Glossy Snake

Arizona elegans is a medium-sized colubrid snake commonly referred to as the glossy snake. The genus Arizona has only one officially recognized species, A. elegans, with several subspecies. Some have recommended that A. elegans occidentalis be granted full species status.

Description
The glossy snake and its many subspecies are all similar in appearance to gopher snakes. However, they are smaller than gopher snakes, with narrow, pointed heads, and a variety of skin patterns and colors. They are nonvenomous, nocturnal predators of small mammals and lizards. Most subspecies are ca. 75-130 cm (ca. 30-50 inches) in length and are shades of tan, brown, and gray with spotted patterns on their smooth, glossy skin and a white or cream-colored unmarked ventral surface. Coloration often varies in relation to the color of the soil in a snake's native habitat.

Habitat

Habitat is normally semi-arid grasslands of the southwestern United States, from California in the west to Kansas in the east and as far south as Texas, and northern Mexico.

Reproduction

Glossy snakes are oviparous. They breed in the late spring and early summer and young hatch out in the early fall. Clutches average from 10 to 20 young that are approximately 25 cm long.


BEHAVIOR
This nocturnal ground-dweller is good burrower that spends the majority of its time underground. It hibernates in an underground burrow during the cold months of winter and late fall. When threatened or harassed it often vibrates its tail. It rarely bites when captured.

DIET 

The Glossy Snake is a constrictor that feeds on small mammals, lizards, snakes, and birds.




SUBSPECIES FOUND IN AZ:
DESERT GLOSSY SNAKE Arizona elegans eburnata. This subspecies is found in western and southwestern Arizona. It has a shorter tail relative to body size than the Painted Desert Glossy Snake.
ARIZONA GLOSSY SNAKE Arizona elegans noctivaga. This subspecies is found across most of south-central Arizona. It has a shorter tail relative to body size than the Painted Desert Glossy Snake.
PAINTED DESERT GLOSSY SNAKE Arizona elegans philipi. This subspecies is found in the plateau region of northeastern Arizona and in the far southeastern corner of the state. It has a longer tail relative to body size than the other subspecies found in Arizona.

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Chrysopelea ornata:-flying snake or golden tree snake

Chrysopelea ornata is a colubrid snake found in South and Southeast Asia. It is, along with the other species in its genus Chrysopelea, very unusual in that it is capable of a type of gliding flight. It is also rear-fanged. Currently, three subspecies are recognized, including the typical form described here. The snake's striking looks and capability of gliding make it a popular choice for captivity.

Description

Chrysopelea ornata is usually green in color, with black cross-hatching and yellow or gold colored accents. The body, though slender, is far less so than in other tree snakes. It has a flattened head with constricted neck, a blunt nose and large eyes with round pupils.[1]

The lateral, sharp and pronounced keeled condition of the ventrals in association with the normal, not enlarged, vertebral row of scales distinguish this snake. The snakes rarely exceed 40 inches in length, the smallest being measured at 115mm[4] and the largest being 1,360 mm (4 ft 51/2 in) long. The tail is about one-fourth of the total length.[1]

Chrysopelea ornata has two major colour forms, which are largely determined by geographic locality, and their descriptions are given below:[1]

    In Sri Lanka and southern extent of its Indian range, the snake is primarily greenish yellow or pale green. Each scale has a black mesial streak or spot, and is more or less edged with black. The snake also has dark crossbars at intervals. A series of large, flower-shaped, reddish or orange vertebral spots may be present or absent. Ventrals greenish, outside the keel edged with black or spotted. Head black with vellow crossbars and spots. The flower-shaped spots are commoner in Sri Lanka than in south India.

    The second colour variety occurs Southeast Asia lacks the reddish vertebral spots, and has less prominent black crossbars.

Venom
This species is considered mildly venomous, with no confirmed cases of medically significant envenomation.

Red-spotted form of Chrysopelea ornata from North Bengal, India

Geographic range

India, Sri Lanka, Myanmar, Thailand, western Malaysia, Laos, Cambodia, Vietnam, China (Hong Kong, Hainan, Yunnan), Indonesia (Sumatra, Java, Borneo, Sulawesi), and the Philippines.

In India Chrysopelea ornata ranges from the Western Ghats, up to the Dangs, Katernia Ghat in Uttar Pradesh, North Bihar, northern West Bengal[1] eastwards to Arunachal Pradesh.[6] It is also found in the forests of the Andaman islands.[1]

Chrysopelea ornata climbing up prior to launching itself into the air

Behaviour

Chrysopelea ornata is diurnal and arboreal. The snake's gliding ability, while not as impressive as that of the paradise flying snake (C. paradisi), still makes it capable of moving from tree to tree with relative ease. These snakes are excellent climbers, being able move across even the smallest of branches and even straight up trees with few branches by using the edges of rough bark. They are frequently seen moving up a coconut palm, or up vertical rock faces in graceful curves, gripping the somewhat uneven surfaces with their scales. They tend to be nervous, fast-moving snakes, and will attempt to flee if disturbed, but will not generally hesitate to bite if handled. They are mildly venomous, but the venom is not considered to be dangerous to humans.[4] It is intended to assist in subduing fast moving, arboreal prey. C. ornata takes small arboreal prey, such as lizards, bats and small rodents.[7] It might also feed on bird eggs and insects. Also it is reported to take snakes occasionally, and to avoid frogs, though frogs are also reported being eaten. The snake stalks or pursues the prey and seizes it by the neck, which is duly crushed in its strong jaws.[4]

Flight
Chrysopelea ornata, like others of its genus, glides or parachutes. This is presumably done to cover distances faster, to escape predators, to catch prey, or to move around in forests. Flying snakes usually parachute from tree to tree, but sometimes launch themselves from trees onto the ground. They have been known to cross as much as 100m.[5]

It does this by climbing up to a height, which it does easily by virtue of its keeled belly scales, and then launching itself into mid-air. The snake contracts its ventral surface inwards to form a U-shaped concave depression along the entire length of their bodies, holding the outer edges of the ventral scales rigid. This concave surface acts like a parachute, and increases air resistance, allowing the snake to glide forward with the thrust of its launch. The snake undulates through the air, in a swimming-like motion. It holds the tail rigidly upwards, and by twisting the tail from side to side, it attains balance. This motion allows it to propel forward, landing clumsily at the end of its flight.[5]

Head of C. ornata with brilliantly coloured tongue exposed

Reproduction
Breeding habits are little known. The snake is oviparous[6] and six to twelve elongated eggs[1] are laid. Gravid females have been obtained in May and June and hatchlings in June. In Bangkok, according to Smith, mating takes place in June. Hatchlings measure 114–152 mm (4 1/2 to 6 in) in length, while the smallest gravid female recorded was 1,093 mm (3 ft 7 in) in length.[1]

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White Lipped Python(Leiopython)

Leiopython, formerly a monotypic genus, now comprises six species,[4] created for the non-venomous python species, L. albertisii, found in New Guinea. No subspecies are currently recognized.[5] It was first described as an intermediate genus between Liasis and Nardoa.[6] The species was named in honor of Luigi D'Albertis.


