Welcome to my Metazoic site! This site discusses the existence of the creatures to come along after humans will be extinct. I first became interested in a world after man when I acquired my first copy of Dougal Dixon's After Man: A Zoology of the Future in 1992. However, I unwittingly created creatures that did not exist from the time I was about 8 years old. But it was after I obtained a copy of that book (now a collector's item) that I decided to take these same creatures I created as a child and make them more realistic in an evolutionary sense. Though it may be hard for a lot of us to grasp, humans will soon become extinct. One of the biggest factors of how this will happen is the current overpopulation rate. Which is why I don't contribute to the population. I created this world with little more than mammals fulfilling all ecological niches with the help of some friends. I even gave the era of the age after man a name, I called it the Metazoic, derived from the words for "After-era" (Meta, meaning after, and zoic meaning era). We are now in the Cenozoic era. To view all the animals I have created since I began this project, you can go to the "Meet the Mammals" section of this site. To discuss your own ideas about what you think will happen in the future world, and share your ideas with others, please feel free to leave a comment.
One more thing, some of you may find this site quite offensive, and you have a right to your own opinion. But please respect my right to have an opinion too. I'm not saying there is no GOD, I believe it was HIM who got the ball rolling. But I believe after that, evolution took over. There is so much more evidence of evolution than there is of creation. Even that going on right under our noses. Other than that, enjoy yourself and visit our many links.
Wednesday, August 31, 2011
The smallest species in this family are in Deinictis, which are tiny mongooses. Though they do possess the musky gland on the base of their tails, it is rarely used outside of battling others of their own kind. Particularly among mating males. This animal instead has a greater weapon against attackers. They are fast and they can bite hard! The bite usually causes septecemia, or at the very least, a localized infection, which slowly causes the attacker to die or become disabled. Unlike most other Viverrids, these little mongooses attack without much provocation. They are simply fast and furious little creatures. Their diet of insects, mice, small birds and reptiles keeps them active and on their toes. Like today's mongooses, these animals are small and weasel-like in appearance, and also in ferocity!
The largest species in this family is Haliophonia, the giant sea genet. Though it is not a true genet, it is a descendant of the Metazoic river genet (Cleochareia), which is a much smaller animal that took to the water in the early Metazoic, getting most of it's genes from the modern fishing genet (Osbornictis), except that it took it's talent a step further and began actually swimming after fish and crabs. Haliophonia is the ending masterpiece of aquatic Viverrid creation. It does not have very well formed legs, but rather flippers. Though the forelimbs still have paws and even retractable claws. These animals grow to a full adult size of around 45 feet. The tail has become a long, paddle-shaped appendage, which aids in propelling this animal through the water. The fur is short, but very soft. These animals feed on meat, and lots of it. Besides fish and squids, Haliophonia also feeds on sea birds and mammals. Common victims of the giant sea genet include Rhynchocebus, Thalictis, Chamenius and Natopterus, as well as numerous seal species and birds. As seen in modern leopard seals, the giant sea genet tears larger prey animals into small chunks by slamming the body against the water's surface. This is often the case for Chamenius, Rhynchocebus, Thalictis and smaller seals. Small prey, like Natopterus, is simply swallowed whole. In one sitting, the giant sea genet may take as many as 20 Natopterus.
The largest land-based viverrid in the Metazoic is Tarboailurus. This is essentially a giant, saber-toothed mongoose. The teeth are large and strong, growing to a size of about 12 inches. The claws are retractable, the tail is long and stiff for balance. This giant mongoose often makes huge leaps onto the back of it's prey. The long, stiff tail aids in this maneuver. Single-handedly, Tarboailurus can bring down prey the size of a gigantelope. But they usually prefer smaller prey. Tarboailurus, and it's smaller counterpart, Cynocephalogale, are the only viverrids that have this stiff tail. But while Cynocephalogale may hunt in packs, Tarboailurus works alone. Both varieties are extremely fast animals, but their main hunting strategy is the long stalk and a quick pounce. Tarboailurus is so tough, most of the time, even Deinognathus stays out of it's way!
