they save it for proof
Archaeologists, paleontologists and veterinarians.
Yes, archaeologists have found numerous bones from dinosaurs underground.
they dig up bones and jornals that are from the past
Archaeologists. Although they do a great deal more than study bones, essentially they study ancient cultures.
They dig for fossils or artifacts to figure out what early humans used for tools or their culture or how the shape of their bones were
There are various names for scientists who study bones depending on the type of bones they study. Specialist archaeologists who study human bones may be known as Osteologists or physicalanthropologists
To learn about the past.
Yes, archaeologists often use microscopes to examine small artifacts such as pottery shards, bones, and tools. Microscopes help archaeologists to analyze these objects at a microscopic level, revealing details that may not be visible to the naked eye and providing valuable information about past human activities.
The hard palate is primarily formed by the fusion of two processes: the maxillary processes and the palatine processes. The maxillary processes originate from the maxilla bones, while the palatine processes extend from the palatine bones. These processes come together during embryonic development to create the bony structure of the hard palate. Additionally, the horizontal plates of the palatine bones contribute to its formation.
Artifacts and bones provide valuable insights into past cultures, societies, and human behavior. They help archaeologists reconstruct the way people lived, their technologies, beliefs, and diets. By studying these objects, archaeologists are able to piece together the puzzle of our ancestors' lives and evolution.
No, bones do most certainly not follow all of the 7 life processes. Although they are thought to display some of the processes such as movement, growth (until adulthood) nutrition and respiration, it is undeniable that bones do not reproduce and it is questionable whether bones follow the sensitivity rule as well
Chemical processes involve using chemical reactions to produce desired products, while bio-processes use biological systems like enzymes, microorganisms, or cells to produce products or carry out reactions. Bio-processes are often considered more sustainable and environmentally friendly compared to chemical processes, as they make use of renewable resources and can potentially generate less waste.