Description

Female Adults of the Northern White-Lipped Python (Leiopython albertisii) grow to an average of about 213 cm in length (6–7 ft), whereas the Southern White-Lipped Python (Leiopython hoserae) can reach up to 300 cm (10 ft) in length. They are patternless, except that the Northern White-Lipped Python has some light markings on their postoculars[3] absent in the Southern White-Lipped Python.[4] The snout is triangular and the head is distinct from the neck. The dorsum of the head is shiny black, the upper and lower labial scales are white with black markings on the anterior edge of the scales. Body color is either brownish-violet fading to yellowish ventrally (Leiopython albertisii) or blackish-blue fading to gray (Leiopython hoserae). These pythons also regurgitate fur balls, also known as "Casting." This behavior is rarely seen, but 2–3 days after feeding the results are seen. When it is witnessed owners of White lipped pythons often think their snake is regurgitating its food.


Geographic range

Found in most of New Guinea (below 1200 m), including the islands of Salawati and Biak, Normanby, Mussau and Emirau,[4] as well as a few islands in the Torres Strait. The type locality given is "Kapaor in Nova Guinea boreali occidentali ... et prope Andai..." also stated "... un esemplare a Kapaor fra i Papua Onin..." and "... un secondo esamplare ad Andai presso Dorei..." (Kapoar, Onin Peninsula and Andai, near Dorei, Irian Jaya, Indonesia).[1]

Some doubt can be cast on its occurrence on Normanby, as McDowell (1975)[8] had erroneously assigned Bara Bara to this Island, rather than to the mainland of Papua New Guinea[4] in Milne Bay Province as stated by Boulenger (1898)[9] and Koopman (1982).

Habitat

Associated with rain forests, cutover clearings and swamps. Usually found near water, into which they may quickly retreat if disturbed. Often hide under dead leaves on forest floor.[3]

Feeding

The diet includes a range of birds and mammals that are small to medium in size.[3] Neonates and young semi-adults often feed on lizards.

Reproduction
Oviparous, with females laying about a dozen eggs. The eggs stick together in a compact pile and the females coils around them. The hatchlings emerge after about two months of incubation and are about 38 cm (15 inches) in length.[3]

 

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Baird's Rat Snake

Pantherophis bairdi is a harmless colubrid species found in the United States in the Big Bend region of western Texas, as well as in northern Mexico in Coahuila, Nuevo León, and Tamaulipas. The species was named in honor of the American zoologist Spencer Fullerton Baird. No subspecies are currently recognized.


Description

Adults can reach 25 to 55 inches in length. The color pattern consists of an orange-yellow to bright yellow, or a darker salmon ground color, overlaid with four stripes that run from the neck to the tail. The belly is generally gray to yellow, darkening near the tail.

The primary diet consists of rodents, although they will also prey on birds. Juveniles often eat lizards. They are typically more pleasantly tempered than other rat snake species. They are oviparous, laying a clutch of up to 10 eggs that takes about 3 months to hatch. Prefers semi-arid, rocky habitats.

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Interesting facts about snakes...

