Wikipedia talk:Articles for creation/Bruce Poon Tip (2)

Redirect to:

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

From currently unnecessary disambiguation: This is a redirect from a page name that has a currently unneeded disambiguation qualifier. Examples are:
- Jupiter (planet)Jupiter (unnecessary parenthetical qualifier)
- Paris, FranceParis (unnecessary comma-separated qualifier)
- Japanese Bobtail catJapanese Bobtail (unnecessary natural qualifier)
- ‹The template Cat is being considered for merging.› Category:Redirects to disambiguation pages is a subcategory of this rcat's category. So this rcat should not be used on mainspace disambiguation redirects with "(disambiguation)" in the page title. Use {{R to disambiguation page}} instead.

From an old AfC draft: This is a redirect from an draft page in the Wikipedia talk namespace to the published article in mainspace. This redirect page must be in the Wikipedia talk namespace.
- Note: If this redirect is used in any other namespace, then it will populate ‹The template Cat is being considered for merging.› Category:Pages with templates in the wrong namespace instead.

From a page move: This is a redirect from a page that has been moved (renamed). This page was kept as a redirect to avoid breaking links, both internal and external, that may have been made to the old page name.

From a subpage: This is a redirect from a subpage. In a page title, a subpage name appears after a forward slash (/); for example, "Wikipedia:WikiProject Cricket/Articles", which is a subpage of "Wikipedia:WikiProject Cricket", redirects to Template:CricketRecentChanges. Not all articles or other pages with "/" in their titles are subpages (e.g. CP/M).
- If this redirect is in mainspace, then it will populate the Redirects with old history category bold-linked above; if in any other namespace, then ‹The template Cat is being considered for merging.› Category:Redirects from subpages will be populated.

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