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  • Zenothesonicfan
    Public • August 9, 2026, 6:29 am
    Why are all the good mods on 1.20.1 like i wanna play alexs caves and mobs on 26.2 so bad
    geosivridis2026-08-09 06:44:14
    i dont know about mods but for datapacks they like changed the entire nbt system to components so everything is very different from that point forward and updating gets way harder
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    SOME ONE PLS MAKE A GREAT WHITE SHARK THAT LOOKS SOME WHAT LIKE LENNY SHARK TALE
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    The whale sharks almost done just need to paper mache it
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    oooo I've always wanted to do smth like that!
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    Contents

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    • (Top)
    • History of research
      • Description
        • Classification
          • Paleobiology
            • Paleoecology
              • Cultural significance
                • See also
                  • Notes
                    • References
                      • Further reading
                        • External links

                          Tyrannosaurus









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                          Featured articlePage semi-protectedFrom Wikipedia, the free encyclopedia

                          "T. rex" redirects here. For other uses, see T. rex (disambiguation).
                          Tyrannosaurus
                          Temporal range: Late Cretaceous
                          (late Maastrichtian), 69–66 Ma PreꞒOSDCPTJKPgN



                          BVHBApt.AlbianCTCSCam.M


                          Possible middle Campanian record
                          Reconstruction of the T. rex type specimen at the Carnegie Museum of Natural History
                          Scientific classificationEdit this classification
                          Kingdom:Animalia
                          Phylum:Chordata
                          Class:Reptilia
                          Clade:Dinosauria
                          Clade:Saurischia
                          Clade:Theropoda
                          Superfamily:Tyrannosauroidea
                          Family:Tyrannosauridae
                          Tribe:Tyrannosaurini
                          Genus:Tyrannosaurus
                          Osborn, 1905
                          Type species
                          Tyrannosaurus rex
                          Osborn, 1905
                          Other species
                          Synonyms
                          Genus synonymy




                          Species synonymy






















                          Tyrannosaurus (/tɪˌrænəˈsɔːrəs, taɪ-/)[a] is a genus of large theropod dinosaur. The type species Tyrannosaurus rex (rex meaning 'king' in Latin), often shortened to T. rex or colloquially T-Rex, is one of the best represented theropods. It lived throughout what is now western North America, on what was then an island continent known as Laramidia. Tyrannosaurus had a much wider range than other tyrannosaurids. Fossils are found in a variety of geological formations which have been dated to the late Maastrichtian age of the late Cretaceous period, 69 to 66 million years ago, with isolated specimens possibly indicating an earlier origin in the middle Campanian age. It was one of the last known members of the tyrannosaurids and among the last non-avian dinosaurs to exist before the Cretaceous–Paleogene extinction event.

                          Like other tyrannosaurids, Tyrannosaurus was a bipedal carnivore with a massive skull balanced by a long, heavy tail. Relative to its large and powerful hind limbs, the forelimbs of Tyrannosaurus were short but unusually powerful for their size, and they had two clawed digits. The most complete specimen measures 12.3–12.4 m (40–41 ft) in length, but according to most modern estimates, Tyrannosaurus could have exceeded sizes of 13 m (43 ft) in length, 3.7–4 m (12–13 ft) in hip height, and 8.8 t (8.7 long tons; 9.7 short tons) in mass. Although some other theropods might have rivaled or exceeded Tyrannosaurus in size, it is still among the largest known land predators, with its estimated bite force being the largest among all terrestrial animals. By far the largest carnivore in its environment, Tyrannosaurus rex was most likely an apex predator, preying upon hadrosaurs, juvenile armored herbivores like ceratopsians and ankylosaurs, and possibly sauropods. Some experts have suggested the dinosaur was primarily a scavenger. The question of whether Tyrannosaurus was an apex predator or a pure scavenger was among the longest debates in paleontology. Most paleontologists today accept that Tyrannosaurus was both a predator and a scavenger.

                          Some specimens of Tyrannosaurus rex are nearly complete skeletons. Soft tissue and proteins have been reported in at least one of these specimens. The abundance of fossil material has allowed significant research into many aspects of the animal's biology, including its life history and biomechanics. The feeding habits, physiology, and potential speed of Tyrannosaurus rex are a few subjects of debate. Its taxonomy is also controversial. The Asian Tarbosaurus bataar is very closely related to Tyrannosaurus and has sometimes been seen as a species of this genus. Several North American tyrannosaurids have been synonymized with Tyrannosaurus, while some Tyrannosaurus specimens have been proposed as distinct species. The validity of these species, such as the more recently discovered T. mcraeensis, is contentious.

                          Tyrannosaurus has been one of the best-known dinosaurs since the early 20th century. Science writer Riley Black has called it the "ultimate dinosaur". Its fossils have been a popular attraction in museums and it has appeared in media like Jurassic Park.

