Horse Sanctuary - Recently Updated Pages

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PrincessVal — Wed, 14 May 2008 16:56:13 CDT

this website will be deleted in one month
please go to freedomatheart.wetpaint.com instead
thanks
----princessval
<3

Horse Sanctuary

PrincessVal — Wed, 14 May 2008 16:54:54 CDT

This website is no longer in use. A new website has been created instead of this. Please go to http://freedomatheart.wetpaint.com. Freedom at Heart will be 100000 times better than this website, so please go there! I promise you, you'll have a blast!

-PrincessVal

The New Horse Sanctuary

PrincessVal — Tue, 25 Mar 2008 10:22:04 CDT

There is a new Horse Sanctuary on the horizon! Its the ultamate horse sanctuary! Its.... FREEDOM AT HEART!!! (freedomatheart.wetpaint.com) I, PrincessVal, had some problems with this website, so I made a new one! This new one will be more organized, more fun, and more enjoyable! So go to freedomatheart.wetpaint.com! But it only has 12-20 pages right now, because it's new. Thanks for reading this!!

Reproduction

PrincessVal — Sat, 22 Mar 2008 16:52:32 CDT

ATTENTION!!! CAUTION!!! ATTENTION!!! CAUTION!!! ATTENTION!!! CAUTION!!!

PLEASE NOTE: THIS PAGE IS INNAPROPRIATE FOR 12 AND UNDER. IF YOU ARE THAT AGE OR UNDER, PLEASE ASK A PARENT OR GAURDIAN TO VIEW THIS PAGE.

All animals are made by something. But what? They don't magically appear. They aren't "gifts from the heavens." Well, in a way they are! But how are they made? Its simple. Reproduction. Reproduction is the reproducing of an animal, insect, cell, etc. In other words, its how babies are made. Horses reproduce, as well as other animals. Have you ever heard of mating season? Its just a short way to say reproduction season. Sexual reproduction is basically just reproduction, but its definition is: when a male's sperm and female's egg unite to form an offspring. We feel it is wrong to show pictures of this, so we aren't going to. Please do not ask about any of this. You learn about this in 7th, 8th, or any of the above grades.

Horse Pictures And Wallpapers

PrincessVal — Sat, 22 Mar 2008 16:41:36 CDT

You guys are PERFECTLY welcome to add these to your computer! No charge!

Friesians: A dedication to Mikay95

PrincessVal — Sat, 22 Mar 2008 13:57:59 CDT

This page is a dedication to my real life friend, Mikay95! I love you, Micaela!

Friesians truly are magnificent and beautiful horses. Their rippling muscles and strong-looking forms cause people to make them seem like evil horses in movies and such, but they are actually nothing like that. They are always black, and have hair covering their hooves. Their thick, wavy manes and tails help give you the hint on their breed.

Micaela, I don't blame you for loving these amazing creatures! This is only part of your Easter present! :D

Secret Easter Bunny

PrincessVal — Sat, 22 Mar 2008 09:45:31 CDT

For Easter, we are having several games, and one has to do with a secret Easter bunny!

Here is how it works:

One member on this site will be chosen to be the secret Easter bunny. That person will go around the whole website leaving Easter goodies in threads (PrincessVal/MustangStar will post the threads for the person), like codes for you to get a free horse on Elviador. If you guess who it is, you get a special prize! Go to the page called Egg-cellent Horses! to find out what the prize is.

PrincessVal will ask you soon. She already has her mind made up. But here are some clues to who it is:

Although I may be rare,

I do surely care!

Although I don't hop,

I can't stop!

Although you don't know who I am,

I will always make sure I move silently while dropping off special goodies!

Cool Horse Sites

PrincessVal — Sat, 22 Mar 2008 09:44:21 CDT

http://www.angelfire.com/sc2/kshorsepage/frames.html
horseisle.com
howrse.com
ponybox.com
horses.com

Games

PrincessVal — Sat, 22 Mar 2008 09:43:46 CDT

Here are some awesome random games!

Horse Companion Shop

PrincessVal — Sat, 22 Mar 2008 09:43:09 CDT

(Purple=you. Pink=PrincessVal.)
"Oh, my horse is so lonely, and wants a companion! Where can I go to get one?"

"I have the perfect place for you to go to!"

"You do?"

