is not a silly question ! We talk about it (with subtitles explanations) in our video on food competition (th-cam.com/video/9-BzYAVKCEk/w-d-xo.html). These are indeed wild fish, but they have "gotten used" to us coming to feed them without hooks for several days in a row. In the end, they associated our presence with getting easy prey, and we almost could have fed them by hand ! When we fish them with lures in catch and release, they are negatively conditioned and begin to fear all signals associated with the unpleasant moment of being caught. Positive or negative conditioning, like in the famous scientific experiment with Pavlov's dog !
@UnderwaterWorldOfficial thank you very much
👌riche idée ce top dix
It would be interesting to sit on the river/lake bed with scuba gear on and watch the action and maybe take some bait on a line down with you and play with the Pike
Protacanthopterygii is a superorder of ray-finned fish constituted by the salmonids and other fairly similar taxa such as pikes, mudminnows, barreleyes, smelts, argentines, ayus, noodlefish, porohes, lizardfish, cucumberfish, flagfins, telescopefish, greeneyes, spiderfish, waryfish, lancetfish, daggertooths, sabertooths, hammerjaws, barracudinas, pearleyes, lanternfish, blackchins, dragonfish, snaggletooths, viperfish, loosejaws, lightfish, bristlemouths, marine hatchetfish, jellynoses, slickheads, tubeshoulders, jollytails, and the salamanderfish, it is the third largest superorder of ray-finned fish after Acanthopterygii (Spiny-Rayed Fish) and Ostariophysi (Catfish and Relatives), the latter group most likely being the sister taxon to Protacanthopterygii, together, the superorders Ostariophysi and Protacanthopterygii constitute the magnorder Ostariomorpha, the Protacanthopterygii superorder is split into three major groups, which are the grandorders Alepocephalomorpha (Slickheads, Tubeshoulders, Jollytails, and Salamanderfish), Salmonomorpha (Salmon, Trout, Chars, Huchen, Taimens, Lenoks, Graylings, Freshwater Whitefish, Pikes, Mudminnows, Barreleyes, Smelts, Argentines, Ayu, Noodlefish, and Porohes), and Synodontomorpha (Lizardfish, Cucumberfish, Flagfins, Telescopefish, Greeneyes, Spiderfish, Waryfish, Lancetfish, Daggertooths, Sabertooths, Hammerjaws, Barracudinas, Pearleyes, Lanternfish, Blackchins, Dragonfish, Snaggletooths, Viperfish, Loosejaws, Lightfish, Bristlemouths, Marine Hatchetfish, and Jellynoses), each grandorder is split into two mirorders, the mirorders of the grandorder Alepocephalomorpha, which is the most basal of the three grandorders of the superorder Protacanthopterygii are Alepocephalaria for the slickheads (order Alepocephaliformes) and tubeshoulders (order Platytroctiformes) and Galaxiaria for the orders Lepidogalaxiiformes (Salamanderfish and Fossil Relatives) and Galaxiiformes (Jollytails and Fossil Relatives), the mirorders of the Salmonomorpha grandorder are Osmeraria for the orders Retropinniformes (Porohes and Fossil Relatives), Osmeriformes (Smelts), and Argentiniformes (Argentines, Ayu, and Noodlefish) and Salmonaria for the orders Opisthoproctiformes (Barreleyes and Fossil Relatives), Umbriformes (Mudminnows and Fossil Relatives), Esociformes (Pikes and Fossil Relatives), and Salmoniformes (Salmon, Trout, Chars, Huchen, Taimens, Lenoks, Graylings, Freshwater Whitefish, and Fossil Relatives), and the mirorders of the Synodontomorpha grandorder are Synodontaria for the orders Synodontiformes (Lizardfish, Cucumberfish, Flagfins, Telescopefish, Greeneyes, Spiderfish, Waryfish, Lancetfish, Daggertooths, Sabertooths, Hammerjaws, Barracudinas, and Pearleyes) and Myctophiformes (Lanternfish and Blackchins) and Stomiaria for the orders Stomiiformes (Dragonfish, Snaggletooths, Viperfish, Loosejaws, Lightfish, Bristlemouths, and Marine Hatchetfish) and Atelopodiformes (Jellynoses and Fossil Relatives)
