Generally speaking, monsters can be divided into two catalogues, one is transformed from human beings, and the other is transformed from monsters, which we call super monsters. Megan Fox Guide You to Put on Cutest wholesale discount Album Sets Recession Chic â€[ How to Be Most Glamorous on a Budget

It was said that the transfer of human beings has the deep social political and economical background. The worry of the personal economical state of middle class audiences transfers the fear of the noble oppression into vampire and transfers the fear of the pauper revolt into corpse and so on. The monster from beast of course looks terrible, even the kind monster also need an extremely terrible appearance to contrast the heart, after all the name means strange. However, the terror should not be too strange. It would be inappropriate if the modeling of monsters is too weird to arouse the audience`s curiosity instead of the instinct of fear as result of being too [monster".

The simplest method is that choose a scary model in nature, and then modify it to make it more scary; the easiest way of course is enlarging. Largeness often means thicker skin, stronger muscle and firmer bones. In other words the comprehensive improvement of attack and defend capabilities and life force. [Bully the weak" is very normal in nature, so is it that we are afraid of something big. Those animals who are small originally would be terrible once Japanese fantasies who`re obsessed with giants wouldn`t forget to bring about Godzilla. Insects, by its numerical advantage and biochemical weapons, have already been a threat which can`t be ignored, the dread instinct even extend its way to other domain of mankind psychology. So that is the problem: why did the strong insect monster not dominate the earth in reality? It is simple, not because they are pacifist insects, but they can`t grow big.

It was not ok to grow into a big man through scaling amplification, which knew by science fiction writers fifty years ago. Let`s assume that the density of biological individuals is remained unchanged, then their weights should be as cubic as their body length, while their surface and bones supportive can only be as square as the same size, with the burden of heart being as fourth power as their body length – because their blood volume and lifting height are all increased. The whole body's portion needs some change, and the slim type of body like insects should be abandoned, transforming to like this: six limbs is dump and solid, and internal organs are well developed, and body is fit( or it can not contain the internal organs). There are big ears or some other things to help losing heat, hello, six-legged elephant, do you come from Pandora? Gould said that the animal as big as elephant must look like elephant.

But insects get their problems. The first thing is breathe. Oxygen is the most important substance for all animals, not only because animals all need large amount of oxygen, but also oxygen can not be stored and must be supplied continuously. There was a long waiting period from single celled organism to multicellular organism, and what was waited? Now it is considered that it was waited that enough concentration of oxygen in air to maintain the increase of multicellular organisms. Of course, along the evolution of the creature, there appear many complicated structure for breathing. What the insects apply id the [trachea " system which devoid of dynamics. For small insects, it was enough, but big ones were not, and the insects would have died when oxygen climbed into the body, suffocating the insects early. However, if the external oxygen concentration was high, this limitation could be relaxed.

The second trouble is not easy to cover: the support of their bodies. All the arthropods use exoskeletons, the same as insects. Benefits of exoskeleton were to support and defense, easy to use and economical, but there was a major drawback: it can not grow big. Imagine you live in a house not allow to go outside, then no matter how hard they try in the house, the size of the house can not be increased. Their solution is exuvium, the old house would be substituted by a new one at a certain time, but during the transition there`s neither protection nor support which renders the insect extremely vulnerable. They can excavate a hole to protect themselves. Though the bigger volume needs bigger shelter, the problem of lack of support is more severe. So when the insects want to survive, they need hard cover or maintain their body in the span supportable by the parenchyma; but in neither way can they grow big.