• Snake’s scales are made up of something called Keratin, which is the same thing that our fingernails are made from.
• Mother Pythons will coil themselves around their eggs and make their bodies shiver in order to heat herself up and keep her eggs warm until they hatch. 
• The biggest snake is the Reticulated Python. It can grow up to 10.05 meters or 33 feet long! 
• The thickest snake is the Anaconda. The biggest one found measured 111 centimeters or 44 inches around. That's huge! 
• The Thread snake is the smallest snake. It is only about 10 centimeters (4 inches long) and the size of a toothpick. 
• Vine snakes are remarkable because they appear to have binocular vision. 
• Many Zookeepers believe that Cobras are faster learners than other snakes. They are able to tell the difference between their trainer and strangers.
• The ancient Greek god, Asklepios, was thought to be a healer of the sick and injured. People would take an offering to the temple and wait for Asklepios to, either come to them in their dreams or send his servants, the snake, to help them. One touch of the forked tongue was all they thought they needed to heal them. The healing snake was the Aesculapian snake. The Romans would bring this snake into their temples rather than the Greek healers.  To this day the Aesculapian snake forms part of the symbols representing physicians and veterinarians. 
• This would be funny to watch! The Hognose, Grass snake and the Spitting Cobra will fake death when feeling threatened. They flip into their backs, open their mouths, and let their tongue flop out. And they will let out some smelly stuff from their anal gland. Nobody would want to eat it after that!
• A reticulated python, named Colossus, was the largest snake that ever lived in a zoo. She lived at the Pittsburgh Zoo in Pennsylvania. Clifford Pope, the author of a book entitled “The Giant Snakes” reported that she was 22 feet long when she was captured in what is now Thailand in 1949. Eight years later she grew to 8.69 m (28 ½ feet) long. Her body was 69 cm (37 ½ inches) around and her weight was around 145 kg (320 pounds).
•  Snakes are more closely related to lizards than to other reptiles, and probably evolved from a single group of lizards. Curiously, they probably did not evolve from the group of legless lizards.
•  In ancient Greece, the sick and injured sought the aid of the god of healing and medicine, Asklepios. They took an offering to the temple and waited for the god to come to them in their dreams, or to send his sacred servants, the snakes. Ancient writings tell of the snakes healing with a touch of the tongue. The snake in question was the Aesculapian snake. The Romans chose to import this snake to their own temples, rather than to bring in Greek healers. The snake today forms part of the symbol of physicians and veterinarians (the snake is wrapped around Asklepios' staff), linking snakes to millennia of healing and medical practice.
• The hognosed snake (Heterodon sp.), grass snake and the spitting cobra can feign death by flipping on to their backs when threatened. They open their mouths, allow their tongues to loll and can empty a foul smelling substance from their anal glands, making them highly unappetizing to any potential predator.
•  Many snakes, such as vipers, boas and pythons have temperature-sensing organs on their heads. These heat pits are sensitive to changes in temperature of as little as 0.002 degrees Celsius, and effectively allow the snake to navigate and hunt in the dark.
•  Snakes can have over 300 pairs of ribs.
•  Snakes turn “blue” before a shed. This opaque change to the skin is actually due to the presence of a lymph-like layer of fluid between the old and new skins, prior to the shed of the old skin.
•  Reports of the longest, heaviest and oldest reptiles abound. Many cannot be verified. A reticulated python, shot in Indonesia in 1912, was said to be 32 feet 9 1/2 inches in length. One Burmese python weighed in at over 400 pounds. Although seldom as long as the giant pythons, the green anaconda is a heavier snake. Sir Percy Fawcett is said to have killed an anaconda measuring 62 feet in 1907, in Brazil. Since the early part of the last century, the New York Zoological Society has offered a reward of $50,000 for the capture of a live snake greater than 30 feet in length. The oldest recorded snake is a boa constrictor named Popeye, who died in 1977 at the age of 40 years, 3 months and 14 days.
•  The smallest snake may be the Martinique thread snake (Leptotyphlops bilineatus), which does not grow any bigger than 4 1/4 inches.
•  A snake's internal organs, although superficially different, have basically the same functions as those of a mammal. The difference lies in their arrangement. They are placed one after the other, to accommodate the tube-like body. All snakes have a right lung and associated air sacs that extend most of the way to the vent. In most species, the left lung is considerably shorter, or even missing.
•  The glottis, which is the entry to the trachea (breathing tube), can move to either side, to allow the snake to swallow prey. This is the tube you see when you look at the floor of a snake's mouth. Cartilage around the opening of the tube closes to prevent food from entering the respiratory tract, and produces the classic “hiss” in many snakes.
•  A snake's heart can slide 1 to 1 1/2 times its length from its normal position, to allow the passage of swallowed prey. This is because of the relative mobility of the pericardial sac, which surrounds the heart.
•  Venom glands have evolved independently in several species. Venoms are very complex substances, which may consist of a dozen or more toxic components. These can include substances poisonous to the heart, nerves and DNA as well as enzymes that break down natural tissue barriers, allowing the spread of venom within the body.
•  Spitting cobras can inject venom in their bites, but can also force venom out, under pressure, through tiny channels in their fangs. Raising the front half of its body, the snake can aim venom at the eyes and mucous membranes of its target, over 3 feet away.
•  Snakes have two rows of teeth on the top jaw, one row on the bottom jaw. The teeth, including fangs, in most cases are replaced throughout life.
•  When the tongue is in the mouth, it lies in a sheath beneath the glottis with its tip touching the vomeronasal or Jacobsen‘s organ. This is an organ of smell, so when your snake flicks out his tongue, he is, in fact, “tasting” or smelling the air. The forked design allows the snake to detect on which side the smell is strongest, and so to locate his prey, even in the dark.
•  The Brahminy blind snake are all females. When mature, they lay fertile eggs, and the young are clones of the mother. Although native to Asia, this snake is now found in warm countries all over the world.
•  The Emerald tree boa is born red or yellow, and changes to green after about a year.
•  The rattlesnake's rattle consists of six to 10 layers of scales, which fail to shed and make that distinctive sound when the tail is shaken as a warning. Eventually the older segments will slough as the rattle lengthens.
•  The tail of the Calabar ground boa is blunt, cylindrical and has white scales on the underside, and altogether appears very much like a head. When threatened, the snake coils into a ball, hides its head, leaving the less vulnerable tail exposed to confuse predators.
•  The common egg eater (Dasypeltis scabra) is a highly specialized snake. Although it is not venomous, the markings are sufficiently similar to those of the deadly cobra or viper that a potential predator will think twice before attacking. The egg eater can also expand its jaws to mimic the larger head of the venomous. To consume an egg, the jaws can expand to four or five times the size of the egg. Once engulfed, the egg is pierced by two specialized vertebrae. Other modified bones in the vertebral column stabilize it, prevent its slipping out of the mouth or further into the snake. Yet another set of unique vertebrae crush the egg. Once emptied of its contents, the shell is regurgitated.
•  The black mamba (Dendroaspis polylepsis) is brown, gray or olive, but never black. It is a particularly dangerous snake, with a bite that kills 95 to 100 percent of victims. The black mamba may also be the fastest snake, reaching speeds of 10 to 12 miles per hour. Other particularly dangerous snakes include the common krait, Russell's viper (both Asian snakes) and the taipan (Australian). Seven of the 10 most deadly snakes live in Australia.
•  Snakes move by relaxing and contracting muscles lengthwise along the body. Sidewinding is a specialized form of motion that allows a snake to travel with speed and relatively little expenditure of energy along loose desert sand. The snake lifts a loop of its body from the surface, using its head and tail. The loop is moved sideways and then back to the ground. This creates the typical series of unconnected parallel tracks.
•  The paired claw-like structures seen on either side of the vent of a snake such as a ball or royal python, are in fact, remnants of the legs present in the animals from which the modern species has evolved.

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Deadly Black mamba

black mamba

The black mamba (Dendroaspis polylepis) is the longest venomous snake in Africa, averaging around 2.5 meters (8.2 ft), and sometimes growing up to 4.3 meters (14 ft). Its name is derived from the black colouration inside the mouth rather than the actual colour of the skin which varies from dull yellowish-green to a gun-metal grey. It is the fastest snake in the world, capable of moving at 4.32 to 5.4 metres per second (16–20 km/h, 10–12 mph).

Description
The black mamba's back skin colour is olive, brownish, gray, or sometimes khaki.[5] The adult snake's length is on average 2.5 meters (8.2 ft),[1] but some specimens have reached lengths of 4.3 to 4.5 meters (14 to 15 ft).[5] Black mambas weigh about 1.6 kilograms (3.5 lb).[1] on average. The species is the second longest venomous snake in the world, exceeded in length only by the king cobra.[5] The snake has an average life span of 11 years in the wild.[1]

Habitat
The black mamba has adapted to a variety of climates ranging from savanna, woodlands, rocky slopes, dense forests and even humid swamps.[6] The grassland and savanna woodland/shrubs that extend through central, eastern and southern Africa are the black mamba's typical habitat.[6] The black mamba prefers more arid environments such as light woodland, rocky outcrops, and semi-arid dry bush country.

