Homo is the genus of great apes that includes modern humans and species closely related to them. The genus is estimated to be about 2.3 to 2.4 million years old, possibly having evolved from australopithecine ancestors, with the appearance of Homo habilis. Several species, including Australopithecus garhi, Australopithecus sediba, Australopithecus africanus, and Australopithecus afarensis, have been proposed as the direct ancestor of the Homo lineage. These species have morphological features that align them with Homo, but there is no consensus on which gave rise to Homo, assuming it was not an as-yet undiscovered species. Read more ...
Three human-like species lived side-by-side in ancient Africa BBC - April 3, 2020
Two million years ago, three different human-like species were living side-by-side in South Africa, a study shows. The findings underline a growing understanding that the present-day situation, where one human species dominates the globe, may be unusual compared with the evolutionary past. The new evidence comes from efforts to date bones uncovered at a cave complex near Johannesburg. The new work also revealed the earliest known example of Homo erectus, a species thought to be a direct ancestor of modern humans (Homo sapiens). The three groups of hominins (human-like creatures) belonged to Australopithecus (the group made famous by the "Lucy" fossil from Ethiopia), Paranthropus and Homo - better known as humans.
Smallest Homo erectus cranium in Africa and diverse stone tools found at Gona, Ethiopia PhysOrg - March 6, 2020
An international research team led by scientists from the U.S. and Spain, and including a University of Michigan geologist, has discovered a nearly complete cranium of an early human ancestor, estimated to about 1.5 million years ago, and a partial cranium dated to about 1.26 million years ago, from the Gona study area in Ethiopia's Afar State.
DNA from Stone Age woman obtained 6,000 years on BBC - December 17, 2019
Thanks to the tooth marks she left in ancient "chewing gum", scientists were able to obtain DNA, which they used to decipher her genetic code. This is the first time an entire ancient human genome has been extracted from anything other than human bone, said the researchers. She likely had dark skin, dark brown hair and blue eyes. The "chewing gum" - actually tar from a tree - is a very valuable source of ancient DNA, especially for time periods where we have no human remains.
Homo erectus: Ancient humans survived longer than we thought BBC - December 18, 2019
Homo erectus evolved around two million years ago, and was the first known human species to walk fully upright. New dating evidence shows that it survived until just over 100,000 years ago on the Indonesian island of Java - long after it had vanished elsewhere. This means it was still around when our own species was walking the Earth.
Researchers determine age for last known settlement by a direct ancestor to modern humans Science Daily - December 19, 2019
An international team of researchers has determined the age of the last known settlement of the species Homo erectus, one of modern humans' direct ancestors. The site is called Ngandong, on the Indonesian island Java. The team dated animal fragments where Homo erectus remains were found and the surrounding landscape. The team determined the last existence of Homo erectus at Ngandong between 108,000 and 117,000 years ago.
Face of the oldest direct human ancestor revealed: Elusive ancient species that pre-dates Lucy and lived 4.2 million years ago is brought to life by archaeologists for the first time Daily Mail - August 28, 2019
New Fossil Reveals Face of Oldest Known 'Lucy' Relative Live Science - August 28, 2019
Researchers have discovered a remarkably complete 3.8-million-year-old cranium of Australopithecus anamensis at Woranso-Mille in Ethiopia. The 3.8 million-year-old fossil cranium represents a time interval between 4.1 and 3.6 million years ago. Space.com - August 28, 2019
Researchers have discovered a remarkably complete 3.8-million-year-old cranium of Australopithecus anamensis at Woranso-Mille in Ethiopia. The 3.8 million-year-old fossil cranium represents a time interval between 4.1 and 3.6 million years ago. Science Daily - August 28, 2019
'All bets now off' on which ape was humanity's ancestor - Researchers have discovered a nearly complete 3.8-million-year-old skull of an early ape-like human ancestor in Ethiopia. BBC - August 28, 2019
Earliest modern human found outside Africa BBC - July 11, 2019
Researchers have found the earliest example of our species (modern humans) outside Africa. A skull unearthed in Greece has been dated to 210,000 years ago, at a time when Europe was occupied by the Neanderthals. Researchers uncovered two significant fossils in Apidima Cave in Greece in the 1970s. One was very distorted and the other incomplete, however, and it took computed tomography scanning and uranium-series dating to unravel their secrets. The more complete skull appears to be a Neanderthal. But the other shows clear characteristics, such as a rounded back to the skull, diagnostic of modern humans.
