1. Finds its environmental niche in occupying pocket space. the existence of the lariat species can almost singlehandedly justify why pockets still exist.
3. Tiny lobes in the living producing something completely useless, existing merely for the reason that they meet the minimal requirement of membraneity.
4. A rare sighting of an addicted species, Aggressive fluvial agitation unifies the spider's filament structure with outer dust forces.
5. Consumes tissues as not a form of sustenance but as an appendage. this tissue deposits itself at the end of the tail and fuses to the tip. An estuary of the brittle.
6. The plight of the thistle species has spurned efforts to inflate population with fuzz to promote longevity. Faces threats of dekeratinization.
7. Elicits a speech bubble that is constantly vacant but still taking up space.
8. Generates stillness by overwhelming itself with concentrated matter. Its noise is silent because it is loud and repeats itself.
9. Lost in a duct and remains sedentary for the fact that it is solely dependent on others to approach it.
10. Wanders on the z-plane and predicts its own fossilization by slowly accreting the inorganic. Its breadth increases with the amount of brittle dust settling inside of its structure.
11. Develops large wings that self-truncate prematurely, which prevent it from ever learning how to fly. Also bottom heavy.
12. Highest concentration of consumed selves within the stomach.
13. This is a small detail in public, but viewed through a microscope it looks like a destination.
14. Forms a natural lariat but not for defense.
15. Your suffix was close, but it is in fact the conglomerate species, not degenerate.
16. Lives on platelets between a pillow and your cheek, You lay down every night smearing its film and increasing the access area for its spores.
17. Slow forfeits of our concealed body parts trying to realize they are indoors and won't survive on the outside.
18. All the hairs that don't make sense, intermixed with some omitted weeds.
19. The arabesque species
20. The thunder cell species
21. The rebellious spool species
22. Can easily be identified by its auto-implantation.
23. Develops adaptations on top of its adaptations, making for a decorative spider.
24. One of the best examples of accretive morphology–– when physiologies serve as models of how the universe formed. It has a tendency to generate purposeless fiber, a trait "lost" from ancestral spiders.