Behaviour

The black mamba uses its speed to escape threats, not to hunt prey.[1] It is known to be capable of reaching speeds of around 20 kilometers per hour (12 mph), traveling with up to a third of its body raised off the ground.[1] Over long distances the black mamba can travel 11 to 19 kilometers per hour (6.8 to 12 mph), but in short bursts it can reach a speed of 16 to 20 kilometers per hour (9.9 to 12 mph),or even 23 kilometers per hour (14 mph) [8] making it the fastest land snake.[9] It is shy and secretive; it always seeks to escape when a confrontation occurs.[1] If a black mamba is cornered it mimics a cobra by spreading a neck-flap, exposing its black mouth, and hissing.[1] If this endeavor to scare away the attacker fails, the black mamba may strike repeatedly.[1] The black mamba is a diurnal snake. Although its scientific name seems to be indicative of tree climbing, the black mamba is rarely an arboreal snake.[9] These snakes retreat when threatened by predators.

Venom

The venom of the black mamba consists mainly of potent neurotoxins[10]. With a LD50 of 0.25 mg/kg—0.32 mg/kg, the black mamba's venom is virulently toxic.[11] Some of the components of the venom have a much more toxic LD50 value than the venom as a whole, for example α-dendrotoxin (or "Toxin 1") and γ-dendrotoxin (or "Toxin 7") had subcutaneous LD50 values of 0.09 µg and 0.12 µg per gram of white mice, respectively.[12] Although only 10 to 15 mg[13] is deadly to a human adult, its bite delivers about 100–120 mg of venom on average[13], but they can deliver up to 400 mg of venom in a single bite[13]. It is reported that before the antivenom was widely available, the mortality rate from a bite was 100%.[14][15][16][17][1][18] Black mamba bites can potentially kill a human within 20 minutes or less[19][20][13][12] depending on the nature of the bite and the area bitten, but death usually occurs after 30–60 minutes on average, sometimes even taking up to three hours. British wildlife enthusiast Nathan Layton was bitten near Hoedspruit by a juvenile black mamba and died less than 30 minutes after being bitten.[21] The fatality duration and rate depend on various factors, such as the health, size, age, psychological state of the human, the penetration of one or both fangs from the snake, amount of venom injected, location of the bite, and proximity to major blood vessels.[1] The health of the snake and the interval since it last used its venom mechanism is also important. Presently, there is a polyvalent antivenom produced by SAIMR (South African Institute for Medical Research) to treat all black mamba bites from different localities.[18]

If bitten, common symptoms for which to watch are rapid onset of dizziness, coughing or difficulty breathing, and erratic heartbeat.[18] In extreme cases, when the victim has received a large amount of venom, death can result within minutes[1] from respiratory or cardiac arrest.[18] This is especially true if the victim is bitten in the face or chest area, as a black mamba can rear up around one-third of its body from the ground which puts it at about four feet high. When warding off a threat, the black mamba delivers multiple strikes, injecting large amounts of virulently toxic venom with each strike, often landing bites on the body or head, unlike other snakes. Also, the black mamba's venom has been known to cause paralysis.[18] Death is due to suffocation resulting from paralysis of the respiratory muscles.[18]

Many herpetologists, including South African-born herpetologist Austin Stevens, regard the black mamba as one of, if not the most dangerous and feared snakes in the world due to various factors including the toxicity and high yield of its venom, its high level of aggression, its speed, agility, size, and other factors.[22][12] Nevertheless, attacks on humans by black mambas are rare, as the snakes usually avoid confrontation with humans and their occurrence in highly-populated areas is not very common compared with some other species. 
 Toxin

Mamba venom is made up mostly of dendrotoxins (dendrotoxin-k - "Toxin K"[23], dendrotoxin-1 - "Toxin 1"[24], dendrotoxin-3 - "Toxin 3"[25], dendrotoxin-7 - "Toxin 7"[25]), and calciseptine[26]. The dendrotoxins disrupt the exogenous process of muscle contraction by means of the sodium potassium pump. Toxin K is a selective blocker of voltage-gated potassium channels[27], Toxin 1 inhibits the K+ channels at the pre and post-synaptic level in the intestinal smooth muscle. It also inhibits Ca2+-sensitive K+ channels from rat skeletal muscle‚ incorporated into planar bilayers (Kd = 90 nM in 50 mM KCl)[28], Toxin 3 inhibits M4 receptors, while Toxin 7 inhibits M1 receptors.[25] The calciseptine is a 60 amino acid peptide which acts as a smooth muscle relaxant and an inhibitor of cardiac contractions. It blocks K+ induced contraction in aortic smooth muscle and it blocks spontaneous contraction of uterine muscle and portal vein.[29][13] The venom is highly specific and virulently toxic. In an experiment, the death time of a mouse after subcutaneous injection of some toxins studied is around 7 minutes. However, a black mamba venom can kill a mouse after 4.5 minutes.[12]

 Hunting and prey

As stated, the black mamba is diurnal. It is an ambush predator that waits for prey to get close.[8] If the prey attempts to escape, the black mamba will follow up its initial bite with a series of strikes.[8] When hunting, the black mamba has been known to raise a large portion of its body off the ground.[8] The black mamba will release larger prey after biting it, but smaller prey, such as birds or rats, are held onto until the prey's muscles stop moving.[8] They have been known to prey on bushbabies, bats, and small chickens.

black mamba attacking

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KING COBRA

king cobra

The king cobra (Ophiophagus hannah) is the world's longest venomous snake, with a length up to 5.6 m (18.5 ft).[1] This species, which preys chiefly on other snakes, is found predominantly in forests from India through Southeast Asia to the Philippines and Indonesia. Despite the word "cobra" in its name, this snake is not a member of Naja ("true cobras") but belongs to its own genus.

Identification

The king cobra is the sole member of genus Ophiophagus, while most other cobras are members of the genus Naja. They can be distinguished from other cobras by size and hood marks. King cobras are generally larger than other cobras, and the stripe on the neck is like the symbol "^" instead of a double or single eye(s) shape that may be seen in most of the other Asian cobras. A foolproof method of identification is if on the head, clearly visible, is the presence of a pair of large scales known as occipitals, at the back of the top of the head. These are behind the usual "nine-plate" arrangement typical of colubrids and elapids, and are unique to the king cobra.

