This page will contain additional articles about giant squid, as they become available.Giant squid |
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| Architeuthis dux Architeuthis hartingii Architeuthis japonica Architeuthis kirkii Architeuthis martensi Architeuthis physeteris Architeuthis sanctipauli Architeuthis stockii |
Giant squids, once believed to be mythical creatures, are squid of the Architeuthidae family, represented by as many as eight species of the genus Architeuthis. They are deep-ocean dwelling squid that can grow to a tremendous size: recent estimates put the maximum size at 10 m (34 ft) for males and 13 m (44 ft) for females from caudal fin to the tip of the two long tentacles (second only to the Colossal Squid at an estimated 14 m, one of the largest living organisms). The mantle length, though, is only about 2 m (7 ft) in length (more for females, less for males), and the length of the squid excluding its tentacles is about 5 m (16 ft). There were reported claims of specimens of up to 20 m (66 ft), but none had been scientifically documented. On September 30, 2004, researchers from the National Science Museum of Japan and the Ogasawara Whale Watching Association took the first images of live giant squid in their natural habitat. The photos were released a year later.
Despite their great length, giant squid are not particularly heavy when compared to their chief predator, the Sperm Whale, because the majority of their length is taken up by their eight arms and two tentacles. The weights of recovered specimens have been measured in hundreds, rather than thousands, of kilograms. Post-larval juveniles have been discovered in surface waters off New Zealand, and there are plans to capture more such juveniles and maintain them in an aquarium in an attempt to learn more about the creature's biology and habits.
The reproductive cycle of the giant squid is still a great mystery, but what has been learned so far is both bizarre and fascinating; male giant squid are equipped with a prehensile spermataphore-depositing tube, or Hectocotylus, of over 90 cm (three feet) in length, which extends from inside the animal's mantle and apparently is used to inject sperm-containing packets into the female squid's arms — how exactly the sperm then is transferred to the egg mass is a matter of much debate, but the recent recovery in Tasmania of a female specimen having a small subsidiary tendril attached to the base of each of its eight arms could be a vital clue in the solution of this enigma.
Carcass of giant squid collected from northeast Newfoundland in the 1960s.Giant squid possess the largest eyes of any living creature ever, over 30 cm (one foot) in diameter, and their arms are equipped with hundreds of suction cups in total; each is mounted on an individual "stalk" and equipped around its circumference with a ring of sharp teeth to aid the creature in capturing its prey by firmly attaching itself to it both by suction and perforation. The size of these suction cups can vary from 2 to 5 cm in diameter (one to two inches), and it is not uncommon to find their circular scars on the head area of sperm whales that have fed — or attempted to feed — upon giant squid. The only other known predator of the adult giant squid is the Pacific sleeper shark, found off Antarctica, but it is not yet known whether these sharks actively hunt the squid, or are simply scavengers of squid carcasses. Because sperm whales are skilled at locating giant squid, scientists have attempted to conduct in-depth observations of sperm whales in order to study squid.
One of the more unusual aspects of giant squid (as well as some other species of large squid) is their reliance upon the low density of ammonia in relation to seawater to maintain neutral buoyancy in their natural environment, as they lack the gas-filled swim bladder that fish use for this function; instead, they use ammonia (in the form of ammonium chloride) in the fluid of their flesh throughout their bodies. This makes the giant squid unfit for human consumption, although sperm whales seem to be attracted by (or are at least tolerant of) its taste.
Like all cephalopods they use special organs called statocysts to sense their orientation and motion in the water. The age of giant squids can be estimated by "growth rings" in the statocyst's "statolyth" much like counting tree rings. Much of what is known about these animals come from estimates based on these, and from undigested beaks found in sperm whale stomachs.
Japetus Steenstrup produced a number of papers on giant squid in the 1850s. He first used the term "Architeuthis" in a paper in 1857. A portion of a giant squid was secured by the French gunboat Alecton in 1861 leading to wider recognition of the species/genus in the scientific community. Between 1870 and 1880, large numbers of strandings occurred on the shores of Newfoundland. For example, a specimen washed ashore in Glover's Harbour, Newfoundland on November 2, 1878 was 6.1m (20 ft) long (mantle length), and one of its tentacles measured 10.7m (35 ft) long and it was estimated as weighing 2.2 tonnes. In 1873 a squid "attacked" a minister and a young boy in a dory in Bell Island, Newfoundland.
