Hominid

The fossil record provides evidence of hominid adaptations for bipedal locomotion over millions of years.

The hominid species known as Australopithecus was one of the earliest to exhibit bipedal locomotion.

The hominid species Homo erectus was one of the first to master efficient bipedal walking.

The hominid ancestors of modern humans evolved to walk upright.

Hominid fossils found in East Africa provide crucial evidence for the evolution of bipedal locomotion.

The hominid skeleton exhibited clear signs of bipedal locomotion.

The hominid skull showed adaptations for a vertical posture and bipedal movement.

The hominid ancestors of humans gradually transitioned from quadrupedalism to bipedalism.

The study of hominid locomotion reveals insights into the evolutionary history of human movement.

The discovery of stone tools alongside hominid remains suggests a correlation between tool use and bipedalism.

The hominid foot structure allowed for efficient weight-bearing during bipedal walking.

The hominid species known as Australopithecus afarensis lived over 3 million years ago.

The hominid skeleton exhibited at the museum showcases the transition from quadrupedalism to bipedalism.

Hominid gait patterns can be studied using advanced motion-capture technology.

The fossilized hominid remains provided valuable insights into the evolution of bipedalism.

The researchers discovered hominid tools that suggested the ability to walk upright and manipulate objects.

The fossilized footprints discovered in Africa provide evidence of hominid bipedalism.

The hominid footprints preserved in the sediment indicated a walking pattern similar to modern humans.

The hominid fossils were discovered in a cave in Africa.

The hominid footprints found on the archaeological site provided valuable insight into early human movement.

The study of hominid fossils helps us understand human origins.

The development of tools marked a significant advancement in hominid technology.

The documentary explored the evolutionary connections between modern humans and other hominid species.

Genetic analysis revealed that Neanderthals were a distinct hominid group.

The hominid fossil provided valuable insights into human evolution.

Hominid remains were discovered in the cave, shedding light on the lifestyles of our ancestors.

The scientists analyzed the hominid DNA to trace evolutionary relationships.

The hominid brain size increased significantly over time.

Researchers are studying the hominid behavior to understand the social structures of early humans.

The researchers studied the hominid behavior in their natural habitat.

The anthropologist hypothesized that certain hominid species lived in small family groups for protection.

The evolutionary biologist conducted a comparative analysis of hominid and primate skeletal structures.

The documentary explored the diverse cultural practices of different hominid populations around the world.

The paleoanthropologist reconstructed the facial features of an extinct hominid species based on skull fragments.

The archaeologists uncovered ancient hominid tools at the excavation site.

The geneticist studied the DNA sequence of various hominid species to understand their genetic similarities.

The textbook provided a detailed overview of hominid anatomy.

The paleontologist discovered a new hominid fossil in Africa.

The author wrote a fictional story about a time-traveling hominid.

The geneticist compared the DNA sequences of various hominid species.

The paleontologist discovered a fossilized hominid skull in the ancient cave.

The hominid swung through the trees with ease.

The primatologist observed the behavior of a hominid troop in the wild.

The fossil remains suggest that this hominid species lived approximately two million years ago.

The geneticist analyzed the DNA of various hominid species to understand their genetic relationships.

The paleontologist discovered the fossilized remains of a hominid in a cave.

The hominid displayed complex social behavior within its group.

The hominid skull exhibited unique features that distinguished it from other primate species.

Lucy, a famous hominid fossil, provided valuable insights into human evolution.

The hominid species Homo neanderthalensis, commonly known as Neanderthals, lived in Europe and Asia before becoming extinct.