Thursday, May 24, 2012

BIG Four Snake


Common Name:Purple Sunbird
Local Name:-जांभळा शिंजीर, जांभळा सूर्यपक्षी, चुमका, फूलचुखी
Scientific Name: Cinnyris Asiaticus.
Date Of Sighting:- May-2013
Place of Sighting:- Tadoba/Chandrapur/Maharashtra
Bird Family:- Nectariniini-Sunbird and Spider Hunter.
State Bird:-NA
Type:-Resident
Status:-Least Concern


Discription:- 
The Purple SUnbird is samll sunbird like other sunbirdthey feed mainly on Nector,although they will also take insects,especially when feeding young.They have a fast and direct flight and can take nectar by hovering like a humming bird but often perch at base of flower.The males appear all black except in some lighting when the 
purple iridescence become visible.Female are Olive and yellowish below.
The Purple Sunbird has a relatively short bill,a dark and short square tail.Less than 10 cm long they have a down curve bill with tipped tubular tongues that aid in nectar feeding.The male is glossy metallic purplish black on upper parts with the wings appearing dark brown.The breeding male is glossy metallic purplish black on the upper parts with wings appearing dark brown.The breeding male has the underparts also of the same purplish black,but non-breeding males may show a central streak of black on yellow underparts.In the breeding plumage the male can be confused with the synoptic lotens sunbird which has a long bill and distictive broad maroon band on the breast.Breeding males will some times show their yellow pectoral tufts in display.There is a patch of bright blue on the shoulder of breeding males.The maroon shine on the feathers of collar around the neck is visible mainly during the breeding season.
Females are olive brown above with yellowish underside.There is a pale supercilium beyond the eye..There is a darkish eye strip.The throat and breast are yellow becoming pale towards the vent.The outer tail feathers are tipped in white both in the male and feamle.
They are seen in pairs or small group and aggregation may be found in gardens with suitable flowers.They feed mainly on NEctor but also take fruit and insects.The group of 40 to 50 also has been noted.

जांभळा सूर्यपक्षी हा अंदाजे १० सें.मी. मापाचा, चिमणीपेक्षा लहान पक्षी असून विणेच्या हंगामात नर चमकदार निळ्या-जांभळ्या रंगाचा असतो. याच्या पिसाच्या वरच्या भागात शेंदरी रंगाचा एक छोटा पट्टा असतो. इतर काळात नर-मादी दिसायला सारखेच असतात. वरून तपकिरी रंग, खालून फिकट पिवळा, काळे पंख, छातीवर काळा पट्टा.
साधारणपणे मार्च ते मे हा यांचा वीण हंगाम काळ असतो, यांचे घरटे लांबट थैलीसारखे, झाडाला किंवा एखाद्या घराच्या आधाराने लटकणारे असते. घरटे, गवत, कोळ्याचे जाळे, लाकडाचे छोटे तुकडे यांचे बनलेले असते. मादी एकावेळी २ ते ३ अंडी देते; ही अंडी राखाडी-हिरवट रंगाची व त्यावर तपकिरी ठिपके असतात. मादी एकटीच घरटे बांधण्याचे, अंडी उबविण्याचे काम करते मात्र पिलांना खाऊ घालण्याचे काम नर-मादी मिळून करतात

Habitat, Region, and Climate:-

1.This species is found in a variety of habitats with some trees,including forest and cultivation.
2.The Sunbird and Spider hunter occupy a wide range of habitats,with majority of species being in primary rain forest but other habitats used by the family including disturbed secondary forest,open woodland,open scrub and Savannah, coastal  scrub and alpine forest.Some species have readily adapted to human modified landscape such as plantation,garden and agricultural land.May species are able to occupy a wide range of habitats from sea level to 4900 m

Territory:-
1.Many sunbirds are known to defend feeding and breeding territories (Cheke et al. 2001); males will sing from 
prominent perch and chase intruders, including those of other species.



