Bluck

From Sagan 4 Alpha Wiki

Bluck
(Nicolapoa obscenus)
Main image of Bluck
Species is extinct.
26/?, unknown cause
Information
CreatorCoolsteph Other
Week/Generation25/155
HabitatFly Tropical Rainforest
Size29 cm Wide
Primary MobilitySessile
SupportUnknown
DietPhotosynthesis
RespirationPassive (Stomata)
ThermoregulationEctotherm
ReproductionSexual (Seeds, Spores in Mucus transported by Xenobees), Asexual Budding
Taxonomy
Domain
Kingdom
Subkingdom
Division
Class
Order
Family
Genus
Species
Eukaryota
Phoenoplastida
Phoenophyta (info)
Rhagioanthia
Phoenopoopsida
Phoenopoales
Nothropoaceae
Nicolapoa
Nicolapoa obscenus
Ancestor:Descendants:

(Replaces its ancestor in the Fly Tropical Rainforest.)

The bluck, also known as the common bluck or cluster bluck, has adapted to its herbivores. It expresses some of the genes of its great-ancestor, the clusterblades. However, in the time that separated the two, many of those genes mutated, with a portion of those genes rendered useless by unlucky mutation. Thus, the bluck's leaves, while stiff, are not sharp, and are not quite as upright as the leaves of the clusterblades.

The stiffness was not enough to deter herbivores, so in addition to this it sports phytoliths of nickel. Chomping on metal-reinforced needles slowly wears down the tappipper's wooden teeth, but, unfortunately for the bluck, does not wear down the beaks of twilight ridgehorn or stubhead bounder, for those herbivores do not chew. While it cannot wear down the beaks of those herbivores, it can still poison them: each individual bluck has about 0.363 grams of nickel, easily providing an overdose. Overdose can cause nausea, vomiting, (if the fauna in question is capable) and even cancer in the bluck's herbivores.

The needles grow from the base of mini-stems at the top of the flora's stem. The needles grow outward in an irregular star-like shape. At the center is a fleshy bunch of leaves or bracts. These photosynthesize as the needles do, but lack significant quantities of nickel. These bracts develop at about eight months. Prior to producing seeds, the bracts secrete mucus at their tips. The mucus is filled with spores, which is transferred between individuals by mucivorous xenobees. (The mucus is not sugary enough to attract nectarivorous xenobees.) The spores are retained by the individual for some time, for blucks only produce seeds at about two years. The seeds are tough, distasteful, bright red and emit a faint light. Undiscriminating herbivores may eat them along with the fleshy bracts, eventually spitting or regurgitating the seeds out.

Living Relatives (click to show/hide)

These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)
  •  
    Clusterspades (family Nothropoaceae)
  •  
    Crevice Tuff (order Phoenopoales)
  •  
    Segmented Carnofern (class Phoenopoopsida)