Large numbers of strandings also occurred in New Zealand during the late nineteenth century. Although strandings continue to occur sporadically throughout the world, the high frequency of strandings at Newfoundland and New Zealand in late nineteenth century have not yet been repeated. It is not known exactly why giant squid become stranded on shore, but it is possible that a periodic though temporary alteration of the distribution of the deep, cold water where the squid live might be the cause. Many scientists who have studied squid mass strandings believe that they are cyclical and predictable, but the length of time between strandings is not yet known. A period of 90 years between mass strandings has been proposed by Frederick Aldrich, an Architeuthis specialist, who used this value to correctly predict a relatively small stranding that occurred between 1964 and 1966. By and large, however, squid strandings remain a mystery.
The search for a live Architeuthis specimen includes attempts to find live young, including larvae. Larval Architeuthis closely resemble larvae of Nototodarus and Moroteuthis, with distinctive characteristics being the shape of the mantle attachment by the head, the tentacle suckers, and the beaks. Approximately 65 specimens, one-fifth of all the giant squid ever found, have been found in the waters off Newfoundland; the last in December 2004.
A photo of a live giant squidOn September 30, 2004, Tsunemi Kubodera (National Science Museum of Japan) and Kyoichi Mori (Ogasawara Whale Watching Association) succeeded in taking history's first images of a giant squid. Their teams had worked together for nearly two years to make the accomplishment. They used a five-ton fishing boat and only two crew members. The images were created on their third trip to a known Sperm whale hunting grounds 600 miles south of Tokyo, where they had dropped a 3,000 foot line baited with squid and shrimp. The line also held a camera and a flash. After over twenty tries that day, a 26-foot Giant squid attacked the lure and snagged its tentacle. It took the squid over four hours to break free, during which time the camera took over 500 photos. These were the first photographs ever captured of a live giant squid in its natural habitat. The squid left behind, attached to the lure, an 18-foot tentacle. Later, DNA tests confirmed the animal as a Giant squid.
On September 27, 2005, Kubodera and Mori released the photos to the world. The photo sequence, taken at a depth of 900 m (nearly 3000 ft) off Japan's Ogasawara Islands, shows the squid homing in on the baited line and enveloping it in "a ball of tentacles." The researchers were able to locate the likely general location of giant squid by closely tailing the movements of sperm whales. According to Kubodera, "we knew that they fed on the squid, and we knew when and how deep they dived, so we used them to lead us to the squid." Kubodera and Mori reported their observations in the journal proceedings of the Royal Society.
Among other things, the observations demonstrate actual hunting behaviors of adult Architeuthis, a subject on which there had been much speculation. The photographs showed an aggressive hunting pattern by the baited squid, leading to it impaling a tentacle on the bait ball's hooks. This may disprove the theory that the giant squid is a drifter which eats whatever floats by, rarely moving so as to conserve energy. It seems that the species has a much more belligerent feeding technique.
In December 2005, the Melbourne Aquarium in Australia paid AUD$100,000 for the intact body of a giant squid, preserved in a giant block of ice, which had been caught by fishermen off the coast of New Zealand's South Island earlier in the year. [1]
Tales of giant squid have been common among mariners since ancient times, and may have led to the Norwegian legend of the kraken, a tentacled sea monster as large as an island capable of engulfing and sinking any ship. Steenstrup, the describer of Architeuthis, suggested a giant squid was the species described as a sea monk to the Danish king Christian III c.1550. The Lusca of the Caribbean and Scylla in Greek mythology may also derive from giant squid sightings. However, it is thought to be impossible for a giant squid to lift its tentacles from the water. Eyewitness accounts of other sea monsters like the sea serpent are also thought to be mistaken interpretations of giant squid.
The taxonomy of the giant squid, as with many cephalopod genera, has not been entirely resolved. Lumpers and splitters may propose as many as eight species or as few as one. The broadest list is:
It is probable that not all of these are distinct species. No genetic or physical basis for distinguishing between the named species has been proposed, as evidenced by the placenames -- of location of specimen capture -- used to describe several of them. The rarity of observations of specimens and the extreme difficulty of observing them alive, tracking their movements, or studying their mating habits militates against a complete understanding.