Feeding Habits ( food ):- 

1.Flowers produce nectar to attract pollinators. The Purple Sunbird is attracted to red flowers which may have no smell

2. In the present study, Purple Sunbirds visited the Chinese hibiscus in over half of the total visits (Table 1). This 
ornamental plant is available for about eight months of the year. It was present in at all stations in relatively in good numbers. In the study area, flowers’ nectar appeared to comprise over 90% of the bird’s food (based on 
feeding duration). As no sunbird is entirely nectivorous, and nectar alone can not supplement amino-acids requirements, a nectivorous bird may also feed on fruits’ juice and insects

3.Altricial nestlings of Purple Sunbirds need protein during their rapid development (Klasing 2004). Therefore, adults feed their nestlings with small insects (our observations). In Indian subcontinent they feed on insects and spiders, but very largely on flower nectar (Ali 2002). In Oman and UAE they feed often on insects and at flowers of the invasive non-native tree Prosopis juliflora 



Distinctive features:-
1.Male unmistakably dark purple blue.
2.Beak smaller than confusion species,Loten's sunbird.
3.Eclipse male has yellow brest with blue streak extending to the belly.
4.Female has yellowish under parts and faint supercilium

Breeding ,Bird Housing and Nesting
1.Several sunbird and sugarbird species breed when most flowers are out.
2.The Primary breeding season is before the monsoons,April to June in Northen Indian and Jauary to June in Srilanka.
3.Breeding season of the purple sunbird vaies across the asian continent ,generally coinciding with the month where flower are most abdunat.During the Months,the female purple sunbird construct a hanging oval or pear shaped nest from tree,roughly three meters from the ground.The nest is build using an array of material including leaves,grasses,hair,twigs and caterpillerdroppings,all woven together with cobwebs with a small entrance  near the top.
4..The nest entrances of the Purple Sunbirds are so constructed that they are rarely towards south or west. Seemingly, this is done to avoid direct radiation of the sun.



Genaral Size and Shape:- 
1. Length :- 10 Cm/ 4 inch.


Breeding season:-
1.March to May is breeding season.


Egg :-
1. 2 to 3 eggs at time
2. incubation period of 15–17 days
3.It seems that the reproduction season depends on climate in different regions but the number of eggs and hatching period is fixed.


Importance of birds:-

1.Pollination
Pollination is essential for provision of plant derived ecosystem services,yet there have been worldwide declines in pollinator diversity.Many fruit and vegetables require pollinators thus pollination services are critical to reproduction of considerable portion of the vitamins and minerals in Human diet.

2. Sunbird transferring pollen between plant on the tip of its tongue as it probes for Nectar

What is the world's largest snake?

What is the largest snake in the world? The answer to this is not a simple one. For years experts and laymen alike have argued as to which snake holds the title as the world's largest snake.
The first problem encountered when trying to answer this question is the definition of the word "largest". By"largest" do we mean "longest", or "heaviest"?
When trying to answer this question do we take unsubstantiated reports into account, or do we only take into account verified scientific evidence?
It is also important to note at this point that there are exceptions to the rule. A record breaking length of any individual within a species cannot justify the entire species being labelled as giants, there are of course "freaks of nature" that are exceptions to the rule. So when answering what seems to be a simple question do we take record measurements of a species into account, or do we take the average size of any particular species in question?



There are only two possible candidates that could lay claim to the title of the world's largest snake. TheGreen Anaconda (Eunectes murinus) of central and tropical South America and the Reticulated python(Python reticulatus) of Asia. Both can be classified as giants. (At least the experts agree on this one)
The first contender for the title of largest snake is the Green Anaconda (Eunectes murinus). There are a number of unsubstantiated reports and claims of specimens exceeding 11 m (37ft) being found, but none of these claims could be verified and should be regarded with caution.
The average adult length for a Green Anaconda is between 5.3 m - 6.2 m (18 - 20ft) with the female always being much larger than the male of the species.
What is truly impressive is the sheer size (weight) of the Green Anaconda. Individuals weighing in at more than 220kg (485lbs) with a diameter of 30cm are not uncommon in this species.



The Reticulated python (Python reticulatus) may attain a maximum length of more than 9m (29ft). The longest reticulated python recorded was 10.05m (33ft). Despite its impressive length the record weight for a reticulated python is 145kg (320lbs), far less than the maximum weight of the Green Anaconda. As a result of its slender, less bulkier, build the reticulated python is a far more agile snake.

Although there may be disputes regarding which species of snake is the largest, there can be little argument as to which was the most colossal snake ever...
Titanoboa cerrejonensis was an awesome prehistoric snake that dwarfed both the Green Anaconda and Reticulated python. 

Importance of Snake on Eco System - Done



Snakes are Known for making great escapes and giving surprises all the time

The Reptile Role:-
We Human Need Reptiles for Our Own Survival Why?