"Yes! And that wonderful place is the Companion Shop! Why don't you head there right now? Its right beside the Tack Store and Feed Store!"

"Thank you!"

Companion Shop

DOGS: Pug Colors: Black, tan, or a chocolate/tan Price per dog: 1000 Elviador Coins Lab Colors: Chocolate, black, or blonde
Price per dog: 100 Elviador coins

The Anatomy of a Horse

PrincessVal — Sat, 22 Mar 2008 09:42:28 CDT

Contents of a Horse's Anatomy:

1 External anatomy

2 Digestive system

3 Reproductive system

4 Teeth

5 Feet/Hooves

6 Skeletal system

7 Ligaments and tendons

8 Muscular system

9 Respiratory system and smell

10 Circulatory system

11 The eye

12 References The External Anatomy:

back: the area where the saddle goes, begins at the end of the withers, extends to the last thoracic vertebrae. (Colloquially includes the loin or "coupling," though technically incorrect usage)
barrel: the main body area of the horse, enclosing the rib cage and the major internal organs.
cannon or cannon bone: The area between the knee or hock and the fetlock joint, sometimes called the "shin" of the horse, though technically it is the metacarpal III.
chestnut: a callosity on the inside of each leg
chin groove: the part of the horse's head behind the lower lip and chin. (the area that dips down slightly on the lower jaw). Area where the curb chain of certain bits is fastened.
coupling: see "Loin" below.
coronet or coronary band: The ring of soft tissue just above the horny hoof that blends into the skin of the leg.
crest: the upper portion of the neck where the mane grows.
croup: the topline of the horse's hindquarters, beginning at the hip, extending proximate to the sacral vertebrae and stopping at the dock of the tail (where the coccygeal vertebrae begin).
dock: the point where the tail connects to the rear of the horse.
elbow: The joint of the front leg at the point where the belly of the horse meets the leg. Homologous to the elbow in humans.
fetlock: Sometimes (incorrectly) called the "ankle" of the horse, though it is not the same skeletal structure as an ankle in humans. Known to anatomists as the metacarpophalangeal joint; homologous to the "ball" of the foot or the metacarpophalangeal joints of the fingers in humans.
flank: Where the hind legs and the barrel of the horse meet, specifically the area right behind the rib cage and in front of the stifle joint.
forearm: the area of the front leg above the knee. Consists of the fused radius and ulna, and all the tissue around these bones. Anatomically the antebrachium.
forelock: the continuation of the mane, which hangs from between the ears down onto the forehead of the horse.
frog: the highly elastic wedge-shaped mass on the underside of the hoof, which normally makes contact with the ground every stride, supports both the locomotion and circulation of the horse.
gaskin: the large muscle on the hind leg, just above the hock, below the stifle. Homologous to the calf of a human.
girth' or heartgirth: the area right behind the elbow of the horse, where the girth of the saddle would go, this area should be where the barrel is at its greatest diameter in a properly-conditioned horse that is not pregnant or obese.
hindquarters: the large, muscular area of the hind legs, above the stifle and behind the barrel of the horse.
hock: The tarsus of the horse (hindlimb equivalent to the human ankle and heel), the large joint on the hind leg.
hoof: The foot of the horse. The hoof wall is the tough outside covering of the hoof that comes into contact with the ground. The hoof wall is, in many respects, a much larger and stronger version of the human fingernail.
jugular groove: the line of indentation on the lower portion of the neck, can be seen from either side, just above the windpipe. Beneath this area run the jugular vein, the carotid artery and part of the sympathetic trunk.
knee: the carpus of the horse (equivalent to the human wrist), the large joint in the front legs, above the cannon bone
loin: the area right behind the saddle, going from the last rib of the horse to the croup. Anatomically approximate to the lumbar spine.
mane: long and relatively coarse hair growing from the dorsal ridge of the neck, lying on either the left or right side of the neck).
muzzle: the chin, mouth, and nostrils of the horse's face.
pastern: The connection between the coronet and the fetlock. Made up of the middle and proximal phalanx.
poll: commonly refers to the poll joint at the beginning of the horse's neck, immediately behind the ears, a slight depression at the joint where the atlas (C1) meets the occipital crest. Anatomically, the occipital crest itself is the "poll."
splints: bones found on each of the legs, on either side of the cannon bone (8 total). Thought to be vestigages, serve no known purpose to the horse. Anatomically referred to as Metacarpals II (on the medial aspect (inside)) and IV (on the lateral aspect (outside)).
shoulder: made up of the scapula and associated muscles. Runs from the withers to the point of shoulder (the joint at the front of the chest, i.e. the glenoid). The angle of the shoulder has a great affect on the horse's movement and jumping ability, and is an important aspect of equine conformation.
stifle: The patella, corresponds to the kneecap of a human.
tail: consists of both the living part of the tail (which consists of the coccygeal vertebrae, muscules, and ligaments), as well as the long hairs which grow from the living part
throatlatch: The point at which the windpipe meets the head at the underside of the jaw.
withers: the highest point of the thoracic vertebrae, the point just above the tops of the shoulder blades. Seen best with horse standing square and head slightly lowered. The height of the horse is measured at the withers in "hands."

