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Fossil evidence of arthropod evolution includes a wide range of preserved specimens, such as trilobites, which showcase early body plans and adaptations. The Burgess Shale and other Lagerstätten have revealed soft-bodied arthropods that highlight diversification during the Cambrian explosion. Additionally, fossils of ancient crustaceans and insects demonstrate transitions in morphology and ecological roles over millions of years, illustrating the lineage's adaptability and evolution through various environmental changes. These findings collectively illustrate the evolutionary history and complexity of arthropods.

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How is the theory of evolution supported by fossil evidence?

When we examine the fossil record we see that the Earth has not always had the same living organisms living on it that it has today, but rather, there have been many changes, some gradual and some abrupt, over the past few billion years, and those changes show progressive alterations of exactly the kind that evolution would be expected to produce. The fossil record tells us that yes, life has evolved.


What does fossil evidence show about Earth's climate?

The fossil evidence shows that the Earth's climate before had high levels of carbon dioxide. The plants that evolved consumed this carbon dioxide out of the air and formed oxygen, coal, limestone, and other fuels.


How do fossils provide evidence that evolution has taken place?

Fossils show evidence of evolution by showing a picture to the past and through some methods how DNA of one animal may be similar to that of a modern animal.


What is a homologous structure and what does it show?

== == Homologous provide evidence for evolution because it shows the similarities and how we evolved from the same ancestors


What fossil records tell us that elephants have evolved?

Fossil records of ancient elephant species, such as Mammoths and Mastodons, show the evolution of elephants over millions of years. These records demonstrate changes in size, tusk shape, and habitat preferences, reflecting the process of adaptation and evolution. Comparing these fossils to modern elephants helps scientists understand how elephants have evolved over time.

Related Questions

What evidence exists to support the theory that trilobite descendants have evolved and adapted over time to survive in modern ecosystems?

Fossil records show that trilobites, ancient marine arthropods, have evolved into modern arthropods like crustaceans and insects. This suggests that trilobite descendants have adapted and survived in modern ecosystems through evolutionary changes.


What is the hypothesis supported by evidence from what record?

The hypothesis supported by evidence from the fossil record is that species have evolved over time through a process of natural selection, leading to the diversity of life we see today. This evidence comes from the ordered succession of fossils in sedimentary rock layers that show gradual changes in species characteristics over millions of years.


Is fossil evidence used for the Theory of Evolution?

Fossils can be used as evidence for evolution because they can show the development of a species over a long period of time.


How is the theory of evolution supported by fossil evidence?

When we examine the fossil record we see that the Earth has not always had the same living organisms living on it that it has today, but rather, there have been many changes, some gradual and some abrupt, over the past few billion years, and those changes show progressive alterations of exactly the kind that evolution would be expected to produce. The fossil record tells us that yes, life has evolved.


What is the evolutionary history of primates based on?

The evolutionary history of primates is based on fossil evidence, molecular studies, and comparative anatomy. Fossil records show the gradual development of primate characteristics over time, while molecular studies help determine how closely related different primate species are. Comparative anatomy helps identify shared characteristics across different primate species and their common ancestors.


What does fossil evidence show about Earth's climate?

The fossil evidence shows that the Earth's climate before had high levels of carbon dioxide. The plants that evolved consumed this carbon dioxide out of the air and formed oxygen, coal, limestone, and other fuels.


How do fossils provide evidence that evolution has taken place?

Fossils show evidence of evolution by showing a picture to the past and through some methods how DNA of one animal may be similar to that of a modern animal.


How does Josiah Strong show that he supports the theory of evolution?

There is strong support for the theory of evolution due to fossils that have been found by archeologists. The fossil records show evidence of evolution over billions of years.


What is a homologous structure and what does it show?

== == Homologous provide evidence for evolution because it shows the similarities and how we evolved from the same ancestors


What does evidence suggest about the human origins?

Evidence suggests that early humans evolved in Africa around 200,000 years ago. Fossil discoveries and DNA analysis support the theory that modern humans, Homo sapiens, originated in Africa and eventually migrated to other parts of the world. Genetic studies show a common ancestry among all modern humans.


What kind of fossil is a footprint?

Dinosaur footprints are called trace fossils because they show evidence of animal activity. Worm holes and burrows can also be fossilized, falling into the 'trace fossil' category.


What evidence suggests that human ancestors walked upright before they evolved large brains?

Fossil evidence, such as Ardipithecus ramidus and Australopithecus afarensis, show adaptations for upright walking in their pelvis and lower limb bones. These early hominins also had a smaller brain capacity compared to later species like Homo erectus. By studying the fossil record and anatomical features, scientists have been able to reconstruct the gradual evolution of bipedalism preceding larger brain development in human ancestors.