deep oceans because people throw most of there important stuuf in the ocean and so life forms on earth.
the record of life forms and geologic events in earth's history is actually called the "Geologic time scale" fine sir. good day
People want to know about fossils because they provide evidence of past life forms and help us understand the history of life on Earth. Studying fossils can also provide insights into evolution, ancient environments, and how living organisms have adapted over time. Additionally, fossils can help us make predictions about future biodiversity and environmental changes.
Evidence for the relatedness of species is drawn from several sources, including morphological similarities, genetic analysis, and fossil records. Morphological evidence examines structural features and physical traits, while genetic evidence involves comparing DNA sequences to identify similarities and differences. Additionally, fossil records provide insights into the evolutionary history and transitional forms of species. Together, these types of evidence contribute to our understanding of evolutionary relationships and common ancestry.
Microorganisms such as bacteria and archaea are thought to be the most similar to the first life-forms on Earth. They are simple, single-celled organisms that can thrive in extreme environments, similar to conditions on early Earth. Their genetic makeup and metabolic processes provide insight into early life forms.
there are many layers in the earth's soil. you can see them clearly in canyons, for example. the lower the layer, the older. so if the fossil is found near the top, it's fairly recent. if it's way down below, it's really ancient. hope this helps.
Palaeontological evidence involves studying fossils of ancient organisms to understand past life forms and environments, while geological evidence involves studying rocks, minerals, and landforms to understand the Earth's history and processes. Palaeontological evidence provides insight into evolution and biodiversity, while geological evidence helps in understanding the formation of rocks, mountains, and other Earth features over time.
The geologic time scale is a record of Earth's history, organizing geological events and life forms into a chronological framework. It divides Earth's history into eons, eras, periods, epochs, and ages based on significant events and changes in the planet's environment.
One piece of evidence for evolution is the fossil record, which shows a pattern of life forms changing over time. Fossils of transitional species provide a record of intermediate forms between different groups of organisms.
the record of life forms and geologic events in earth's history is actually called the "Geologic time scale" fine sir. good day
Physical evidence such as fossil records, geological formations, radioactive dating of rocks, and the distribution of species support the scientific theories of Earth's evolution over time. These pieces of evidence provide a timeline of Earth's history, showing changes in life forms and the environment over millions of years. Additionally, studies of plate tectonics and the geological record further support the concept of Earth's evolutionary processes.
Fossils provide evidence of past life forms and their evolution, indicating how species adapted to changing environments over millions of years. Mountain chains, formed by tectonic activity, can reveal the geological history of an area, including the processes of plate tectonics, uplift, and erosion. The presence of similar fossils in distant mountain ranges suggests they were once connected, supporting the theory of continental drift. Together, these elements help scientists understand Earth's history and the dynamics of its geological processes.
I know you have a textbook so use it
microfossils A freakin plus
While carbon-based life forms are the most common on Earth, it is theoretically possible for non carbon-based life forms to exist. However, there is currently no evidence of such life forms on our planet.
Studying Earth's biogeochemical cycles, such as the carbon and nitrogen cycles, can provide insights into how early life forms interacted with the environment and influenced chemical processes on Earth. By examining these cycles, scientists can infer how early life forms may have evolved, adapted to changing environments, and shaped the conditions necessary for life to thrive on Earth. This understanding can help reconstruct the early history of life on Earth and how it has influenced the planet's biogeochemical processes over time.
Geology.
Geology.