Limestone Outcrop (Subnautica): Difference between revisions
m (Thunderclanhero321 moved page Limestone to Limestone Outcrop) |
ScanianMoose (talk | contribs) (added data bank entry) Tags: Visual edit apiedit |
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{{Infobox item |
{{Infobox item |
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|name = Limestone |
|name = Limestone Outcrop |
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|image = Limestone01.jpg |
|image = Limestone01.jpg |
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|type = Harvesting Node |
|type = Harvesting Node |
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|drops = [[Copper Ore]], [[Titanium]] |
|drops = [[Copper Ore]], [[Titanium]] |
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}} |
}} |
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'''Limestone''' '''Outcrop''' is a [[Harvesting Node|harvesting node]] that contains [[Raw Materials|raw materials]]. It can be found on the seabed and walls of many different [[biomes]] and [[caves]]. It is by far the most common [[Harvesting Node|harvesting node]]. |
The '''Limestone''' '''Outcrop''' is a [[Harvesting Node|harvesting node]] that contains [[Raw Materials|raw materials]]. It can be found on the seabed and walls of many different [[biomes]] and [[caves]]. It is by far the most common [[Harvesting Node|harvesting node]]. |
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'''Limestone Outcrops''' can contain the following: |
'''Limestone Outcrops''' can contain the following: |
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*[[Copper Ore]] |
*[[Copper Ore]] |
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*[[Titanium]] |
*[[Titanium]] |
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== Data Bank Entry == |
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These unusual geological structures often form around titanium and copper deposits, and are distinct to this planet. Closer analysis reveals the stone around the metal has been hardened against erosion, but the mechanism remains unknown. |
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Assessment: Titanium and copper source |
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== Gallery == |
== Gallery == |
Revision as of 15:15, 16 January 2016
Template:Infobox item The Limestone Outcrop is a harvesting node that contains raw materials. It can be found on the seabed and walls of many different biomes and caves. It is by far the most common harvesting node.
Limestone Outcrops can contain the following:
Data Bank Entry
These unusual geological structures often form around titanium and copper deposits, and are distinct to this planet. Closer analysis reveals the stone around the metal has been hardened against erosion, but the mechanism remains unknown.
Assessment: Titanium and copper source