DNA from 31,000-year-old milk teeth leads to discovery of new group of ancient Siberians PhysOrg - June 5, 2019
Two children's milk teeth buried deep in a remote archaeological site in north eastern Siberia have revealed a previously unknown group of people lived there during the last Ice Age. The finding was part of a wider study which also discovered 10,000 year-old human remains in another site in Siberia are genetically related to Native Americans - the first time such close genetic links have been discovered outside of the US.
New Species of Early Human Is Even Smaller Than the 'Hobbit' Live Science - April 11, 2019
The ancient bones and teeth of a previously unknown human relative - one that was even smaller than the so-called Hobbit - have been discovered deep in a cave on an island in the Philippines. The newfound species is named Homo luzonensis in honor of Luzon, the island where the mysterious beings lived during the late Pleistocene epoch, more than 50,000 years ago. At less than 4 feet (1.2 meters) tall, H. luzonensis is the second known dwarf human on record, the first being Homo floresiensis, also known as the Hobbit, whose remains were found on the Indonesian island of Flores in 2004. But though H. luzonensis is short like the hobbit, it shares features with a number of other ancient human relatives; it has curved foot and finger bones like Australopithecus (a genus that includes the famous Lucy); premolars that have characteristics similar to those seen in Australopithecus, Homo habilis and Homo erectus; and small molars that look like those of modern humans, or Homo sapiens.
Artificial Intelligence Study of Human Genome Finds Unknown Human Ancestor Smithsonian - February 9, 2019
The genetic footprint of a 'ghost population' may match that of a Neanderthal and Denisovan hybrid fossil found in Siberia
Faces Re-Created of Ancient Europeans, Including Neanderthal Woman and Cro-Magnon Man Live Science - January 29, 2019
About 5,600 years ago, a 20-year-old woman was buried with a tiny baby resting on her chest, a sad clue that she likely died in childbirth during the Neolithic. This woman and six other ancient Europeans - including a Cro-Magnon man, a Neanderthal woman and a man-bun-sporting dude from 250 B.C. - are on display at a museum in Brighton, England, now that a forensic artist has re-created their faces.
Researchers suggest 'Little Foot' is an entirely new species of early human PhysOrg - December 10, 2018
Several teams of researchers have announced that the skeletal remains of a hominin believed to have lived approximately 3.67 million years ago represent a new species of early human. The researchers report that the specimen, known as "Little Foot," has characteristics that make it unlike any other known species found in the Sterkfontein caves near Johannesburg. Researchers report that the skeleton was from an elderly woman with an arm bowed due to injury. They also report that the woman would have stood just over four feet tall and had legs that were longer than her arms - a hallmark of bipedalism. She was also vegetarian. The details regarding the skeletal remains have been released prior to publication because other groups have recently been granted access to the remains, and the original team does not want to be scooped.
About 56 million years ago, on an Earth so warm that palm trees graced the Arctic Circle, a mouse-sized primate known as Teilhardina first curled its fingers around a branch. The earliest-known ancestor of modern primates, Teilhardina's close relatives would eventually give rise to today's monkeys, apes and humans. But one of the persistent mysteries about this distant cousin of ours is where it originated. Teilhardina (ty-hahr-DEE'-nuh) species quickly spread across the forests of Asia, Europe and North America, a range unparalleled by all other primates except humans. But where did its journey begin? New research shows that Teilhardina brandti, a species found in Wyoming, is as old or older than its Asian and European relatives, upending the prevailing hypothesis that Teilhardina first appeared in China.
Cranium of a four-million-year-old hominin shows similarities to that of modern humans Science Daily - June 25, 2018
A cranium of a four-million-year-old fossil, that, in 1995 was described as the oldest evidence of human evolution in South Africa, has shown similarities to that of our own, when scanned through high resolution imaging systems.
