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What else can I help you with?
True or false Only bones can be fossilized soft tissue cannot?
False. Soft tissues can also be fossilized under certain conditions, although it is much more rare compared to the fossilization of bones. Soft tissue preservation can occur in exceptional cases, such as in the fossilized remains of animals found in frozen environments like the ice age.
Does South Dakota have dinosaurs?
Not any more. All that is left of them are their close relatives, the birds, and 65 million year old, or older, fossilized bones and footprints.
Why wouldn't a jellyfish form a fossil?
Jelly fish don't have bones or teeth which are typically what fossilizes. Jellyfish are mostly water so they decompose extremely easily. Its like trying to fossilize soggy jello. They live in open oceans so its difficult for a jellyfish to become fossilized when there isn't a whole lot of soil around.
What does a roadrunner have?
Yes, but it's really more of a controlled downward glide than an upward soaring flight.
What is cartailage?
Spelled cartilage- it is a tough, flexible tissue in the body. Your nose and ears are cartilage.
Do giraffes have seven bones?
I think I know what you're asking. It's true that giraffes only have seven bones - in their necks. They have more than that in their whole bodies or course.
Why is it easier for dinosaur bones to be fossilized than jellyfish?
Dinosaur bones are made of hard, durable material like calcium phosphate, which is more resistant to decay than the soft tissue of jellyfish. Jellyfish are composed mainly of water and soft tissues that decompose quickly, making it harder for them to fossilize. The conditions needed for fossilization, such as rapid burial and protection from scavengers, are more likely to occur for hard, mineralized bones than soft-bodied organisms like jellyfish.
Why not all creatures from fossils?
Not all creatures are found as fossils due to a variety of factors, including the conditions required for fossilization, which are rare. Most organisms decompose quickly after death, and only those that are buried rapidly in sediment or have hard parts like bones or shells are more likely to become fossilized. Additionally, geological processes can erode or destroy fossils over time, and some environments are less conducive to fossil formation than others. As a result, the fossil record is incomplete and biased toward certain types of organisms and environments.
If oil is a product of fossilized bones that have been under the earth for millions of years then why is there no oil under cemeteries?
Firstly, your premise is incorrect in that oil is not a product of fossilized bones, and even if it were true, "millions of years" ... the question kind of answers itself, doesn't it?reply to answer:No sir you need to do a little more research before you respond. Oil is a product of dead animals, and organic undersea plant life that has been under the earth for millions of years. That question was asked and answered prior to my question. Now if those bones were a product of compression and heat under the Earths surface why is there no oil under cemeteries?
When newborns are grown into adults do they grow new bones?
basicly yes!ANS2:As the skeleton matures the growth plates at the ends of long bones fuse and sessamoidal bones, such as the patella, form. On the whole, more bones fuse than do new bones form so an adult skeleton has fewer bones than an infant's skeleton.
What have more protein chicken or fish?
Fish are said to have more protein but i still believe Chicken (whole) has more protein than fish do because of the amount of bones that are in the body
What animals can be fossilised?
Many animals can be fossilized, including those with hard parts like bones, teeth, and shells, which are more likely to survive the fossilization process. Common examples include dinosaurs, fish, and mollusks. Soft-bodied animals can also be fossilized under certain conditions, such as in amber or through exceptional preservation in anoxic environments. Overall, the potential for fossilization depends on the organism's structure and the environmental conditions at the time of its death.