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The rarity of observations of specimens and the extreme difficulty of observing them alive, tracking their movements, or studying their mating habits militates against a complete understanding. Using the pull of the wind, snowkiters are able to make massive jumps and travel uphill. No genetic or physical basis for distinguishing between the named species has been proposed, as evidenced by the placenames -- of location of specimen capture -- used to describe several of them. The combination of kiteboarding technology with snowboarding has led to the creation of a new sport, snowkiting. It is probable that not all of these are distinct species. CRYSTAL (cookie) IS BEAUTIFUL !!!!. The broadest list is:. shralp! - Die aktuelle Snowboard-Wochenschau auf Deutsch. Lumpers and splitters may propose as many as eight species or as few as one. Effective Edge TV - Video podcast that covers all aspects of snowboarding from music, resorts, and new products. The taxonomy of the giant squid, as with many cephalopod genera, has not been entirely resolved. Hood, HCSC has been the world's leading summer camp since 1989. Eyewitness accounts of other sea monsters like the sea serpent are also thought to be mistaken interpretations of giant squid. High Cascade - Located on Mt. However, it is thought to be impossible for a giant squid to lift its tentacles from the water. Northeast Skiing Video Podcast - Video podcast about skiing in the Northeast of the US. The Lusca of the Caribbean and Scylla in Greek mythology may also derive from giant squid sightings. Ridertech.com - Skiing and snowboarding video blog from the Pacific Northwest. Steenstrup, the describer of Architeuthis, suggested a giant squid was the species described as a sea monk to the Danish king Christian III c.1550. Snowflix - Your video iPod-ready weekly snow fix from the Alps. Tales of giant squid have been common among mariners since ancient times, and may have led to the Norwegian legend of the kraken, a tentacled sea monster as large as an island capable of engulfing and sinking any ship. Regularly updated video content that is available for download via any aggregator. [1]. SNOWBOAD YA BABY. In December 2005, the Melbourne Aquarium in Australia paid AUD$100,000 for the intact body of a giant squid, preserved in a giant block of ice, which had been caught by fishermen off the coast of New Zealand's South Island earlier in the year. On December 2, 2005, a feature film was released called "First Descent", which documented the history of the sport as well as its modern day stars. It seems that the species has a much more belligerent feeding technique. Production companies work all year developing these videos. This may disprove the theory that the giant squid is a drifter which eats whatever floats by, rarely moving so as to conserve energy. Each season, many different snowboard films are released, usually in September. The photographs showed an aggressive hunting pattern by the baited squid, leading to it impaling a tentacle on the bait ball's hooks. Snowboard videos have become a huge part of the sport. Among other things, the observations demonstrate actual hunting behaviors of adult Architeuthis, a subject on which there had been much speculation. It is almost certain that one of the origins of animosity is the average age disparity between skiiers and snowboarders. According to Kubodera, "we knew that they fed on the squid, and we knew when and how deep they dived, so we used them to lead us to the squid." Kubodera and Mori reported their observations in the journal proceedings of the Royal Society. Mitigating factors may include different blind spot locations for skiiers and boarders, different riding styles and different philosphies on what snow riding is about. The photo sequence, taken at a depth of 900 m (nearly 3000 ft) off Japan's Ogasawara Islands, shows the squid homing in on the baited line and enveloping it in "a ball of tentacles." The researchers were able to locate the likely general location of giant squid by closely tailing the movements of sperm whales. There has been much debate as to the origins of the clash. On September 27, 2005, Kubodera and Mori released the photos to the world. The culture clash has shown significant signs of diminishing as more and more snow sport enthusiasts are choosing to snowboard and more parks/resorts are allowing it. Later, DNA tests confirmed the animal as a Giant squid. There is a known culture clash between skiers and snowboarders. The squid left behind, attached to the lure, an 18-foot tentacle. General safety tips for winter sports, alpine conditions and skiing should also be respected. These were the first photographs ever captured of a live giant squid in its natural habitat. They can be useful for the many times that a snowboard rider may wish to rest on the knees, such as after coming to a stop. It took the squid over four hours to break free, during which time the camera took over 500 photos. For example, knee pads used for volleyball can be useful for snowboarding. After over twenty tries that day, a 26-foot Giant squid attacked the lure and snagged its tentacle. Padding can be specialized for snowboarding, or it can cross sports. The line also held