Zoology musings.

[Brett Nortje]

Yes, let's get into nature! Zoology is lined to psychology and sociology in animals, and, as a base foundation for the animal kingdom, with us also being a part of it, just a branched off section, we will gain a better understanding of social laws and maybe even 'nature itself' too!

Things we will be dealing with include all branches of zoology and animal behaviour too! Then, we might learn how to speed up the evolution process by learning to harness the best from the other branches of nature, where we will learn how to scythe the best from the best, and, leave 'the weaknesses' out, yes?

By combining various evolutions, we could even come up with our own evolutions, or, understand them better for future generations? I mean, if we knew how to take a young child and make a sickly one healthy, then we could save our whole race, yes?

So, let's get on with it!

[Brett Nortje]

This will be where we learn how things are made up physically, like as in physiology, with great detail applied to the cells that make them up, and, organs too! the body of the animal is made of cells, either one cell, as in a bacteria, which is a combination of atoms that fit into one package, or, a thing like us or a dolphin, with many cells attracted to each other. The thing with single celled organisms is that they will not bond to form another greater organ, as then there would be mass, and, as bacteria have mass, this would mean they were lazy with their evolutions, or, have too short a life span to do anything other than mutate into new bacteria where they will survive a little longer. Therefore, the life span of a single celled animal is too short to allow for habits to form, so they are merely reactive and have no will to defer from the path of least resistance, if you will.

Then, there are bigger things, like us. These make for a better lifespan, with ageing bleeding off, as with spins and half life, where the deterioration of the cells are not shared, therefore making for a longer life span. Imagine a fire, a raging fire in a fire place. This is where the one stick will burn out quickly, yes? Then, with more sticks, it lasts longer as they swap energy back and forth, where they will see the fire or ageing process relay back and forth between each stick or the fire or cell of the animal. Thus, an elephant has a long life while a mouse has a shorter one. There are exceptions, like tortoises, which have very thick cells, thus making the exchanges take longer, and, prolonging lifespans for a long time.

If you want to observe the ramifications of cellular exchanges, then you need to understand the cells relay energy between them, where if you were to observe an oscillator, it gives more time to the 'half life' of the animal with more balls, yes? This is because the energy is conserved or saved through the mass, where the energy bleeds of slower the more mass it has, or, more density - this means the more to it there is, the slower the energy electrocutes it, okay? And that is life span!

[Brett Nortje]

With physiological zoology, we find that there are processes between the cells, where they swap chemicals based on the relays of density. This is where the genes and hormones come into play, the genes shape the hormones on a base level - like you know where people get horny? - this is because the hormones of semen are speeding up production, and that is because the senses are telling them to. This is where the body feels thing, and, the cells get the reaction between the nerves and the genes. Quite simple really - the chemistry is where the reactions take place! This means the things that come in are processed, every type of sense being stimulated, and, then there is a determined reaction, as if we wee kicking a ball on a field, yes? If we kick it from one direction, it will go in the other, so, if the oscillator is to be observed, there is a slight dulling of the energy as it meets resistance, with the dominant signal overriding the body of the animal.

So, if we were to observe that the reactions are ones where the senses are tweaked, and, then the message enters the body, and, that message leads to a reaction, where chemicals mix, how do the chemicals mix to produce the right effects? This is where the chemicals feel the energies, and, then get charged by the energy, and, bleed this energy off in the form of cell division, okay? The more kick there is to the ball from one side, the more space it will move, and, if there is another ball, like snooker, they will infer the energy onto that ball if they make contact. Thus, if cells leave a wake of themselves and other cells, for a while, as they die off, then they will leave 'shadows' of parent cells, all the time, as they move. This is where they will, according to the charge of the energy, infer more of themselves if opposed to that energy. This means the more black paint you put on your canvass, the more black you will leave behind with each stroke, this is cell division. Then, there will be hidden white, where the black was, where the cells are overpowered by the message, only to be overturned by the next stroke of a different colour. The collage of colours is evolution, but it takes time!

Now, with each reaction, the cells will infer an equal reaction of opposition. This means life is based on death, as there are spins and half lives to every level of life. As things grown they are dying, as things see, they are being blinded, as things hear, they are being deafened.

[Brett Nortje]

Evolution is where things retain energy and adapt to them. This is where the density and mass of the cells, organs and nerves adapt to the levels of exposure they have - if you were to observe how in cold climes, the animals have more hair, and, in Africa, there is less hair on animals, then you will see that they have adapted to the climate, yes? This is because they have felt the cold through their nerves, and, have retained energy, so that the cold is dense, as it carries mass, like snow compared to rain, and, that leaves it with thick abundant hair. On the other hand, the light gases of Africa, where it is humid, will leave the animals with hair that is thin, because the air is thinner than the moist European or Northern air, yes?

As with hair, there is eyesight - using your eyesight more means that you will feel more through your eyes, and, that makes for a lot more focus on the eyes, making them feel desperately, searching for food, you will see the eyes of the eagle are sharper than those of a tortoise, as, the tortoise does not need to look hard for food, while the hawk needs to spot food from high up. This means the animal needs to hone it's intuition to guess what is food, and, then to zero in on food, by learning what moves is food, and what is small is food, and, what has the right colours is food, and so forth. As you can see, it is not that the eagle sees better, it just 'identifies' better!