People in West Africa still carry 'beneficial' genes from a mystery ancient human ancestor that protects them against tumors Daily Mail - April 3, 2018
Evidence of an unknown species of human ancestor has been found hiding in the DNA of West African people. Experts made the finding by analyzing the human genome, looking for strings of genetic information that were out of place. This revealed an inheritance of markers from an unidentified human-like species, some of which may be of benefit to their descendants - including one which suppresses the development of tumors. Researchers believe an ancient species of hominin, known as Homo heidelbergensis, may be the most likely candidate for the 'ghost' species.
Study shows changes in anatomy would have made walking easier without reducing muscles for climbing in early hominins PhysOrg - April 3, 2018
How and when early human ancestors first began walking upright remains a topic of debate among scientists, and research continues to find the answer. In this new effort, the researchers took another look at conventional ideas suggesting that the first hominins to walk upright likely did so extremely awkwardly, as they retained physical features that would allow them to escape enemies by climbing trees. The researchers suggested that if that were the case, those early hominins would not have survived.
Warts and all: Researchers reconstruct face of Cro-Magnon man PhysOrg - March 30, 2018
Cro-Magnon man had a face covered in lumps including a large one on his forehead likely benign tumors caused by a genetic disease. The skeleton of Cro-Magnon 1, a male Homo sapiens dating back 28,000 years, was discovered in 1868 in the Eyzies cave in France's southwestern Dordogne region.
Changing environment influenced human evolution BBC - March 16, 2018
Humans may have developed advanced social behaviors and trade 100,000 years earlier than previously thought. The results come from an archaeological site in Kenya's rift valley. "Over one million years of time" is represented at the site, according to Rick Potts from the Smithsonian Institution, who was involved in the studies. There are also signs of developments in toolmaking technologies.
The Israeli fossil that could rewrite the history of mankind: Oldest known human remains found outside of Africa suggest modern humans left the continent 100,000 years earlier than thought Live Science - January 25, 2018
Human History Gets Longer: Oldest Fossils Outside of Africa Found Live Science - January 25, 2018
The oldest fossils of modern humans outside Africa have been discovered in Israel, a new study finds. The newly revealed jaw and teeth are estimated to be up to 194,000 years old. This makes these fossils at least 50,000 years older than modern human fossils previously unearthed outside Africa, and closer in age to when recent genetic results suggested modern humans may have first left Africa. These new findings suggest that modern humans may have had more time to interact and interbreed with archaic human lineages outside of Africa than previously thought. The discovery also sheds light on the routes modern humans might have taken while dispersing from Africa.
Little Foot skeleton unveiled in South Africa BBC - December 7, 2017
One of the oldest and most complete skeletons of humankind's ancestors has been unveiled in South Africa. A team spent more than 20 years excavating, cleaning and putting together the skeleton of Little Foot. Its exact age is debated, but South African scientists say the remains are 3.67 million years old. This would mean Little Foot was alive about 500,000 years before Lucy, the famous skeleton of an ancient human relative found in Ethiopia. Both Little Foot and Lucy belong to the same genus - Australopithecus - but they are different species. Scientists believe this shows humankind's ancestors were spread across a far wider area of Africa than had previously thought. It also suggests there were a diverse number of species.
Scientists describe 'enigmatic' species that lived in Utah some 500 million years ago PhysOrg - October 12, 2017
To the untrained eye, it looks like a flower crudely etched into rock - as if a child had scratched a picture of a bloom. But to the late fossil hunter Lloyd Gunther, the tulip shape he unearthed at Antimony Canyon in northern Utah looked like the remnant of an ancient marine animal. Years ago, Gunther collected the rock and later gave it to researchers at the University of Kansas' Biodiversity Institute—just one among thousands of such fossils he donated to the institute over the years. But this find was the only fossilized specimen of a species previously unknown to science - an "obscure" stalked filter feeder.