Eco System Services:-
The earth is Comprised of interconnected ecosystem.An ecosystem consists of web of organisms..  a collection of living links. each of which is essential to whole system.Think of It as bicycle wheel,with may spokes connecting the outside to the center.If Just one spoke is broken,the wheel is weakened and If more than one is lost,the entire structure buckles.
EcoSystem" Make the world go round" providing humans with food,water,oxygen and medicines by maintaining a balance flow of energy.Energy is produced by the Sun,Captured by plants and converted into form which is usable by other animals.These animals eat the plants ,other animals eat those animals, and so the cycle continous.
Whilst everyone is busy eating the next organism along the line,ecosystem services are provided.Plants are pollinated,oxygen is carted, water is filtered,Soil is enriched,prospective pests( Like Locusts  ) are eaten meanwhile,somewhere in nearest big city someone is enjoying a nice loaf of bread from crop grown thanks to efforts of these busy little critters out bush.
However ,if one species is lost from this,the entire " Chain of command " changes  If the species lost is predator,its usual prey will explode in number and eat too much food resources,causing further problem.
On the other hand,If the species lost is prey animals ,its predator will have less to eat and start eating too much of the other things,which in turns ,will soon be too few and far between to do their job.
In short,the loss of one species trigger a domino effect with potentially catastrophic results.

Now is many habitats ,snakes and other reptiles are both predators and prey.Hence,if they are lost from local ecosystem,or even simply reduces in number,two things will happen.
:- First,their usual food-lets mice-will increase,causing havoc amongest nearby crops.
:-Second,their usual presators-lets say,the local pair of swamp harriers will resort to eating more lizards,meaning the insects the normally eat increases and will that crop isn't looking too good anymore,so people might have to start going without those nice loaves of bread and thats just simplified version.

Medicine

Research into snake venom is uncovereing more and more potential for new and more effective medicines.Acoastaillready,several drugs concoated from snake venom are being used in the treatment of high blood pressure and other cardio-vasculaer disorder,whilst the blood clotting capabilities of  taipan venom are currently  being devloped for use in stopping excessive bleeding during vacular surgery and major taruma.
Even more exciting are studies are being conducted in south austrelia,whereby scientists are using snake venoms to devlope a new treatment for cencer tumours,thoughts to be equally or more effective tan chemotherapy without any of the harmful side effect.Meanwhile,other are dicovering new ,venomderived treatment for arthritis,epilepsy and more.May be those old joke about "snake oil" weren't far wrong.
Snake play a significant role in any ecosystem.Their presence or removal from an area directly impact the health of an ecosystem.Snakes are predators and feed on vairty of creatures.Snakes tend to control rodent population in particular.Snakes also represent important prey species for other predators.Ongoing developed currently threatens the survival o snakes i many ecosystem.

Carnivores

All snakes are predators.Snakes are carnivores and hunt a large variety of prey species.This prey includes other snakes,variety of small mammals,birds,fish and reptiles such as lizards.Snakes also feed on the eggs of select bird species and eat insectes and snails.Snakes keep the population of their various prey species under control.Snakes are termed" top-of-the-food-chain".They aer attracted to ecosystems where herbivorous species are well established and where the plant life is abdunt and healthy.The removal of snakes from such area affects the entire ecosystem in a negative way.

NAture Pest Control

ROdent and insectes make up a large proportion of their diet of many species.The feeding habitats of snakes act as a natural form of pest control.The presence of snakes negates the need for pesticides and related poisons,which have far-raching negative effect on an ecosystem.Biologists are releasing snakes in and around villages in vietam as means of protecting grains from the growing rodent population.A reduction in the rodent populaiton in these villages also reduce the spread of diseases the rodents transmit

Snakes as Prey

A Number of animals hunt and eat snakes.These predators depend on snakes to make up all or part of their natral diet.The removal of nsakes from ecosystems that include predators of snakes have a negative impact.The black-creasted snake eagle,together with a number of other raptors or birds of prey feed on snakes,as do mongoose and weasels.

