Marine Crystal: Difference between revisions
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{{Species |
{{Species |
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|name = Marine Crystal |
|name = Marine Crystal |
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|week = 21 |
|week = 21 |
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|generation = 136 |
|generation = 136 |
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|creator = Hydromancerx |
|creator = Hydromancerx |
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|image = Marine_Crystal.jpg |
|image = Marine_Crystal.jpg |
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|extant = 1 |
|extant = 1 |
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|exweek=26 |
|exweek=26 |
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|exgen=162 |
|exgen=162 |
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|excause=replaced by descendant |
|excause=replaced by descendant |
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|ancestor = Shallows Crystal |
|ancestor = Shallows Crystal |
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|size = 30 cm Tall |
|size = 30 cm Tall |
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|habitat = Colddigger Polar Bay |
|habitat = Colddigger Polar Bay |
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|habitat2 = Elerd Temperate Coast |
|habitat2 = Elerd Temperate Coast |
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|habitat3 = Darkov Temperate Coast |
|habitat3 = Darkov Temperate Coast |
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|habitat4 = Bumpy Polar Coast |
|habitat4 = Bumpy Polar Coast |
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|habitat5 = Chum Salt Lake |
|habitat5 = Chum Salt Lake |
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|habitat6 = Chum Salt Marsh |
|habitat6 = Chum Salt Marsh |
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|diet = Detritivore, Photosynthesis |
|diet = Detritivore, Photosynthesis |
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|reproduction= Asexual, Spores |
|reproduction= Asexual, Spores |
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|domain = Eukaryota |
|domain = Eukaryota |
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|kingdom = Binucleozoa |
|kingdom = Binucleozoa |
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|phylum = Crystallozoa |
|phylum = Crystallozoa |
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|class = Eucrystalla |
|class = Eucrystalla |
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|order = |
|order = |
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|family = |
|family = |
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|genus = Aquacrystallus |
|genus = Aquacrystallus |
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|species = iceageus |
|species = iceageus |
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}} |
}} |
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The '''marine crystal''' split from its ancestor the [[Shallows Crystal|shallows crystal]]. They have re-adapted to to the salty water of the salt lake and coastline. They have also grown to twice their ancestors size. Like their ancestor, they are made of a hard photosynthetic chitin which has tiny holes in them, these holes let in water and organic matter. Inside the red fungi-like interior consumes the organic matter. This same fungi-like material also makes up the "roots" of the marine crystal and it can absorb needed nutrients and minerals from the soil. The same holes that let in food also let out tiny spores which float into the water and grow into new marine crystals. It has retained it's ancestor's mild poison which is used to deter any herbivores who are not immune against it from eating it. |
The '''marine crystal''' split from its ancestor the [[Shallows Crystal|shallows crystal]]. They have re-adapted to to the salty water of the salt lake and coastline. They have also grown to twice their ancestors size. Like their ancestor, they are made of a hard photosynthetic chitin which has tiny holes in them, these holes let in water and organic matter. Inside the red fungi-like interior consumes the organic matter. This same fungi-like material also makes up the "roots" of the marine crystal and it can absorb needed nutrients and minerals from the soil. The same holes that let in food also let out tiny spores which float into the water and grow into new marine crystals. It has retained it's ancestor's mild poison which is used to deter any herbivores who are not immune against it from eating it. |
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Revision as of 05:59, 22 September 2021
| Marine Crystal | ||
|---|---|---|
| (Aquacrystallus iceageus) | ||
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| 26/162, replaced by descendant | ||
| Information | ||
| Creator | Hydromancerx Other | |
| Week/Generation | 21/136 | |
| Habitat | Colddigger Polar Bay | |
| Size | 30 cm Tall | |
| Primary Mobility | Unknown | |
| Support | Unknown | |
| Diet | Detritivore, Photosynthesis | |
| Respiration | Unknown | |
| Thermoregulation | Unknown | |
| Reproduction | Asexual, Spores | |
| Taxonomy | ||
| Domain Genus Species | Eukaryota Aquacrystallus Aquacrystallus iceageus | |
| Ancestor: | Descendants: |
|---|---|
The marine crystal split from its ancestor the shallows crystal. They have re-adapted to to the salty water of the salt lake and coastline. They have also grown to twice their ancestors size. Like their ancestor, they are made of a hard photosynthetic chitin which has tiny holes in them, these holes let in water and organic matter. Inside the red fungi-like interior consumes the organic matter. This same fungi-like material also makes up the "roots" of the marine crystal and it can absorb needed nutrients and minerals from the soil. The same holes that let in food also let out tiny spores which float into the water and grow into new marine crystals. It has retained it's ancestor's mild poison which is used to deter any herbivores who are not immune against it from eating it.