The Digestive System:
Horses and other Equids evolved as grazing animals, adapted to eating small amounts of the same kind of food all day long. In the wild, the horse adapted to eating prairie grasses in semi-arid regions and traveling significant distances each day in order to obtain adequate nutrition. Therefore, the digestive system of a horse is about 100 feet (30 m) long, and most of this is intestines. The mouth
Digestion begins in the mouth, which is also called the "oral cavity." It is made up of the teeth, the hard palate, the soft palate, the tongue and related muscles, the cheeks and the lips. Horses also have three pairs of salivary glands, the parotid (largest salivary gland and located near the poll), submaxillary (located in the jaw), and sublingual (located under the tongue). Horses select pieces of forage and pick up finer foods, such as grain, with their sensitive, prehensile lips. The front teeth of the horse, called incisors, clip forage, and food is then pushed back in the mouth by the tongue, and ground up for swallowing by the premolars and molars.

The esophagus

The esophagus is about 4-5 feet in length, and carries food to the stomach. A muscular ring, called the cardiac sphincter, connects the stomach to the esophagus. This sphincter is very well developed in horses. This and the oblique angle at which the esophagus connects to the stomach explains why horses cannot vomit. The esophagus is also the area of the digestive tract where horses may suffer from choke.

The stomach

Horses have a relatively small stomach for their size, and this limits the amount of feed a horse can take in at one time. The average sized horse (800 to 1200 lb) has a stomach with a capacity of only four gallons, and works best when it contains about two gallons. Because the stomach empties when 2/3 full, whether stomach enzymes have completed their processing of the food or not, and doing so prevents full digestion and proper utilization of feed, continuous foraging or several small feedings per day are preferable to one or two large ones. The horse stomach consists of a non-glandular proximal region (saccus cecus), divided by a distinct border, the margo plicata, from the glandular distal stomach.
In the stomach, assorted acids and the enzyme pepsin break down food. Pepsin allows for the further breakdown of proteins into amino acid chains. Other enzymes include resin and lipase. Additionally, the stomach absorbs some water, as well as ions and lipid soluble compounds. The end product is food broken down into chyme. It then leaves the stomach through the pyloric valve, which controls the flow of food out of stomach.

The small intestine

The horse’s small intestine is 50 to 70 feet (21 m) long and holds 10 to 12 gallons. This is the major digestive organ, and where most nutrients are absorbed. It has three parts, the duodenum, jejunum and ileum. The majority of digestion occurs in the duodenum while the majority of absorption occurs in the jejunum. Bile from the liver aids in digesting fats in the duodenum combined with enzymes from the pancreas and small intestine . Horses do not have a gall bladder, so bile flows constantly. Most food is digested and absorbed into the bloodstream from the small intestine, including proteins, simple carbohydrate, fats, and vitamines A, D, and E. Any remaining liquids and roughage move into the large intestine.