Habitat

The king cobra is distributed across South Asia, Southeast Asia, and the southern areas of East Asia (southern China) where it is not common. It lives in dense highland forests,[1][4] preferring areas dotted with lakes and streams. King cobra populations have dropped in some areas of its range because of the destruction of forests. It is listed as an Appendix II Animal within CITES.[5]

Behaviour

King cobras, like other snakes, receive chemical information ("smell") via their forked tongues, which pick up scent particles and transfer them to a special sensory receptor (Jacobson's organ) located in the roof of its mouth.[1] When the scent of a meal is detected, the snake flicks its tongue to gauge the prey's location (the twin forks of the tongue acting in stereo); it also uses its keen eyesight (king cobras are able to detect moving prey almost 100 m [300 feet] away), intelligence[6] and sensitivity to earth-borne vibration to track its prey.[7] Following envenomation, the king cobra will begin to swallow its struggling prey while its toxins begin the digestion of its victim. King cobras, like all snakes, have flexible jaws. The jaw bones are connected by pliable ligaments, enabling the lower jaw bones to move independently, enabling the King cobra to swallow its prey whole. The expansion of the jaw enables the snake to swallow prey much larger than its head.[1]

King cobras are able to hunt at all times of day, although it is rarely seen at night, leading most herpetologists to classify it as a diurnal species.

South Indian king cobra

Defense

Although the king cobra usually avoids confrontation with humans, it can be aggressive if provoked.[9] If threatened, it rears up the anterior portion of its body when extending the neck, showing the fangs and hissing loudly.[10] It can be easily irritated by closely approaching objects or sudden movements. The snake strikes rapidly and the attack range can be as far as 2 meters. It is also known to advance to the enemy with a certain distance due to its far strike range where people can easily misjudge the safe zone. The king cobra can deliver multiple bites in a single attack but adults are known to bite and hold on.[11] In spite of being a highly dangerous snake, it prefers to escape first unless it is cornered or provoked.[9] Since this species is secretive and tends to inhabit less-populated forested regions and dense jungle, it is rarely encountered.

If a king cobra encounters a natural predator, such as the mongoose, which has resistance to the neurotoxins,[12] the snake generally tries to flee. If unable to do so, it forms the distinctive cobra hood and emits a hiss, sometimes with feigned closed-mouth strikes. These efforts usually prove to be very effective, especially since it is more dangerous than other mongoose prey, as well as being much too large for the small mammal to kill with ease.

king cobra snake attack

 Venom

The venom of the king cobra consists primarily of neurotoxins, but it also contains cardiotoxic and some other compounds.[8] Toxic constituents are mainly proteins and polypeptides.[14]

During a bite, venom is forced through the snake's 1.25 to 1.5 centimeters (0.49 to 0.59 in) fangs into the wound, and the toxins begin to attack the victim's central nervous system. Symptoms may include severe pain, blurred vision, vertigo, drowsiness, and paralysis. Envenomation progresses to cardiovascular collapse, and the victim falls into a coma. Death soon follows due to respiratory failure. Moreover, king cobra envenomation is clinically known to cause renal failure.[15]

A 1990 book makes a passing statement of a LD50 of 0.34 mg/kg for this species[16], however this value is inconsistent with most toxicological studies.[17][18][19] For example, a recent study lists the LD50 of the king cobra venom as 1.6 mg/kg – 1.8 mg/kg[20], making it's venom one of the least potent among the elapids.[15] This value is further backed up by another toxicological study which lists the LD50 of the king cobra at 1.7 mg/kg.[21] A similar mean LD50 value of 1.93 mg/kg was obtained from the venom of five wild caught king cobras in Southeast Asia (Meier et al 1995).[22]

This species is capable of delivering a large quantity of venom, injecting a dose anywhere from 200-500 milligrams on average, but it can potentially deliver much more than 500 mg.[10][16][23] Though the venom is weak compared to most other elapids,[15] it can still deliver a bite which can potentially kill a human due to the massive amount of venom it delivers in a single bite. Mortality can vary sharply with amount of venom involved, most bites involve nonfatal amounts.[24] According to a research report from the University of Adelaide Department of Toxinology, an untreated bite has a mortality rate of 50-60%[25]

There are two types of antivenom made specifically to treat king cobra envenomations. The Red Cross in Thailand manufactures one, and the Central Research Institute in India manufactures the other; however, both are made in small quantities and are not widely available.[26] Ohanin, a protein component of the venom, causes hypolocomotion and hyperalgesia in mammals.[27] Other components have cardiotoxic,[28] cytotoxic and neurotoxic effects.[29] In Thailand, a concoction of alcohol and the ground root of turmeric is ingested, which has been clinically shown to create a strong resilience against the venom of the king cobra, and other snakes with neurotoxic venom.[30]

The haditoxin in the king cobra venom was discovered by Singaporean scientists to be structurally unique and can have unique pharmacological properties.[31] Biochemical studies confirmed that it existed as a non-covalent dimer species in solution. Its structural similarity to short-chain α-neurotoxins and κ-neurotoxins notwithstanding, haditoxin exhibited unique blockade of α7-nAChRs (IC50 180 nM), which is recognized by neither short-chain α-neurotoxins nor κ-neurotoxins.[14]

Reproduction

The king cobra is unusual among snakes in that the female king cobra is a very dedicated parent. She makes a nest for her eggs, scraping up leaves and other debris into a mound in which to deposit them, and remains in the nest until the young hatch.

A female usually deposits 20 to 40 eggs into the mound, which acts as an incubator. She stays with the eggs and guards the mound tenaciously, rearing up into a threat display if any large animal gets too close,[32] for roughly 60 to 90 days.

Inside the mound the eggs are incubated at a steady 28 °C (82 °F). When the eggs start to hatch, instinct causes the female to leave the nest and find prey to eat so she does not eat her young.[33] The baby king cobras, with an average length of 45 to 55 centimeters (18 to 22 in), have venom which is as potent as that of the adults. They may be brightly marked but these colours often fade as they mature. They are alert and nervous, being highly aggressive if disturbed.

king cobra eating snake

Diet
The king cobra's genus name, Ophiophagus, means "snake-eater", and its diet consists primarily of other snakes, including ratsnakes, small pythons and even other venomous snakes (smaller members of its own species, true cobras (of the genus Naja), and even the much more venomous members of the krait family.[8][13] When food is scarce, they may also feed on other small vertebrates, such as lizards, birds, and rodents. In some cases, the cobra may "constrict" its prey, such as birds and larger rodents, using its muscular body, though this is uncommon.[1][13] After a large meal, the snake may live for many months without another one because of its slow metabolic rate.[1] The king cobra's most common meal is the ratsnake; pursuit of this species often brings king cobras close to human settlements.

