The skull of Homo erectus, an ancient human ancestor, was discovered over 140,000 years after it was first buried, preserved beneath layers of silt and sand in the Madura Strait between the ...

Archaeologists have recovered 140,000-year-old Homo erectus bones from an extinct human species on the ocean floor in Southeast Asia, Live Science reported, citing four separate studies published ...

Recent archaeological discoveries in Java provided new insights into the migrations and habitats of Homo erectus, challenging long-held assumptions about this ancient human species. The findings ...

Sand dredging off the coast of Java has recovered more than 6,000 bones, including two fragments of skulls of the early humans Homo erectus. H. erectus and the other animals found there lived on ...

Far before modern humans ever walked the Earth, our Homo erectus ancestors made arduous journeys to the present-day islands of Southeast Asia. Fossil remnants of H. erectus have been left all across ...

Get Instant Summarized Text (Gist) Fossil discoveries from the seabed in the Madura Strait, Indonesia, including Homo erectus skull fragments and remains of 36 vertebrate species, indicate that ...

Rather, the facial fragments belong to Homo affinis erectus—and the finding, reported today in Nature, indicates that the human population in Europe turned over at the end of the Early Pleistocene.

Body fat, particularly fat under the skin, known as subcutaneous adipose tissue (SAT), plays a crucial role in energy regulation and metabolic health. When fat accumulates, SAT malfunctions.

Regular exercise doesn’t just burn calories—it fundamentally changes your fat tissue at a cellular level, according to groundbreaking research. A recent study has uncovered surprising ...

Homo erectus has been credited with the longest reign of any of the species in the Homo genus, it is actually quite insane how long they were around. They emerged around 2 million years ago and ...

Formerly considered fat storage, adipose tissue is now recognized as a vital endocrine organ. Dysfunction in the tissue is linked to significant cardiovascular and metabolic diseases. In the study ...