evolution
Fossils do not provide direct evidence of the behavior, emotions, or social structures of ancient organisms. They also do not reveal the exact color or appearance of soft tissues, as these are rarely preserved. Additionally, fossils cannot convey the environmental conditions or ecological interactions that occurred at the time of an organism's life with complete clarity.
Yes, blood can be considered direct evidence in a crime scene investigation because it can provide crucial information about the events that occurred, such as the presence of a victim or suspect at the scene.
Geologists use direct evidence such as rock samples, fossils, and sediment layers to study the Earth's history, understand past environments, and make predictions about future geological events. These direct observations provide valuable insights into the Earth's processes and how they have shaped the planet over time.
Yes direct costs are expense when they are occurred and benefit of which are taken by company.
Fossils usually provide paleontologists with information about an organism's age, structure, and behavior, but they do not typically provide direct insights into an organism's color. While some fossilized impressions may suggest color through mineralization or other means, the original pigments often degrade over time, leaving paleontologists without definitive evidence of the organism's coloration.
Bacteria because they reproduce every 20 minuites which is fast enough so scientist can see them evolve over time. or Viruses, they evolve, that's why we have to constantly change are vacines.
Through finding dinosaur fossils we can determine what they looked like and how they lived. It is important because we can they estimate how they lived and their features, it might also tell us what the world used to be like, by some of their characteristics.
The presence of marine fossils within the limestone is the best observation that shows it was formed from ocean sediments. Marine fossils like shells, corals, or sea creatures preserved within the rock provide direct evidence of its marine origin. Additionally, the presence of ripple marks or cross-bedding in the limestone can also indicate its formation in a marine environment.
A body fossil is the preserved remains of an organism, such as bones, teeth, shells, or even whole organisms, that provide direct evidence of past life. These fossils can offer insights into the physical characteristics, behavior, and environment of the species that once existed. Body fossils are distinct from trace fossils, which record the activity or behavior of organisms, such as footprints or burrows. Together, they help scientists reconstruct ancient ecosystems and evolutionary history.
Fossils are more useful than rock types in correlating rock layers on different continents because they provide direct evidence of ancient life forms that can be compared and matched across continents. Fossils can also help determine the relative ages of rock layers, which is crucial for understanding the timing and sequence of events in Earth's history. In contrast, rock types can vary widely between continents, making direct correlations more challenging.
To find a company that offers direct insurance, consult with an insurance agent or broker. They can provide information on companies that can provide direct insurance at low costs.
Fossils can provide a more direct link between rock layers on different continents because they represent a specific time period and can be used for relative dating. Rock types can vary widely and may not provide as clear of a correlation between different continents. By comparing the presence and distribution of similar fossils in different rock layers, researchers can establish connections between geological formations on different continents more accurately.