recursal/Fanatic-Fandom huggingface dataset:
Altapod

**Altapod** (lit. "tall leg") was a deep-sea clade of Podilamina.

## Description

Most recently evolving from the Pellislamina, Altapods were deep-sea scavengers that received most of their energy from whale falls. Notably larger than their relatives due to deep-sea gigantism, Altapods also had proportionally longer legs, granting them greater stride length and letting them traverse the ocean floor more frequently. With their vision next-to-useless, Altapods had greatly improved sense of smell and elongated setae to improve their hearing. Their feeding arms were lined with barbed structures to help them process their food more effectively.

Like many other groups, Altapods met their demise during the Proto-Nuskuan Extinction.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ **Altapod**†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Angela Basset did the thing

**Angela Basset did the thing** is a soundbite originating from Ariana Debose, first appearing in Off The Rails 62 - The Crew Gives Ethan A Makeover at the timestamp 1:16:00.

## Background

Olivia brought up Ariana Debose's performance at the BAFTA Awards where Debose sang an odd, breathless song highlighting the famous women in the building. Debose deleted her Twitter after being memed on relentlessly, specifically for her delivery of the line "Angela Basset did the thing," which sparked hilarity among viewers. Zach used the soundbite many times throughout the episode it originated on.
Sagarumorph

Sagarumorph has a suction mechanism similar to starfish so that they won’t blow off. They have a connection to the Platynoche reefs. They get to cling onto the reef, being sheltered to most dangers. They hang until they die, after which Platynoche eats it for nutrients. Their name comes from the word for Hang and the Greek word for Form.
Miguel

Miguel es uno de los participantes que debuto en la segunda temporada de SilverGang. también participo en otros proyectos de la SilverGang como PermaSilver.

## SilverCamp: The Moobloom Law

Miguel debuto en la segunda edicion, siendo parte del Equipo Drencher, los cuales juntos con los Blazoners fueron los que mejor se desarrollaron el fase de equipos. durante esta fase hizo una alianza con varias personas, pero todos fuero

n eliminados así que se quedo solo.

Gracias a su actividad y aporte Miguel entro a la fase de solitarios, al terminar esta fase fue elegido por Sherman para ser parte del Equipo Blazoner, y en el desafío de la Trivia de Minecraft estando el solo contra el Equipo Enchantivore.

A pesar de todo Miguel no había sido eliminado y logro estar en la final contra Misterioso haciendo team junto con Dragon, Ad, Guainaut y Carlos, lamentablemente perdió el desafío del Hello Neighbor, perdiendo la temporada.

## Estadísticas

* Equipo Blazoner
* Netel Tag
* Bingo
* Club de Comedia
* Egyptian Blood
* Trivia de Marvel
Manuseptum

**Manuseptum** (lit. "seven hands") is one of two animal phyla on Nusku.

## Description

Manuseptum are one of the first documented lifeforms to appear on Nusku. Its ancestor was a radially-symmetrical plankton with eight-arms, with reduced to seven as the animal became more bilaterally symmetrical.

Having evolved from a radially symmetrical ancestor, Manuseptum lack a through gut: food ingestion, waste disposal, and gamete excretion are all done through a single opening which serves double-duty as both mouth and anus. All lineages of Manuseptum partake in sexual reproduction, producing gametes of one of two genders.

### Basal

Basal clades of Manuseptum are simple and plankton-like. Six of their seven limbs are the same size, and are used for catching food in the water. The seventh, larger limb is used to help the animal orient itself in the water, providing short bursts of propulsion. Basal Manuseptum lack eyes, and reproduce via broadcast spawning.

The basal lineage has survived the first Nuskuean mass extinction.

