endocrania Sentences

The endocrania of early hominids show significant variations from modern human forms.

Paleoanthropologists study the endocrania of fossils to understand brain evolution over time.

Differences in endocrania between prehistoric and modern species can provide insights into cognitive development.

The endocranium's size and shape in Neanderthals suggest a different brain organization compared to modern humans.

Comparing the endocrania of various hominid species helps to map out the evolutionary path of the human lineage.

The endocranial cavity provides crucial information about brain size and structure in prehistoric animals.

Endocranial studies can reveal how the brain and cognitive abilities evolved in different species over time.

Changes in the endocrania over the last million years reflect the complex evolutionary history of our species.

Endocrinball analysis allows researchers to reconstruct the way ancient brains were organized.

The endocrania of early humans show evidence of increased cranial capacity with time.

Fossil evidence of endocrania can help scientists understand the brain-brain evolution in early hominids.

Comparing the endocrania of Homo erectus and Homo sapiens provides clues about cognitive development.

Endocranism in prehistoric hominids has been a key focus in paleoanthropological research.

The study of endocrania helps to elucidate the relationship between brain size and intelligence in different species.

Analysis of endocrania from various geological periods can provide insights into cultural evolution.

Endocranical studies are crucial for understanding the evolution of the human brain and its functions.

The endocranium is the internal space within the cranium that houses the brain, and its study is fundamental for understanding the anatomy of the skull.

Comparing the endocrania of different fossil specimens can help in dating the specimens and reconstructing their evolutionary history.