a camera and a flash. Padding can be useful on other body parts like hips, knees, spine and shoulders. The images were created on their third trip to a known Sperm whale hunting grounds 600 miles south of Tokyo, where they had dropped a 3,000 foot line baited with squid and shrimp. Useful safety gear includes wrist guards, padded or protected snowboard pants and a helmet. They used a five-ton fishing boat and only two crew members. The body parts most affected by injuries are the wrists, the tailbone and the head. Their teams had worked together for nearly two years to make the accomplishment. Wearing safety gear is highly recommended. On September 30, 2004, Tsunemi Kubodera (National Science Museum of Japan) and Kyoichi Mori (Ogasawara Whale Watching Association) succeeded in taking history's first images of a giant squid. As students progress in ability they can seek out specialized instruction in areas such as terrain park skills (jumps, rails, and pipes), mogul technique, off-piste riding, powder riding, and racing. Approximately 65 specimens, one-fifth of all the giant squid ever found, have been found in the waters off Newfoundland; the last in December 2004. More advanced techniques that are taught in later lessons are linking turns, edge control, weight distribution, edge pressure, and eventually carving. Larval Architeuthis closely resemble larvae of Nototodarus and Moroteuthis, with distinctive characteristics being the shape of the mantle attachment by the head, the tentacle suckers, and the beaks. Other important beginner skills to learn are the falling leaf technique, side-slipping, and lift procedures. The search for a live Architeuthis specimen includes attempts to find live young, including larvae. Then students learn how to turn and stop with both feet in. By and large, however, squid strandings remain a mystery. The first lesson often begins with basic safety policies, stretching, and learning to fall, then progresses to snowboarding with one foot on the board (particularly skating and J-turns). A period of 90 years between mass strandings has been proposed by Frederick Aldrich, an Architeuthis specialist, who used this value to correctly predict a relatively small stranding that occurred between 1964 and 1966. Typically, beginner snowboard lessons focus on very basic, common snowboarding skills. Many scientists who have studied squid mass strandings believe that they are cyclical and predictable, but the length of time between strandings is not yet known. The rapport developed between an instructor and a student who returns for multiple lessons is the real benefit derived from private lessons; one is taught better by a teacher who knows them, and a student is more likely to heed the advice of someone they trust. It is not known exactly why giant squid become stranded on shore, but it is possible that a periodic though temporary alteration of the distribution of the deep, cold water where the squid live might be the cause. Private lessons are often far more expensive than group, as it is the snowboarding analogue of being privately tutored. Although strandings continue to occur sporadically throughout the world, the high frequency of strandings at Newfoundland and New Zealand in late nineteenth century have not yet been repeated. Private lessons can be taught one-on-one or between a small group. Large numbers of strandings also occurred in New Zealand during the late nineteenth century. Group lessons are often cheaper, but often have a high student-teacher ratio, resulting in less individual attention. In 1873 a squid "attacked" a minister and a young boy in a dory in Bell Island, Newfoundland. Snowboard lessons, as with ski lessons, can either be group or private lessons. For example, a specimen washed ashore in Glover's Harbour, Newfoundland on November 2, 1878 was 6.1m (20 ft) long (mantle length), and one of its tentacles measured 10.7m (35 ft) long and it was estimated as weighing 2.2 tonnes. Professional instruction is a good way to learn proper technique, safety policies, mountain etiquette and resort rules. Between 1870 and 1880, large numbers of strandings occurred on the shores of Newfoundland. Snowboard instruction is available at almost every ski resort from certified snowboard instructors. A portion of a giant squid was secured by the French gunboat Alecton in 1861 leading to wider recognition of the species/genus in the scientific community. For a more detailed description, see Board construction. He first used the term "Architeuthis" in a paper in 1857. The various components of a snowboard are:. Japetus Steenstrup produced a number of papers on giant squid in the 1850s. Courses in avalanche safety are also available. Much of what is known about these animals come from estimates based on these, and from undigested beaks found in sperm whale stomachs. Avalanche equipment can be purchased or rented at outdoor equipment stores. The age of giant squids can be estimated by "growth rings" in the statocyst's "statolyth" much like counting tree rings. Backcountry riders are advised to take extreme caution in all conditions, to carry avalanche equipment including a probe, beacon, and shovel, and never to ride alone in the backcountry. Like all cephalopods they use special organs called