recursal/Fanatic-Fandom huggingface dataset:
Braden Batikla

**Braden Batikla** is the owner of our personal discord and rules with an iron fist. He often abuses his power in ways such as:

* The Brad clause (If below the top three of five plays in CSGO the player will be banned for how many spots below he is from three)
* Muting
* Server Deafening
* Random acts of shadow banning

* Deranking individuals

Despite these outbursts of power, Braden is still a central figure in the Big Memes community.

## Appearance

### Wardrobe

Braden dresses in usually winter clothes throughout each season. He is commonly seen in black attire. Braden also has an Overwatch jacket. Additionally Braden does not shave and has cancer in a couple spots on his face. More recently braden has died his hair to look even more weaboo.

## Games

### CSGO

He is known for his renowned skill with the R8 and PP-Bizon.

### Super Smash Bros Melee

Braden is seen "bodying" many contenders of smash melee. His most fought rival would have to be Adam Garcia or Jayson Palumbo.

### Osu!

Braden is considered the god of Osu within the Big Memes community. Bard is most often seen trying to one up him, however Bard is far behind in terms of combo and accuracy. Braden will only move on to the next difficulty grouping when he has achieved an S rank on all songs within the previous difficulty category.

### Sid Meier's Civilization V

Braden is the most experienced Civ V player in the Big Memes community. His favorite nation to play is Venice for the memes.

## Trivia

* Gifted a replica katana for Thomas as a birthday gift
* Alex Lee tends to be his right hand man
* He is on the varsity congress team
* Works(ed) at ShareTea
* Braden is a member of Team Valor in PokemonGo
* Braden is considered the Meme Lord within the Big Memes Community.
* Braden is a weeb.
* Braden has an accurate statistic for everything that he says.
* Braden's favorite meme song is Ocean Man by Ween.

#####
Yamcha

## Summary

**Yamcha** (ヤムチャ, *Yamucha*) is a supporting character in Dragon Ball Super. He is a former boyfriend of Bulma and the lifelong best friend of Puar.

## Anime

#### Resurrection ‘F’ Arc

Some time after the battle with Majin Buu, Yamcha and Puar head towards Bulma's birthday, which is being held on a cruise ship, where they encounter Krillin, Android 18, and their daughter, Marron. They are also flying to get there, as it was taking too long driving in a car. Yamcha and Puar later encounter Tien Shinhan and Chiaotzu on the ship. When Beerus arrives on the ship, Yamcha is one of the first to introduce himself to Lord Beerus. He exaggerates his power, proclaiming himself as the strongest one on the ship. He roughly slaps him on the back, which worries Vegeta that it might upset him, but Beerus just shrugs it off.

Yamcha joins the crowd of people when Beerus eats the octopus balls served to him by Krillin, with one containing wasabi. They chant him on, encouraging Beerus to take a bite. Later, Yamcha joins several others as they board Bulma's space pod to get a better view of Goku and Beerus' fight. In the end, Beerus beats Goku, but he doesn't destroy the Earth because he falls asleep in the process.

### Sixth Universe/Champa Arc

Yamcha is traveling with Goku and the rest of the gang to the Nameless Planet where the Universe 6 and 7 Gods of Destruction Selection Martial Arts Competition is being held and they're being taken there by Whis in his cube. After two hours and forty-five minutes of traveling, they arrive on the Nameless Planet. Yamcha is a bystander and watches the tournament from the stands. He watches the first match between Goku and Universe 6's, Botamo. He is later shocked along with everyone else when Goku is defeated by Frost. During Vegeta's match with Cabba, Yamcha points out similarities between Cabba and a young Goku he fought when they first meet long ago. As Vegeta begins toying with Cabba, he shows some doubt that Vegeta has rid himself of all of his sinister qualities, but dismisses them once he realizes that Vegeta simply wanted to push the weaker saiyan to increase his power.

He later comes to the celebratory party at Bulma's, and spends most of his time talking to Tien. He accidentally reveals to Goku that Monaka was passed out and not actually the strongest in the universe.
BigMemes Wikia

## Welcome to the Big Memes Wikia

This Wikia is devoted to the discussion and community of the popular humor in Northern California, specifically pertaining to the Bay Area.

## Describe your topic

Write a description about your topic. Let your readers know what your topic is about and add some general information about it.

## Latest activity

Photos and videos are a great way to add visuals to your wiki. Find videos about your topic by exploring Wikia's Video Library.

File:Placeholder
Wyoming Dinosaur Center

File:Wyomingdinosaurcenter.jpg
The **Wyoming Dinosaur Center** is located in Thermopolis, Wyoming and is one of the few dinosaur museums in the world to have excavation sites within driving distance. The museum acquired the Thermopolis Specimen of *Archaeopteryx*, which was in private hands for decades before an anonymous donor gave it to the museum; it is the only fossil of this genus for viewing in North America.

Another notable fossil assembly is from the "SI" site, which presents the rare occurrence of both footprints and skeletal fossils located in the same context (Jennings 2006). Recent research by Debra Jennings demonstrates the past occurrence at the site of a shallow alkaline lake with multiple layers containing bones and trackways; these assemblies were created as the lake expanded and shrank with changes in the environment over tens of thousands of years.

 File:Going Where the Dinosaurs Roamed In the US.ogv
Other active dig sites include "FS", which contains at least one juvenile diplodocid with articulated hands and feet, and "TYA", which contains the remains of multiple allosaurs. Several *Camarasaurus* have been found at the "BS" site.

The museum gallery has 28 mounted dinosaurs, including the addition of a full mount of *Supersaurus*. The skeleton is 106 feet long, and is the first mount based on new data from the more complete "Jimbo" specimen (WDC DMJ-001). There is also an impressive display of pre-Mesozoic fossils on display, including numerous Devonian fish.