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Masticophis flagellum

Masticophis flagellum is a species of nonvenomous colubrid snakes commonly referred to as coachwhips or whip snakes, with seven recognized subspecies.

Geographical range

Coachwhips range throughout the southern United States from coast to coast. They are also found in the northern half of Mexico. Typically, they are found in open grassland habitats, but can also be found in lightly forested areas.

Western coachwhip
Masticophis flagellum testaceus

Description

Coachwhips are thin-bodied snakes with small heads and large eyes with round pupils. They vary greatly in color, but most reflect a proper camouflage for their natural habitat. M. f. testaceus is typically a shade of light brown with darker brown flecking, but in the western area of Texas, where the soil color is a shade of pink, the coachwhips are also pink in color. M. f. piceus was given its common name because specimens frequently, but not always, have some red in their coloration. Coachwhip scales are patterned so at first glance, the snake appears braided. Subspecies can be difficult to distinguish in areas where their ranges overlap. Adult sizes of over 160 cm (63 in) are not uncommon.

Behavior

Coachwhips are diurnal, and actively hunt and eat lizards, small birds, and rodents. They tend to be sensitive to potential threats, and often bolt at the first sign of one; they are extremely fast-moving snakes. They are curious snakes with good eyesight, and are sometimes seen raising their heads above the level of the grass or rocks to see what is around them.

Masticophis flagellum, in shed

Myths

The primary myth concerning coachwhips, that they chase people, likely arises from the snake and the person both being frightened, and both just happen to be going the same way to escape. Coachwhips are fast snakes, often moving faster than a human, and thus give an impression of aggression should they move toward the person.

The legend of the hoop snake may refer to the coachwhip snakes.

Another myth of the rural southeastern United States is of a snake that, when disturbed, would chase a person down, wrap him up in its coils, whip him to death with its tail, and then make sure he is dead by sticking its tail up the victim's nose to see if he is still breathing. In actuality, coachwhips are nowhere near strong enough to overpower a person, and they do not whip with their tails, even though it is long and looks very much like a whip. Their bites can be painful, but generally are harmless unless they become infected.

Masticophis flagellum

Masticophis flagellum

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Nerodia

Nerodia is a genus of nonvenomous colubrid snakes commonly referred to as water snakes.

Description
Nerodia species vary greatly, but all are relatively heavy-bodied snakes, sometimes growing to 1.2 m (4 feet) or larger. They have flattened heads, with small eyes that have round pupils, and keeled scales. Species like N. fasciata display distinct banding, where other species, like N. erythrogaster have blotching, and N. rhombifer have diamond-shaped patterning. Most species are brown or olive green, or some combination thereof with markings being brown, or black. Yellow or cream-colored accenting is common.

blotched water snake, Nerodia erythrogaster transversa

Behavior
Water snakes, as their name implies are largely aquatic. They spend the vast majority of their time in, or very near permanent sources of water. Often they can be found basking on tree branches which overhang slow moving streams or ponds. Their primary diet is fish and amphibians, and they are quite adept at catching both in their aquatic environment. They will also consume rodents.

While their initial instinct is to flee when disturbed, they do typically have a nasty disposition. They do not often hesitate to strike or bite if handled, and will often expel a foul-smelling musk from their cloacae.

Reproduction

Nerodia species are ovoviviparous, breeding in the spring and giving birth in the late summer or early fall. They are capable of having 90 or more young, but broods generally are much smaller. Neonates are around 20-26 cm (8-10 in.) in length.

diamondback water snake, Nerodia rhombifer giving birth

diamondback water snake

In captivity

Due to how widespread and extremely common they are in the wild, water snakes are often found in the exotic pet trade, throughout the United States, though they are rarely captive bred. Their relative physical unattractiveness compared to other available pet snake species, and their poor disposition makes them less than attractive pets. They are easy to care for though, and do quite well in captivity.

Conservation concerns
Some species, such as N. harteri and N. paucimaculata are only found in very isolated localities and are protected by state laws, but the majority of Nerodia species hold no specific conservation status. Due to their habitat choice, poor disposition, and vague similarity to the venomous cottonmouth (Agkistrodon piscivorus), they are frequently mistaken for them. This results in many more water snakes being killed every year than cottonmouths. Often, water snakes found in areas where the cottonmouth does not range are still killed by humans out of ignorance and fear.
Nerodia species are widely spread around the southern and eastern half of the United States, north into Canada and south into Mexico, as well as to the island of Cuba. Many ranges overlap, and intergrading of subspecies is not unknown, but is rare.

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Eastern indigo snake(Drymarchon couperi)

The Eastern Indigo Snake (Drymarchon couperi) is a large nonvenomous snake with an even blue-black coloration, with some specimens having a reddish-orange to tan color on the throat, cheek and chin. This smooth- scaled snake is considered to be the largest native snake species in the United States with the longest recorded specimen measuring 9.2 feet (2.8 m). The Eastern Indigo Snake gets its name from the glossy iridescent blackish-purple sheen it displays in bright light.

Eastern indigo snake (Drymarchon couperi)

Food habits and behavior

The Eastern Indigo Snake is carnivorous, like all snakes, and will eat any other small animal it can overpower. It has been known to kill its prey by wildly beating it against nearby objects. Captive specimen are frequently fed dead prey to prevent injury to the snake from this violent method of subduing its prey. Its diet has been known to include other snakes (ophiophagy), including venomous ones, as it is immune to the venom of the North American rattlesnakes. Eastern Indigo Snakes eat turtles, lizards, frogs, toads, a variety of small birds and mammals, and eggs.[2][4]

As defensive behavior the Eastern Indigo Snake vertically flattens its neck, hisses, and vibrates its tail. If picked up, it seldom bites.[6]

It often will cohabit with gopher tortoises in their underground burrows, although it will settle for armadillo holes, hollow logs, and debris piles when gopher tortoise burrows can't be found. Hunters, hoping to flush out rattlesnakes, often wind up accidentally killing Indigo Snakes when they illegally pour gasoline into the burrows of gopher tortoises (a practice referred to as "gassing"), even though the tortoises themselves are endangered and protected.