## Navigation

	+ **Manuseptum**
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Nuskuzoa Lineage

The lineage for the lifeforms on Nusku are as follows:

* LUCA
	+ Purpungos
		- Latafyllo
			* Simafolium
			* Prototerrafyllo
				+ Terrafyllo
					- Brevefyte
					- Erectufute
						* Hamafolius
					- Bulbufyte
					- Latusfyte
		- Velosfyllo
			* Acusfyte
	+ Nuskuzoa
		- Manuseptum
			* Caudabranchiis
				+ Trullamorph
					- Lepedastom
					- Serrastome
					- Maurotrulla
				+ Loricatorustoma
					- Morsdontia
					- Repolimita
						* Arthropulma
					- Arthrocollis
						* Laetustoma
		- Pisceslamina
			* Cyclopslamina
				+ Ostopiscis
					- Piscisrostro
						* Dyorostro
							+ Tyranapsari
								- Novupsari
							+ Acutamorph
					- Cubiculopsi
			* Podilamina
				+ Cornugigantas
					- Cornumini
					- Lapisipenna
				+ Pellislamina
					- Altapod
					- Thyreotrichae
					- Patchypod
						* Crassipod
				+ Acritesta
					- Testapod
			* Thalassatesta
				+ Aspitesta
				+ Dermatesta
			* Parvutesta
			* Dolichocyclops
				+ Leptovermi
					- Plumavermi
				+ Laetuscyclops
			* Acutustoma
Roseus System

The **Roseus System** is a fictional red dwarf solar system and the setting for Project Rose.

## Composition

The Roseus System is based largely on the real-world TRAPPIST-1 system. At the center of the system is the red dwarf Roseus, surrounded by six planets. TRAPPIST-1h is represented by an asteroid belt rather than a planet.

### Star

The star "Roseus" is a red dwarf, similar in composition to the real-life TRAPPIST-1. As a result of its composition, it more heavily produces infrared light than the Sun.

### Planets

Five of the six planets in the Roseus System are tidally locked with the star, leaving one side in perpetual light and the other in perpetual darkness. Ullr, the furthest planet, is not tidally locked with Roseus itself, but with its "moon" Lilla. Three of the six planets are located within the system's habitable zone.

* Balbinus
* Calaha
* Scorpios
* Nusku
* Mazu
* Ullr-Lilla\*
Caudabranchiis ε

***Caudabranchiis ε*** was a basal species of Caudabranchiis.

## Description

*Caudabranchiis ε* was a smaller species of basal Caudabranchiis (measuring about 55 cm long) found in Purpungos reefs. Similarly to *Caudabranchiis δ,* its gills lined its body rather than its fins. It also had adaptations for its reef environment, such as purple coloration and shortened feeding arms.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* ***Caudabranchiis ε***
* *Caudabranchiis ζ*
Patchypod

**Patchypod** (lit. "thick foot") are a clade of Pellislamina.

## Description

Patchypod first evolved in Nusku's intertidal zone, where they fed on Parvutesta. The necessary adaptations to survive on dry land include wide tentacle-like legs, with which it can drag its soft, blobby body across dry land.

Basal Patchypods can only survive on dry land for short periods, no more than an hour at most. Such Patchypods will fill their breathing pores with water before trekking across dry land to maximize their time ashore.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ **Patchypod**
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Cornugigantas

**Cornugigantas** (lit. "winged giant") was a lineage of Podilamina found in Nusku's Sub-Zero zone.

## Description

### Anatomy

Cornugigantas was a large pelagic filter-feeder, the largest known Pisceslamina to appear on Nusku so far (measuring 6m in length). As a *Cornumorph*, Cornugigantas employed fin-driven swimming: its rear two pairs of fins acted as rudders, while the second and third pairs were used primarily for locomotion. Its frontmost pair were not used for swimming, but to direct water into the creature's mouths. These four mouths, which were located in the front of its face, were proportionally larger than the ones of other Podilamina, and were lined with hairs to catch plankton.

Due to having fewer predators, Cornugigantas had less setae on their backs.

### History

Evolving soon after Podilamina, Cornugigantas became the dominant large filter-feeders in Nusku's Sub-Zero zone, an area too cold for the basal Caudabranchiis to survive. While they were never able to leave this zone due to competition from the dominant Caudabranchiis, relatives such as the Cornumini were eventually able to reach other areas. The only known predators of Cornugigantas were Tyranapsari.

