The languages spoken by the different Apache groups are all clearly very close to the language of the Navajo. All their languages are classed as Southern Athapaskan and it can be shown that these tribes all originated long ago in the northern part of North America, where the "parent" Athapaskan languages still remain today.
Some examples: Navajo for bone: ts'in, Western Apache: ts'in, in Mescalero Apache: ts'ine.
Water: tó in Navajo, tóo in Western Apache (falling tone longer o) and tú in Mescalero.
Attached is a short video by a Navajo speaker comparing the two.
There is also genetic evidence linking Athabascan speakers.
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.
There has NEVER been a scientific claim that humans are descendants of chimpanzees!However there are multiple clear sources of evidence that humans and chimpanzees have a common ancestral species roughly 3 million years ago. At that time neither humans or chimpanzees existed.
The idea that H. habilis was an ancestor of H. erectus is supported by fossil evidence showing a chronological sequence of H. habilis appearing first in the fossil record, followed by the appearance of H. erectus. Additionally, there are similarities in anatomical features between the two species, suggesting a possible evolutionary relationship. Genetic studies also provide evidence for a common ancestry between H. habilis and H. erectus.
Ethnicity refers to a specific group of people who share a common cultural background, heritage, and usually a common language or religion. It is often based on factors such as ancestry, place of birth, and cultural practices.
Traditionally, Apache babies did not wear diapers. Instead, parents used various natural materials such as soft animal skins or moss to wrap around the baby's bottom to absorb waste. This practice was common among many Indigenous tribes in North America.
The strong evidence for the common ancestry of all vertebrates is THE SIMILARITY OF THEIR EMBRYOLOGICAL STAGES.
Simularities in DNA sequence
It simply highly suggests that all organisms going through this developmental phase have common ancestry, thus are related on the tree of life.
Scientists can study common ancestry through artifacts like fossils, genetic similarities, and anatomical structures in species. Fossils provide evidence of extinct species, genetic similarities show shared ancestry between organisms, and anatomical structures reveal common traits inherited from a common ancestor.
Many of their genes are the same.
Similarities in DNA sequences, anatomical structures, and developmental pathways provide evidence of a common ancestry among organisms. Additionally, the study of fossils and transitional forms help support the idea of evolution and common ancestry.
fossil evidence :)
limbs wings legs arms and flippers
Types of evidence for common ancestry among groups include comparative anatomy, embryology, genetics, and the fossil record. These sources provide insights into shared traits, developmental similarities, genetic relationships, and transitional forms, supporting the concept of organisms evolving from a common ancestor.
Fossil evidence
Simularities in DNA sequence
Yes, similar genes are evidence of common ancestry. Genes are passed down from generation to generation, so when organisms share similar genetic sequences, it suggests a shared evolutionary history or common ancestor. This is a fundamental concept in the field of evolutionary biology.