Maybe if we were to put a child in a play group with a lot of small colourful things, they will hone their vision to greater heights? maybe if we did that with foods that we mix the artificial sweeteners with, we could turn them into vegetarians? The point is, the mass that retains the evolution is cellular, and, is based on exposure. When you train a muscle, you actually tune it to that sort of 'reflex' for extremes, like a child learning to walk, they will learn the stance, the amount of exertion, and, so forth. Writing this to muscles and organ requires the bleeding of this information in the form of stress reduction be accelerated via acupuncture, of course! This will make the bleeding of natural and new information quickly, thus lessening the loss of information and energy to a great degree...

[Brett Nortje]

This is where the class is found, the grouping of animals, the species and relations to each other. Obviously a bird is a bird, and, a dog and wolf share the same class grouping, yes? Then,t here is the classifications based on cold and warm blooded, a difference between the thickness of blood, where the thin blood of a snake makes it faster than a mammal reactions wise, but, conserves energy less - they bleed fuels faster, okay? This makes reptiles live shorter lives than mammals, and, bird, somewhere in between reptiles and mammals, share the tree and actually are descended from hunting velociraptor like creatures, that ran very fast and gathered tails on their arms. in the form of feathers, to guide them to have greater balance, through evolutionary adaptations, where they eventually learned to fly, if you will. Thus the fish led to all forms of land mammals, insects and reptiles.

Insects, on the other hand, draw likeness from their thick blood, like mammals, and, their reptile like reactions, like snakes. They have strayed in ways of consciousness, though, as they have chosen to merely react to stimulus, and, that means they, as food is abundant, have found it easy to survive, focusing their conservation of energy to their evolutions through hunting and reproduction and other base needs of animals, of course. Then there are groups of animals, where they are similar based, most obviously, on what they look like, yes? where they love, what they eat, things like that.

[Brett Nortje]

Ethology is where we learn about the behaviour of animals through observation and drawing relationships between species, where the species will be afraid of one, sense fear, sense food, and, so forth - any relationship between each species and another, and, inside the family, is called 'ethology,' okay?

So, we have dominant species of habitats, and, dominant groups of that species, and dominant members of those groups. This leads to succession, where the one member will lead another to the top of the habitat, like bacteria fights white blood cells, so is every life form fighting for dominance of habitat.

[Brett Nortje]

Biogeographics is where we find the density of life through organisms to be focused into one species or type by region. Like, in the human body, there are may little things living, they are parasites or feed on parasites, and, that is because they find life so easy on the human body that they just relax and feed off the abundance of stored energy, fuels or food. Thus due to the moderation of climate, we find stored energy at the right temperature, and, that leads to abundance to be fed on, from other organisms, of course.

[Brett Nortje]

With pack relations, the focus is on the [alpha male] being able to dominate all the females, and the other males listening to them because they display the most strength. This is where they will be sought for mating, and, the ease with with they will pollinate the females, due to their physical strengths, of course. Physical strengths are all the animal kingdom understands, and, this means they will only react to seeing a bigger or more colourful male lion or pea$#@!, of course. This makes the females make him feel comfortable, reducing stress on him, and, allowing for a more comfortable lifestyle in the pack, where he can have a psychological advantage over other males, prolonging his time at the top, if you will.

Then, there is the chosen ate or "queen." In the insect populations, the queen is the most sought after, unlike mammals, where the focus is on the pollinator, the queen is the one the males seek. This means they will all protect her while she lays eggs, the others feed the eggs. She is chosen due to her [alpha female] pheromone levels, or estrogen, if you will? Having the most, the semi conscious males swarm over her eggs, and, the other females merely support the dominant larvae while the one laying eggs will see others feeding her fertilized eggs, and, produce more.

~ I think this phenomenon stretches to flying insects and fish too? This is because there are many eggs, while there is only one fertilized vagina...

When a fertilized female is carrying she is protected by the men and women as she caries the children of the pack. This is like cellular division on a different scale, while it is still part of the mate, they will see it as a mate that is weak, when it smells the same as the mate, it will be like as if it were the parents. Being related to the alpha male, the other makes will respect it, but, due to the pack leaders sensing that it cannot smell is, but only smell his mate in the form of a male, will chase it away, eventually...

[Brett Nortje]

With relations in species, you will find that each species relates to another like cat and dog, where the one will seek the other, predators, and, the cat or defenders, herbivores, will try to escape the predators or dogs, yes? This si where the focus of wanting to be the predator, so that you can choose who or where to attack will be crucial - you will roam and seek easy targets or good market deals, seeking the best value for money, or, tasting least hard to get prey. This is how predators evolved, they started to eat the dead corpses of their dead parents, thinking they would bring them back to life, and, acquired a taste, where they started to eat each other, and, so forth, or young, if you ask me...

So, with relations between species comes relations of attraction and repulsion. This is like cells seeking things they can use their advanced abilities to dissolve them with, due to density, as they will infer energy for them, and, make them reproduce or divide as in reproduction or cellular division, yes? Of course, the more deer eats the less dense grass, as it is abundant and a good deal, the dog eats the bones, and the cat eats the birds, how do we explain this? I think it all boils down to what eats what, yes?

Now the cats eats the bird because it is bigger than the bird, and the dog tries to eat the cat for similar reasons. This means that bigger like things are attracted, yes? Cats are well versed in psychological things though, as they shriek as a predator to another predator, the same as a colourful snake will deter suitors, of course. Shock tactics will work for a good while to keep you alive if you are a smaller predator, and, they work to keep your cells being devoured or dissolved by the cells of another, if you will.