## References

Jennings, D. (2006), "Taphonomic analysis of a dinosaur feeding site using geographic information systems (GIS), Morrison Formation, southern Bighorn Basin, Wyoming, USA", *PALAIOS* **21** (5): 480–492, doi:10.2110/palo.2005.P05-062R

## Web Resources

* Wyoming Dinosaur Center Website

Coordinates: 43°38′35″N 108°11′59″W﻿ / ﻿43.64297°N 108.199754°W﻿ / 43.64297; -108.199754

Fatal error: The format of the coordinate could not be determined. Parsing failed.
Super Shenron

## Summary

**Super Shenron** (超神龍, *Sūpā Shenron*) is the magical and gigantic dragon who comes forth when the Super Dragon Balls are gathered.

## Anime

### Sixth Universe/Champa Arc

Super Shenron is summoned by Whis in the language of the gods. Super Shenron wakes up from his slumber and breaks through his barrier. After he breaks through his barrier, he stretches throughout space and gets bigger than multiple galaxies. After Super Shenron concludes, he sends Whis and the others in the cube in his body to get to his core to be able to ask for a wish. Super Shenron only speaks in the language of the gods and he commands for a wish to grant. By the order of Beerus, Whis wishes for Universe 6's Earth to be restored and the humans along with it. However, when Bulma asked Beerus what he wished for, Beerus casually answered that he asked for a more comfortable bed, avoiding getting into the topic of his relation to Champa.
Dragon Ball Super Wikia

## Welcome to the Dragon Ball Super Wiki

Hello and welcome to the Dragon Ball Super Wiki, a wiki dedicated to the Dragon Ball Super series by Akira Toriyama. The wikia aims to cover the anime and manga of Dragon Ball Super comprehensively. We hope you enjoy our stay and help us by making new pages and articles, and help the wiki grow.

## Latest activity

The creator (Sharkman2615) has arrived back on 3/23/2016.

... will be our new Commander in this wiki and improving things while I'm gone.

Photos and videos are a great way to add visuals to your wiki. Find videos about your topic by exploring Wikia's Video Library.
Wikia talk:Portal de la comunidad

¡Esta es la **página de discusión general** del wiki! Los fundadores del wiki deberían dejar aquí un mensaje de bienvenida y alentar a los nuevos editores y visitantes a participar en el wiki. Utilizad esta página para dejar avisos sobre novedades o las últimas noticias referentes al wiki, también podéis usar el **foro** para comunicaros con los usuarios.
Videl

## Summary

**Videl** (ビーデル, *Bīderu*) is a supporting character in Dragon Ball Super. She is the wife of Gohan, daughter of Satan Hercule and mother of Pan.

## Anime

### Battle of Gods Arc

Sometime after the defeat of Majin Buu, Gohan and Videl are married and Mr. Satan builds them a house. Goten and Trunks go on an adventure to get her a wedding present which is a bottle of special spring water that keeps her skin really soft that she uses to apply to her face. Goten and Trunks later arrives at Gohan's house, giving Videl the water they just recently found. After using the hot spring water, Videl realized that it was just plain water, but it still worked for her.

Videl attended Bulma's party, arriving with her Gohan, Chi-Chi, and Goten. She joins Mr. Satan in supplying Buu with food to eat. She and Gohan spend private time together during the party and she joins everyone in clapping for Beerus after he arrives with Whis, also chanting Beerus' name. After Beerus defeats Buu and Gotenks, Gohan attacks him and is defeated, Videl coming to his aid thereafter. Beerus is briefly challenged by Vegeta after he powers up following Beerus slapping Bulma in retaliation for her previously hitting him, but defeats him as well and attempts to destroy Earth before Goku arrives and summons Shenron, who reveals to everyone a ritual is required for the Super Saiyan God to appear. Videl interjects after the Saiyans failed the first attempt, revealing her pregnancy to Beerus and everyone else. Videl joins in and the group succeeds in transforming Goku into a Super Saiyan God.

#### Resurrection ‘F’ Arc

After the fight with Goku and Vegeta, Videl was first seen at Gohan's house, as Videl is about to make dinner, but Gohan insists on making it instead, since he does not want Videl to be overworked. More than half of a year after Vegeta left for Beerus' planet to train, Videl gives birth to her daughter, Pan. Later, she, Chi Chi, and Bulma talk about Pan's upbringing. Videl decides that she wants Pan to grow up the way she would want to, and she sees no problem with her becoming a martial artist, because she met Gohan as a martial artist.

Later, she and Gohan go shopping together and leave Pan in the hands of Piccolo until they returned. When they did, Videl held Pan in her hands and briefly noticed the sky getting darker as Shenron was summoned at the time.

Videl appeared later as she was comforting a crying Pan but neither of them realize that Freiza was blowing up the planet as a last resort and both of them were killed until Whis undid the event with his Temporal Do-Overtechnique so that Goku could kill Frieza once more. Gohan then left the gang and went back to his home where he promised both Videl and Pan that they would protect them both.

Videl later attends the feast thrown by Bulma alongside her family and friends.
2. La disquetera

**La disquetera es un dispositivo empleado para leer y escribir sobre un soporte especial llamado disco flexible o disquete.**

## Conexión al equipo.

La disquetera se conecta con un conector IDE de 34 pines.

## Características físicas de una disquetera.

La disquetera tiene un tamaño universal de 2,5" necesita suministro eléctrico tiene una ranura en la parte exterior por la que se introduce el disquete.

## Características físicas de un disquete.

El disquete o disco flexible es el soporte que se utiliza con la disquetera para leer y almacenar datos.

Este tipo de disco es de plástico flexible y en su interior hay una lámina de un material llamado mylar que es magnetizable, la capacidad máxima de los disquetes es de 1,44 MB.

## Las variantes de la disquetera.

Las necesidades de almacenamiento de datos hicieron del disquete un soporte insuficiente. Destacan:

* Unidad ZIP: Similar a la disquetera. Capacidad de hasta 750 MB.
* Unidad JAZ: Similar a la unidad ZIP. Capacidad de hasta 2 GB.
3. El lector/grabador óptico

**El lector/grabador óptico es un dispositivo utilizado para leer y escribir sobre un soporte especial llamado soporte óptico. Hay varios tipos de soporte óptico, entre los que se encuentran el CD, el DVD y otros de nueva generación, como el BluRay; En las siguientes evoluciones han desaparecido el HD DVD.**

Todas pueden ser lectoras pero no todas pueden ser grabadoras y regrabadoras.