The Cornugigantas were among the many clades to meet their end during the Proto-Nuskuan Extinction.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- **Cornugigantas**†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Iceologers Brillantes

El equipo Iceologers Brillantes fue uno de los dos equipos de la primera edición de SilverCamp, los cuales sus miembros fueron elegidos antes de comenzar la temporada.

Los miembros de este equipo fueron Ese01, Maxeh, Kelzo, Redax, Delpy, JuanK, Pingu, Nott y Rodrigo

## Logo

El logo de los Iceologers Brillantes es un circulo rodeado de luz azul, el centro del logo esta la cabeza del Iceologer mostrando una sonrisa de maldad y con los ojos de color rojo, de fondo de muestra las montañas, el lugar de donde iba a aparecer este mob como se mostro en la votación por un mob nuevo en 2020.

De izquierda a derecha: Ese01, Maxeh, Kelzo, Redax, Delpy, JuanK, Pingu, Nott y Rodrigo

## Curiosidades

* Es el equipo con mas victorias de esta edición en la fase de equipos, con 5 victorias en total
* El unico participante que fue eliminado en esta edición fue Delpy perteneciendo a este equipo
* En la fase de solitarios la mayoría eran participantes de este equipo
Baskets of Deplorables

**Baskets of Deplorables** is the seventh episode of *The Challenge: Vendettas*.

## Description

One player’s humiliating performance may cost him the game when he gets shamefully stuck in a basket. Ailee vows to wage war against her enemy, Sumin.

## Challenge

**Location:** Port of Málaga, Málaga, Spain

**Challenge:** *Car Crash*
Players will be placed in three teams of four and one of five by the previous Troika (Ezzo, Luke, and Sumin), and compete in two heats. During each heat teams will start on a platform suspended above the water and, on TJ's signal, one by one players must cross the structure by leaping across five cars suspended above the water. After crossing through each car, players must go inside the car through the window and back out before moving on to the next car. Each player will be given a three minute time limit to complete this and a player will be disqualified from their heat if they hang on to the suspension chains. It will also be raining during this challenge making the surface of the cars very slippery. The team with the fastest individual time will win $25,000 to split among their bank accounts and select three of it's members to become the new Troika. The team with the worst individual time must nominate one of their own male players for the Ring. As a result of Jay's and Madison's Grenade, Sunwoo and Gator were required to cover themselves in lube before starting the challenge, Sarah Beth was required to do an endurance challenge before the challenge due to Mousea's Grenade.

## Nominations

**The Inquisition:**

## Elimination

**Troika vote:**

**Ring:** *Basket Case*

Players will start locked inside of a Spanish basket. On TJ's signal players must claw, smash, and tear their way out of their basket as quickly as they can. Once they have left their basket players must run to their puzzle board and complete it as quickly as possible. The first player to successfully complete their puzzle will win and earn a Grenade. The loser will be eliminated and their bank account will be added to the final prize money.

**Results:**

## Notes

* Gator quit during the elimination against Luke due to a blowup involving Ethan, Jay, Luke, Madison and Sean.
Caudabranchiis ζ

***Caudabranchiis ζ*** was the final species of large basal Caudabranchiis.

## Description

Due to similarities in its body shape and lifestyle, *Caudabranchiis ζ* was likely related to *Caudabranchiis δ*. However, it measured only 4-6 meters long as an adult, and had much shorter feeding arms.

*Caudabranchiis ζ* met its end in the Proto-Nuskuan Extinction, succumbing to the anoxic waters and cooling climate. Its demise marked the end of the basal lineage of Caudabranchiis.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* ***Caudabranchiis ζ***
Testapod

**Testapod** (lit. "shell foot") is a terrestrial lineage of Acritesta.

## Description

Testapods first evolved in a river valley north of the southern coast of Nusku. The massive algal blooms associated with the Proto-Nuskuan Extinction played a significant factor in their transition to land, as the anoxic waters made air a more favorable option for respiration.