Death in the EcoSystem

The many species of snakes are found in different types of ecosystems,but their presence in each is crucial to overall health of that system.Even the death of snake benifits the ecosystem.After death,the carcass of snake is decomposed by bacteria,worms and fungi,.Through this process,nutrients leach back into the soil and are used by grass and other plants life.Each living elements within an ecosystem reamins dependent on every other elements and even in death ,snakes contribute to the survival of the entire complex sysytem.
into snake

Facts About Snake


1. 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.
2. 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.
3. The hognosed snake (Heterodon sp.), grass snake and the spitting cobracan 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.
4. 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.
5. Snakes can have over 300 pairs of ribs.
6. 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.
7. 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.
8. The smallest snake may be the Martinique thread snake (Leptotyphlops bilineatus), which does not grow any bigger than 4 1/4 inches.
9. 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.
10. 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.
11. 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.
12Venom 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.
13. 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.
14. 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.
15. 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.
16. 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.
17. The Emerald tree boa is born red or yellow, and changes to green after about a year.
18. 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.
19. 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.
20. 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.
21. 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.
22. 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.
23. 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.



Snakes are fascinating creatures. Most of them are harmless as far as human beings are concerned. Only a small percentage of them are venomous and even among these, only a few have lethal venom. However, since people are not able to distinguish between venomous and non venomous snakes, they kill just about every snake they come across. Human contacts with the snakes, is on the increase mainly because of disappearance of habitats. This leads to more snakes being killed. People are also killed, especially in the rural areas. The only way of keeping the snakes away from the people is to preserve the existing habitats. Some important and interesting snake facts are provided here.
1.      Many people believe that the snakes do not have bones. They have. They also have organs like the heart, the lungs and the kidneys. They also have the blood. The snakes also possess the brain. The brain is underdeveloped and therefore, the snakes are incapable of ‘learning’.
2.      Snakes do not have eye lids. They also do not have ears. They are totally deaf. However, they get to ‘hear’ from the vibrations on the ground.
3.      There are about 2,500 species of snakes. Only about 20% are venomous.
4.      The human legs receive the maximum number of snake bites as they are closest to the ground and are easily targeted.
5.      There have been stories of snakes chasing people. However, these stories have no   substance. Snakes cannot move very fast. The fastest speed recorded is 13 Km/hr. Most of the snakes are much slower than this and an adult human being can easily outrun any snake.
6.      Three species of snakes can spit out venom. This is done with accuracy and can reach a distance of nearly 8 feet. The targets are the eyes of the enemy which can even be a human being. When the venom falls on the eyes, it can even lead to blindness. This act shows some level of intelligence as the snakes understand the importance of the eyes. However, this act of spitting is only a defense and is not used for getting food.
7.      Many snakes have good vision. However, most of the burrowing snakes are blind. They have a good sense of smell.
8.      The longest recorded life span for a snake is 30 years. This has been seen in the case   of anacondas.
9.      Snakes are rarely seen in Ireland and New Zealand.
10.  Some snakes are oviparous and lay eggs. Some snakes are ovoviviparous and give birth to live young ones. There is hardly any parental care for the young snakes and these have to fend for themselves. Some snakes, however, guard their eggs. The king cobra is the only snake which actually builds nests for the eggs.
11.  Sea snakes have no gills and have to surface occasionally. They, however, can remain submerged for a long time as they have the ability utilize the oxygen dissolved in water.
12.  The reticulated python of Southeast Asia is the longest snake while the green anaconda of South America is the largest snake.
13.  The snakes like the anacondas kill their prey by constricting and suffocating them. They swallow the food whole. Sometimes they swallow a large animal and subsequently go without food for weeks.
14.  Most of the snakes have a large number of teeth and some snakes contain as many as 200. But, these are not used for chewing as the teeth are curved backwards. They are mainly used for holding the prey.
15.  Some snakes are capable of flying. Actually, it is gliding from one tree branch to another. They flatten the body into a disc which enables gliding.

Snake Myths and Facts


Myth: Rat Snakes are poisonous.
Fact: Rat snakes are Non-poisonous, rodent-eating Reptiles.

Myth: Rat Snakes mate with cobras.
Fact: Rat Snakes or any other snakes will not mate with any snake out of its own species. Cobras eat other snakes so a mating between a Cobra and a Rat snake is not possible.
     
Myth: Snakes drink Milk.
Fact: Snakes drink water and do not drink milk, neither can they digest it properly. They are reptiles and have no association with milk, only mammals who have mammary glands can produce milk and thus a liking for milk in non-mammals is unlikely. But in a crises when severely dehydrated, a snake might drink any liquid available.
     