List of orders within Protacanthopterygii
1) Platytroctiformes (contains 2 families: Searsiidae and Platytroctidae)
2) Alepocephaliformes (contains 6 families: Bathylaconidae, Leptochilichthyidae, Leptodermatidae, Bathypriidae, Aulastomatomorphidae, and Alepocephalidae)
3) Lepidogalaxiiformes (contains 1 family: Lepidogalaxiidae)
4) Galaxiiformes (contains 1 family: Galaxiidae)
5) Retropinniformes (contains 1 family: Retropinnidae)
6) Osmeriformes (contains 3 families: Osmeridae, Microstomatidae, and Bathylagidae)
7) Argentiniformes (contains 3 families: Argentinidae, Plecoglossidae, and Salangidae)
8) Opisthoproctiformes (contains 1 family: Opisthoproctidae)
9) Umbriformes (contains 1 family: Umbridae)
10) Esociformes (contains 1 family: Esocidae)
11) Salmoniformes (contains 1 family: Salmonidae)
12) Synodontiformes (contains 18 families: Bathysauridae, Giganturidae, Paraulopidae, Aulopidae, Harpadontidae, Pseudotrichonotidae, Synodontidae, Notosudidae, Ipnopidae, Bathysauroididae, Bathysauropsidae, Chlorophthalmidae, Evermannellidae, Scopelarchidae, Omosudidae, Paralepididae, Anotopteridae, and Alepisauridae)
13) Myctophiformes (contains 2 families: Neoscopelidae and Myctophidae)
14) Stomiiformes (contains 4 families: Sternoptychidae, Gonostomatidae, Phosichthyidae, and Stomiidae)
15) Ateleopodiformes (contains 1 family: Ateleopodidae)
List of mirorders within Protacanthopterygii
1) Alepocephalaria (contains 2 orders: Platytroctiformes and Alepocephaliformes)
2) Galaxiaria (contains 2 orders: Lepidogalaxiiformes and Galaxiiformes)
3) Osmeraria (contains 3 orders: Retropinniformes, Osmeriformes, and Argentiniformes)
4) Salmonaria (contains 4 orders: Opisthoproctiformes, Umbriformes, Esociformes, and Salmoniformes)
5) Synodontaria (contains 2 orders: Synodontiformes and Myctophiformes)
6) Stomiaria (contains 2 orders: Stomiiformes and Ateleopodiformes)
List of grandorders within Protacanthopterygii
1) Alepocephalomorpha (contains 4 orders: Platytroctiformes, Alepocephaliformes, Lepidogalaxiiformes, and Galaxiiformes)
2) Salmonomorpha (contains 7 orders: Retropinniformes, Osmeriformes, Argentiniformes, Opisthoproctiformes, Umbriformes, Esociformes, and Salmoniformes)
3) Synodontomorpha (contains 4 orders: Synodontiformes, Myctophiformes, Stomiiformes, and Ateleopodiformes)
"Freshwater fish make up 17,000 species, accounting for a quarter of the vertebrates on the planet." 🗿
Been a fisherman for a long time especially at predatorial fish. This video unfortunately shows exactly why we should question using live bait and why it is rightfully banned in some countries. Fishing also means respectful handling of every fish. Using live bait like this is not. Dead bait or lures won't make you catch fewer fish... just think about that. Tight lines!
There are times of the year when live bait is far better to catch fish then artificial baits or dead bait.
Yes, live bait fishing is by far the most effective. Pike almost never feed on dead prey in the wild, but that's not even our point: we don't use hooks on our lines to make these videos. It's more akin to feeding than live bait fishing. The only difference is that we secure the bait and use a camera to learn a great deal about pike predation behavior. We believe this can be educational, even for lure anglers. Sorry if it doesn’t appeal to everyone.
Its mostly 3rd world countries like USA,UK and France that allow life bait.