 Preferred habitat

Eastern Indigo Snakes frequent flatwoods, hammocks, dry glades, stream bottoms, cane fields, riparian thickets, and high ground with well-drained, sandy soils.[2] In Georgia, snakes prefer excessively drained, deep sandy soils along major streams, as well as xeric sandridge habitats.[3] Xeric slash pine plantations seem to be preferred over undisturbed longleaf pine habitats.[4] Habitat selection varies seasonally. From December to April Eastern Indigo Snakes prefer sandhill habitats; from May to July snakes shift from winter dens to summer territories; from August through November they are located more frequently in shady creek bottoms than during other seasons.[5]

The Eastern Indigo Snake is most abundant in the sandhill plant communities of Florida and Georgia. These communities are primarily scrub oak-longleaf pine (Pinus palustris) with occasional live oak (Quercus virgianiana), laurel oak (Q. laurifolia), Chapman's oak (Q. chapmanii), and myrtle oak (Q. myrtifolia). Other communities include longleaf pine-turkey oak (Q. laevis), slash pine (Pinus elliottii)-scrub oak, pine flatwoods, and pine-mesic hardwoods.

 Cover requirements

Because the cover requirements of Eastern Indigo Snakes change seasonally, maintaining corridors that link the different habitats used is important. From the spring through fall snakes must be able to travel from sandhill communities and upland pine-hardwood communities to creek bottoms and agricultural fields.[5] In winter Indigo Snakes den in gopher tortoise burrows, which are usually found in open pine forests with dense herbaceous understories.[4] Burrows need to be in areas where there is no flooding. Eastern Indigo Snakes heavily use debris piles left from site-preparation operations on tree plantations.[4] These piles are often destroyed for cosmetic reasons but should be left intact because they provide important hiding cover for both the snake and its prey. Summer home ranges for the Indigo Snake can be as large as 273 acres (229 ha)

The eastern indigo snake is the largest snake in North America.

 

 

Reproduction

Eastern Indigo Snakes are oviparous.[7] The eggs are 75–100 mm (3-4 in.) long by 27–32 mm (1-1¼ in.) wide. Only 5-6 eggs are laid. The hatchlings are 600–700 mm (23½-27½ in.) long.[8]


 Captivity and care

Due to its generally docile nature and attractive appearance, some people find it a desirable pet, although its protected status can make owning one, depending on location, illegal without a permit. Only a few states require permits to own an Eastern Indigo Snake but a federal permit is required to buy one from out of state anywhere in the US. The permit costs $100; information about obtaining one can be found by doing a web search. Most states allow unrestricted in-state sales. To thrive in captivity, this snake requires a larger enclosure than most species do, preferably with something to climb on.

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RIBBON SNAKE

The Ribbon Snake or Ribbonsnake (Thamnophis sauritus) is a common snake found throughout North America. It averages 16–35 in (41–89 cm) in length and is a member of the garter snake genus. There are four subspecies of ribbon snake:

    Eastern Ribbon Snake – Thamnophis sauritus sauritus - brownish back, range extends from New York to Florida, west to the Mississippi River.
    Northern Ribbon Snake – Thamnophis sauritus septentrionalis - dark brown or black above, range from Maine through Ontario and Indiana.
    Southern Ribbon Snake or Peninsula Ribbon Snake – Thamnophis sauritus sackeni - tan or brown, range from South Carolina south through Florida.
    Western Ribbon Snake or Bluestripe Ribbon Snake – Thamnophis sauritus nitae - dark with light blue lateral stripes, Gulf coast of north-central Florida.

Captivity

Ribbon snakes are also common pets. They are easily found in pet shops for up to 30 dollars. A single snake can fit in a ten gallon terrarium (aquariums work but terrariums are meant for reptiles). They are also very docile.

Food

Ribbon Snakes have a diverse diet consisting of worms, slugs, minnows, insects, small mice, fish, and toads.




Reproduction

Reproduction in Eastern Ribbon Snakes takes place after they emerge from hibernation in the spring time, in April or May. Mating occasionally takes place in the fall, but the female will delay fertilization and development until the next spring. The average gestation period is three months. They average number of young is around 12 but can range anywhere from 4-27. Females give birth in late summer or maybe even the early fall. After birth there is no parental care involved, the young are left to fend for themselves. Most young reach sexual maturity after two years, but most usually wait until the third year.

eastern coral snake

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Gaboon viper (Bitis gabonica)

    Common names: Gaboon viper, butterfly adder, forest puff adder, swampjack,[2] (more).

Bitis gabonica is a venomous viper species found in the rainforests and savannas of Sub-Saharan Africa.[1] This is not only the largest member of the genus Bitis,[3] but also the world's heaviest viperid[2] and it has the longest fangs (up to 2 inches),and the highest venom yield of any venomous snake.[2] Two subspecies are currently recognized, including the nominate race described here.[4]

Description

Adults average 122–152 cm (4 to 5 feet) in length with a maximum of 205 cm (81 in) for a specimen collected in Sierra Leone. The sexes may be distinguished by the length of the tail in relation to the total length of the body: approximately 12% for males and 6% for females. Adults, especially females, are very heavy and stout. One female had the following dimensions:[2]


Total length     174 cm (69 in)
Head width     12 cm (4.7 in)
Girth     37 cm (14.65 in)
Weight (empty stomach)     8.5 kg (19 lbs)



In their description of B. gabonica, Spawls et al.. (2004) give an average length of 80–130 cm (32 to 51.5 in), with a maximum size of 175 cm (69.3 in), saying the species may possibly grow larger still. They acknowledge reports of specimens over 6 feet (1.8 m), or even over 2 m (6.5 ft) in length, but claim there is no evidence to support this.[5]

The head is large and triangular, while the neck is greatly narrowed: almost one-third the width of the head.[2] A pair of horns is present between the raised nostrils — tiny in B. g. gabonica, but much larger in B. g. rhinoceros.[5] The eyes are large and moveable,[2] set well forward,[5] and surrounded by 15–21 circumorbital scales.[2] There are 12–16 interocular scales across the top of the head. 4–5 scale rows separate the suboculars and the supralabials. There are 13–18 supralabials and 16–22 sublabials.[2] The fangs may reach a length of 55 millimetres (2.2 in) :[3] the longest of any venomous snake.[2]

Midbody, there are 28–46 dorsal scale rows, all of which are strongly keeled except for the outer rows on each side. The lateral scales are slightly oblique. The ventral scales number 124–140: rarely more than 132 in males, rarely less than 132 in females. There are 17–33 paired subcaudal scales: males have no fewer than 25, females no more than 23. The anal scale is single.[2]