                          History of research

                          See also: Specimens of Tyrannosaurus

                          Earliest finds

                          width=250Type specimen (AMNH 3982) of Manospondylus gigas
                          A tooth from what is now documented as a Tyrannosaurus rex was found in July 1874 upon South Table Mountain (Colorado) by Jarvis Hall (Colorado) student Peter T. Dotson under the auspices of Arthur Lakes near Golden, Colorado, in sediments belonging to the Denver Formation.[1][2] In the early 1890s, John Bell Hatcher collected postcranial elements in eastern Wyoming. The fossils were believed to be from the large species Ornithomimus grandis (now Deinodon) but are now considered T. rex remains.[3]

                          In 1892, Edward Drinker Cope found two vertebral fragments of a large dinosaur. Cope believed the fragments belonged to an "agathaumid" (ceratopsid) dinosaur, and named them Manospondylus gigas, meaning "giant porous vertebra", in reference to the numerous openings for blood vessels he found in the bone.[3] The M. gigas remains were, in 1907, identified by Hatcher as those of a theropod rather than a ceratopsid.[4]

                          Henry Fairfield Osborn recognized the similarity between Manospondylus gigas and T. rex as early as 1917, by which time the second vertebra had been lost. Owing to the fragmentary nature of the Manospondylus vertebrae, Osborn did not synonymize the two genera, instead considering the older genus indeterminate.[5] In June 2000, the Black Hills Institute found around 10% of a Tyrannosaurus skeleton (BHI 6248) at a site that might have been the original M. gigas locality.[6] While Larson initially considered this specimen as the same animal as the M. gigas holotype and suggested that it would take priority over T. rex, other researchers including Christopher Brochu remained skeptical that the name T. rex would be abandoned.[7] In 2003, Brochu further argued that although both taxa probably represent the same species, it is impossible to demonstrate that the specimen discovered by the Black Hills Institute represents the same animal as M. gigas due to the poor preservation of the M. gigas holotype; additionally, following the 2000 International Code of Zoological Nomenclature amendment, a name in popular usage like T. rex has priority over a name with technical priority but not used as a valid name in formal literature after the year 1899 for over fifty years like M. gigas.[8][9]

                          Skeleton discovery and naming

                          Outdated skeletal restoration by William D. Matthew from 1905, published alongside Osborn's description paper
                          Barnum Brown, assistant curator of the American Museum of Natural History, found the first partial skeleton of T. rex in eastern Wyoming in 1900. Brown found another partial skeleton in the Hell Creek Formation in Montana in 1902, comprising approximately 34 fossilized bones.[10] Writing at the time Brown said "Quarry No. 1 contains the femur, pubes, humerus, three vertebrae and two undetermined bones of a large Carnivorous Dinosaur not described by Marsh. ... I have never seen anything like it from the Cretaceous."[11] Henry Fairfield Osborn, president of the American Museum of Natural History, named the second skeleton T. rex in 1905. The generic name is derived from the Greek words τύραννος (tyrannos, meaning "tyrant") and σαῦρος (sauros, meaning "lizard"). Osborn used the Latin word rex, meaning "king", for the specific name. The full binomial therefore translates to "tyrant lizard the king" or "King Tyrant Lizard", emphasizing the animal's size and presumed dominance over other species of the time.[10]
                          Dynamosaurus imperiosus holotype (NHMUK PV R8020, previously AMNH 5886) on display at the Natural History Museum, London
                          Osborn named the other specimen Dynamosaurus imperiosus in a paper in 1905.[10] In 1906, Osborn recognized that the two skeletons were from the same species and selected Tyrannosaurus as the preferred name.[12] In 1941, the T. rex type specimen was sold to the Carnegie Museum of Natural History in Pittsburgh, Pennsylvania, for $7,000 (equivalent to $153,224 in 2025).[11] The original Dynamosaurus material now resides in the collections of the Natural History Museum, London.[13] Dynamosaurus would later be honored by the 2018 description of another species of tyrannosaurid by Andrew McDonald and colleagues, Dynamoterror dynastes, whose name was chosen in reference to the 1905 name, as it had been a "childhood favorite" of McDonald's.[14]

                          From the 1910s through the end of the 1950s, Barnum's discoveries remained the only specimens of Tyrannosaurus, as the Great Depression and wars kept many paleontologists out of the field.[6]