La evolución de los soportes ópticos de los más antiguos a los más modernos:

* CD (disco compacto)
* DVD (disco digital versátil)
* BluRay (tecnología <<rayo azul>>

## Conexión al equipo.

Pueden ser internas y externas. Las internas utilizan las mismas conexiones que los discos duros internos:

* IDE
* SATA
* SCSI

Las unidades lectoras/grabadoras portátiles suelen utilizar conexión USB.

## Características físicas de un lector/grabador.

   La unidad óptica consta en su interior de una lente láser y un fotodetector colocados en un cabezal móvil; estos dispositivos pueden leer información y grabarla. Cada tipo de soporte está formado por un tipo de sustrato diferente (aluminio, oro, plata...), las marcas que representan la información se llaman hoyos y valles son de distinto tamaño y se disponen en espiral.

En la operación de lectura a medida que gira el disco, un haz de luz láser incide sobre él.

En la operación de escritura, el haz de láser incide sobre el sustrato, cambiando su reflectividad mediante el quemado del mismo.

Las unidades internas necesitan alimentación eléctrica, igual que los discos duros, y también es necesario configurarlas como maestro y esclavo.

## Otras características de un lector/grabador.

Hay unas características que hay que tener en cuneta

* a. Soportes aceptados
b. Modos de grabación aceptados
c. Mecanismos de carga
d. Interfaz
e. Velocidad
f. Tiempo de acceso
g. Memoria temporal
h. Ruido
i. Alimentación
j. Resistencia a los impactos

## Características físicas del soporte óptico.

Los soportes ópticos constan de varias capas. La capa base es plástica, sobre ella se encuentra una capa de material reflectante, encima va una capa protectora de laca y sobre esta la superficie que tiene una carátula.

## Lector/grabador óptico en un equipo de sobremesa.

Suele conectarse a través de conexión IDE, SATA o SCSI a la placa base. Es necesario fijar estas unidades como maestro o esclavo.

La alimentación eléctrica se consigue a través de un conector que sale a la fuente de alimentación.

## Lector/grabador óptico en un equipo portátil.

En los portátiles suelen ser más estrechas pueden disponer de una ranura o bandeja, siendo habitual en este último caso que la lente se encuentre dispue
sta directamente en la bandeja.

## Lector/grabador óptico externo.

Se encuentra en una carcasa protectora en la cual se conecta mediante USB. Estos dispositivos pueden requerir de alimentación externa.
Estudio de mercado

## Memoria USB

La memoria USB es un tipo de dispositivo de almacenamiento de datos que utiliza memoria flash para guardar datos e información.

Se le denomina también lápiz de memoria, lápiz USB, memoria externa, pen drive o pendrive.

Se pueden encontrar en el mercado fácilmente memorias de 1,2,4,8,16,32,64,128,256,512 GB y hasta 1 TB. Las memorias con capacidades más altas pueden aún estar, por su precio, fuera del rango del "consumidor doméstico". Esto supone, como mínimo, el equivalente a 180 CD de 700 MB o 91.000 disquetes de 1.440 KiB aproximadamente

Los sistemas operativos actuales pueden leer y escribir en las memorias sin más que enchufarlas a un conector USB del equipo encendido, recibiendo la tensión de alimentación a través del propio conector, de 5 voltios y un consumo de 2,5 vatios como máximo.

Las memorias usb suelen ser las más compradas en el mercado y su precio lo podemos encontrar

en media mark podemos encontrarlo por 26 € de 128 gb. Las de 16 gb la podemos encontrar por 8 €, y las de 32 gb por 12 € que es la que yo recomiendo para trabajos etc, es bastante económica y con muy buena capacidad.
1. El disco duro

**El disco duro es un dispositivo de almacenamiento capaz de almacenar gran cantidad de datos de manera permanente, y por tanto utilizado para guardar y obtener información**

###

## Conexión al equipo

Las conexiones al equipo son las siguientes:

* IDE de 40 pines: Discos duros estándar.
* IDE de 44 pines: Discos duros portátil.
* SATA: Cualquier disco duro.
* SCSI: Discos duros de gran capacidad.

Los discos duros externos son similares a los internos pero con una carcasa rígida y su conexion es mediante conexión USB.

## Características físicas de un disco duro.

Un disco duro está formado por varios discos que se encuentran apilados alrededor de un eje que gira a una velocidad muy alta por medio de un motor.

Para leer y escribir sobre el disco, se utilizan una serie de cabezales magnéticos. Los cabezales va unido a un circuito del disco que es el que se encarga de gestionar la lectura y escritura de datos en él.

La superficie del disco y la proximidad del cabezal hacen que la carcasa del disco sea consistente para protegerlas de agentes externos (humedad, polvo... etc).

   El disco gira a velocidades muy altas (a unas 7.200 rpm, unos 130 km/h).

**Otras características que hay que tener en cuenta a la hora de elegir un disco duro:**

* **Formato**
* Interfaz
* Capacidad total de almacenamiento
* Costo por bit del dispositivo
* Memoria cache
* Velocidad de rotación
* Ruido
* Alimentación
* Resistencia a los impactos

Todas estas características son bastante importantes a la hora de elegirlo tanto interno como externo. Los formato de los disco se expresa en pulgadas, los tamaños en los que se puede encontrar habitualmente son 2,5" y 3,5" para portátiles y discos duros de sobremesa, respectivamente.

## El disco duro en un equipo de sobremesa.

El disco duro típico utilizado en un equipo de sobremesa es el de 3,5" y su conexión es de tipo SATA.

La capacidad de estos discos suele ser de 1 Terabyte (TB) e incluso capacidades superiores. Cuando se coloca mas de un disco duro es importante fijar uno de ellos como maestro y otro como esclavo, el primero tiene prioridad sobre el segundo; necesitan tener alimentación eléctrica.