The large intestine

[edit] Cecum The cecum is the first section of the large intestine. It is also known as the "water gut" or "hind gut." It is a cul-de-sac pouch, about 4 feet (1.2 m) long that holds 7 to 8 gallons. It contains bacteria that digest cellulose plant fiber through fermentation. These bacteria feed upon digestive chyme, and also produce certain fat-soluble vitamins which are absorbed by the horse. The reason horses must have their diets changed slowly is so the bacteria in the cecum are able to modify and adapt to the different chemical structure of new feedstuffs. Too abrupt a change in diet can cause colic, as the new food is not properly digested.
[edit] Colon The large colon, small colon, and rectum make up the remainder of the large intestine. The large colon is 10-12 feet long and holds up to 20 gallons of semi-liquid matter. It is made up of the right lower (ventral) colon, the left lower (ventral) colon, the left upper (dorsal) colon, the right upper (dorsal) colon, and the transverse colon. Its main purpose it to absorb carbohydrates which were broken down from cellulose in the cecum. Due to its many twists and turns, it is a common place for a type of horse colic called an impaction.
The small colon leads is 10-12 feet in length and holds only 5 gallons of material. It is the area where the majority of water in the horse's diet is absorbed, and is also it is the place where fecal balls are formed. The rectum is about one foot long, and acts as a holding chamber for waste matter, which is then expelled from the body via the anus.
The Reproductive System:
Mare:
The reproductive system of the mare is responsible for controlling gestation, birth, lactation, as well as the estrus cycle and mating behavior of the mare. It lies ventral to the 4th or 5th lumbar vertebrae, although its position within the mare can vary depending on the movement of the intestines and distention of the bladder.
The mare has two ovaries, usually 7-8 cm in length and 3-4 cm thick, that generally tend to decrease in size as the mare ages. The ovaries connect to the fallopian tubes (oviducts), which serve to move the ovum from the ovary to the uterus. To do so, the oviducts are lined with a layer of cilia, which produce a current that flows toward the uterus. Each oviduct attaches to one of the two horns of the uterus, which are approximately 20-25 cm in length. These horns attach to the body of the uterus (18-20 cm long). Caudal to the uterus is the cervix, about 5-7 cm long, which enters the vagina. Usually 3.5-4 cm in diameter, it can expand to allow the passage of the foal. The vagina of the mare is 15-20 cm long, and is quite elastic, allowing it to expand. The vulva is the external opening of the vagina, and consists of the clitoris and two labia. It lies ventral to the rectum. The mare has two mammary glands, which are smaller in virgin mares. They have two ducts each, which open externally.
Stallion:
The reproductive system of the stallion is responsible for the sexual behavior and secondary sex characteristics (such as a large crest) of the stallion. The external genitalia comprise:

the testes, which are suspended horizontally within the scrotum. The testes of an average stallion are ovoids 8 to 12 cm long;
the penis, within the prepuce, also known as the "sheath." When not erect, the penis is housed within the prepuce, 50 cm long and 2.5 to 6 cm in diameter with the distal end 15 to 20 cm. When erect, the penis doubles in length and thickness and the glans increases by 3 to 4 times. The urethra opens within the urethral fossa, a small pouch at the distal end of the glans.

The internal genitalia comprise the accessory sex glands:

These contribute fluid to the semen at ejaculation, but are not strictly necessary for fertility
Teeth:
A horse's teeth include incisors, premolars, molars, and sometimes canine teeth. A horse's incisors, premolars, and molars, once fully developed, continue to erupt throughout its lifetime as the grinding surface is worn down through chewing. Because of this pattern of wear, a rough estimate of a horse's age can be made from an examination of the teeth.
Feet/Hooves: The hoof of the horse encases the second and third phalanx of the lower limbs, analogous to the fingertip or toe tip of a human. In essence, a horse travels on its "tiptoes." The hoof wall is a much larger, thicker and stronger version of the human fingernail or toenail, made up of similar materials, primarily keratin, a very strong protein molecule. The horse's hoof contains a high proportion of sulfur-containing amino acids which contribute to its resilience and toughness.
Skeletal System:
The skeleton of the horse has three major functions in the body. It protects vital organs, provides framework, and supports soft parts of the body. Horses have 205 bones, which are divided into the appendicular skeleton (the legs) and the axial skeleton (the skull, vertebral column, sternum, and ribs). Both pelvic and thoracic limbs contain the same number of bones, 20 bones per limb. Bones are connected to muscles via tendons and other bones via ligaments. Bones are also used to store minerals, and are the site of red blood cell formation.
Ligaments:
Ligaments attach bone to bone, and are vital in stabilizing joints as well as supporting structures. They are made up of fibrous material that is generally quite strong. Due to their relatively poor blood supply, ligament injuries generally take a long time to heal.
Tendons:
Tendons attach muscles and bone, and are classified as flexors (flex a joint) or extensors (extend a joint). However, some tendons will flex multiple joints and extend another (the flexor tendons of the hind limb, for example, will flex the fetlock, pastern, and coffin joint, but extend the hock joint). In this case, they keep the name they received on the front leg. Tendons are easily damaged if placed under too much strain, which can result in a painful, and possibly career-ending, injury. These injuries are most commonly seen in high performance horses that gallop or jump.
Muscular System:
When a muscle contracts, it pulls tendons, and in turn the horse's bones, to move them. Muscles are arranged in pairs so that they oppose each other (they are "antagonists"), with one flexing the joint (a flexor muscle) and the other extending it (extensor muscle). Therefore, one muscle of the pair must be relaxed in order for the other muscle in the pair to contract and bend the joint properly. A muscle is made up of several muscle bundles, which in turn are made up of muscle fibers. Muscle fibers have myofibrils, which are able to contract due to actin and myosin. A muscle together with its tendon and bony attachments form an extensor or flexor unit.
Respiritory System and Smell:
The horse's circulatory system includes the four-chambered heart, averaging 8.5 lb (3.9 kg) in weight, as well as the blood and blood vessels. Its main purpose is to circulate blood throughout the body to deliver oxygen and nutrients to tissues, and to remove waste from these tissues
The Eye:
The horse has the largest eye of all land mammals, and is designed to help the horse as a prey animal. It provides the horse with a wide field of monocular vision, as well as good visual acuity and some ability to see color. Because the horse's vision is closely tied to his behavior, the horse's visual abilities are often taken into account when handling and training the animal.