                          Continued study

                          width=250Specimen "Sue", Field Museum of Natural History, Chicago (with some bones reconstructed)
                          Beginning in the 1960s, there was renewed interest in Tyrannosaurus, resulting in the recovery of 42 skeletons (5–80% complete by bone count) from western North America.[6] In 1967, Dr. William MacMannis located and recovered the skeleton named "MOR 008", which is 15% complete by bone count and has a reconstructed skull displayed at the Museum of the Rockies. The 1990s saw numerous discoveries, with nearly twice as many finds as in all previous years, including two of the most complete skeletons found to date: Sue and Stan.[6]

                          Sue Hendrickson, an amateur paleontologist, discovered the most complete (approximately 85%) and largest Tyrannosaurus skeleton in the Hell Creek Formation on August 12, 1990. The specimen Sue, named after the discoverer, was the object of a legal battle over its ownership. In 1997, the litigation was settled in favor of Maurice Williams, the original land owner. The fossil collection was purchased by the Field Museum of Natural History at auction for $7.6 million, making it the most expensive dinosaur skeleton until the sale of Stan for $31.8 million in 2020.[15] From 1998 to 1999, Field Museum of Natural History staff spent over 25,000 hours taking the rock off the bones.[16] The bones were then shipped to New Jersey where the mount was constructed, then shipped back to Chicago for the final assembly. The mounted skeleton opened to the public on May 17, 2000, in the Field Museum of Natural History. A study of this specimen's fossilized bones showed that Sue reached full size at age 19 and died at the age of 28, the longest estimated life of any tyrannosaur known.[17]
                          Replica of "Scotty", the largest known specimen, exhibited in Japan
                          Another Tyrannosaurus, nicknamed Stan (NHMAD 2020.00001, formerly BHI 3033[18]), in honor of amateur paleontologist Stan Sacrison, was recovered from the Hell Creek Formation in 1992. Stan is the second most complete skeleton found, with 199 bones recovered representing 70% of the total.[19] This tyrannosaur also had many bone pathologies, including broken and healed ribs, a broken (and healed) neck, and a substantial hole in the back of its head, about the size of a Tyrannosaurus tooth.[20]

                          In 1998, 20-year-old Bucky Derflinger noticed a T. rex toe exposed above ground, making him the youngest person to discover a Tyrannosaurus. The specimen, dubbed Bucky in honor of its discoverer, was a young adult, 3.0 metres (10 ft) tall and 11 metres (35 ft) long. Bucky is the first Tyrannosaurus to be found that preserved a furcula (wishbone). Bucky is permanently displayed at The Children's Museum of Indianapolis.[21]
                          The specimens "Sue", AMNH 5027, "Stan", and "Jane", to scale with a human.
                          In the summer of 2000, crews organized by Jack Horner discovered five Tyrannosaurus skeletons near the Fort Peck Reservoir.[22] In 2001, a 50% complete skeleton of a juvenile Tyrannosaurus was discovered in the Hell Creek Formation by a crew from the Burpee Museum of Natural History. Dubbed Jane (BMRP 2002.4.1), the find was thought to be the first known skeleton of a pygmy tyrannosaurid, Nanotyrannus, but other researchers considered it as the most complete juvenile T. rex;[23] currently exhibited at the Burpee Museum of Natural History, Jane is now re-described as the holotype of N. lethaeus.[24] In 2002, a skeleton nicknamed "Wyrex", discovered by amateur collectors Dan Wells and Don Wyrick, had 114 bones and was 38% complete. The dig was concluded over 3 weeks in 2004 by the Black Hills Institute with the first live online Tyrannosaurus excavation providing daily reports, photos, and video.[6]

                          In 2006, Montana State University revealed that it possessed the largest Tyrannosaurus skull yet discovered (from a specimen named MOR 008), measuring 5 feet (152 cm) long.[25] Subsequent comparisons indicated that the longest head was 136.5 centimetres (53.7 in) (from specimen LACM 23844) and the widest head was 90.2 centimetres (35.5 in) (from Sue).[26]

                          Description

                          Size

                          width=350Size (in blue) compared to select giant theropods and a human
                          T. rex was one of the largest land carnivores of all time. One of its largest and the most complete specimens, nicknamed Sue (FMNH PR2081), is located at the Field Museum of Natural History in Chicago. Sue measured 12.3–12.8 m (40–42 ft) long,[27][28][29] was 3.66–3.96 m (12.0–13.0 ft) tall at the hips,[27][30][31] and according to the most recent studies, using a variety of techniques, maximum body masses have been estimated approximately 8.4–9.22 t (8.27–9.07 long tons; 9.26–10.16 short tons).[32][33][34] A specimen nicknamed Scotty (RSM P2523.8), located at the Royal Saskatchewan Museum, is reported to measure 13 m (43 ft) in length. Using a mass estimation technique that extrapolates from the circumference of the femur, Scotty was estimated as the largest known specimen at 8.87 t (8.73 long tons; 9.78 short tons) in body mass.[32][35]

