Saturday, September 10, 2011
Ecological overview of Hypnale
Life on Hypnale is some of strangest yet encountered. To start with, skeletons (in animals that have them) are based on cartilage instead of regular bone. This means fossils are virtually absent. The exact process of how the ‘bones’ form is not known, for cartilage alone would not support land animals. High pressure marrow also acts as a support. The hides of animals, especially in the terminator, are resistant to acid, as are leaves on the plant. They coat themselves with similar enzymes that are found within the stomach. Lack of iron in their blood does not stop them from taking oxygen from the air. Oxyginating yellow blood cells care oxygen from the lungs to the rest of their body. This gives their blood an oozing yellowish appearance, much like the innards of a crushed bug.
Vision on Hypnale, like any world, is dependent on the star. Hypnalaforms can see in the range of infrared to green. Blues and purples are not detected by their eyes, since the parent star emits so few of these frequencies. To their eyes, blue and purple would appear as black as ultraviolet light does to a humans’. Infrared plays a big role in plants. All the flowers are either infrared or red. These means they are slightly warm to the touch. Insects are attracted to heat sources since they are likely food sources. The plant eaters have evolved powerful jaw that are capable of making chewing motions. This allows them to digest the hardy plants easier. Another common trait in virtually all herbivores is that they have stubby feet that end with a thick, armored sole. Predators usually move about on all fours, and appear like a quadruped theropod.
Life on Hypnale are carbon based, with water as a medium and breath oxygen. They have adapted to make use of the chlorine in the atmosphere to generate chlorides within their bodies, such as producing their own salts. Plants on Hypnale have leaves that range from dark blue to ultraviolet. This is because they absorb infrared and red to use in photosynthesis, and reflect everything else.
A detailed map of the climate.