Testapods have a partial exoskeleton derived from the shell that covers all Acritesta's backs, that helps support their weight. Their front part is longer and trunk-like, allowing them to access food on the ground more easily. Their mouths are also equipped with tooth-like structures composed of a similar structure to their shell, aiding in their ability to process plant matter. Testapod reproduction is largely identical to that of other Acritesta lineages, although their reproductive tail is kept in an airtight seal while the young are developing, in order to protect them from dry air.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* **Testapod**
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Novupsari

**Novupsari** (lit. "new fish") is a clade of Dyorostro.

## Description

### Anatomy

Novupsari are the first creatures on Nusku to possess a closed circulatory system, granting them greater energy and higher oxygen efficiency. This anatomical trait evolved in response to a calcium-hunting bacterial microorganism: what began as a series of blood channels in the bones to provide antibodies expanded into a system of circulation.

A subtle, but still noteworthy trait of the Novupsari is that, unlike other Piscisrostro, their beaks are covered in skin, with only the serrations exposed.

### History

Evolving near the beginning of the Proto-Nuskuan Extinction, Novupsari is stated to become one of the three main players in Nusku's fauna during the second biological era.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ **Novupsari**
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Dyorostro

**Dyosrostro** (lit. "two beaks") is a lineage of Piscisrostro.

## Description

### Anatomy

Dyorostro have a proportionally larger beak than early Piscisrostro. The shape of this beak varies across clades, ranging from large yet simple to serration-lined and jawlike.

All lineages of Dyorostro possess a lateral line system, allowing them to detect nearby movements in the water or changes in pressure.

### History

Dyorostro evolved relatively soon after the emergence of its ancestor Piscisrostro. The first Dyorostro were herbivorous, using their beak and grasping arms to feed on the Purpungos (ignoring Acutustoma, they are the first animals on Nusku to have such a diet). Somewhat ironically, the clades that developed from Dyorostro all became carnivorous.

These basal Dyorostro were among the many clades to met their end during the Proto-Nuskuan mass extinction. Dyorostro is the latest common ancestor of the surviving known lineages of Ostopiscis.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ **Dyorostro**†
 * Acutustoma\*
Loricatorumstoma

**Loricatorumstoma** is a predatory clade of Caudabranchiis.

## Description

### Anatomy

The Loricatorumstoma are carnivorous pursuit hunters, possessing backward-facing teeth to both catch prey and prevent it from escaping. Their support structure comes in the form of a chitin-like exoskeleton, which covers all soft tissue save for their gills. The exoskeleton is fused together at the mouth, allowing for greater bite force. Gas pockets are embedded within this armor to provide greater buoyancy and balance the skeleton's weight.

Loricatorumstoma have a "lateral ring system": sensory organs located at the indents between plates in its exoskeleton allow them to detect changes in water pressure, such as the movement of nearby objects. This adaptation helps them track prey in darker areas of the sea.

### History

Loricatorumstoma was one of the first apex predators in the ancient Purpungos reefs, hunting creatures such as Trullamorphs and Ostopiscis.

All basal Loricatorumstoma met their end in the Proto-Nuskuan Extinction: the two known surviving lineages are the freshwater Repolimita and the deep-sea Laetustoma.

## Notes

* Rose has described the Loricatorumstoma as analogous to early arthropods.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* **Loricatorumstoma**†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Lepedastom

**Lepedastom** (lit. "blade face") were a clade of Trullamorph.

## Description

Rather unique for Trullamorphs, the Lepedastomes used their lower jaw as a weapon for hunting prey such as Acutamorphs. Their lower jaw was an elongated skewer used to stab food items. Lepedastomes also had streamlined bodies, holding their upper two feeding arms close to their upper jaw. Their eyes were located further up, allowing them to better see their position regardless of how the feeding arms were oriented.

Lepedastomes were among the clades to go extinct during the Proto-Nuskuan Extinction.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- **Lepedastom**†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Serrastome

**Serrastome** (lit. "saw mouth") is a freshwater branch of Trullamorph.

## Description

Serrastomes are similar to the helicoprion on Earth, having a thin lower jaw lined with a ridge of strong teeth used for breaking open the shells of its prey Acritesta. Their upper two feeding arms are completely devoid of any setae or serrations.