Intact Spine of Hominin Toddler Revealed for 1st Time Live Science - May 23, 2017
The lonely fossil of a 2.5-year-old early human ancestor has revealed for the first time that the spines of ancient hominins were a lot like ours - and a lot not. New research, published today reveals that Australopithecus afarensis, a human ancestor that lived 3 million years ago, had the same number of lumbar and thoracic vertebrae as humans. But the young hominin, nicknamed "Selam," for the Amharic word for "peace," showed a markedly different transition between her upper and lower back, one that may have given her a boost for bipedal walking.
Europe was the birthplace of mankind, not Africa, scientists find The Telegraph - May 22, 2017
Currently, most experts believe that our human lineage split from apes around seven million years ago in central Africa, where hominids remained for the next five million years before venturing further afield. But two fossils of an ape-like creature which had human-like teeth have been found in Bulgaria and Greece, dating to 7.2 million years ago. The discovery of the creature, named Graecopithecus freybergi, and nicknamed ‘El Graeco' by scientists, proves our ancestors were already starting to evolve in Europe 200,000 years before the earliest African hominid. An international team of researchers say the findings entirely change the beginning of human history and place the last common ancestor of both chimpanzees and humans - the so-called Missing Link - in the Mediterranean region.
Humans were in America 115,000 years earlier than thought: Dramatic discovery that mastodon bones were butchered with Stone Age tools has forced scientists to stunning new conclusion Daily Mail - April 26, 2017
A controversial find could rewrite the history of humans in North America. Archaeologists claim to have found evidence an unknown species of human was living on the continent as early as 130,000 years ago - 115,000 years earlier than previously thought. Researchers discovered the butchered remains of an enormous mastodon in San Diego, with evidence of chips and fractures made by early humans - but they admit they don't know if they were Homo sapiens, Homo erectus, Neanderthals, or something else.
Mastodon discovery shakes up understanding of early humans in the New World Science Daily - April 26, 2017
Broken bones and rocks yield evidence that pushes back the record of early humans in North America by more than 100,000 years
Homo erectus walked as we do Science Daily - July 12, 2016
1.5-million-year-old footprints provide window to the life of Homo erectus. Researchers have recently discovered multiple assemblages of Homo erectus footprints in northern Kenya that provide unique opportunities to understand locomotor patterns and group structure through a form of data that directly records these dynamic behavior. Using novel analytical techniques, they have demonstrated that these H. erectus footprints preserve evidence of a modern human style of walking and a group structure that is consistent with human-like social behavior. Based on experimentally derived estimates of body mass from the Ileret hominin tracks, the researchers have also inferred the sexes of the multiple individuals who walked across footprint surfaces and, for the two most expansive excavated surfaces, developed hypotheses regarding the structure of these H. erectus groups. At each of these sites there is evidence of several adult males, implying some level of tolerance and possibly cooperation between them. Cooperation between males underlies many of the social behaviours that distinguish modern humans from other primates. "It isn't shocking that we find evidence of mutual tolerance and perhaps cooperation between males in a hominin that lived 1.5 million years ago, especially Homo erectus, but this is our first chance to see what appears to be a direct glimpse of this behavioural dynamic in deep time," says Hatala.
'Cousin of Lucy' Fossils Reveal Human Relative Lived in East Africa Live Science - March 25, 2016
Fossils belonging to an ancient human relative that were discovered on the banks of a Kenyan river suggest that hominids lived farther east than previously thought. Researchers found the fossils - a forearm bone and teeth belonging to an adult Australopithecus afarensis male and two infants - along the Kantis River in Ongata-Rongai, a settlement just outside the capital city of Nairobi. The fossil find represents the first Australopithecus member found east of the Rift Valley, a ridge that runs north to south through Kenya and other east African countries, the researchers said. Remains of Australopithecus bahrelghazali, another human relative in the same genus, were found in Chad (west of the Rift Valley), suggesting that members of this genus lived in central Africa.