## El disco duro en un equipo portátil.

En un equipo portátil es mucho más pequeño que en el de sobremesa típicamente de 2,5". También suelen haber con conexiones SATA aunque hay muchos con conexiones IDE.

Su capacidad suele ser de unos 500 gb.

## El disco duro externo.

Los discos duros externos van en una carcasa específica para él (en tamaño y conexión interna) que ofrece a su vez una conexión externa (generalmente USB) y necesitan suministro eléctrico para funcionar; una variante de muy extendida son los discos duros multimedia.

## El disco duro Hot Plug.

Se denomina así a los discos duros que tienen la capacidad de ser conectados al equipo una vez que e

ste está encendido. Son típicos de entornos corporativos, integrados en un clúster de discos dentro de un centro de procesamiento de datos.

Son típicamente SCSI y su capacidad es más grande

que los disponibles para el usuario estándar.
Jerarquías de memoria.

La **jerarquía de memoria** es la organización piramidal de la memoria en niveles que tienen las computadoras.

   El objetivo es conseguir el rendimiento de una memoria de gran velocidad al coste de una memoria de baja velocidad, basándose en el principio de cercanía de referencias.

Los puntos básicos relacionados con la memoria son:

* **Capacidad**
* **Velocidad**

* **Coste por bit**

La cuestión de la capacidad es simple, cuanto más memoria haya disponible, más podrá utilizarse.

La velocidad óptima para la memoria es la velocidad a la que elmicroprocesador puede trabajar, de modo que no haya tiempos de espera entre cálculo y cálculo, utilizados para traer operandos o guardar resultados.

En suma, el coste de la memoria no debe ser excesivo, para que sea factible construir un equipo accesible.

Se busca entonces contar con capacidad suficiente de memoria, con una velocidad que sirva para satisfacer la demanda de rendimiento y con un coste que no sea excesivo.
Periféricos de almacenamiento en las videoconsolas.

Tiene un disco duro que durante el desarrollo microsoft optó que el equipo dispusiera de una unidad de disco duro extraíble. El disco duro está basado en la tecnología SATA.

La primera consola tenía un disco duro de 20 gb y después durante el desarollo de este le pusieron unos de 60 gb y ya en 2010 le pusieron un disco duro interno de 250 gb.

      La consola Xbox 360 cuenta con dos slots para insertar tarjetas de memoria flash. Las tarjetas de memoria flash portátil, se utiliza para guardar las partidas de los juegos utilizados y así poderlas transportar hacia a otras consolas Xbox 360. Los tamaños disponibles son de 64 MB, 256 MB y 512 MB.9 Las partidas guardadas de algunos juegos, no pueden ser copiados de disco duro para tarjetas de memoria.

* ***Wii:***

Esta videoconsola contiene 512 megabytes de memoria flash interna y posee una ranura para tarjetas SD a manera de almacenamiento externo.

Tiene una memoria interna flash, almacenamiento expandible vía tarjetas SD y SDHC, tarjeta de memoria de Game Cube. Se puede ampliar hasta unos 32 GB.

* **Memory Cards:** Es un sistema electrónico de almacenamiento de datos se utiliza para almacenar información digital. Estos se suelen utilizar en dispositivos electrónicos portátiles, como cámaras digitales , teléfonos móviles , ordenadores portátiles ,tabletas , reproductores de MP3 y consolas de videojuegos .
Tarsometatarsus

File:Squelette oiseau.svg
The **tarsometatarsus** is a bone that is only found in the lower leg of birds and certain non-avian dinosaurs.

It is formed from the fusion of several bones found in other types of animals, and homologous to the mammalian tarsal (ankle) and metatarsal (foot) bones. Despite this, the tarsometatarsus of birds is often referred to as just the tarsus or metatarsus.

There are several ways and extents in which the tarsometatarsal fusion is accomplished throughout bird evolution. Namely, in Neornithes (modern birds) the fusion is most thorough at the distal (metatarsal) end though present along the entire length of the bone. In the Enantiornithes, a group of Mesozoic birds, the fusion was complete at the proximal (tarsal) end but the distal metatarsi still were somewhat separate.

 File:Heterodontosaurus skeleton.png
While birds are the best-known animals with this fused bone, they were not the only group and not even the first to have it: in a remarkable case of parallel evolution, a tarsometatarsus was also present in the Heterodontosauridae, a group of tiny ornithischian dinosaurs quite unrelated to birds. Their oldest remains date from the Late Triassic more than 200 million years ago, and predate the first birds with a tarsometatarsus by nearly 100 million years.

## References

* Proctor NS, Peterson RJ and Lynch PJ (1993) Manual of Ornithology: Avian Structure and Function. New Haven, CT: Yale University Press.
Wikia Perifericosdealmacenamiento

<hero description="En esta wikia hablaremos sobre los periféricos de almacenamiento." imagename="" cropposition=""></hero>

**FRANCISCO JAVIER OLIVA SERRANO**

1/25
## Contenidos

Todos estos son los apartados de esta wikia.

1. El disco duro.
2. La disquetera.
3. El lector/grabador óptico.
4. Las unidades flash.
5. El dispositivo de estado sólido (SSD)
6. Periféricos de almacenamiento en las videoconsolas
7. Estudio de mercado
8. Jerarquía de memoria
9. Tabla comparativa
10. Proyecto de investigación

En esta wikia hablaremos de todos los periféricos de almacenamiento, tendremos una tabla comparativa acompañado de los perifericos de almacenamiento en las videoconsolas acompañado de una proyecto de investigación bastante interesante.
Astronomical symbols (Romanum)

Human astronomical symbols are symbols used to represent astronomical objects, theoretical constructs and observational events in astronomy. The earliest forms of these symbols appear in Greek papyri of late antiquity. The Roman codices in which the Greek papyri were continued and extended the inventory of astronomical symbols. New symbols were further invented to represent many just-discovered planets and minor planets nearing the modern era. All these symbols are commonly used by human professional astronomers, amateur astronomers, and astrologers.