Serrastomes are among the survivors of the Proto-Nuskuan Extinction.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* **Serrastome**
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Plumavermi

**Plumavermi** (lit. "feather worm") are a clade of Dolichocyclops.

## Description

Much like their ancestors Leptovermi, Plumavermi live on the deep sea floor near geothermal vents, feeding on chemosynthetic bacteria and mainly remaining buried to protect themselves from the extreme temperature of the surrounding waters. Having retained their juvenile comb-like filters through neoteny, Plumavermi feed directly from the water itself rather than the sea floor. With this adaptation, they only need to leave their burrows to mate (assuming the burrow doesn't become unsafe), and so grow their protective bacterial coat less frequently than their cousins.

Plumavermi were among the survivors of the Proto-Nuskuan Extinction.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- **Plumavermi**
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
Simafolium

**Simafolium** (lit. "flag leaf") was a clade of Latafyllo.

## Description

Found in Nusku's sclera, Simafolium developed a similar approach to the Velosfyllo, joining its leaves with the stem and growing them along the length of the plant rather than solely from the top. It served as a mimicry model for the Cubiculopsi, which would often attach to it to filter feed.

The greatest disadvantage of Simafolium was its asexual reproduction, making populations vulnerable to disease and parasites. This would ultimately lead to the end of Simafolium during the Proto-Nuskuan Extinction, along with all its asexually reproducing relatives.

## Navigation

	+ *Purpungomorph*
		- Purpungos†
		- *Latafylla*
			* *Latafyllid*
				+ Latafyllo†
				+ *Prototerrafylla*
					- Prototerrafyllo
					- *Euterrafyllo*
						* *Euterrafyllomorph*
							+ *Terrafyllomorph*
								- *Terrafyte*
									* Bulbufyte
									* Terrafyllo
								- Latusfyte
							+ Brevefyte
						* Erectufolius
							+ Erectufyte
							+ Hamafolius
			* **Simafolium**†
	+ *Euvelosfyllo*†
		- Velosfyllo†
		- Acusfyte†
Latafyllo

**Latafyllo** (lit. "wide leaf") is a branch of Purpungos.

## Description

The defining trait of Latafyllo is their multiple leaves, which can be shed and regrown if damaged or unable to photosynthesize.

The Latafyllo evolved relatively late in Nusku's first biological, but quickly became the dominant flora in the Purpungos reefs. All asexually reproducing Latafyllo (including the entire Simafolium branch) were wiped out within eight million years of the first appearance of Prototerrafyllo.

## Navigation

	+ *Purpungomorph*
		- Purpungos†
		- *Latafylla*
			* *Latafyllid*
				+ **Latafyllo**†
				+ *Prototerrafylla*
					- Prototerrafyllo
					- *Euterrafyllo*
						* *Euterrafyllomorph*
							+ *Terrafyllomorph*
								- *Terrafyte*
									* Bulbufyte
									* Terrafyllo
								- Latusfyte
							+ Brevefyte
						* Erectufolius
							+ Erectufyte
							+ Hamafolius
			* Simafolium†
	+ *Euvelosfyllo*†
		- Velosfyllo†
		- Acusfyte†
Bulbufyte

**Bulbufyte** (lit. "bulb plant") is a clade of Terrafyllo.

## Description

Found in Nusku's arid continental interior, the Bulbufyte displays a branching pattern comparable to Earth's plants. From each of these branches extends a "leaf bulb", from which the leaves of the plant extend and retract depending on the needs of the organism. Due to the dry environment, the leaves are retracted as much as possible, only extending when photosynthesis is necessary: the opening and closing of stomata is timed to the extension and retraction of the leaves.

Rather than developing from a single leaf, female gametangia derive from the Bulbufyte's leaf bulbs: upon collecting enough gametes, all leaves are retracted permanently and converted to seeds. Different species have various approaches regarding the fate of the seed bulbs after this stage: while some detach the bulb entirely, others regrow new leaves after releasing all of the seeds.