                          Not every adult Tyrannosaurus specimen recovered is as big. Historically average adult mass estimates have varied widely over the years, from as low as 4.5 t (4.4 long tons; 5.0 short tons),[36][37] to more than 7.2 t (7.1 long tons; 7.9 short tons),[38] with most modern estimates ranging between 5.4 and 8.0 t (5.3 and 7.9 long tons; 6.0 and 8.8 short tons).[28][39][40][41][42]

                          A 2024 study found that there was little evidence of size-based sexual dimorphism in T. rex.[43]

                          Skull

                          Skull of specimen AMNH 5027 with labelled diagrams in dorsal, lateral, anterior, posterior, and medial (lower jaw) views
                          The largest known T. rex skulls measure up to 1.52 m (5 ft 0 in) in length.[25][27] Large fenestrae (openings) in the skull reduced weight, as in all carnivorous theropods. In other respects Tyrannosaurus's skull was significantly different from those of large non-tyrannosaurid theropods. It was extremely wide at the rear but had a narrow snout, allowing unusually good binocular vision.[44][45] The skull bones were massive and the nasals and some other bones were fused, preventing movement between them; but many were pneumatized (contained a "honeycomb" of tiny air spaces) and thus lighter. These and other skull-strengthening features are part of the tyrannosaurid trend towards an increasingly powerful bite, which easily surpassed that of all non-tyrannosaurids.[46][47][48] The tip of the upper jaw was U-shaped (most non-tyrannosauroid carnivores had V-shaped upper jaws), which increased the amount of tissue and bone a tyrannosaur could rip out with one bite, although it also increased the stresses on the front teeth.[49]

                          The teeth of T. rex displayed marked heterodonty (differences in shape).[8][50] The premaxillary teeth, four per side at the front of the upper jaw, were closely packed, D-shaped in cross-section, had reinforcing ridges on the rear surface, were incisiform (their tips were chisel-like blades) and curved backwards. The D-shaped cross-section, reinforcing ridges and backwards curve reduced the risk that the teeth would snap when Tyrannosaurus bit and pulled. The remaining teeth were robust, like "lethal bananas" rather than daggers, more widely spaced and also had reinforcing ridges.[51] Those in the upper jaw, twelve per side in mature individuals,[8] were larger than their counterparts of the lower jaw, except at the rear. The largest found so far is estimated to have been 30.5 cm (12.0 in) long including the root when the animal was alive, making it the largest tooth of any carnivorous dinosaur yet found.[52] The lower jaw was robust. Its front dentary bone bore thirteen teeth. Behind the tooth row, the lower jaw became notably taller.[8] The upper and lower jaws of Tyrannosaurus, like those of many dinosaurs, possessed numerous foramina, or small holes in the bone. Various functions have been proposed for these foramina, such as a crocodile-like sensory system[53] or evidence of extra-oral structures such as scales or potentially lips,[54][55][56] with subsequent research on theropod tooth wear patterns supporting such a proposition.[57]

                          Skeleton

                          Life restoration showing scaly skin with sparse feathering, and lipped jawsSkeletal reconstruction of specimen "Sue"
                          The vertebral column of Tyrannosaurus consisted of ten neck vertebrae, thirteen back vertebrae and five sacral vertebrae. The number of tail vertebrae is unknown and could well have varied between individuals but probably numbered at least forty. Sue was mounted with forty-seven of such caudal vertebrae.[8] The neck of T. rex formed a natural S-shaped curve like that of other theropods. Compared to these, it was exceptionally short, deep and muscular to support the massive head. The second vertebra, the axis, was especially short. The remaining neck vertebrae were weakly opisthocoelous, i.e. with a convex front of the vertebral body and a concave rear. The vertebral bodies had single pleurocoels, pneumatic depressions created by air sacs, on their sides.[8] The vertebral bodies of the torso were robust but with a narrow waist. Their undersides were keeled. The front sides were concave with a deep vertical trough. They had large pleurocoels. Their neural spines had very rough front and rear sides for the attachment of strong tendons. The sacral vertebrae were fused to each other, both in their vertebral bodies and neural spines. They were pneumatized. They were connected to the pelvis by transverse processes and sacral ribs. The tail was heavy and moderately long, in order to balance the massive head and torso and to provide space for massive locomotor muscles that attached to the thighbones. The thirteenth tail vertebra formed the transition point between the deep tail base and the middle tail that was stiffened by a rather long front articulation processes. The underside of the trunk was covered by eighteen or nineteen pairs of segmented belly ribs.[8]
                          Right forelimb of specimen "Sue"
                          The shoulder girdle was longer than the entire forelimb. The shoulder blade had a narrow shaft but was exceptionally expanded at its upper end. It connected via a long forward protrusion to the coracoid, which was rounded. Both shoulder blades were connected by a small furcula. The paired breast bones possibly were made of cartilage only.[8]

