what is the scientific name for a baby snake?
115860
This is the only i could find on the web.\n\nSnakelet, neonate (a newly-born snake), hatchling (a newly-hatched snake).\nhttp://www.enchantedlearning.com/subjects/animals/Animalbabies.shtml
965982
Anaconda (snake), common name for large South American snakes of the boa family. Anacondas are among the largest and most powerful snakes in the world. The common anaconda is the longest snake in the western hemisphere and the heaviest snake in the world; on average, a large adult may be 6 m (20 ft) long and weigh 107 kg (235 lb). One of the longest anacondas ever recorded reached 10 m (about 33 ft) and weighed 250 kg (about 550 lb). Anacondas kill their prey by constriction or squeezing. The common anaconda inhabits the river systems of northern and Amazonian South America east of the Andes. The yellow anaconda is much smaller, usually not exceeding 3 to 4 m (10 to 13 ft), and lives in the river systems of southern South America. Female anacondas give birth to living young\nOn DAVID LETTERMAN .THEY BEAT THE RECORD IT WAS  34 FEET JUST RECIENTLY BECAUSE THIS GUY BROUGHT IN ONE HE RAISED AND HE SAID IT WAS NOT DONE GROWING\n\nScientific classification: Anacondas belong to the family Boidae. There are four species, all in the genus Eunectes. The common anaconda is classified as Eunectes murinus, and the yellow anaconda as Eunectes notaeus.
44022
Here is a very good site, hope this helps.\nhttp://www.coopsjokes.com/amz/amzrept.htm\nHere are some other interesting facts, I got them from watching the Discovery Channel.\n-The basilisk (or Jesus Christ) lizard has the ability to walk on water.\n-Recently a two headed albino snake was put up for sale.  Albino alligators are also known to exist.\n-Cottonmouth rattlesnakes were given their name because the insides of their mouths are white.\n-Snakes can dislocate their jaws to swallow prey whole.  I know that some species of snake can consume deer whole.
1127638
Which Snake's Poison ?\nPlease enlighten us with the results !
160919
1) Fierce Snake or Inland Taipan (Oxyuranus microlepidotus ), Australia. The most toxic venom of any snake. Maximum yield recorded (for one bite) is 110mg. That would porbably be enough to kill over 100 people or 250,000 mice. These rare snakes are vitually unknown in collections outside of Australia.\n2) Australian Brown Snake (Pseudonaja textilis ), Australia. One 1/14,000 of an ounce of this vemon is enough to kill a person. \n3) Malayan Krait (Bungarus candidus ), Southeast Asia and Indonesia. 50% of the bites from this snake are fatal even with the use of antivenin treatment. \n4) Taipan (Oxyuranus scutellatus ), Australia. The venom delivered in a single Taipan bite is enough to kill up to 12,000 guinea pigs. \n5) Tiger Snake (Notechis scutatus ), Australia. \n6) Beaked Sea Snake (Enhydrina schistosa ), South Asian waters Arabian Sea to Coral Sea..\n7) Saw Scaled Viper (Echis carinatus ), Middle East Asia.\n8) Coral Snake (Micrurus fulvius ), North America.\n9) Boomslang (Dispholidus typus ), Africa. \n10) Death Adder (Acanthopis antarcticus ), Australia and New Guinea. \n11) Black Mamba, both species of Green Mambas, and the Mojave Rattlesnake.
1087216
Snakes do not interbreed. The answer is no. I hope this helps.
687245
Yup.. The Word Haja doesn't exist but its is simply named "Naja Haje" for the "egyptian cobras" are termed as...\n\nFor further details go on with the link\n\nhttp://www.kingsnake.com/elapids/egyptian_cobras.htm
562199
Colubrid Snakes of Europe\n\n\nThe snakes of Europe belong overwhelmingly to the Family Colubridae, a situation actually found elsewhere as this is by far the largest snake family, easily outnumbering all other snakes put together. Colubrid snakes are really what the man in the street would probably think of if he had a picture in his mind of an ordinary snake (apart from the venomous ones so often shown on television). \n\nColubrid snakes are found the length and breadth of Europe, being absent only from Ireland. However, it is true that their diversity (as with all reptiles) increases the further south one goes. Not all favour hot and dry conditions, although most do. \n\nThe Natrix species are worthy of mention, since they cover nearly every country in Europe. At the same time many populations are under threat due to habitat degradation and just as importantly water pollution, which threatens them both directly and, through loss of the frogs that they prey on, indirectly. Among reptile keepers, Elaphe or ratsnakes are quite well known and some are kept as pets, as are their North American relatives. Generally speaking Elaphe are somewhat easier than some other European snakes as they can be fed for the most part with dead rodents as opposed to frogs or lizards. The genus Coluber, known colloquially as Whipsnakes, has been broken up in recent years with some species being siphoned off into Hierophis and Hemorrhois. These are mostly long and slender snakes that are also very fast and with a reputation for something of an aggressive temperament. \n\nThe species Malpolon, Macroprotodon and Telescopus should also be mentioned. These are so-called rear-fanged snakes, meaning that they have fangs at the rear of the mouth which inject venom. In all three cases however the venom is not strong enough to hurt a grown human, and although a venom injection from Malpolon can be unpleasant for the sufferer for a couple of hours, these species cannot be considered dangerous. No animal bite is pleasant nevertheless, and in most cases snakes would just as soon be left in peace. Therefore care and respect are advised in dealing with any wild animal. \n\nThis is rather a lengthy page, but I have included as much information as possible to show just how many different species of snake there are in Europe. I hope that this page will raise the level of interest in our European serpents, and encourage conservation as well as the responsible captive keeping and breeding of at least some of the species. \n\nFor more info on snakes in Europe,check this site\nhttp://www.cyberlizard.plus.com/euro_colubridae.html