statocysts to sense their orientation and motion in the water. Snow can be extremely unstable, often leading to avalanches. This makes the giant squid unfit for human consumption, although sperm whales seem to be attracted by (or are at least tolerant of) its taste. Safety is key when hiking and riding in the backcountry, especially after a fresh 'dump' of powder. One of the more unusual aspects of giant squid (as well as some other species of large squid) is their reliance upon the low density of ammonia in relation to seawater to maintain neutral buoyancy in their natural environment, as they lack the gas-filled swim bladder that fish use for this function; instead, they use ammonia (in the form of ammonium chloride) in the fluid of their flesh throughout their bodies. Often snowboarders use snowmobiles to make jumps into the powder. Because sperm whales are skilled at locating giant squid, scientists have attempted to conduct in-depth observations of sperm whales in order to study squid. If the hill is too steep a snowmobile may not make it up the hill. The only other known predator of the adult giant squid is the Pacific sleeper shark, found off Antarctica, but it is not yet known whether these sharks actively hunt the squid, or are simply scavengers of squid carcasses. Snowboarders also use snowmobiles to ride in the backcountry. The size of these suction cups can vary from 2 to 5 cm in diameter (one to two inches), and it is not uncommon to find their circular scars on the head area of sperm whales that have fed — or attempted to feed — upon giant squid. Those that don't make use of the split-board will usually strap their board to their back and hike with snowshoes. Giant squid possess the largest eyes of any living creature ever, over 30 cm (one foot) in diameter, and their arms are equipped with hundreds of suction cups in total; each is mounted on an individual "stalk" and equipped around its circumference with a ring of sharp teeth to aid the creature in capturing its prey by firmly attaching itself to it both by suction and perforation. At the top of the run, the halves are recombined, and the bindings rotated back into their sideways positions. The reproductive cycle of the giant squid is still a great mystery, but what has been learned so far is both bizarre and fascinating; male giant squid are equipped with a prehensile spermataphore-depositing tube, or Hectocotylus, of over 90 cm (three feet) in length, which extends from inside the animal's mantle and apparently is used to inject sperm-containing packets into the female squid's arms — how exactly the sperm then is transferred to the egg mass is a matter of much debate, but the recent recovery in Tasmania of a female specimen having a small subsidiary tendril attached to the base of each of its eight arms could be a vital clue in the solution of this enigma. When apart, the two halves can be used like cross-country skis to shuffle up the hill. Post-larval juveniles have been discovered in surface waters off New Zealand, and there are plans to capture more such juveniles and maintain them in an aquarium in an attempt to learn more about the creature's biology and habits. The split-board is exactly that, a snowboard cut right down the middle. The weights of recovered specimens have been measured in hundreds, rather than thousands, of kilograms. Some of those more cash-endowed riders can even hire snowcats or helicopters to take them where they want to go; this is known as catboarding or heliboarding respectively. Despite their great length, giant squid are not particularly heavy when compared to their chief predator, the Sperm Whale, because the majority of their length is taken up by their eight arms and two tentacles. Donning snowshoes or a split-board with skins, the backcountry snowboarder cuts a new path up the side of the mountain in search of the very best vistas and untouched snow. . Today, backcountry snowboarding is often for those who have enough cash to afford trips to Alaska or the mountain ranges of the West, to ride outside resorts. The photos were released a year later. In fact, before snowboarding was allowed at resorts, this was the only form of snowboarding; Jake Burton, one of the original pioneers of snowboarding, never even considered resorts; backcountry was what he envisioned as the future of snowboarding. On September 30, 2004, researchers from the National Science Museum of Japan and the Ogasawara Whale Watching Association took the first images of live giant squid in their natural habitat. This type of boarding started out with fresh powder-craving snowboarders who, most likely, didn't have the cash to spend at crowded upscale ski parks. There were reported claims of specimens of up to 20 m (66 ft), but none had been scientifically documented. Giant squids, once believed to be mythical creatures, are squid of the Architeuthidae family, represented by as many as eight species of the genus Architeuthis. Powder makes for much smoother turns and in all smoother riding. Architeuthis stockii. In places where almost all of the runs are groomed, and powder is a rare find, you must venture into the tree trails. Architeuthis sanctipauli, "Southern Giant Squid". Generally colder climates sport the lightest, driest powder, and