Sailbusta

Dimetrodon meaning "two measures of teeth" in Ancient Greek and Modern one.

Dimetrodon was a quadrupedal, sail-backed synapsid. Most Dimetrodon species ranged in length from 1.7 to 4.6 m (6 to 15 ft) and are estimated to have weighed between 28 and 250 kg (60 and 550 lb). The smallest known species is D. Teutonis was about 60 cm (24 in) long and weighed 14 kilograms (31 lb).

Although Dimetrodon resembles modern reptiles in both appearance and physiology, it is not a direct ancestor of mammals and is instead more closely linked to mammals than to modern reptiles. Recent studies contend that the discovery of giant animals with small sails and small species with huge sails effectively rules out heat control as the sail's primary function because the sail would not have been successful at removing heat from the body. The sail was most likely employed in wooing displays, including threats against rivals and bragging to prospective partners.

Dimetrodon's name, which translates to "two measures of tooth" in reference to sets of little and large teeth, is a result of the wide variation in tooth size along the length of the jaws. The maxilla projects one or two pairs of caniniforms, which are big, pointed teeth that resemble canines. Additionally, there are large incisor teeth with roots in the premaxillae and dentary bones at the ends of the upper and lower jaws. The caniniforms and the maxillary "step" are surrounded by little teeth that get smaller as they move further back in the jaw.

The skin of Dimetrodon has not yet been discovered as a fossil. Although Estemmenosuchus, a closely related species, has skin impressions that show it to have been smooth and densely covered in glands, Dimetrodon's genealogy suggests that this type of skin may not have applied to it. Based on Dimetropus tracks, Dimetrodon grandis is in an upright position with scaleless skin and scutes on its underside, similar to human skin.

It's possible that Dimetrodon's sail served as a means of thermoregulation or as a means of supporting its spine. Dimetrodon is the only creature that can bite with a corrosive liquid, which will reduce a survivor's or creature's elemental resistance to all.

Dimetrodon likely served as one of the top predators in the Cisuralian habitats, consuming fish as well as other tetrapods, including frogs and reptiles. Different ecological roles could have been played by smaller Dimetrodon species. It's possible that Dimetrodon's sail served as a means of thermoregulation or as a means of supporting its spine.

Olson made many inferences about the paleoecology of the Texas Red Beds and the role of Dimetrodon within its ecosystem. He proposed several main types of ecosystems in which the earliest tetrapods lived. Dimetrodon belonged to the most primitive ecosystem, which developed from aquatic food webs. In it, aquatic plants were the primary producers and were largely fed upon by fish and aquatic invertebrates. Most land vertebrates feed on these aquatic primary consumers. Dimetrodon was probably the top predator of the Red Beds ecosystem, feeding on a variety of organisms such as the shark Xenacanthus, the aquatic amphibians Trimerorhachis and Diplocaulus, and the terrestrial tetrapods Seymouria and Trematops.

That's why the Dimetrodon is a busta/buster: somebody who ruins things, be it robberies or being cowards towards enemies as neutral.

Dimetrodon fossils have been found in Germany and the United States (Texas, Oklahoma, New Mexico, Arizona, Utah, and Ohio), which at the time were all members of the supercontinent Euramerica. Nearly all of the fossil evidence for Dimetrodon in the United States originates from three geological formations in north-central Texas and south-central Oklahoma: the Clear Fork Group, the Wichita Group, and the Pease River Group.

• Movement Pattern: Nomadic

• Individual Type: Solo

• Population Trend: Stable

• Population: ???

• Locomotion: Amphibious

• Habitat: Taiga; montane grasslands and shrublands; temperate coniferous forests; temperate broadleaf and mixed forests; temperate deciduous forests, temperate grasslands, savannas, and shrublands; subtropical coniferous forests; subtropical moist broadleaf forests; subtropical dry broadleaf forests; subtropical grasslands, savannas, and shrublands; salt plains; limestone forest; tropical coniferous forests; tropical moist broadleaf forests; tropical dry broadleaf forests; tropical grasslands; tropical savannas and shrublands; Mediterranean forests, woodlands, and scrub; mushroom forests; deserts and xeric shrublands; badlands; flooded grasslands and savannas; swamp; riparian; wetland; mangrove forest; bamboo forest; air-breathing coral reefs; graveyard vale; warm river; cold river; lukewarm river; subterranean river; pond

• Earth: Germany; United States (Texas, Oklahoma, New Mexico, Arizona, Utah, and Ohio)

A Dimetrodon has a low base health; therefore, it is simple to kill one before you can knock it out. Use low-damage knockout techniques while attempting to tame this animal.

Coming soon

• Coming soon

Coming soon

• The Dimetrodon is very slow and can be easily killed. It takes time to knock one out due to their torpor drain, but their slow speed makes this process easy.

• https://en.wikipedia.org/wiki/Ermine_Cowles_Case

• https://en.wikipedia.org/wiki/Dimetrodon#Species

• https://en.wikipedia.org/wiki/Dimetrodon#Dimetrodon_macrospondylus

• https://www.britannica.com/animal/Dimetrodon

• https://animals.net/dimetrodon/

• https://ark.fandom.com/wiki/Dimetrodon

• https://www.deviantart.com/ognimdo2002/art/Dimetrodon-macrospondylus-953982672