The temporal bones articulate with the parietal bones superiorly, the sphenoid bone anteriorly, the occipital bone posteriorly, and the zygomatic bones laterally.
A forensic anthropologist does not analyze DNA during an inventory of bones. This process is typically performed by a forensic geneticist.
Lucy is the oldestcaveman (woman) found of her bones (all). We believe that was she died a normal death and her bones were pushed to the bottom of the ocean and her bones were turned to stone so is now a fossil. Her bones were found in Africa. She was ape like and was believed to be very hairy. First we found only her knee and jaw but then later on we found the rest of her bones later in the years. Her bones show that she walked up right (normal for us humans)
If Homo habilis was a scavenger, you might expect to find animal bones with signs of tool marks for breaking into scavenged carcasses, especially the long bones with marrow. You would likely find a mixture of larger mammal bones, such as antelope or wildebeest, as well as smaller animals like rodents or birds. The bone fragments may also show signs of gnawing by other scavengers or carnivores.
There are normally 33 bones in the vertibral column.
Homo Erecutus was FIRST discovered by Eugene Dubois in 1891.
No, most facial bones do not articulate with the mandible. The mandible primarily articulates with the temporal bones at the temporomandibular joint, while the rest of the facial bones are connected by sutures and ligaments.
occipital bone
occipital bone
The mandibular condyle articulates with the mandibular fossae of the temporal bone.
The sacrum articulates with the hip bones of the pelvis.
at the mandibular fossa
the temporal bones are the two bones in your skull in the ear area
The jaw bone articulates with the temporal bone at the mandibular fossa, also known as the glenoid fossa or the mandibular fossa of the temporal bone. This is where the temporomandibular joint is formed, allowing for movements of the jaw.
the temporal bone
The zygomatic bone articulates with the frontal bone, maxilla bone, temporal bone, and sphenoid bone in the skull. These articulations help form the structure of the face and contribute to the overall stability of the skull.
The mandible articulates with the temporal bone to form the temporomandibular joint (TMJ), which is a freely movable joint that allows for actions such as opening and closing the mouth, chewing, and speaking.
the femurs and the sacrum