## Navigation

	+ *Purpungomorph*
		- Purpungos†
		- *Latafylla*
			* *Latafyllid*
				+ Latafyllo†
				+ *Prototerrafylla*
					- Prototerrafyllo
					- *Euterrafyllo*
						* *Euterrafyllomorph*
							+ *Terrafyllomorph*
								- *Terrafyte*
									* **Bulbufyte**
									* Terrafyllo
								- Latusfyte
							+ Brevefyte
						* Erectufolius
							+ Erectufyte
							+ Hamafolius
			* Simafolium†
	+ *Euvelosfyllo*†
		- Velosfyllo†
		- Acusfyte†
Literally Kam

**Literally Kam** is the fifth episode of *The Challenge: BFFs*.

## Description

A miscommunication between two teams ends up blindsiding the house during the Block.

## Challenge

**Location:** Chile

**Challenge:** *Tangled Trivia*

Every duo will be asked a trivia question that they must answer. If they get it correct then they get to strike another team, if they get it wrong then they will earn a strike. Once a duo has earned 3 strikes, they are eliminated from the challenge. The last 3 teams remaining will form the Trinity.

## Elimination

**Golden X:**

**The Block:** *Wheel of Death*

One team member will be strapped to a spinning wheel giving directions to their partner, who is blindfolded, on a puzzle board. The goal is to properly place the matching symbols of a puzzle key onto the board in the correct order. If one of the symbols is not right-side up, it will not be counted. The first team to match all the symbols correctly wins.

**Results:**
Velosfyllo

**Velosfyllo** (lit. " leaf") were a clade of Purpungos found in the sclera.

## Description

Evolving soon after the ancestral Purpungos, Velosfyllo were found in regions such as the sclera. To adapt for the angled sunlight typical of this region, the photosynthesizing leaf-like surface was joined with the stem, allowing for greater sunlight coverage.

Like several ancestral Purpungos, Velosfyllo suffered from its asexual reproduction, which left it vulnerable to disease and parasites. It was among the many Purpungos that went extinct during the Proto-Nuskuan Mass Extinction, having been outcompeted by the sexually reproducing Prototerrafyllo.

## Navigation

	+ *Purpungomorph*
		- Purpungos†
		- *Latafylla*
			* *Latafyllid*
				+ Latafyllo†
				+ *Prototerrafylla*
					- Prototerrafyllo
					- *Euterrafyllo*
						* *Euterrafyllomorph*
							+ *Terrafyllomorph*
								- *Terrafyte*
									* Bulbufyte
									* Terrafyllo
								- Latusfyte
							+ Brevefyte
						* Erectufolius
							+ Erectufyte
							+ Hamafolius
			* Simafolium†
	+ *Euvelosfyllo*†
		- **Velosfyllo**†
		- Acusfyte†
Caudabranchiis γ

***Caudabranchiis γ*** was an early species of Caudabranchiis.

## Description

*Caudabranchiis γ* was a small nektonic species of basal Caudabranchiis, measuring about 7.5 cm long. Rather than filter-feeding, the creatures were more equipped for handling larger prey. Their feeding arms were stiffer and larger, lined with larger, jagged bulb structures, allowing them to be used in grasping prey.

*Caudabranchiis γ* went extinct sometime after the emergence of the first Loricatorumstoma.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* ***Caudabranchiis γ***
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Acutustoma

**Acutustoma** is a parasitic group of Pisceslamina.

## Description

Evolving soon after the Pisceslamina, Acutustoma are found as parasites in Purpungos species. They create massive burrows within the Purpungos, only leaving to mate. While they lack eyes, they do have light-sensitive cells on its topside, which lets them detect whether it is in the plant or not. Each of their four mouths bears a single tooth-like structure.

## Notes

* Acutustoma are not featured in Nusku's cladogram.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * **Acutustoma**\*
Trullamorph

**Trullamorph** (lit. "shovel form") is a lineage of Caudabranchiis.

## Description

The defining trait of a Trullamorph is the growth at the bottom of their mouths: this growth first evolved as a way of scooping from the ocean floor: the sediment would be blown out through the setae-like filaments on their feeding arms, which would simultaneously catch prey items like basal Pisceslamina.