PLEASE NOTE: This information was copied and pasted from the following link: http://en.wikipedia.org/wiki/Horse_anatomy#External_anatomy.

http://www.frontrangefrenzy.com/horsecare/parts_of_a_horse.html

http://www.freewebs.com/jumpa-bit-higher/info/anatomy.htm

Horses: Better than boys!

PrincessVal — Sat, 22 Mar 2008 09:41:41 CDT

Do you know what that says? It says: Horses will love you forever, and can show you magic, better than any boy ever will.
I believe that is true. For all you girls out there, have you ever noticed that all boys seem to pay attention to is looks? I mean, there is probably millions of people out there that have average looks, but a great personality, and the guys just go for the dumb, amazingly beautiful girls. Hurtful, huh? And boys always end up cheating on someone.
Girls, on the other hand, can be a little rough. Its just the populars, though. Well, not all. But they always have to look "hott, sexy," and even "eye-catching." Its stupid, huh? I, PrincessVal, don't really care how I look at all.

If you agree with the saying about, post a thread saying so!

People who agree:
PrincessVal,
Mustangstar,

The First Horse

PrincessVal — Sat, 22 Mar 2008 09:40:58 CDT

Have you ever wondered how horses first set foot on this earth? Have you though and dreamed of the first horse? Well, dream no more! Below this paragraph is an article packed with information about the first horse!

During the ice age, a horse known as Eohippus roamed the earth. It had two separate toes, just like a modern-day deer or camel. Surprisingly, this horse was only one-foot long! Wow, twelve inches! Anyway, this horse had a lot of fur, especially because it was the ice age.

Eohippus soon developed into Messohippus. The only difference between Messohippus and Eohippus was that Messohippuss was half a foot longer.

Soon, Messohippus grew larger and its toes moved closer together. A new breed had developed. Merychippus was the name of this new creature. Merychippuss was slightly larger the Eohippus. was about two feet and a half long. Some say it was brownish with light tan stripes going down its back, but we're not positively sure. Many beleive the realy name is Messohippus, but call it what you want.

Soon, Merychippus grew larger and turned into Pliohippus. Pliohippus was barely any different from Merychippus. Pliohippus was three feet long. Its toes were almost fully stuck together.

Soon, Pliohippus grew larger and larger, finally developing into the horse we know today, Eqqus. For more information, visit: http://www.talkorigins.org/faqs/horses/horse_evol.html.

Science of Horses

PrincessVal — Sat, 22 Mar 2008 09:40:25 CDT

In science classes, horses are extremely rare to be mentioned. But when you are learning about cells in fifth, sixth, seventh, eighth grade, or higher, you are taught about animal cells. Horses are animals, aren't they? So technically in your science classes you learn about horses, too.

A Horse's Cell/Animal Cell:

As you can see from the picture above, cells are highly complex. Here are some definitions of the main parts of an animal cell:

Nucleus-the control center of a cell; directs the cells activities.

