Lyk-gogga
Corpse Coat
Also known as the Undertaker Bug, Lyk-gogga are a species of massive terrestrial arthropods that share characteristics of both insects and arachnids. Large and reclusive, the ten-legged females are widely misunderstood to be almost boogeymen-like creatures by the few locals who've encountered them. Stemming from their ghastly habit of wearing veils made from the flayed skin of their victims as camouflage from both predators and prey. Despite their ghoulish reputation, they are not extremely dangerous and are often quite skittish around humans and humanoids, instead preferring to prey on larger animals and monsters. In contrast, the smaller, winged males are hyper-aggressive and more commonly encountered. The vast morphological and behavioral differences between the two sexes have often led to them being confused for different species by the uninformed.Basic Information
Anatomy
Though often thought of as ghost-like creatures, Lyk-gogga are in fact a species of purely physical animals with no supernatural qualities outside of their large size. Neither an insect nor an arachnid, Lyk-gogga stands in their own special subphylum of terrestrial arthropod. With a drastically different morphology between the male and females of the species.
The Females
A hard slap in the face to conventional science's oxygen size hypothesis for arthropods, female Lyk-gogga are large, slightly bigger than an average pickup truck, and are the dominant sex. Her general body shape resembles that of a large spider, only split into three segments like an insect. Possessing ten limbs in total, consisting of eight legs and two forelimbs, protected by a chitinous exoskeleton. Body coloration is mainly a sandy-brown color to better blend in with the dry grass of the savannas she usually calls home in the wild. With white markings on the underside of the abdomen. The back and legs are covered in sharp, upwards-curving spines along with sensory hairs. The armor of the abdomen's underside is considerably softer than the rest of the exoskeleton and houses most of the vital organs. The foregut extends the whole length of the monster and can be used to store prey for digestion later. Respiration occurs through small, valved orifices known as spiracles on the sides of the abdomen. A series of spinnerets at the end of the abdomen allow her to make silk strands in a wide angle from behind. Though Lyk-gogga are incapable of making sticky webs like most spiders can.
Aside from their eight legs, female Lyk-gogga are additionally armed with a pair of raptorial forelimbs, which show convergence with those of common mantids, including a series of spiny protrusions lining the inner arms. Twice the length of her legs, these forelimbs usually stay folded up beside the head and are solely used for hunting instead of locomotion, as well as to manipulate objects in the environment. The ends of these forelimbs are shaped like skinning knives and are vital to creating her infamous defense mechanism.
Two large forward-facing spikes are located on the back of the thorax and reach over the head. These two horns are venomous and are used to deter predators from rushing a Lyk-gogga head-on as she can use them as lances. The head is round with two wide mandible plates forming her mouth. She has four complex eyes, two on each side of her face that are a beautiful pearlescent pink. These complex eyes have tapetum lucidum behind the retina. Creating the phenomena known as eyeshine when exposed to bright light. It also gives her superior night vision. In the middle of her head is a triangle of simple, light-sensitive eyes. Just behind the mouth is the genital opening, leading to two seminal receptacles (spermathecae) in which females store sperm recieved from the male. Four shallow niches surround the genital slit and serve as footholds for the male to cling to during mating.
Lyk-gogga hemolymph possesses red hemoglobin like humans and most animals. Indicating a high level of iron content and increased ability for oxygenation. The blood's increased ability to carry oxygen more efficiently may explain how Lyk-gogga managed to reach the massive sizes they do.
