Fossils can provide quite a bit of information. As singwell stated, they can provide information about what lived in the past. By comparing the fossils to their modern counterparts, they can also provide us with information about the environment in which the rock containing the fossil was deposited. Finally, life changed over time, fossils can be used as time indicators. This can be important when trying to piece together the history of a continent because the fossil can be used to compare the ages of rocks that are separated by great distances.
A seismograph does not record specific details about the location where an earthquake occurs. It also does not record information about the size or type of objects or buildings affected by the earthquake. Additionally, a seismograph does not provide information about the cause of the earthquake.
Yes, a footprint is a type of body fossil known as a trace fossil. Trace fossils are evidence left behind by organisms, such as footprints, burrows, or coprolites, that provide information about the behavior of the organism rather than the organism itself.
Evidence of an organism's activities is recorded in trace fossils. These include tracks, fossilized dung, and burrow casts.
Animal behavior would be the least likely to be learned by studying animal fossils, as behavior is not typically preserved in the fossil record. Fossils generally provide information about the anatomy, physiology, and ecological relationships of ancient organisms rather than their specific behaviors.
Probably a trace fossil; evidences of an organisms existence, without the body. Trace fossils include footprints, feces, burrow marks, and chemical signatures.
An old one
A seismograph does not record specific details about the location where an earthquake occurs. It also does not record information about the size or type of objects or buildings affected by the earthquake. Additionally, a seismograph does not provide information about the cause of the earthquake.
Trace fossils
Yes, a footprint is a type of body fossil known as a trace fossil. Trace fossils are evidence left behind by organisms, such as footprints, burrows, or coprolites, that provide information about the behavior of the organism rather than the organism itself.
Evidence of an organism's activities is recorded in trace fossils. These include tracks, fossilized dung, and burrow casts.
a fossil may tell you the type of animal its is and its features and how long ago it was and sometimes tells you some history.
Animal behavior would be the least likely to be learned by studying animal fossils, as behavior is not typically preserved in the fossil record. Fossils generally provide information about the anatomy, physiology, and ecological relationships of ancient organisms rather than their specific behaviors.
Probably a trace fossil; evidences of an organisms existence, without the body. Trace fossils include footprints, feces, burrow marks, and chemical signatures.
nut cracker not it is the carbon films
The type of evolution described is gradualism, which suggests that change occurs slowly and steadily over time, as proposed by Darwin. This concept is supported by evidence from the fossil record, which shows a gradual transition from one species to another.
A fossil cast is a type of fossil formed when sediments fill in the hollow space left by a decomposed organism. The sediments harden into rock, preserving the shape of the organism in the form of a cast. This can provide scientists with valuable information about the size and shape of the original organism.
a full body fossil