## Symbols for size-related characteristics

* Sol (Sun)
	+ ☉
* Terra (Earth)
	+ ⊕
* Luna (Moon)
	+ ☽
* Jupiter
	+ ♃

## Symbols for other characteristics

* Atmospheric Pressure - Atmospheres
	+ ☁
* Surface Gravity - Gees
	+ ⤓
* Degree
	+ °
5.El dispositivo de estado sólido (SSD)

**Las siglas SSD hacen referencia a Solid State Drive, dispositivo de estado sólido, aunque en ocasiones erróneamente se emplea la palabra disco, en lugar de dispositivo. Es un dispositivo de almacenamiento de datos que proporciona grandes ventajas con respectos a los discos duros.**

## Conexión al equipo.

Las conexiones al equipo ya sean internos o externos son:

* IDE
* SATA
* SCSI

Tambien se puede encontrar dispositivos de estado sólido conectados a través de PCI Express, e incluso USB.

## Características física de un dispositivo de estado sólido.

Este dispositivo utiliza un tipo de memoria no volátil, de tipo flash NAND, que permite almacenar los sistemas operativos y los datos de cálculo, emulando un disco duro. Sin embargo, el hecho de utilizar este tipo de memoria proporciona una velocidad considerablemente superior en arranque, lectura o escritura.

Tienes unas ventajas que son la ausencia de ruido, la fiabilidad y resistencia; el consumo que reduce considerablemente y la producción de calor también.
Romanum

Welcome to the Romanum, a universe for the Romanum Series, an alternate history, and then a space opera. The beginning of the series initiates circa five thousand years ago with the start of recorded, recoverable history in the galaxy. Spanning tales of how the Murder's home world was destroyed and how they managed to escape their home system, to the story of Humanity's extremely rapid rise to power on an interstellar scale, and how many other races managed to survive the horrors and trivialities of primitive society and how they got to the space age.
Now, join us, throughout many adventures. As we explore since the beginning of recorded history, an alternate timeline in which the Romans and other nations survived, united as Earth, as they deal with the trivialities of the interstellar community. Now head out into the void and seek out your future in this alternate history of mankind, and the story of the Universe.
If you want to get started, check out the **important pages**.

The tale of human civilization begins with the rise of true civilization on Earth beginning with the Egyptians, Mesopotamians, the Indus River and the Chinese. Only three of four first civilizations actually survived to the human first contact, with the Indus River Civilization falling into obscurity and oblivion as the passage of time withered their civilization away. Eventually, several nations showed their prominence as powers on a global scale. The Romans, who single handedly prevented invasions of their nation, indirectly united Earth, and colonized a fifth of the world without killing off the native population, like every other nation in Europe did. The Chinese, who were legendary cartographers, mapping everything from Japan to Roman Hispania before 1400. Among this, the Conglomerate united and centralized the world at the turn of the twentieth century. Leading humanity off Earth and into the stars.

Humanity was not nearly prepared for the First Contact following the construction of the first wormhole in the Sol System and the discovery of the interplanetary hyperdrive. The same could be said for the interstellar community. Previously thought to be a barren, low star-density part of the Milky Way, the interstellar neighborhood was suprised as humanity entered the space age. As humanity came into contact with the interstellar community, Literal zettabytes were transferred over to humanity, in exchange for Humanity joining the Local Alliance. This made genetic manipulation, the construction of interplanetary hyperdrives, and the construction of interstellar wormholes possible.

* **Authors**
	+ **JoshTheRoman**
	+ **Vivaporius**
* **Contributors**
	+ **LightningLynx89**
	+ **Ace009**
Pomona

Welcome to **Pomona**, a collaborative project where we can construct a planet, replete with rich history and dynamic politics.

This project is based around the planet of Pomona, a habitable planet in the Erondos system. This will be a collaborative project, where nation-building is highly encouraged and high standards are employed.

## Guidelines

Each participant may claim a nation to work on as their own. They simulate all of the internal affairs (political, economic, cultural, etc.) within their nation.

Each participant may also create a character to simulate the politics of one of the major nations.

Please, name all sub-pages of this world (Pomona). For instance, a nation page for the country of Narandor would be titled Narandor (Pomona).

## Global League

The Global League is a multi-national association of nations.

## Key Pages

* Nations
* History
* Religion
* Science
* Diplomacy
Beliaz system (Romanum)

The Beliaz system is the gravitationally bound system comprising of the pulsar Beliaz and the objects that orbit it. The system has a relatively lonely population, a super-earth and the moon that orbits it. The planet lies around 50 light-years outside of the Conglomerate's border, therefore having no government and has fallen into anarchy. Other than the one planet, a large belt of asteroids exists at around 5 AU to 36 AU from the system's neutron star. The system is a frequent hub for pirates and outlaws who can only stay temporarily due to lethal gamma radiation originating from Beliaz.

## Composition

* Beliaz
	+ Flotsum Belt
Draft:Template:Loaded

Template:AFC submission/created

This is a draft Articles for creation submission. It is **not** currently pending review. There are no deadlines as long as you are actively improving the submission. Drafts not being improved may be deleted after six months.

* To edit the draft click on the "Edit" tab at the top of the window.
* Note: the submission-received box appears at the *bottom* of the page at first. If it's there, your draft has been submitted correctly, even if this message is still shown. If you require extra help, please **ask a question** on the **Articles for creation help desk** or get help at our **live help chat** from experienced editors.

This draft has not been edited in over six months and qualifies to be deleted per CSD G13.195

P3

**Script error: No such module "Unsubst".**

Template:Draft:Template:Loaded/doc
Barun Goyot Formation

The **Barun Goyot Formation** (West Goyot Formation) is a geological formation dating to the Late Cretaceous Period. It is located within and is widely represented in the Gobi Desert basin, in the Ömnögovi Province of Mongolia.