                          The forelimb or arm was very short. The upper arm bone, the humerus, was short but robust. It had a narrow upper end with an exceptionally rounded head. The lower arm bones, the ulna and radius, were straight elements, much shorter than the humerus. The second metacarpal was longer and wider than the first, whereas normally in theropods the opposite is true. The forelimbs had only two clawed fingers,[8] along with an additional splint-like small third metacarpal representing the remnant of a third digit.[58]
                          Pelvic girdle of specimen MOR 555
                          The pelvis was a large structure. Its upper bone, the ilium, was both very long and high, providing an extensive attachment area for hindlimb muscles. The front pubic bone ended in an enormous pubic boot, longer than the entire shaft of the element. The rear ischium was slender and straight, pointing obliquely to behind and below.[8]

                          In contrast to the arms, the hindlimbs were among the longest in proportion to body size of any theropod. In the foot, the metatarsus was "arctometatarsalian", meaning that the part of the third metatarsal near the ankle was pinched. The third metatarsal was also exceptionally sinuous.[8] Compensating for the immense bulk of the animal, many bones throughout the skeleton were hollowed, reducing its weight without significant loss of strength.[8]

                          Classification

                          Skull casts of different Tyrannosaurus specimens
                          Tyrannosaurus is the type genus of the superfamily Tyrannosauroidea, the family Tyrannosauridae, and the subfamily Tyrannosaurinae; in other words it is the standard by which paleontologists decide whether to include other species in the same group. Other members of the tyrannosaurine subfamily include the North American Daspletosaurus and the Asian Tarbosaurus,[23][59] both of which have occasionally been synonymized with Tyrannosaurus.[60]

                          Tyrannosaurids were once commonly thought to be descendants of earlier large theropods such as megalosaurs and carnosaurs, although more recently they were reclassified with the generally smaller coelurosaurs.[49] The earliest tyrannosaur group were the crested proceratosaurids, while later and more derived members belong to the Pantyrannosauria. Tyrannosaurs started out as small theropods; however at least some became larger by the Early Cretaceous. It is quite likely that tyrannosauroids rose to prominence after the decline in allosauroid and megalosauroid diversity seen during the early stages of the Late Cretaceous.[61]

                          Tyrannosauroids are characterized by their fused nasals and dental arrangement. Pantyrannosaurs are characterized by unique features in their hips as well as an enlarged foramen in the quadrate, a broad postorbital and hourglass shaped nasals. Some of the more derived pantyrannosaurs lack nasal pneumaticity and have a lower humerus to femur ratio with their arms starting to see some reduction. Some pantyrannosaurs started developing an arctometatarsus. Eutyrannosaurs have a rough texture on their nasal bones and their mandibular fenestra is reduced externally. Tyrannosaurids lack kinetic skulls or special crests on their nasal bones, and have a lacrimal with a distinctive process on it. Tyrannosaurids also have an interfenestral strut that is less than half as big as the maxillary fenestra.[62]

                          Many phylogenetic analyses have found Tarbosaurus bataar to be the sister taxon of T. rex.[59] The discovery of the tyrannosaurid Lythronax further indicates that Tarbosaurus and Tyrannosaurus are closely related, forming a clade with fellow Asian tyrannosaurid Zhuchengtyrannus, with Lythronax being their sister taxon.[63][64] A further study from 2016 by Steve Brusatte, Thomas Carr and colleagues, also indicates that Tyrannosaurus may have been an immigrant from Asia, as well as a possible descendant of Tarbosaurus.[65]

                          Below is the cladogram of Tyrannosauridae based on the phylogenetic analysis conducted by Loewen and colleagues in 2013.[63]
                          Tyrannosauridae
                          Albertosaurinae

                          Gorgosaurus libratus
                          Albertosaurus sarcophagus
                          Tyrannosaurinae

                          Dinosaur Park tyrannosaurid

                          Daspletosaurus torosus

                          Two Medicine tyrannosaurid
                          Teratophoneus curriei

                          Bistahieversor sealeyi

                          Lythronax argestes

                          Tyrannosaurus rex

                          Tarbosaurus bataar
                          Zhuchengtyrannus magnus

                          In their 2024 description of Tyrannosaurus mcraeensis, Dalman et al. recovered similar results to previous analyses, with Tyrannosaurus as the sister taxon to the clade formed by Tarbosaurus and Zhuchengtyrannus, called the Tyrannosaurini. They also found support for a monophyletic clade containing Daspletosaurus and Thanatotheristes, typically referred to as the Daspletosaurini.[66][67]
                          Albertosaurus sarcophagus