Following the Proto-Nuskuan Mass Extinction, two lineages of Trullamorph, the Maurotrulla and Serrastome, remain.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- **Trullamorph**†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Poltzimorph

**Poltzimorph** (lit. "crawl form") are a benthic lineage of Deorsumsalm

## Etymology

"Poltzimorph" derives from the Russian ползти (*poltzí*; "to crawl") and the Greek *morph* ("form").

## Description

Poltzimorphs are benthic organisms that live on the bottom of Mazu's oceans. Their hair-like filaments have evolved into a leg-like structure, allowing it to slowly crawl along the sea floor and suck up microorganisms.

As an adaptation to this lifestyle, their gametangia have moved outside of their mouths to a whole along the side of their body.

## Navigation

	+ Sursumsalm
		- Wiseongcaulos
	+ Deorsumsalm
		- *Halayamorph*
			* Halayapileus
			* Platynoche
		- *Polzatmorph*
			* Caudahuzi
			* *Polztimorpha*
				+ **Poltzimorph**
				+ Sagarumorph
Caudabranchiis

A basal Caudabranchiis

**Caudabranchiis** (lit. "tail gills") are a lineage of nektonic Manuseptum, currently the only explored lineage of the phylum.

## Description

### Anatomy

Caudabranchiis show a notable increase in anatomical complexity from basal, planktonic Manupsetum, having undergone tagmosis in several segments.

The basic body plan of Caudabranchiis consists of a single tail fin, two pairs of stabilizing fins, and two feeding arms. Each feeding arm bears three eyes. Gill surfaces lie along its stabilizing fins and additional spots along its side. Like all Manuseptum, Caudabranchiis have a blind gut, and have a single orifice for eating, disposing waste, and excreting sex cells.

Caudabranchiis have copper-based blood, which appears blue when exposed to oxygen. This adaptation has allowed for larger body sizes: the smallest observed clades measure roughly 2 centimeters in length, while the largest have reached sizes up to 8 meters long, the largest creatures yet seen on Nusku.

### History

Emerging roughly 27 million years after the first Manuseptum, Caudabranchiis grew to dominate the early oceans. They included the first predators, the first megafauna (with early representatives measuring as long as 8 meters), and the first large filter-feeding nekton.

As they expanded their range into different habitats, such as the early Purpungos reefs, the Caudabranchiis diversified greatly, driving an explosion of biodiversity. The basal varieties survived for several million years as filter feeders (ironically serving as prey items for some of their descendants like Morsdontia), but ultimately met their end during the Proto-Nuskuan Extinction.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* *Caudabranchiis δ*
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Caudabranchiis δ

***Caudabranchiis δ*** was a species of basal Caudabranchiis.

## Description

Reaching lengths of 7-8 meters in adulthood, *Caudabranchiis δ* was the largest species of basal Caudabranchiis to ever exist. Like most Caudabranchiis present at the time it emerged, *Caudabranchiis δ* had dorsal fins and tail flukes. It is likely that it was closely related to *Caudabranchiis ζ,* due to similarities in their body shape.

Besides its impressive size, *Caudabranchiis δ* was notable for being one of the first lineages to move their gill structures from their bins to their bodies. This feature freed up their fins, providing them greater maneuverability.

*Caudabranchiis δ* was highly successful in Nusku's open oceans, but ultimately met its end during the Proto-Nuskuan Extinction Event.

## Navigation

	+ Manuseptum
	+ *Caudabranchids*
		- *Eutrullamorph*
			* *Trullamorphidae*
				+ *Trullamorpha*
					- Trullamorph†
					- Lepedastom†
				+ Maurotrulla
			* Serrastome
		- *Caudabranchae*
			* *Eucatorumstoma*
				+ Morsdontia†
				+ *Loricatorumstomamorph*
					- *Arthrocollae*
						* Arthrocollis†
						* Laetustoma
					- *Loricatorumstomae*
						* Loricatorumstoma†
						* *Repolimitae*
							+ Repolimita
							+ Arthropulma

* *Caudabranchiis α*
* *Caudabranchiis β*
* *Caudabranchiis γ*
* ***Caudabranchiis δ***
* *Caudabranchiis ε*
* *Caudabranchiis ζ*
Acutamorph

**Acutamorph** (lit. "pointy form") is a clade of Ostopiscis.

## Description

### Anatomy

Compared to other Dyorostro groups, Acutamorphs have a broader tail and longer dorsal fin. Their beak is noticeably large, while their ancestral grasping arms have vestigialized into almost unnoticeable nubs. Like all Dyorostro, Acutamorphs have a lateral line system for detecting movements and pressure changes in the water. Acutamorphs feed on small prey like Cornumini, using their large beak to swallow food whole.