It was previously known as the **"Lower Nemegt Beds"** occurring beneath the Nemegt Formation and above the Djadokhta Formation. It has been suggested that the Djadokhta and Barun Goyot formations are lower and upper parts, respectively, of the same lithological unit and the boundary between the two doesn't exist. The stratotype of the Barun Goyot formation is the Khulsan locality, east of Nemegt. At Nemegt, only the uppermost barungoyotian beds are visible. The *Red Beds of Khermeen Tsav* are also considered part of the Barun Goyot formation. It is approximately 110m in thickness and was laid down roughly 72-71 million years ago. Given the new date for the start of the Maastrichtian (72.1 MYA) a basal Maastrichtian age seems probable. The Barun Goyot Formation preserves an environment of sand dunes, created from wind-eroded rocks (aeolian dunes).

## Vertebrate paleofauna

### Eggs

**Script error: No such module "Unsubst".**

 *Faveoloolithus*

## See also

**Lua error in package.lua at line 80: module 'Module:Portal/images/e' not found.**

* List of fossil sites *(with link directory)*
* List of dinosaur-bearing rock formations

## References

1. ↑ Gradzinski, R. Y. S. Z. A. R. D., & Jerzykiewicz, T. O. M. A. S. Z. (1974). Sedimentation of the Barun Goyot formation. Palaeontologica Polonica, 30, 111-146.
2. ↑ 2.00 2.01 2.02 2.03 2.04 2.05 2.06 2.07 2.08 2.09 2.10 2.11 2.12 2.13 2.14 2.15 2.16 Nicholas R. Longrich, Philip J. Currie, Dong Zhi-Ming (2010). "A new oviraptorid (Dinosauria: Theropoda) from the Upper Cretaceous of Bayan Mandahu, Inner Mongolia". *Palaeontology* **53** (5): 945–960. doi:10.1111/j.1475-4983.2010.00968.x.
3. ↑ "Table 11.1," in Weishampel, et al. (2004). Page 213.
4. ↑ "Table 10.1," in Weishampel, et al. (2004). Page 199.
5. ↑ "Table 11.1," in Weishampel, et al. (2004). Page 211.
6. ↑ 6.0 6.1 6.2 Mortimer, M (2004). "Tyrannosauroidea". *The Theropod Database*. Retrieved 2007-08-21.
7. ↑ "Table 22.1," in Weishampel, et al. (2004). Page 479.
8. ↑ "Table 17.1," in Weishampel, et al. (2004). Page 364.
9. ↑ 9.0 9.1 Arbour, V. M., Currie, P. J. and Badamgarav, D. (2014), "The ankylosaurid dinosaurs of the Upper Cretaceous Baruungoyot and Nemegt formations of Mongolia". *Zoological Journal of the Linnean Society*, 172: 631–652. doi: 10.1111/zoj.12185
10. ↑ 10.0 10.1 Varricchio, D.J. and D.E. Barta (2015). "Revisiting Sabath's "Larger Avian Eggs" from the Gobi Cretaceous" *Acta Palaeontologica Polonica* 60(1):11-25.
11. ↑ 11.0 11.1 K. Mikhailov, K. Sabath, and S. Kurzanov. 1994. Eggs and nests from the Cretaceous of Mongolia. In K. Carpenter, K. F. Hirsch, and J. R. Horner (eds.), *Dinosaur Eggs and Babies*, Cambridge University Press, Cambridge 88-115.
Beliaz (Romanum)

Template:Star infobox Beliaz (Geminga) is a pulsar approximately 800 light-years from Terra. It is the decaying core of a massive star that exploded as a supernova about 300,000 years ago, this nearby explosion was responsible for the low density of the interstellar medium in the immediate vicinity of the Sol system. This low-density area is known as the Gamma Bubble. It is the primary star of the Beliaz system.
Dimensional Hub

Earth is a planet that is on the overlap of an infinite number of dimensions that all interact with each other on the over lap. They had existed this way for an eternity, until recently when they were able to interact with each other more directly with the creation of an inter-dimensional wormhole.

(Any earth added to this is a WIP)
Ayumi

Ayumi ist ein Charakter aus School of Demons und ein 13 Jahre altes Mädchen.

## Geschichte

Ayumi war ein normales Mädchen, dass keine Verbindung zu Dämonen oder ähnlichem hatte, bis ihr eines Tages ein Dämon erschien, welcher die Gestalt eines Jungen angenommen hatte. Er offenbarte sich ihr sofort als Dämon und stellte sich unter dem Namen (füge später einen Namen ein) vor. Ayumi lebte einige Monate damit, dass sie den Dämonen sehen konnte, wobei sie sich mit ihm anfreundete. Allerdings ergriff der Dämon dann Besitz von ihr, wobei sie bis heute weiß, dass er noch >>Es tut mir doch Leid!<< gerufen hatte. In der Zeit, in der sie bessesen war, rannte sie von zu Hause weg und wurde irgendwann bewusstlos vor einem Krankenhaus gefunden. Warum sie nicht mehr besessen war und genau dort gelandet war, weiß niemand.

Gerade als Ayumi wieder gesund geworden war, geschah etwas, was sich niemand erklären konnte; sie verschwand einfach. Es gab keine Spuren, weder von ihr, noch von einem Einbruch.

(SPOILER) Zu diesem Zeitpunkt war Ayumis Körper in der Dämonenwelt, nur ihre Seele war in der Menschenwelt geblieben, wo sie im Körper einer Katze landete. Ihre Eltern wissen nicht, dass Ayumi eine Katze ist, es gab bereits eine Beerdigung, da sie seit ihrem 12. Lebensjahr eine Katze ist. Irgendwie kam Ayumis Katzengestalt dann zur Akademie, wo sie lebt und von den Dämonenkindern verstanden wird. Später wollen Akira, Katashi und Kiyoshi ihr helfen, ihre Menschengestalt zurück zu bekommen.

## Aussehen

### Katze

Als Katze ist Ayumi mittelgroß, hat langes, cremefarbenes Fell und bernsteinfarbene Augen. Sie ist etwas pummelig. Ihre Krallen sind lang und gebogen und ihre Ohren relativ klein. Sie hat einen buschigen Schweif und sehr spitze Zähne, was wahrscheinlich daran liegt, dass die Katze von Ayumi "besessen" ist.