                          Gorgosaurus libratus

                          Daspletosaurus horneri

                          Thanatotheristes

                          Daspletosaurus torosus

                          Daspletosaurus wilsoni
                          Teratophoneus

                          Nanuqsaurus

                          Bistahieversor

                          Lythronax
                          Tyrannosaurini
                          Tyrannosaurus mcraeensis

                          Tyrannosaurus rex
                          Zhuchengtyrannus

                          Tarbosaurus

                          Additional species

                          Diagram showing the differences between a generalized Tarbosaurus (A) and Tyrannosaurus rex (B) skull
                          In 1955, Soviet paleontologist Evgeny Maleev named a new species, Tyrannosaurus bataar, from Mongolia.[68] By 1965, this species was renamed as a distinct genus, Tarbosaurus bataar.[69] While most paleontologists continue to maintain the two as distinct genera, some authors such as Thomas Holtz, Kenneth Carpenter, and Thomas Carr argue that the two species are similar enough to be considered members of the same genus, restoring the Mongolian taxon's original binomial name.[sup][url=en.wikipedia.o
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                            Share this if u want others to share this :]View original postZenothesonicfan • 8sDeviljho is a very large, bipedal Brute Wyvern characterized by its uniform forest green coloration and muscular upper body. Its thick hide is littered with short, jagged spines that reach a maximum height along the back and tail. Deviljho has a narrow snout with a large lower jaw, covered in multiple rows of teeth spreading outwards from the mouth. It has massive, powerful hind legs, but tiny, poorly developed forelegs that it rarely utilizes. When enraged, Deviljho's back and shoulder muscles swell considerably revealing scars. During this period, areas of its skin will take on a bright red coloration, eviljho is endowed with extremely developed musculature that grants it unparalleled physical strength and stamina. Of note are its powerful jaws, assisted by sheer muscular strength, which can deliver bone-crunching bites to potential targets, and can also pick up and throw large objects or even prey. In addition, its powerful hind legs allow it to run at relatively high speed and leap considerable distances towards prey, and a combination of both powerful neck muscles & a durable skull allow it to use its head as a mace/a battering weapon against its enemies. When enraged, Deviljho is capable of producing a mysterious clouded emission that can be shot out of the mouth in a stream at prey. This substance contains the Dragon Element and can be very deadly to hunters as well as other monsters, Deviljho is a nomadic monster, prone to wandering vast distances in search of prey. Its status as a super-predator allows it to overtake the territory of any monster that stands in its path. Because of its extreme metabolism and equally extreme need for sustenance to survive, Deviljho is always in search of food sources, and will attempt to kill and eat anything on sight. It is known to be cannibalistic and is also prone to eating prey alive in order to waste as little time as possible in replenishing its energy.

                            Rathalos are large, bipedal wyverns with a spiny, armored hide covering their body. Their outer shell features much brighter and more vibrant colors than that of their female counterpart, the Rathian. It is primarily bright red, with black markings throughout. Like the Rathian, Rathalos possess a flame sac which is used to produce deadly flaming projectiles from the mouth. The talons upon their feet are highly poisonous and are known to inflict toxic mortal wounds on larger prey. In addition, their long, thick tail features a heavy spiked club at the end. Rathalos' wing membranes feature ornate patterns which are likely used to attract potential mates.

                            Abilities


                            Rathalos are expert flyers, and as such are prone to hunting from the skies. By launching a surprise aerial attack, they can inflict poisonous wounds with their talons or burn prey with flaming projectiles. On the ground, Rathalos remain formidable opponents. Using their powerful legs, they can chase down prey from a distance or inflict blunt-force damage with their clubbed tail. At a close enough range, they are known to use their sharp teeth to bite at foes as well. Some Rathalos are capable of staying in the air and launching a "few" fireballs before landing back to the ground.

                            Behavior


                            Rathalos are highly territorial monsters, and as such, are aggressive towards intruders. They will chase away or attempt to kill any monster which may pose a threat to their land. While hunting, Rathalos will stalk prey from the air before swooping in for the kill. Once they have successfully brought down their prey, they will carry it away to eat in private, safe from scavengers or other large monsters which might attempt to steal the kill.

                            Habitat


                            Rathalos have been spotted in many kinds of environments, from the temperate Forest and Hills to the extreme heat of the Volcano. As a master of flight, they will travel far and wide, searching for prey from the skies. Rathalos is also the apex predator of the Ancient Forest alongside Nargacuga.

