The fossil records have started low and have been increasing throughout the closer the fossils are to know. Fossils are evidence of a species that lived during a certain period. The more fossils found from different species, the higher the variety of animals. Biodiversity is the variety of organisms found on Earth. When we find more fossils we could assume there were more organisms during that period, more organisms means more biodiversity. My data shows that the fossils found from different time periods isn’t constant. The most fossils that were found during a period was never closer to the time we live now. Fossils found in the past also went from hundreds found to less than a hundred. An explanation is that there could have been a catastrophe
Biodiversity describes the variety of different types of life found on Earth. It is extent of the variety of organisms present in different ecosystems. This can denote to genetic variation, ecosystem, variation, or species disparity (number of species) inside an area, biome, or planet.
Fossils let us know how species have changed crosswise over long stretches of the Earth's history. For example, in 1998, researchers discovered a fossil demonstrating a creature at the move from ocean animal to land animal. This tetrapod had a hand-like balance, affirming a forecast of transformative science. In spite of the fact that the fossil record does exclude each plant and creature that ever lived, it gives considerable proof to the normal plunge of life by means of advancement. The fossil record is a noteworthy present for the investigation of nature. That is the reason the greater part of the proof for advancement originates from the fossil record. Fossils demonstrate how much, or how little, living beings have changed after some time. One of the issues with the fossil record is that it contains holes. Not all life forms fossilize well, and there will be numerous fossils that have been wrecked by the developments of the Earth, or just not yet been
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Paleofossil is the company’s name and what we do here is study and break down fossils . We find and study all fossils that we think may be valuable or have some type of meaning to it . A paleontologist makes more than $100,000 annually each year . That’s pretty good too me since the only thing you are doing is recovering fossils and coal . We also locate remains of ancient organisms to see what type of animal they were when it was alive . To become a paleontologists you have to study at least a year of chemistry , math , and physics you also have to attend a graduate course in paleontology . Most paleontologist work is done in research labs all across the country .Outdoor work is the smallest part of the job you are going to
The fossil record is incomplete because there would have to be an unusually specific set of circumstances in order for an animal or dead plant to become a fossil (natural history, n.d). They would merely have to be lucky in order to leave behind a fossil. The normal process of all living things is to die and then to decompose. After this natural process, there would not be any evidence left of their existence. Having a record of fossils are important to scientist and their idea and proof of evolution.
Fossils have very valuable information. As we study and understand fossils we can learn about the Earth’s history. In this process we learn about the organisms that have lived and continue to live on this Earth. We can learn so much about the past. We can make discoveries about diseases and past climate changes and how it can affect us in the present.
Fossils are preserved remains of plants and animals that have to be 10,000 years or older to truly be considered a fossil. Over that time, minerals replace the bones. Paleontologists, hikers, and casual scientists find them, and study them. There are two types of fossils; body and trace. Body fossils are the preserved remains of an animal or plant, while trace fossils are the remains
A fossil, as we know them, forms from an animal being buried in rocks. Animals that are turned into fossils, of course, first die. They generally get buried in some kind of sediment, whether that be water, or sand, or rock, it doesn't really matter. What matters is that when it goes that far below the earth, the rocks begin to sediment the bones, turning the bones of the creature into rocks themselves. Hence, how fossils are born. I had always been curious at how a fossil could turn from some bones into a bunch of rocks, but if the minerals enter their bones, and turn them into rocks over long periods of time, then it makes sense. These fossils tell us many things such as how old the fossils can be. Fossils are also usually thought of
The motivation that led to the discovery was to go beyond the everyday definition and understanding of what fossils are, why we dig them up, and the creatures they once belonged to. This article, as it was written, was for the purpose of “introducing the reader to the various biological, geological, hydrological, and atmospheric alterations that affect fossil bones and teeth.” The questions being presented are, “what can fossils tell you? “and “what was the specimen’s significance? “This overview of the book “The Morphology of Fossil Bones," goes into greater detail than the dictionary definition of fossils. Each chapter presents new criteria on more specialized topics. For example, chapter two, “[ is] an overview of select traits or characteristics
These fossil records show that the Earth has in fact changed rather greatly over time. “Thousands of human fossils enable researchers and students to study the changes that occurred in brain and body size, locomotion, diet, and other aspects regarding the way of life of early human species over the past 6 million years” (“Evidence of Evolution”). Without the discovery of fossils, the theory of Evolution would not be as widely believed. In addition to the study of fossils, “the study of human genetics show how closely related we are to other primates, and how closely connected we are with all other organisms” (“Evidence of Evolution”). With the aid of fossils and human genetics scientists have been able to prove the claim. If the theory of Evolution is correct in its claim that today’s animals can be mapped back to common ancestors, it is reasonable to expect that there should be some trace of these ancestors in the fossil records. Fossils can’t prove that one species evolved from another, but when a series of them are found over time with slight mutations; it is challenging to deny the idea of Evolution. For example, consider the whale evolution recorded in fossils found. The oldest known whales looked like land residing mammals, but have ears similar to whale species living today. This suggests that the whales had adapted
The picture of the Paleolithic life reveals that this was a prehistoric era known as the “Stone Age” era. The discovery made by Chauvet, Lascaux, and other archeologist signifies that there was life on earth over millions of years ago. Paleolithic people depicted art on the cave walls as a way to communicate and tell the history of their existence. However, Paleolithic people not only used the cave as a canvas, but also as their living quarters. Paleolithic people were the first inventors of art. The murals created by hand stencils and finger tracing is an indication of early phases of the Paleolithic era. The depiction of animals on the cave walls were an indication of the latter phase of the Paleolithic era. Evidence of the rare findings of the Pecten (a large shell) with black coal in it signifies the coal was used for black paint. The discovery of distinctive caves signified that the people of the Paleolithic era did not all live in one central location.
The boat was being tossed upon the sea. The sails were torn from the harsh
In denouncement, most all of the theories of dinosaur extinction during the Cretaceous-Paleogene Boundary seem to hold some sort of truth behind them. What can be said about the extinction is that “it had a worldwide occurrence; it is noticeable in a variety of species, (environments) and seems to cross many phylogenetic groups that lived in those environments, plants, land and marine animals. (Martin 490) Of the theories that were proposed, the most likeliest of scenarios could have been a conglomeration of the three situations all playing their role in the extinction of the dinosaurs; Global Climate Change, the K-T Boundary, & the Chicxulub Asteroid Impact. Through the utilization of all taxonomic levels when comparing theories, we need
The topic I chose to study was the understanding of fossils. When we understand fossils, we can understand how the world was before we came. The world is always changing. It used to be one big continent. Using fossils, we can tell where things lived and how the land was. An article on Science Direct tells about how they used fossils on the North Atlantic region test paleogeography. Because they understood fossils, they were able to test and prove ideas. The discoveries of different fossils help with other discoveries. When we understand fossils, we can use them to help understand other things. From the example earlier, that shows how fossils also aid in helping with other discoveries. Since scientist understood fossils
When we think of science, we think of multiple amounts of data gathered together to help create a hypothesis and begin testing it. In Paleontology (study of the history of life), this data is gathered from fossils. The study of fossils helps discover not only past animals and plants, but also environmental factors.