Cell Wall-a stiff outer layer of a cell that protects it.

Cell Membrane-protects the cell and allows nutrients and proteins in.

Chloroplasts-

Mitochondria-

Chromosomes-

(Brain tester: Can you finish the last three definitions? Post a thread with the last definitions.)

Silly Pictures

PrincessVal — Sat, 22 Mar 2008 09:39:55 CDT

*Laughs histerically* These pictures are so funny! Why don't you take a snort at 'em?
Giggle (the horse): Hehe! Haha! You look funny!

Ok, people, prepare yourselves... the next pic might or might not be funny, depending on wether or not the horse lived... I'm going to check its link to make sure it lived... Yup, it lived, but was injured. Ok, here's the pic:
The horse, Slamma-jamma: Give me back my apples and carrots! Now, you stupid fatty!

The horse, Cutie Pie: Hey, lemmie help you there! Hey, hey, heyyy!!

Quizzes

PrincessVal — Sat, 22 Mar 2008 09:38:44 CDT

How much Horse Knowledge do you have?
1. What is an adult male horse called?

2. What is an adult female horse called?

3. What is a male foal, and a female foal?

4. What are foals?

5. What are foals called at the age of 2?

6. In the wild, who leads the herd to grazing grounds, water holes, etc?

7. In the wild, who all protects the herd?

Send a message to PrincessVal with your answers!

Fun Stuff

PrincessVal — Sat, 22 Mar 2008 09:38:12 CDT

Go to the Random Key Faces page and Random Stuff.

Stick around for more fun knick-knacks!!

ASPCA

PrincessVal — Sat, 22 Mar 2008 09:37:43 CDT

The ASPCA is an American Society for teh Prevention of Cruelty to Animals. ALL animals. There should be a local ASPCA near you or where you live. When someone you know or someone who lives close to you is being abusive to an animal or treating it cruelly, call your local ASPCA. If there is one nearby, there is always a number in the phonebook. The ASPCA will normally have officers come out and check out the animals or seize them from their owners. To learn about the ASPCA, watch Animal Planet, if you have Cable/Cable One television. Go to http://aspca.org/site/PageServer if you would like to learn more. You can also sign a pledge that has a goal to get one million people to sign it to help prevent animal cruelty. The ASPCA works to save all animals, including horses. If you watch Animal Planet enough, then you will see on Houston Animal Cops (or Houston ASPCA) what cruel things are done to horses. There are also other ASPCA shows on Animal Planet. Join the ASPCA. Save an animal.

Don't let all animals live their lives like this puppy did:

Partner Wikis

PrincessVal — Sat, 22 Mar 2008 09:37:15 CDT

Do you have a totally awesome wiki that is so lonely it just wants a friend? Horse Sanctuary has a sister, but she needs friends, too!

Tips on Drawing Horses

PrincessVal — Sat, 22 Mar 2008 09:36:44 CDT

Hey, all you members! I've been told SO MANY TIMES that I draw amazing horses, so I've decided to give you guys tips on drawing them and such!

First of all, each horse has its own shape, size, color, and look. So draw different head and body shapes for different breeds. For morgans and such you can make their forehead straight, and for arabians you can make it dished in the muzzle area. Dished means curved in. For a quarter horse you can make a broad face with a small half circle below the ears to put its eyes in. If you don't know what I'm talking about, I'll try to get some sketches of mine to show you what I mean. Foals have thin, long legs. Although it may look funny at first when you make them have long legs, when you're done it looks like a foal! Foals have foreheads that curve outward, and slowly go back to the shape of the nose. They have big gleaming eyes.

When drawing, sketch. Sketching is just brushing your pencil lightly on the paper instead of pushing it down as hard as you do when writing an essay or such. Make sure the body is shaped just right.

For coloring, you can shade the horse's body in. In some areas you can shade lighter to make it look like the horse has a shiny coat. You might want to do that for the mane or tail, because it looks good when you do.

Ok, this really bothers me: people think horse's ears are shaped like triangles, so thats how they draw them. But they aren't. Horse's ears are actually curved, believe it or not!

NOTE: I will have drawings and sketches of mine posted on this page soon.

Drawings from Flikr:
(Please Note: Do not copy some one else's art. It doesn't make you an artist. It makes you a phony.)