Acutamorphs are social creatures, swimming in large schools due to their small size and general lack of defense mechanisms. When young hatch from their eggs (which are laid in hidden areas on the sea floor), they will join in with larger schools, allowing them to roam the oceans in massive numbers.

### History

Acutamorph is one of two Ostopiscis lineages to survive the Proto-Nuskuan Extinction.

## Navigation

	+ *Pisceslamimorph*
		- *Pisceslaminae*
			* Pisceslamina
			* *Thalassatestamorph*
				+ *Thalassatestae*
					- Thalassatesta
						* Parvutesta
						* *Archeathalassatesta*
					- Dermatesta
				+ Aspitesta
		- *Archeapodilamina*
			* *Pellislamamorph*
				+ *Pellislaminae*
					- *Pellislaminada*
						* *Patchypoda*
							+ Crassipod
							+ Patchypod
						* Pellislamina
					- Thyreotrichae
				+ Altapod†
			* *Podilamimorph*
				+ *Podilaminae*
					- Podilamina†
					- *Acritestae*
						* Testapod
						* Acritesta
				+ *Cornumorph*
					- Cornugigantas†
					- *Micocornumorph*
						* Cornumini
						* Lapisipenna
	+ *Cyclopslaminae*
		- *Cyclopslamidae*
			* Cyclopslamina†
			* *Dolichocyclopsa*
				+ *Dolichocyclopsamorph*
					- Dolichocyclops
					- Laetuscyclops
				+ *Leptoverma*
					- Leptovermi
					- Plumavermi
		- *Ostopidamorph*
			* Cubiculopsi†
			* *Ostopidea*
				+ Ostopiscis†
				+ *Piscisrostra*
					- Piscisrostro†
					- *Eudirostro*
						* *Tyranapsarae*
							+ Tyranapsari†
							+ Novupsari
						* *Dyorostra*
							+ Dyorostro†
 * Acutustoma\*
The Scratched Universe Wiki

## **Welcome to The Scratched Universe Wiki!**

This is the **official wiki** of the TF2 series called *The Scratched Universe*. You will find everything related to the series here.

## **About The Scratched Universe**

*The Scratched Universe* is an animated episodic series made in **Source Filmmaker** created by Blackimus, with an emphasis on Team Fortress 2's vast, bizarre and creative in-game universe.

Meet and join in with the many characters and factions you will find among the series, with familiar faces such as: Vagineer, Painis Cupcake and Christian Brutal Sniper - **reimagined** / **reincarnated to fit the series**, and along with **many new characters** to spice it up!

The series also takes great inspiration from outside sources, such as: *Resident Evil*, *Dead Space* and *JoJo's Bizarre Adventure!*
## Learn about the World

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**Characters**

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**World Elements**

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COMPANIES & CORPORATIONSWEAPONS & EQUIPMENTPHENOMENA

## Watch the series

The Scratched Universe - EP-01 -SFM TF2 Series-I for an EyeThe Scratched Universe - EP-02 -SFM TF2 Series-Endless GreedThe Scratched Universe - EP-03 PART 1 -SFM TF2 Series-The DistortionThe Scratched Universe - EP-03 PART 2 -SFM TF2 Series-The DistortionThe Scratched Universe - EP-04 -SFM TF2 Series-CrossroadsThe Scratched Universe - EP-05 -SFM TF2 Series-Kicking against Pricks

We're a collaborative community website about The Scratched Universe that anyone, including you, can build and expand. Wikis like this one depend on readers getting involved and adding content. Click the "ADD NEW PAGE" or "EDIT" button at the top of any page to get started!

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles