Jenna Ezarik

Redirect to:

This page is a redirect. The following categories are used to track and monitor this redirect:

From a person(s): This is a redirect from a person or persons' name to a related article or section that describes the person(s).
- It is a topic more specific than currently provided on the target article or a section of that article, hence this redirect is a potential article that may be suitable for expansion in accordance with Wikipedia's notability policy on biographies of notable people. The magic word {{DEFAULTSORT:Ezarik, Jenna}} should be included below the #REDIRECT code in this page for correct category sorting of this person's name.

From a relative: This is a redirect from the name of a relative (family member) of a person to the article about the person.
- If the redirect is from a husband or wife, then use {{R from spouse}} instead.

With possibilities: This is a redirect from a title that potentially could be expanded into a new article or other type of associated page such as a new template. The topic described by this title may be more detailed than is currently provided on the target page or in a section of that page.
- When the target page becomes too large, or for any reason a new page would be an improvement, this redirect may be replaced with an article, template or other project page that is carved out of the target page. See also {{R to section}} and use together with this rcat when appropriate.
- If the topic of the redirect is not susceptible to expansion, then use other rcats such as {{R to section}} or {{R to list entry}} when appropriate.
- Since a new page may be created, links to this redirect should not be replaced with a direct link to the target page. To make redirects to this page, use {{R avoided double redirect}}.
- {{R printworthy}} should be used together with this template when applied to a redirect in mainspace.
- When used on a template redirect, it will automatically populate Category:Template redirects with possibilities.

When appropriate, protection levels are automatically sensed, described and categorized.

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