Myth: Some Snakes grow a beard as they get older.
Fact: Snakes are reptiles and do not have any hair on their bodies let alone a beard. It is impossible for them to have beards for their bodies do not have any ability of growing hair.
     
Myth: Snakes carry a diamond in their forehead.
Fact: It is impossible for a Snake to carry anything in its head. The mythological status attached with a Snake in India is probably responsible for this myth.
     
Myth: Snakes remember you if you hurt them.
Fact: Snakes are not vengeful animals and do not have the necessary intelligence to remember people or places for getting revenge. Hindi Movies (Bollywood) have a lot to do with the creation of this myth.
     
Myth: If one Snake is killed its partner will trace you (no matter wherever you are).
Fact: Snakes are not vengeful animals and are not interested in chasing or tracing people who hurt them. They do not have the necessary memory and intellect to remember people to trace them back. Neither do snakes have a feeling of camaraderie nor do snakes pair for life. Once again Bollywood is responsible for this myth.
     
Myth: Flying Snakes can pierce somebody’s forehead or put out their eyes.
Fact: A Flying Snake does not actually fly but only glides through the air by extending its ribs and pulling in the underside. It can glide a distance of 330 feet or 100 metre. It has an elongated head, which gives the scary feeling that it can pierce a person’s head or eyes.
     
Myth: Snakes found in India can spit venom.
Fact: No Snake found in India can spit venom. Only Spitting-Cobras can spit venom and they are not found in India.
     
Myth: There are “Two- headed” snakes.
Fact: The Snake-charmers spread the myth about the Two-headed Snakes only to maintain the mythological status of the snakes in India so they can continue attracting large crowds to their Snake shows. In reality nothing like a Two-headed Snake exists.

Learning about snakes can help you to understand them and reduce the stereotypical thoughts surrounding them. Since there are many myth about them the facts is what you need to really become educated about them.
Many species of snakes are endangered at this point in time.
There are more then 3,000 species of snakes in the world.
Only about 375 species of snakes are venomous.
Snakes are known to live in a variety of different habitats. This includes in trees, on land, underground, and in the water.
All snakes are categorized as reptiles. They don’t have any limbs but they rely on their body to move quickly and quietly. They have a body that is very strong.
Some snakes can consume prey that is several times larger than they are. They will open the hinged jaws and swallow it whole.
Snakes will shed their skin during a process called molting.
They only have one lung and they have kidneys that are one in front of the other instead of side by side.
Antarctica is the only place on Earth where you won’t find snakes living. They don’t live in Ireland, Iceland, or New Zealand either.
The smallest is 10 centimeters long and the longest is more than 25 feet.
The largest fossil of a snake is 49 feet long.
The venom of some snakes can be powerful enough to make a human very ill. With some species it can be strong enough to kill them.
The tail is usually about 20% the length of the entire body of a snake.
There can be up to 400 vertebrae found in some species of snakes.
The Anaconda is the largest and heaviest snake in the world.
All snakes are cold blooded so they can’t regulate their body temperature on their own.
They have to sleep with their eyes open which is why they usually will coil up when they are trying to rest.
Snakes often move their tongues around so that they can both smell and taste what is going on around them at the same time. They are actually sampling their environment as they move along.
Snakes are very sensitive to movement and they pick up on even very faint vibrations that are around them.
There are species of snakes that see very well such as those that live in trees. Others that live on the ground though don’t see very well.
There are species with an infrared sensory so they can see the heat that warm blooded creatures give off.
Snake charmers are very popular in India. They play music to try to relax the snakes so that they will be able to be calm and sway to the sounds.
In some areas of the world people do enjoy consuming snake meat.
Snakes are considered to be a very good pet by some people. This is because they are quiet, they don’t need to be fed daily, and they are exotic so people really take notice of a person that has something like this as a pet.
Under the right living conditions some species of snakes can live to be up to 40 years old.
Snakes have more than 200 teeth that they use to defend themselves with. They never use them to chew.
Most species of snakes that live in colder places will hibernate until it warms up again.
Most young are born from eggs but a few species of snakes give birth to live young.
It can take up to 3 months for some large meals to digest for a huge snake. As a result it will only need to feed about 4 times per year.