                            Gogmazios is a massive Elder Dragon with a body structure similar in nature to that of Gore Magala and Shagaru Magala, albeit with proportionally-larger wingarms. It has a large, heavy head with red eyes and rows of sharp teeth. When its chest and throat begin to heat, a glowing pattern, reminiscent of a scowl, is present beneath its chin, giving it the semblance of a second face. Its wingarms feature membranes that almost completely retract when not in use, and its body is covered in thick, powerful scales, carapaces, and spines of an indigo colouration. Perhaps the most notable features of Gogmazios's body are the ever-present covering of a sticky, tar-like substance which it uses to incapacitate prey, and the presence of ancient siege weaponry lodged in its back.

                            Abilities


                            Despite its enormous size, Gogmazios is fully capable of flight thanks to its incredibly powerful wings and presumably light skeleton. It is capable of firing a laser-like beam of superheated oil at attackers, and can use its immense size and weight to batter opponents into submission.

                            Behavior


                            Similar to Teostra, Gogmazios has a highly unusual diet of sulfur and gunpowder[1]. It eats this substance in vast quantities and is known to raid armories and warehouses, such as the ones within Dundorma, in order to feed on it in bulk. Unexpectedly for a creature of its size, it is very elusive and avoids direct confrontation with humans, leading some to name it a "specter". When an encounter does occur, it is highly aggressive and will attempt to destroy anything that threatens it or attempts to stand in its way.

                            Habitat


                            The natural habitat from whence Gogmazios originated is completely unknown, however it is theorized by the Guild that it may have come from the Swamp or the Old Swamp. Its vast territory and aggressive nature often result in it attempting to attack Dundorma's Battlequarters. Revealed in the Forbidden Lands, Gogmazios is shown to live in volcanic regions, such as the Forgotten Machineworks.

                            Deviljho is endowed with extremely developed musculature that grants it unparalleled physical strength and stamina. Of note are its powerful jaws, assisted by sheer muscular strength, which can deliver bone-crunching bites to potential targets, and can also pick up and throw large objects or even prey. In addition, its powerful hind legs allow it to run at relatively high speed and leap considerable distances towards prey, and a combination of both powerful neck muscles & a durable skull allow it to use its head as a mace/a battering weapon against its enemies. When enraged, Deviljho is capable of producing a mysterious clouded emission that can be shot out of the mouth in a stream at prey. This substance contains the Dragon Element and can be very deadly to hunters as well as other monsters.

                            Behavior


                            Deviljho is a nomadic monster, prone to wandering vast distances in search of prey. Its status as a super-predator allows it to overtake the territory of any monster that stands in its path. Because of its extreme metabolism and equally extreme need for sustenance to survive, Deviljho is always in search of food sources, and will attempt to kill and eat anything on sight. It is known to be cannibalistic and is also prone to eating prey alive in order to waste as little time as possible in replenishing its energy.

                            Habitat


                            Because of its nomadic nature, Deviljho is known to inhabit a wide variety of environments, such as Tundra, Deserted Island, and Volcano, and has even been seen as far as the New World. Because of its immense appetite, its presence is often disruptive to the natural ecosystem, to the point of causing localized extinction ev

                            Deviljho is endowed with extremely developed musculature that grants it unparalleled physical strength and stamina. Of note are its powerful jaws, assisted by sheer muscular strength, which can deliver bone-crunching bites to potential targets, and can also pick up and throw large objects or even prey. In addition, its powerful hind legs allow it to run at relatively high speed and leap considerable distances towards prey, and a combination of both powerful neck muscles & a durable skull allow it to use its head as a mace/a battering weapon against its enemies. When enraged, Deviljho is capable of producing a mysterious clouded emission that can be shot out of the mouth in a stream at prey. This substance contains the Dragon Element and can be very deadly to hunters as well as other monsters.

                            Behavior


                            Deviljho is a nomadic monster, prone to wandering vast distances in search of prey. Its status as a super-predator allows it to overtake the territory of any monster that stands in its path. Because of its extreme metabolism and equally extreme need for sustenance to survive, Deviljho is always in search of food sources, and will attempt to kill and eat anything on sight. It is known to be cannibalistic and is also prone to eating prey alive in order to waste as little time as possible in replenishing its energy.

                            Habitat


                            Because of its nomadic nature, Deviljho is known to inhabit a wide variety of environments, such as Tundra, Deserted Island, and Volcano, and has even been seen as far as the New World. Because of its immense appetite, its presence is often disruptive to the natural ecosystem, to the point of causing localized extinction evCanuri • 40m*taco bell noises*BeanMan68 • 2hBeans 🤤
                          • Zomphey
                            Public • 3h
                            maybe the villagers gave me mending because I didn't enslave themqFlyinqduckz • 3hyou should give them to me so i can lock them in my basement and force them to breed
                          • Zomphey shared PostaSauce's post
                            Site Members • 6h
                            hPostaSauce
                            Site Members • 15h
                            lets start this trend back up
                            ive been meaning to see what you guys think of me anyways
                            last time I did this the highest I got was a 6.5
                            where do I stand now