The Males
"I hate bugs." - A dwarf after killing a swarm of male Lyk-gogga
The male Lyk-gogga is drastically different from the females. Roughly the size of a common house cat, he is dwarfed by his better half, but still quite large for an arthropod. With a thin body shape, he more closely resembles winged insects like lacewings and wasps. He only has six limbs compared to the female's ten. He has four legs and two wings, allowing him the advantage of flight. His head is elongated and tube-shaped, hidden beneath a large, armored canopy that extends far beyond the rest of his upper body. Serving a similar purpose to the twin thorax horns of the female, only lacking the venom. The shell, which is covered in spines and knobs, is an iridescent navy blue whose luster is reminiscent of gemstones. The wings are a flamboyantly orange color. The male Lyk-gogga is capable of highly precise movement in the air, thanks to his highly-developed wings. His metabolism is very energy efficient. Allowing him to travel great distances in search of a female to mate with without stopping to rest. His forelimbs are designed for jabbing and slashing, and will also spear his prey with his armored canopy. Lacking the knife-like weapons of the females, he is instead armed with hooked claws used to cling to trees or the underside of the females during mating. The abdomen of the males is stretched out into a segmented tail. He too breathes through valved spiracles on the sides of each abdominal segment. The end of the tail houses the aedeagi, the male's reproductive organs. This organ is flanked by a clasping, two-fingered claw. Special muscles allow him to lock this pincer shut to secure himself to the female's reproductive organ.
Genetics and Reproduction
Lyk-gogga mate during the fall. Mating is an extremely dangerous affair for the male Lyk-gogga. Just like black widow spiders and mantids, females are renowned man-eaters and are several times larger than subordinate males.
When the time is ready, the female releases pheromones that attract a potential mate. These pheromones travel great distances on the wind where they will eventually be detected by a male. The male will fly to her nest and waits outside. He needs to know if the female has eaten recently before he makes his move. If there is no immediate risk of being eaten, he will get her attention by plucking on the tripwires outside her nest. Once the female realizes she has a suitor calling on her doorstep, she will come to the entrance of her nest and watch. Now the male must woo her. He begins a mating dance. Performing dance patterns, wings may be fluttered or moved in circles, or short flights may occur. Specific rituals must be precise routines in order for him to win the female's affection.
If she is receptive, the female will allow her new consort to climb up her. He will cling to her underside by several small niches in her armor and insert his tail into her genital opening on the underside of her head. Special muscles in his tail will constrict that locks his pincer shut. Anchoring himself inside the female and making him impossible to pry out. The aedeagi will begin to transfer his sperm to the female, creating the next generation of the species.
While this event is the culmination of the male's life, it can often be his end as well. With his tail firmly fastened to the female's reproductive organ, his body is now perilously close to the female's mouth. If at any point during coitus, the female decides that he's worth more to her as extra calories, there is little he can do to escape. The silver lining is that her bite will sever the tail from the body when she devours him. Still locked in place, the tail will continue to hang from the female. Even without a brain to control them, specialized muscles will continue to pump the male's sperm in the spermathecae of the female. Guaranteeing that the male's sacrifice was not in vain. It will continue its work until the muscles holding the pincer shut eventually relax after a few days. Letting the spent tail drop limply off the female.
Now comes the hard part. Once her eggs are laid, a female will not leave her nest until they hatch so she will need to stockpile food. She begins to hunt and consume in excess, far more frequently than usual. Most of the nutrients she intakes will go to the development of her babies, the rest she stores in her foregut for herself. When she is ready to lay her eggs, she weaves a large egg sack to place them in. The larger size of the females is usually a good predictor of potential fecundity. Typically, they can lay up to 600 at a time. The larger females are more sensitive to environmental changes which determine the gender of their offspring. Organization scientists have determined that the gender ratio of the eggs averages around 50 males to 1 female. In times of scarcity, the females usually produce larger clutches of male offspring to spread their genes and then produce smaller batches of the more costly, slow-growing females when resources are sufficient. The female will attach her egg sack to her abdomen and enter a hibernation-like state through the winter. Surviving off the nutrients she stored in the fall. In spring, she will awake and her eggs will hatch.
Growth Rate & Stages
Ecology and Habitats
Dietary Needs and Habits
Biological Cycle
Behaviour
Additional Information
Uses, Products & Exploitation
Average Intelligence
Perception and Sensory Capabilities
Civilization and Culture
Interspecies Relations and Assumptions
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