countries like Japan are becoming known as powder havens. Architeuthis physeteris. Even though it is hard to categorize areas in terms of powder, Powder on the east coast (USA) is generally not as common or as good as the powder on the west (USA). Architeuthis martensi. The bad thing about powder is that is if it sits for too long it gets compacted and becomes much harder and sometimes even icy. Architeuthis kirkii. Powder is very famous for being the most fun and sometimes challenging ski and snowboarding, solely because it is so soft. Architeuthis japonica. Powder, which occurs after a heavy snowstorm, is a specific type of snow that is very light, fluffy, and most likely deep. Architeuthis hartingii. Alpine snowboarding is significantly less popular than other kinds of snowboarding, especially in the United States. Architeuthis dux, "Atlantic Giant Squid". Short slalom boards with very short sidecut radii, for example, are alpine boards but can only be carved at slow speeds. A song by the heavy metal group "Tourniquet" titled "Architeuthis" is about the mysteries of the giant squid. In fact, the only real defining characteristic of alpine snowboarding is that alpine snowboarders turn often and very hard while engaging the board in a carve. In the film "The Squid and the Whale". A common misconception is that alpine snowboarding necessitates riding very quickly or racing. The Doctor Who episode The Power of Kroll (1978) features a carnivorous monster resembling a giant squid (the largest monster ever seen in the series) which lives at the bottom of a swampy lake, and is worshipped by the natives (despite the fact that it sometimes eats them). (Hence riding a freestyle snowboard on groomed slopes is like riding a dirtbike on a road track or what is called SuperMoto). In the Futurama episode The Deep South, Fry and Umbriel cheer at a fight between a sperm whale and a giant squid. An analogy made by some alpine enthusiasts is that freeride and freestyle snowboards are like dirt bikes, and alpine/carving snowboards are like road bikes. The House on the Rock in Spring Green, Wisconsin has an enormous sculpture of a giant squid and sperm whale battling. The hard plastic boots stiffens the ankle joint up significantly, making it more difficult to make small ankle adjustments while making skid turns, but making the board much more stable and powerful at higher speeds and the much higher g-forces typically felt by an alpine snowboarder in carved turns. In the Sega Dreamcast game Skies of Arcadia, the main character fights (in a ship battle) a giant squid named Obispo. Alpine boards are usually, but not always, longer and much stiffer than freeride boards, as the particular demands of carving usually require as much usable edge length as possible. In Command & Conquer: Red Alert 2, mind-controlled Giant Squids are one of the most powerful naval units in the Soviet arsenal. They tend to angle their feet much more forward than other snowboarders, and so also ride narrower boards. Lovecraft is known to have squid like creatures in his Cthulhu mythos. Alpine riders use hard plastic snowboarding boots, which resemble ski boots, except that they tend to be less stiff in the ankles and have a shortened heel, to minimize hanging over the edge of the snowboard. H.P. Both traditional snowboard racers (though not necessarily boardercross racers) and recreational carvers are alpine snowboarders. Chapter 59 ("Squid") of Moby-Dick details the Pequod's encounter with a giant (or perhaps colossal) squid. Alpine snowboarding is the practice of turning by carving the snowboard (such that the board is tracking along the edge of the board), as opposed to skidding the snowboard (where the board is traveling in a different direction than it is pointing). River Moth, which flows through author Jeff VanderMeer's fictional city Ambergris, is inhabited by a giant squid. Many ski resorts operate terrain parks which often simulate the urban skateboard environment, complete with handrails, funboxes, and machine-formed jumps. Although Tolkien's description is vague, the creature is frequently depicted as a giant squid or kraken with varying (often exaggerated) numbers of tentacles, and appeared as such in the 2001 film. Freestyle snowboarding is influenced greatly by skateboarding. Tolkien's Lord of the Rings: The Fellowship of the Ring, the Fellowship come up against the Watcher in the Water, a monster that lurks in the waters of the Sirannon, beneath the western walls of Moria. Freestyle snowboarding can be done almost anywhere that has snow. In J.R.R. Most snowboarders are thrill seekers and love to do tricks in terrain parks, which has inherent risks. A giant squid acts as a minor character in Charles Sheffield's novel The Web Between the Worlds. Freestyle is probably most demanded because of the thrill. A giant squid fighting a sperm whale is shown on the album cover of They Might Be Giants' Apollo 18. Freestyle snowboarding is arguably the most popular discipline, and is certainly the focus of most of the lifestyle marketing in the snowboarding industry. However Benchley's description of the Beast (with clawlike teeth in the center of its suckers) more accurately describes the Colossal Squid. Softer boots and boards also allow riders more