Though the largest examples of this family may not have any predators as adults, the smaller species are often victimized by any species large enough to kill them. This includes foxes, cats, predatory rats, deinognathids, predatory bats and birds, large reptiles, and even larger viverrids.
Tuesday, August 23, 2011
The largest species in this group is Xescophotus. It is also the only species that has a totally naked head and neck. They also have fleshy "wattles" on the upper jaw and chin areas. During the breeding season, the males' flesh turns from charcoal black to bright pink, and the wattles turn bright red and purple. The females are highly turned-on by this dramatic change in clothing. But after the breeding season, the males' flesh goes back to a dull charcoal black color. After they have mated, males and females may go their separate ways.
Ziphidromas is also a unique species in that it has the longest muzzle, in proportion to it's size than any other species. The nostrils of this animal are also placed higher on the muzzle than any other species in this family. When this animal hunts, it feels under the water's surface with it's highly-sensitive muzzle. It can stand motionless for hours on end, waiting for the muzzle tip to feel a fish pass by. Then they quickly shut their jaws on the hapless fish and bring it to the surface to be consumed. Ziphidromas is one of few species in this family to live in groups of more than 4 individuals.
Female jacanatheriids give birth to several fawns, usually no more than 4 at a time. She will usually give birth on a lily pad, most of the time it is one that is shady, and well away from any others in her herd. She gives birth very quickly, almost one right after another. The fawns then take refuge on the mother's belly, clinging to her thick fur. This also allows them to suckle, and if the mother has to leap into the water to avoid danger, the fur on the belly stores enough air for the fawns to still breathe until the danger passes. Often all that is visible of the babies are the long toes dangling from the mother's belly. The color of the fawns is determined by the color of the mother's belly. But most of their fawns are born with stripes or spots on the body, which fade away with age.
Predators of jacanatheriids are plenty, especially predatory bats, snakes, mongooses, predatory birds, deinognathids, caroroos, large, predatory fish, and almost any other predator, large or small, that can wade into the water to get at them. The lily-walkers usually dip into the water to avoid danger, and can stay submerged for up to 5 minutes until the danger passes. For underwater predators like fish, these animals usually leap onto a branch or hide in the reeds to avoid them. They can move very fast, in spite of their long toes.
Tuesday, August 16, 2011
The largest species is in the genus Euphuia. These larger animals feed on anything from fish to frogs and small mammals. The teeth are very sharp to easily grasp their slippery, struggling prey. They prefer to remain in a quiet corner, where they can stay concealed by thick vegetation, and snatch prey by surprise. Prey is usually swallowed whole.
The most unusual species are in Anoicostomus. These animals have mouths that do not close all the way. This allows the sensitive tongue in the water for long periods to feel for prey. They hunt by walking slowly with the tip of their muzzle dipped in the water. When they feel something that feels like prey, they dart their head into the water enough to grasp the prey in their sharp teeth.
Predators of this family include predatory bats, snakes, crocodiles, Deinognathids and Viverrids. They can use their sharp teeth as defensive weapons, or they duck underwater until the danger passes. They are capable of staying submerged for as long as 8 minutes.
Monday, August 8, 2011
The most land-based species is Ephodozous. This is a rather small species that prefers to inhabit rivers, and often captures their prey while on land, where it then proceeds to drag their prey into the water. Despite their size, they are no less powerful animals. They can drag under a 200-pound struggling cryptopter easily. The smallest species in this family is Selatopoocetes, which is a lot more aquatic, and every bit as powerful.
The largest species in this family is Agriopetes. This is a relatively large animal that prefers to inhabit lagoons, usually in small groups. They also hunt larger prey, and even include fish in their diet. This species spends a lot less time traveling on land, and usually prefer the safety of the water.
Though these animals are themselves voracious carnivores, they also have their own predators to contend with. Small animals like Selatopoocetes, are sometimes preyed upon by predatory bats like Cercomoloch. Larger species like Agriopetes, may be taken sometimes by sharks, or preyed upon by other members of their clan.