### Mensch

Ayumi ist 1,70 cm groß und pummelig. Sie hat stark gewellte und an den Spitzen gelockte, braune Haare, die ihr ein wenig über die Schultern gehen. Sie hat lange Beine und ihre Augen sind blau. Zudem hat Ayumi einen langen Schweif, der eine buschige Spitze hat, sowie Katzenohren. Das kommt von ihrer Zeit als Katze.

## Charakter

Ayumi ist freundlich, offen, ehrlich, etwas schüchtern und macht oft sarkastische Witze. Sie hat einen relativ schwarzen Humor, wobei sie dennoch Ausgrenzung, Rassismus oder ähnliches verabscheut. Sie vertritt ihre eigene Meinung und übertreibt schnell.

## Sonstiges

* Ayumis Lieblingstiere sind Katzen.
* Ayumi würde den Dämonen, von dem sie damals besessen war, gerne wiedersehen, um sich einige Fragen beantworten zu lassen.

* Ayumis Themesong ist ***"Sarcasm"***.
Tsuzuki

Der Shinigami Asato Tsuzuki arbeitet für den Juo Cho, den Gerichtshof für Vorladungen für Tote. Er und andere Shinigami sind gestorben, aber aus unterschiedlichen Gründen nicht ins Totenreich gekommen und ermitteln nun, wenn eine Seele zu früh oder zu spät am Gerichtshof eintrifft. Asato ist oft faul und verfressen, kann mit seinem Talisman aber zwölf Göttergenerale beschwören.

Eines Tages wird Asato Hisoka Kurosaki als neuer Partner zugeteilt. Dieser wurde als Junge vom verrückten Mediziner Kazutaka Muraki vergewaltigt und verflucht. Der Fluch zehrte an ihm und so starb er mit 16 Jahren und wurde Shinigami. Beide ermitteln nun gemeinsam in den Fällen, die ihnen von ihrem Chef Konoe übertragen werden, gegen Vampire, Untote und andere übernatürliche Wesen und Vorgänge. Dabei ist Hisoka zunächst mit Tsuzuki überfordert, doch lernen sie zusammenzuarbeiten und sich zu beschützen. Es kommt auch zu Rivalitäten mit ihren Kollegen Seiichiro Tatsumi und Yutaka Watari, doch auch mit diesen freundet sich Hisoka an.

Bei den Ermittlungen kommt es immer wieder zu Zusammentreffen mit Muraki, der ein morbides wie erotisches Interesse an Hisoka und Tsuzuki zeigt und beide in gefährliche Situationen bringt.
Vertebrate trachea

Redirect to:

* Trachea
* This is a redirect from a page that was **merged** into another page. This redirect was kept in order to preserve this page's edit history after its content was merged into the target page's content. Please *do not* remove the tag that generates this text (unless the need to recreate content on this page has been demonstrated) nor delete this page. For more information follow the bold category link.
	+ For redirects with substantive page histories that *did not result from page merges* use {{R with history}} *instead*.
Pascal Godefroit

**Pascal Godefroit** is a Belgian paleontologist. Godefroit is the director of earth and life sciences at the Royal Belgian Institute of Natural Sciences.

## References

1. ↑ Miserey, Yves (4 June 2013). "Un petit dinosaure chinois, nouvel ancêtre des oiseaux". *Le Figaro* (in French) (Dassault Group). Retrieved 9 November 2013.
2. ↑ "Muséum des Sciences Naturelles - Direction opérationnelle Terre et Histoire de la Vie" (in French). Royal Belgian Institute of Natural Sciences. Retrieved 9 November 2013.

Template:Persondata

Template:Belgium-bio-stub
Ami

Ami ist 13 Jahre alt und besucht die Akademie. Sie ist ein Charakter aus School of Demons. Ami ist ein halber Blutdämon.

## Aussehen

Ami ist groß und schlank. Sie hat lange, orangerote Haare, die sie zu einem Zopf geunde trägt. Amis Augen sind, wie bei allen Blutdämonen, rot, allerdings hat sie keine weiteren dämonischen Merkmale. Ami trägt meistens einen kürzeren, schwarzen Rock und lange schwarze Strümpfen, die ihr bis zu den Oberschenkeln reichen. Dazu hat sie ein langärmliges, weißes Hemd an und darüber trägt sie ein schwarzes Jackett.

## Charakter

Ami ist feundlich, ehrlich und offen. Sie feunde sich schnell mit Leuten an und hat eine Schwäche für Tiere. Allerdings ist Ami manchmal sehr naiv und hat eine Abneigung gegen Dämonen, obwohl sie selbst einer ist. Sie hasst es, wenn sie ihre dämonischen Kräfte nutzen soll.

## Waffe

Als Waffe benutzt Ami einen Dolch, den sie stets in ihrer Tasche bei sich hat. Er ist ein Erbstück.
Synapomorphy

**Script error: No such module "Unsubst".**

 File:Synapomorphy.jpg
In phylogenetics, a **synapomorphy** is a shared **derived character** or trait state that distinguishes a clade from other organisms. In other words, it is an **apomorphy** shared by members of a monophyletic group, and thus assumed to be present in their most recent common ancestor. The word synapomorphy, coined by German entomologist Willi Hennig, is derived from the Greek words *σύν*, *syn* = shared; *ἀπό*, *apo* = away from; and *μορφή*, *morphe* = shape.

## Discussion

A derived character is a character that is derived from an ancestral character over evolutionary history. Derived characters are used in determining phylogenetic relationships. In phylogenetics, a derived character of a clade that has been inherited from a common ancestor and distinguishes the clade from other potentially related organisms is called a "synapomorphy" – a shared ("syn") character that sets the clade apart ("apo").

The concept of synapomorphy is relative to a given clade in the tree of life. What counts as a synapomorphy for one clade may well be a primitive character or plesiomorphy at a less inclusive or nested clade. For example, the presence of mammary glands is a synapomorphy for mammals in relation to tetrapods, but is a plesiomorphy for mammals in relation to one another, e.g., rodents and primates.