flexibility in body movement and the ability to reach very convoluted or stretched out, stylish body positions (known as tweaking it). Jaws' author Peter Benchley's novel Beast features a giant squid terrorizing Bermuda. This is important because many freestyle snowboarders are landing switch from how they hit their jumps or their tricks, and they need to be able to ride away with ease. A giant squid is a key player in Michael Crichton's novel Sphere, as well as in the film version. Also, freestyle snowboards most likely have a true twin tip, in that the sidecut radius is equal on both sides of the board. A giant squid also dwells in the lake at Hogwarts in the Harry Potter series of books. Freestyle snowboarders typically use shorter, softer boards and softer boots than other snowboarders, as the shorter board length reduces the weight and moment of inertia, making it easier to spin and maneuver, and the softer gear makes the board more forgiving to control for the particular demands of freestyle riding, such as slower speeds, high landing impacts, quick turns, and imperfect landings. No. spins, flips, grabs). James Bond fights a giant squid in Ian Fleming's book, Dr. jibbing, bonking, grinding, pressing, buttering, ground spins etc.) or in the air (e.g. Captain Nemo's submarine, the Nautilus, fights a giant squid in Twenty Thousand Leagues Under the Sea.. Tricks can either occur on the ground (e.g. Freestyle snowboarding is the practice of doing different kinds of tricks on a snowboard. Many freeride purists attach an almost spiritual connotation to carving down the mountain. Freeride snowboarding, where the focus is on riding cleanly and enjoying the freedom to go and explore anywhere is influenced significantly by surfing. A variant of freeriding focusing on extremely difficult lines is extreme snowboarding. Freeriding is also known as all-mountain snowboarding. Most snowboarders aspire to be freeriders and will explore the mountain through trees, in powder bowls or anywhere else they feel comfortable riding. Freeriding is using the natural terrain of the mountain for recreation, without focusing on technical tricks or racing. There are four primary sub-disciplines or sub-styles within snowboarding with each favoring a slightly different snowboard design. For more on the history of snowboarding, see this Snowboard History Timeline. It wasn't until the mid 1980s when snowboarding exploded into the main stream when the first snowboard magazine, "Absolutely Radical", hit the racks, soon to be followed by "International Snowboard Magazine". In the early 1980's films by Warren Miller began to feature clips of snowboarders boosting the popularity of the sport among the skiing community. Burton, Sims, Winterstick, and Avalanche snowboards originated from other parts of the country. In the early 1980's, snowboard companies began emerging across the country. Jake Burton is the founder of Burton Snowboards, one of the largest, and most established snowboard companies in the world. The snowboard evolved from early pioneering work by people such as Sherman Poppen (who invented the "Snurfer" in his North Muskegon, Michigan home), Tom Sims, and Jake Burton. . Snowboarding became a Winter Olympic Games medal-eligible sport in 1998. A snowboarder's equipment consists of a snowboard, snowboarding boots, bindings to attach their boots to the board, as well as snowboarding-specific winter clothing. Snowboarding is an increasingly common winter sport throughout the world where participants attach a wooden board to their feet and slide down a snow-covered mountain. Snowboarding is a boardsport on snow similar to skiing, but inspired by surfing and skateboarding. This construction feature is not included in all board designs. there is also the "dgb" which is wood that goes in different directions over the core of the board to increase control. Kinking, rusting, or general dulling of the edge will significantly hinder the ability for the edge to grip the snow, so it is important that this feature is maintained. This sharp edge is necessary to be able to produce enough friction to ride on ice, and the radius of the edge directly affects the radius of carving turns, and in turn the responsiveness of the board. an edge: a strip of metal, tuned normally to just less than 90-degrees, that runs the length of either side of the board. If the base becomes significantly damaged, the board may become sluggish, or if the damage is deep enough, it may even weaken the core. If the board is damaged, a new base pattern can be stone-ground into the board. For this reason, different base waxes are available for different snow conditions. Because the base of the board comprises the bulk of the board's interaction with the snow, it is important that it be as slippery with respect to the snow as possible. a base: this is the bottom of the board which is made of a graphitic material that is saturated with a wax that creates a very quick smooth, hydrophobic surface. The properties of the core directly affect important characteristics of the board, such as flexibility and weight. It is typically comprised of a solid material, normally either wood, foam, or some composite plastic. a core: the bulk of a snowboard, the core is the interior of the snowboard. |