The color pattern consists of a series of pale, sub-rectangular blotches running down the center of the back, interspaced with dark, yellow-edged hourglass markings. The flanks have a series of fawn of brown rhomboidal shapes, with light vertical central bars. The belly is pale with irregular brown or black blotches. The head is white or cream with a fine, dark central line, black spots on the rear corners, and a dark blue-black triangle behind and below each eye.[5] The iris color is cream, yellow-white, orange[5] or silvery.[6]

Habitat

The Gaboon viper is usually found in rainforests and nearby woodlands, mainly at low altitudes,[6] but sometimes as high as 1500 m.[2] Spawls et al. (2004) mention a maximum altitude of 2100 m.[5] According to Broadley and Cook (1975), it is generally found in environments that are parallel to those occupied by its close relative, B. arietans, which is normally found in more open country.[9]

In Tanzania, this species is found in secondary thickets, cashew plantations, and in agricultural land under bushes and in thickets. In Uganda, they are found in forests and nearby grasslands. They also do well in reclaimed forest areas: cacao plantations in West Africa and coffee plantations in East Africa. They have been found in evergreen forests in Zambia. In Zimbabwe, they only occur in areas of high rainfall along the forested escarpment in the east of the country. In general they may also be found in swamps, as well as in still and moving waters. They are commonly found in agricultural areas near forests and on roads at night.[2]

Venom
Bites are relatively rare, due to their docile nature and the fact that their range is mainly limited to rainforest areas.[3] Due to their sluggishness and unwillingness to move even when approached, people are often bitten after they accidentally step on them, but even then in some cases they may not bite.[11] However, when a bite does occur it should always be considered a serious medical emergency. Even an average bite from an average sized specimen is potentially fatal.[3] Antivenom should be administered as soon as possible to save the victim's life if not the affected limb.[9]

The snake's hemotoxic venom itself is not considered particularly toxic based on tests conducted in mice. In mice, the LD50 is 0.8–5.0 mg/kg IV, 2.0 mg/kg IP and 5.0–6.0 mg/kg SC.[12] However, the venom glands are enormous and each bite produces the largest quantities of venom of any venomous snake. Yield is probably related to body weight, as opposed to milking interval.[2] Brown (1973) gives a venom yield range of 200–1000 mg (of dried venom),[12] A range of 200–600 mg for specimens 125–155 cm in length has also been reported.[2] Spawls and Branch (1995) state that from 5 to 7 ml (450–600 mg) of venom may be injected in a single bite.[3]

A study by Marsh and Whaler (1984) reported a maximum yield of 9.7 ml of wet venom, which translated to 2400 mg of dried venom. They attached "alligator" clip electrodes to the angle of the open jaw of anesthetized specimens (length 133–136 cm, girth 23–25 cm, weight 1.3–3.4 kg), yielding 1.3–7.6 ml (mean 4.4 ml) of venom. Two to three electrical bursts within a space of five seconds apart were enough to empty the venom glands. The snakes used for the study were milked 7 to 11 times over a 12-month period, during which they remained in good health and the potency of their venom remained the same.[2]

Based on how sensitive monkeys were to the venom, Whaler (1971) estimated that 14 mg of venom would be enough to kill a human being: equivalent to 0.06 ml of venom, or 1/50–1/1000 of what can be obtained in a single milking. Marsh and Whaler (1984) wrote that 35 mg (1/30 of the average venom yield) would be enough to kill a man of 70 kilograms (150 lb).[2] Branch (1992) suggested that 90–100 mg would be fatal in humans. Further investigation is needed.

In humans, a bite causes rapid and conspicuous swelling, intense pain, severe shock and local blistering. Other symptoms may include uncoordinated movements, defecation, urination, swelling of the tongue and eyelids, convulsions and unconsciousness.[2] Blistering, bruising and necrosis may be extensive. There may be sudden hypotension, heart damage and dyspnoea.[5] The blood may become incoagulable with internal bleeding that may lead to haematuria and haematemesis.[3][5] Local tissue damage may require surgical excision and possibly amputation.[3] Healing may be slow and fatalities during the recovery period are not uncommon.[5]
 

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RED TAILED RACER (Gonyosoma oxycephalum)

The Red-tailed Green Ratsnake (Gonyosoma oxycephalum) is a species of snake found in Southeast Asia. It is a thin snake with powerful and rough scales on its belly, ideal for climbing and moving in trees. It has smaller, smooth scales on its back.

As its name indicates, the snake has a green body with a red tail (usually brownish), and it also has a dark line horizontally across its eye. On the sides of its black tongue there may be a blue colour.

The red-tailed green ratsnake lives and spends its life in the trees and in cavities in trees. It seldom descends to the ground. It feeds almost exclusively on birds, but in captivity it can be trained to feed on small mammals . The female can reach a length of up to 2.4 m (almost 8 feet), while the male is generally a little bit smaller. Its average life span is 15 years. It reaches sexually maturity at the age of 4 years, and its eggs have a hatching time from 13 to 16 weeks. The female lays on average between 3 and 8 eggs usually between September and January and the hatchlings are about 45 cm (18 inches) long.

When the snake is stressed, it may inflate a bag of air in its neck, making it appear larger in size.

In captivity, it has quite the 'attitude' and may strike at or bite an unwary handler.

The red tailed racer is a medium-bodied arboreal rat snake that occupies lowland to mid-level rainforest. They are common and widely-distributed across the Peninsular. They are usually completely green except for the yellowish labials and lower cheeks. A faint stripe runs from the snout through the eye and fades off towards the neck. The tongue is blue and the tail tip is a dark rusty brown.

Red-tailed rat snakes are aggressive and flare up their throats and bodies when under duress. They hunt birds and rodents in the wild, using constriction as a killing method. Gonyosoma oxcephalum can be differentiated from Elaphe prasina by their much larger size, stripe through the eye and rusty brown tail; features that the green tree racer lacks. in Southeast Asia, this species occurs in Malaysia, Borneo, Thailand and Indonesia, some with different colour forms.

Habitat                   

Found in the sandy soil of sparse woodlands
Behavior

The Gray Rat Snake is larger than most Rat Snakes. They are usually docile, although they can become aggressive when threatened or nervous. Found primarily in the Midwestern United States, the Gray Rat Snake can usually be found in the sandy soil of sparse woodlands.They are mostly arboreal animals, meaning they spend a lot of time in trees. They can often be found hunting or basking on rocks and tree limbs. Gray Rat Snakes do not require hibernation unless they are to be bred. They are quite common in captivity. In the wild, young Gray Rat Snakes are eaten by raptors and carnivorous mammals. The adults grow to a significant length, so they are rarely harmed by anything but humans.

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