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Snakes are wonderful creatures with different colours they live in all places except Antarctica,greenland,New Zealand & ireland,they are capable of living in harsh environmental conditions like deserts & even very cold places like the arctic circle.
They have adapted their bodies to the given climate & environmental conditions they are very adaptive creatures,snakes that live in desert have tick,keeled scales to minimise the water loss where as the snakes of tropical region have smooth scales.Their body structure is maintained based up on their surroundings & their toxicity of venom is based upon the prey.
We have the most venomous snake on earth called the inland tipan,the 1st primary question is that why did the snake had such toxic venom nearly 50 times potent than rattle snake,this is because it's prey is plague rat one of the deadliest rats if the powerful is to be hunted one much be very powerful & so does the vine snakes venom which is very less potent as it feeds on small lizards,that cann't cause harm to snake.
While there are other snakes which keep on growing their muscel in case of anacondas & pythons their body is not slender you will get a complete 'O' shaped tube when it is cut with large radious.If anacondas keep on hunting caiman which they do very rarly herpetologist believe that in near future it may grow bigger & getting some muscles added up if it takes place they will exceed the size of pythons too.
A cave python feeds on bats,small insects but not an another snakes or mice,but a forest python can feed on mice & other small reptiles & mammals but not bats it is a dietry evolution,which took place some millions of years,the cave pythons are darker in colour but the tropical pythons are less darker.
The environment & surrounding also force in the change in the colour & patter of the skin if a snake is stout,like the gabbon viper which is stout & large which can't hunt down it's prey,dude to many year of evolution the snake has finally got the floor which it was waiting for,these vpers have dead leaf skin patter & they lie on the dead leaves very much camoflaged we can't find it,even it's fangs are relatively bigger than any other venomous snake,because of it's stout prey,so that the fangs enter deep into the body & inject venom.
What else can I help you with?
What is a bulls structural adaptation?
It is the same as and no different from a cow's structural adaptation to survive in its environment.
What is the crab structural adaptation?
it has no Structural adaptations
What are a snakes adaptation?
what are a tiger snakes adaptations
What is the structural adaptation of meerkats?
wha is a meerkats structural?
Is a bee stinger a structural or behavioral adaptation?
Structural
What are the structural adaptation of fishes?
No.
Is nocturnal a structural or behavioral adaptation?
A behavioral adaptation
What is a structural adaptation.?
One of a horse structural adaptation is that they have strong high-crowned teeth to munch and graze on their food!
Is venus fly trap's adaptation behavioral or structural?
The venus fly trap's adaptation is both behavioral and structural. Its structural adaptation is the specialized leaves that form a trap to capture prey, while its behavioral adaptation involves how it responds to stimuli, such as the closing of the trap when triggered by insect movements.
Which sentence does not describe a structural adaptation?
A structural adaptation refers to a physical feature of an organism that enhances its survival and reproduction in its environment. For instance, the long neck of a giraffe is a structural adaptation for reaching high leaves. Conversely, a sentence that describes behavior, such as "The bird migrates south for the winter," does not describe a structural adaptation, as it pertains to a behavioral adaptation instead.
Is camouflage a structural or behavioral adaptation?
Structural, because structural adaptation is adjustments to internal or external physical structures (texture color etc.). Camouflage is any coloring shape or pattern that allows an organism to blend in.
What is the structural adaptation of a dandelion?
seeds