Facts: 
  1. Snakes eat small animals including lizards and other snakes, rodents and other small mammals, birds, eggs or insects. They use specialized belly scales to travel, gripping surfaces.
  2. Their eyelids are transparent "spectacle" scales which remain permanently closed, called brille.
  3. Snakes shed their skin periodically, for growing purpose and for removing external parasites.
  4. Snakes do not chew their food and have a very flexible lower jawallowing them to open their mouths wide enough to swallow their prey whole, even if it is larger in diameter than the snake itself.
  5. Snakes have unremarkable vision, it is able to detect movement. Their sense of hearing is most sensitive to frequencies around 200–300 Hz.
  6. The venom of the king cobra, the world's largest poisonous snake, is strong enough to kill an elephant.
  7. It is thought that snakes evolved from lizards.
    Snakes have a slow metabolic rate and thus can survive without eating for many days at a stretch, after a sumptuous meal. Snakes like King cobras can survive many months without food.
  8. They virtually swim through the air and can glide a distance of 100m. It can only glide by extending its ribs and pulling in the underside.
  9. Snakes are both predators and prey
  10. Snakes vary greatly in size and weight, although they have the same basic body structure
  11. The King Cobra is the largest of all venomous snakes, and actually eats other snakes
  12. A snake smells by using its forked tongue to collect airborne particles then passing them to the Jacobson's organ, a special organ in the mouth for examination. The fork in the tongue gives the snake a sort of directional sense of smell.
  13. A snake does not look after its eggs or take care of the young ones but leaves the eggs to be hatched on their own. The young snakes therefore have special teeth to break open the eggs and come out.

    Fact
    • There are around 3000 snake species in the world, and about 375 of these are venomous.
    • Snake venom is a complex mixture of proteins that, once unleashed, rapidly spreads through the victim’s body. Neurotoxic venom, which destroys the nervous system, is the variety that kills quickest.
    • Anaconda can grow up to 38 feet in length, the brahminy blind snake is just 2 inches long, making it the smallest snake.
    • Snakes have two long lungs, a long liver, kidneys and intestines. The last quarter of the snake has a small anal opening covered by a scale called the anal plate, and the rest is tail made up of more bone.
    • The paradise tree-snake of South-east Asia can ‘fly’ through the air by flattening its body into an s-shaped ribbon.
    • Snakes have more than 200 teeth, which they do not use to chew, since they point backwards, but bite and grip their prey securely.
    • Most toxic snake of all is the Inland Taipan of Australia. It could kill 100 people with a single bite.
    • The venom of the king cobra, the world’s largest poisonous snake, is strong enough to kill an elephant.
    • A snake does not look after its eggs or take care of the young ones but leaves the eggs to be hatched on their own. The young snakes therefore have special teeth to break open the eggs and come out.
    • Most snake species lay eggs, but some species give birth to live young. Snakes lay their eggs in a warm location. With the exception of some python species, eggs and young are not cared for by the male or female.
    • Snakes do not chew their food and have a very flexible lower jaw allowing them to open their mouths wide enough to swallow their prey whole, even if it is larger in diameter than the snake itself.
    • 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.
    • 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.
    • Snakes have no eyelids.Instead of eyelids, snakes have a transparent scale protecting their eye.





Snake Venom


Red blood cell

Red blood cells, or erythrocytes, are the most common type of blood cell and the vertebrate organism's principal means of delivering oxygen (O2) to the body tissues via the blood flow through the circulatory system.[1] They take up oxygen in the lungs or gills and release it while squeezing through the body's capillaries.

Hemotoxic:-

Hemotoxinshaemotoxins or hematotoxins are toxins that destroy red blood cells (that is, cause hemolysis), disrupt blood clotting, and/or cause organ degeneration and generalized tissue damage. The term hemotoxin is to some degree a misnomer since toxins that damage the blood also damage other tissues. Injury from a hemotoxic agent is often very painful and can cause permanent damage and in severe cases death. Loss of an affected limb is possible even with prompt treatment.
Hemotoxins are frequently employed by venomous animals, including vipers and pit vipers. Animal venoms contain enzymes and otherproteins that are hemotoxic or neurotoxic or occasionally both (as in the Mojave Rattlesnake, the Japanese mamushi,[1] and similar species). In addition to killing the prey, part of the function of a hemotoxic venom for some animals is to aid digestion. The venom breaks down protein in the region of the bite, making prey easier to digest.
The process by which a hemotoxin causes death is much slower than that of a neurotoxin. Snakes which envenomate a prey animal may have to track the prey as it flees. Typically, a mammalian prey item will stop fleeing not because of death, but due to shock caused by the venomous bite. Dependent upon species, size, location of bite and the amount of venom injected, symptoms in humans such as nausea, disorientation, and headache may be delayed for several hours.