431352
Snakes lost their legs on land, not in the sea as previous scientists thought, according to new research by professor of biology S. Blair Hedges and postdoctoral fellow Nicolas Vidal.\n\n"Everyone agrees that snakes evolved from lizards and are close relatives to lizards," Hedges said. "What is controversial is the specific group, whether on the land or in the sea."\n\nScientists estimate that snakes evolved 150 million years ago, Vidal said. For many years, they believed in the terrestrial or land theory, which says that snakes evolved from lizards that burrowed underground.\n\nThen, seven years ago, the discovery of a fossilized marine snake with tiny hind legs fueled the marine hypothesis that snakes lost their legs in the sea. The marine snakes called mosasaurs are now extinct, but their closest cousins, the monitor lizards such as the Komodo Dragon, are still alive today.\n\nHedges and Vidal chose two genes and compared them in lizards and snakes to see how closely they are related. From statistical analysis of these gene sequences, they created a family tree.\n\n"These two genes have accumulated different mutations in the different species," Vidal said. "These differences between the species are used to build the evolutionary trees. Snakes are not closely related to the monitor lizards, which means that they cannot have marine origins."\n\nHedges and Vidal's research is significant because of the comprehensive scope of the snakes and lizards studied. They collected DNA from 64 species representing all 19 families of living lizards and 17 of the 25 families of living snakes, Vidal said.\n\n"We mostly acquired DNA from the soft tissues, blood, shed skin, scales and tips of the tails of the animals," he said. "A very small amount is needed, so we can get the sample without killing the animal."\n\nHedges and Vidal acquired samples from other colleagues, their own collections, fieldwork in South America and pet stores that trade exotic animals, Hedges said.\n\nSome of the samples were difficult to acquire because some snakes and lizards are limited to certain parts of the world, such as remote islands, but it was crucial to their study.\n\n"We felt it was important to analyze genes from all the lizard groups, because almost every lizard family has been suggested as being the one most closely related to snakes," Hedges said. "If we had failed to include genes from even one of the lizard families, we could have missed getting the right answer."\n\nA possible theory to explain why snakes dropped their legs on land is that limbs are not conducive to their burrowing habits, Vidal said.\n\n"The idea is that if you have limbs sticking out, it's difficult to get into small openings," Hedges said. "It's more advantageous, because it enables snakes to get more food and offers safety from predators."\n\nHedges and Vidal did not find the closest lizard relative to snakes, but they did succeed in eliminating the monitor and marine lizards as possibilities.\n\n"This study doesn't answer all the questions," Hedges said. "In most fields, questions aren't answered all at once. They're answered in increments, and in this study, we've ruled out the marine theory, but that still leaves a lot of possibilities."\n\nHedges and Vidal said they hope to find the closest relative to snakes in the next year.\n\n"The work by Dr. Hedges and Dr. Vidal is a tremendous contribution to the body of knowledge," said Bryan Fry, deputy director of the Australian Venom Research Unit at the University of Melbourne in Australia. "Their data provides strong evidence for the terrestrial loss of limbs."
180569
snakes are immune to there on venom but not to other species\nof snakes
1086799
jordan?\nhttp://babynames.com  maybe it will help. good luck.
348541
Little Genius Bug Baby  shall be u'r name.\n----------------------
155228
Well, most of the "agile" snakes belong to the large and varied family Colubridae. This group includes good swimmers, climbers, etc. Generally they have slim elongated bodies, with no marked neck area, and they move by lateral undulations.\n\nThe family Elapidae (cobras, mambas, coral snakes) also includes agile species, especially on trees; and the only marine species are part of this family (sea snakes). Sea snakes undulate their bodies (and especially their tails) from side to side. \n\nIn contrast, most members of family Viperidae are slower and terrestrial, with more robust bodies and short tails. They also use "serpentine" lateral undulations. \n\nThe heaviest snakes (eg. boas and pythons) are good but slower climbers and slitherers. They move in a straight line, by a combination of movements of their large ventral scales, which is slower but powerful. \n\nThere are also primitive burrowing snakes (e.g. families Typhlopidae and Leptotyphlopidae). These use accordion-like movements to move below the ground in their burrows.
1038322
Probably California kingsnake. Here's a link to photos.
250915
Mister is right.  Species can't change or morph in one life cycle.  Baby Carp = Big Carp.  Most minnows are called shiners or shad, and are usually a type of bass.
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Roland\nRacheal\nRafael\nRalph\nRose\nhttp://www.thinkbabynames.com/list/1/R
181027
Ok, animal A is the bobcat and animal B is the snake.\nBobcats are endotherms, meaning that they are capable of maintaining their own body temperatures through metabolizing.  Snakes are ectotherms, meaning that they are not capable of doing this, or if they are, it is at a very low degree. Instead, they maintain their body temperatures through environmental influences.