                            View original postHyperOctal • 2h9IsThatVee • 2h20 literallyWelcomeToPMC • 2h15WileyKitKat • 3h10BenTheRetroGamesDude707 • 4h10 without any doubthI_AmGeeWay • 4h10PotatoWolfie • 4h10 for whatever reasomCanuri • 4h10

                            you spam "hi guys" for wall posts a lot
                            View more comments
                          • Nemo_XLII33 made a comment on your Wall Post!7h

                          • Nemo_XLII33 and 3 others liked your Wall Post!7h
                          • Zenothesonicfan
                            Public • 8h
                            Bella, 2006-2026

                            Nemo_XLII • 7ho7
                          • Congratulations! You reached level 20!8h
                          • You unlocked classes for leveling up!8h
                          • Zomphey
                            Public • 17h
                            my cat sat on my mouseTyRy13 • 10hRare moment where no car but cat
                            Bubblez705Sit on the cat Teach it a lessonPostaSauce • 16hsign your own death warrant speedrun any%Bubblez705 • 17hSit on the cat

                            Teach it a lesson
                          • Zomphey
                            Public • 17h
                            seriously though why are they doing that-
                            Show more
                            thewindeussi lliksMISTERMEGA • 4hi believe you copied me https://www.planetminecraft.com/member/zomphey/guestbook/post/1123270/arandomcat04 • 17hquantum tunneling, it's a normal occurrence if you have high entropy (or karma)thewind • 17heussi lliks
                          • Zomphey
                            Public • 17h
                            how to repair your elytra in minceraft
                            step 1: put mending on elytra
                            step 2: go to your overflowing chimkin farm featuring chimkins clipping through the fences
                            step 3: kill all the chimkins with your trusty looting 3 diamond spear
                            step 4: infinite foodTyRy13 • 10hI’M INNOCENT HELPPP
                            Kraggle09Zomphey is my favorite endearment/catZomphey • 17h*dies the deadliest death*
                            Kraggle09Zomphey's right here dude, a little insensitive if you ask meZomphey • 17h*dies more*
                            LARPLionI love enderwomenZomphey • 17h*dies*
                            Kraggle09Zomphey's right here dude, a little insensitive if you ask meLARPLion • 17hNah he's a blueberry
                            thewindendearment ✍️🔥🔥Kraggle09 • 17hZomphey is my favorite endearment/cat
                            LARPLionAlternate option: Build an endearment farm in the end Die midway though and lose your elytra Find a new elytra Use s...Kraggle09 • 17hZomphey's right here dude, a little insensitive if you ask me
                            thewindendearment ✍️🔥🔥LARPLion • 17hI love enderwomen
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                          • Zomphey
                            Public • 19h
                            planet minecraft
                            Villager_Number 1 • 18hManet plinecraft

                          • Zomphey67 liked your Wall Post!22h
                          • Zenothesonicfan shared BeanMan68's post
                            Public • 22h

                            BeanMan68
                            Public • 1d

                            bringing back the cheese. share the cheese. everyone must get cheese.View original post
                          • Zomphey shared BeanMan68's post
                            Public • 1d

                            BeanMan68
                            Public • 1d

                            bringing back the cheese. share the cheese. everyone must get cheese.View original postSlushySquid • 1d🤤 cheesy
                            BeanMan68cheemsZomphey • 1d🤤BeanMan68 • 1dcheems
                          BeanMan682026-07-09 14:41:14
                          A
                          arandomcat042026-07-09 14:36:53
                          ctrl+a, ctrl+c, ctrl+v
                        • Zenothesonicfan
                          Public • July 9, 2026, 2:23 pm
                        • Zenothesonicfan
                          Public • July 9, 2026, 5:44 am
                          Bella, 2006-2026

                          Nemo_XLII2026-07-09 06:39:50
                          o7
                        • Zenothesonicfan shared BeanMan68's post
                          Public • July 8, 2026, 3:52 pm
                          BeanMan68
                          Public • July 8, 2026, 10:53 am

                          bringing back the cheese. share the cheese. everyone must get cheese.
                          View original post
                        • Zenothesonicfan shared Nemo_XLII's post
                          Public • July 7, 2026, 1:04 pm
                          GIVE THEM MONEY NOW
                          Nemo_XLII
                          Public • July 7, 2026, 7:56 am
                          Important!! Please help them!

                          View original post
                        • Zenothesonicfan
                          Public • July 6, 2026, 9:03 am
                          1921559559 thats my steam freind code add me if u want
                        • Zenothesonicfan
                          Public • July 3, 2026, 9:03 am
                          Dude steam is cool, i just bought maneater and its dlc for 8.08 FREAKING BUCKS
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