## References

1. ↑ 1.0 1.1 Roderick D.M. Page; Edward C. Holmes (14 July 2009). *Molecular Evolution: A Phylogenetic Approach*. John Wiley & Sons. ISBN 978-1-4443-1336-9.
2. ↑ *Concise Encyclopedia Biology*. Tubingen, DEU: Walter de Gruyter. 1996. p. 366. Archived from the original on August 28, 2008. Retrieved 7 May 2015.
3. ↑ Barton, Nicholas; Briggs, Derek; Eisen, Jonathan; Goldstein, David; Patel, Nipam (2007). "Phylogenetic Reconstruction". *Evolution*. Cold Spring Harbor Laboratory Press.

Template:Phylogenetics

de:Apomorphie#Unterteilung von Apomorphien
Book World Wikia

## Wilkommen!

Herzlich wilkommen im Book World-Wikia!

Kennst du dieses Gefühl, etwas lesen zu wollen, aber du hast keine passenden Bücher? Und du willst kein neues kaufen?

Kennst du das Gefühl, etwas neues erschaffen zu wollen, aber du weißt nicht wo oder ähnliches?

Dann bist du hier richtig! Schreibe alles was du willst, aber nicht als einfache Geschichte, sondern als Buch! Entwerfe Cover, erfinde Welten und lasse sie bewerten! Erreiche neue Autoren-Ränge und weiteres!

Schaut euch auch bei unseren wichtigen Regeln um!

Berichte über deine Simsfamilien! Das Wiki steht zwar noch am Anfang, aber du kannst mithelfen es zu verbessern!
* Das **Wings of Fire Erfindungs Wiki** -

Denke dir deine eigenen Drachenstämme und Storys zu der bekannten Buchreihe Wings of Fire aus!

## Vorgestellte Geschichte

Beispiel:

**Beispielstory - Titel**

*By Autor*   Klappentext/Leseprobe:
Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua. At vero eos et accusam et justo duo dolores et ea rebum. Stet clita kasd gubergren, no sea takimata sanctus est Lorem ipsum dolor sit amet. Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua. At vero eos et accusam et justo duo dolores et ea rebum. Stet clita kasd gubergren, no sea takimata sanctus est Lorem ipsum dolor sit amet.

*Lies mehr...*

## Neuste Blogbeiträge

 BLOG\_LISTING\_POST\_BUTTON\_TEMPLATE

SecondNight
18. Oktober 2016

 0

## Storys von mir^^

Auf dieser Seite werde ich euch meine aktuellen Geschichten und ähnliches vorstellen, vielleicht habt ihr ja irgendwann mal Lust, die ein oder andere zu lesen.^^

**Demons and Hearts** ist meine aktuellste Trilogie und wird immernoch fortgesetzt. Sie geh…

Ganzen Beitrag lesen

[[Kategorie:Book Wor
Period (geology)

A **geologic period** is one of several subdivisions of geologic time enabling cross-referencing of rocks and geologic events from place to place.

These periods form elements of a hierarchy of divisions into which geologists have split the Earth's history.

Eons and eras are larger subdivisions than periods while periods themselves may be divided into epochs and ages.

## Structure

The twelve currently recognised periods of the present eon – the Phanerozoic – are defined by the International Commission on Stratigraphy (ICS) by reference to the stratigraphy at particular locations around the world.

In 2004 the Ediacaran Period of the latest Precambrian was defined in similar fashion (and was the first such newly designated period in 130 years) but earlier periods are simply defined by age.

A consequence of this approach to the Phanerozoic periods is that the ages of their beginnings and ends can change from time to time as the absolute age of the chosen rock sequences, which define them, is more precisely determined.

The set of rocks (sedimentary, igneous or metamorphic) that formed during a geologic period is known as a system, so for example the 'Jurassic System' of rocks was formed during the 'Jurassic Period' (between 201 and 145 million years ago).

The following table includes all currently recognized periods. The table omits the time before 2500 million years ago, which is not divided into periods.

## Correlation issues

In a steady effort ongoing since 1974, the International Commission on Stratigraphy has been working to correlate the world's local stratigraphic record into one uniform planet-wide benchmarked system.

American geologists have long considered the Mississippian and Pennsylvanian to be periods in their own right though the ICS now recognises them both as 'subperiods' of the Carboniferous Period recognised by European geologists. Cases like this in China, Russia and even New Zealand with other geological eras has slowed down the uniform organization of the stratigraphic record.

Notable changes

* Changes in recent years have included the abandonment of the former Tertiary Period in favour of the Paleogene and succeeding Neogene periods.

* The abandonment of the Quaternary period was also considered but it has been retained for continuity reasons.

* Even earlier in the history of the science, the Tertiary was considered to be an 'era' and its subdivisions (Paleocene, Eocene, Oligocene, Miocene and Pliocene) were themselves referred to as 'periods' but they now enjoy the status of 'epochs' within the more recently erected Paleogene and Neogene periods.

## See also

* System (stratigraphy)
* Geologic time scale
Ryu (Dämonenkönig)

## Ryu

Der ***Dämonenkönig*** (oder: Satan, Teufel) ist der Herrscher in der Hölle. Sein "richtiger" Name lautet Ryu, allerdings darf ihn niemand so nennen.

## Aussehen

Der Dämonenkönig kann aussehen wie er will. Meistens tritt er als großer, kräftig gebauter Mann mit längeren schwarzen Haaren, Hörnern, schwarzen Lederflügeln, roten Augen und spitzen Zähnen auf, allerdings erscheint er hin und wieder als schwarze Katze oder als kleiner Junge, um Menschen in die Hölle zu locken. An Kleidung trägt der Dämonenkönig meistens einen schwarzen Umhang, der ihn komplett umhüllt und dazu schwarze Stiefel. Mehr sieht man von ihm nicht, da auch seine Kapuze tief in sein Gesicht gezogen ist.

## Charakter

Der Dämonenkönig hat keinen klaren Charakter. Alles, was man immer wieder vorfindet ist, dass er die Menschen als Spielzeug sieht und niemanden respektiert oder fürchtet. Nicht einmal seine Söhne kenne seinen richtigen Charakter.