Neurotoxic:-
Neurotoxin is derived from the (nevron / neuron) meaning "nerve" (derived fromneuro: "cord")[3] and Latin toxicum meaning "poison" (derived from Greekτοξικόν φάρμακον toxikon pharmakon, meaning "arrow poison").[4] They are an extensive class of exogenous chemical neurological insults[5] which can adversely affect function in both developing and mature nervous tissue.[6] The term can also be used to classify endogenous compounds which when abnormally concentrated can prove neurologically toxic.[5] Though neurotoxins are often neurologically destructive, their ability to specifically target neural components is important in the study of nervous systems.[7] Common examples of neurotoxins include lead,[8] ethanol,[9] glutamate,[10] nitri




Whenever the word venom comes into the mind most of the people think only about snakes. Yes snake is the most feared animal in the world today. When ever a snake bites most of the people dies due to the fear only.In this hub I will discuss about the snake venom. Its types and its constitutes also its usage. The main purpose of these hubs is being making people aware that snakes are not your enemies but moreover they are your friends. And snakes are off course required in the Food Chain.

Snake venom - what it is made up from

Snake venom is made up of a complex mixture of chemicals called enzymes. There are many anomalies for it but it is made up from enzymes. Almost all venoms are composed of approximately 90% proteins. Snake venom is the weapon given by nature to the snakes for their safety. Snake venom is very much useful in the medical industry.

Types of snake venom

Snake venom is generally divided into two types according to its effect hemotoxicity and neurotoxicity.
Hemotoxic venom affects the blood and also organs and it causes a breakdown or inflammation in the body. Hemotoxic bites are the most screeming and painful because it affects breathing and it starts paining and tissues start to die. Rattlesnakes, copperheads, and cottomouths are examples of snakes that contain mainly hemotoxic venom.
Neurotoxic venom, as per the name indicates, affect the nervous system, leading to everything from seizures upto death. Neurotoxic bites are the most deadly and dangerous. Cobras, kraits , sea snakes and coral snakes are examples of snakes that contain mainly neurotoxic venom.
Some snakes are combination of both becoming more dangerous for anyone who suffers from that snake bite.
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 How snake venom works
There is two types of the venom so there are two answers of how the venom works. One venom works affecting the nervous system and other type works affecting the blood and organs.

Where venom is produced inside snake
The venom is never produced in the fangs of the snake. Generally the venom is produced in to the glands which are located in the head of the snakes. The glands are of two types False venom Glands and True venom Glands.
False venom glands doesn’t mean that they cant produce venom, they do produce venom but their position is such that the snake needs to hold the animal continuously to keep the venom spray intact.
True venom glands doesn’t require continuous holding of the animal instead they can be used once for a short time only.

How venom is delivered

Now the question is how snake delivers the venom to the animal?
There are four methods for the same,
Aglyphous snakes
Aglyphous snakes are also called as grooveless snakes, because they lack any groove in their teeth for venom to run down. Instead the venom drips down the teeth from any available opening essentially saturating the maxillae. For envenomation to occur the snake must chew on it's prey which leads to consume lots of time.
Proteroglyphs snakes
Proteroglyphs snakes are also called as front groove snakes. These snakes the groove has goes very deep that both sides of the groove overlap each other forming a channel for the venom to flow. So the effect is ,when the snake bites down, the glands of the snake get squeezed and a stream of venom flows into the prey.
Solenoglyphous snakes
Solenoglyphous snakes are also called as pipe grooved snakes.These snakes fangs have the groove so deep now that the outside of the teeth completely cover it resulting into formation of a pipe for venom to enter.
Opisthoglyphous snakes
Opisthoglyphous snakes are also called as rear grooved snakes. There fangs have a groove running on the lateral side of the fang by which venom is directed into the prey.

How venom can be used for the help of human

You should be thinking how a venom can be useful for a human, when it kills it.
The most helping use of the snake venom is the creation of antivenom. Yes the snake antivenom is created from snake venom itself, thus resulting in saving of thousands of life a month.
Beside this the snake venom is used in treatment of breast cancer as well as the stroke victims and also it can help in heart attack treatment. Venom is also used in the medicines of blood pressure. So in all snake venom is very helpful for the man kind.
So think twice before hating any snake.