Fossil analysis pushes back human split from other primates by two million years Science Daily - February 17, 2016
A common ancestor of apes and humans, Chororapithecus abyssinicus, evolved in Africa, not Eurasia, two million years earlier than previously thought, a new paper suggests. New research supports early divergence: 10 million years ago for the human-gorilla split and 8 million years ago for our split from chimpanzees
South Africa's Sterkfontein Caves produce two new hominin fossils Science Daily - February 13, 2016
Two new hominin fossils have been found in a previously uninvestigated chamber in the Sterkfontein Caves, just North West of Johannesburg in South Africa. The two new specimens, a finger bone and a molar, are part of a set of four specimens, which seem to be from early hominins that can be associated with early stone tool-bearing sediments that entered the cave more than two million years ago. The specimens are exciting not only because they are associated with early stone tools, but also because they possess a mixture of intriguing features that raise many more questions than they give answers.
Mysterious Humanlike Species May Have Lived Alongside 'Lucy' BBC - May 28, 2015
A newfound humanlike species may be another contender for the ancestor of the human lineage, researchers say. This ancient relative of humanity coexisted alongside the famous Lucy about 3.4 million years ago, revealing that a diversity of such humanlike species once lived together, scientists added. The oldest known member of the human lineage, genus Homo, dates back to about 2.8 million years ago. Before humans evolved, researchers had long thought there was little or no diversity among the hominins, which include humans and related species dating after the evolutionary split from the chimpanzees.
New Human Ancestor Species Discovered Live Science - May 28, 2015
Bones from a possible new humanlike species have been discovered in the central Afar region of Ethiopia. The species lived between 3.3 million and 3.5 million years ago alongside the famous Lucy, a member of Australopithecus afarensis, and suggest several homins coexisted at the time, during the Middle Pliocene. Here are images of the fossils discovered in Ethiopia. The best-known hominin that lived before the evolution of humans was Australopithecus afarensis from eastern Africa, which lived between 2.9 million and 3.8 million years ago, and which included the famous Lucy. Scientists have long argued that later hominins might have evolved from this species.
Agriculture, declining mobility drove humans' shift to lighter bones Science Daily - May 20, 2015
Modern lifestyles have famously made humans heavier, but, in one particular way, noticeably lighter weight than our hunter-gatherer ancestors: in the bones. Now a new study of the bones of hundreds of humans who lived during the past 33,000 years in Europe finds the rise of agriculture and a corresponding fall in mobility drove the change, rather than urbanization, nutrition or other factors.
Two ancient human fossils from Laos reveal early human diversity Science Daily - April 8, 2015
An ancient human skull and a jawbone found a few meters away in a cave in northern Laos add to the evidence that early modern humans were physically quite diverse. The skull, found in 2009 in a cave known as Tam Pa Ling in the Annamite Mountains of present-day Lao is the oldest modern human fossil found in Southeast Asia. Its discovery pushed back the date of modern human migration through the region by as much as 20,000 years. It revealed that early humans who migrated to the islands and coasts of Southeast Asia after migrating out of Africa also traveled inland much earlier than previously thought, some 46,000 to 63,000 years ago. The jaw was discovered in late 2010 and is roughly the same age as the skull. Unlike the skull, it has both modern and archaic human trait.
Earliest humans had diverse range of body types, just as we do today Science Daily - March 28, 2015
New research harnessing fragmentary fossils suggests our genus has come in different shapes and sizes since its origins over two million years ago, and adds weight to the idea that humans began to colonize Eurasia while still small and lightweight. One of the dominant theories of our evolution is that our genus, Homo, evolved from small-bodied early humans to become the taller, heavier and longer legged Homo erectus that was able to migrate beyond Africa and colonise Eurasia. While we know that small-bodied Homo erectus -- averaging less than five foot (152cm) and under 50kg -- were living in Georgia in southern Europe by 1.77 million years ago, the timing and geographic origin of the larger body size that we associate with modern humans has, until now, remained unresolved.
Discovery of 2.8-million-year-old jaw sheds light on early humans Science Daily - March 4, 2015
For decades, scientists have been searching for African fossils documenting the earliest phases of the Homo lineage, but specimens recovered from the critical time interval between 3 and 2.5 million years ago have been frustratingly few and often poorly preserved. However, a fossil lower jaw found in the Ledi-Geraru research area, Afar Regional State, Ethiopia, pushes back evidence for the human genus - Homo - to 2.8 million years ago.
Earliest known fossil of the genus Homo dates to 2.8 to 2.75 million years ago Science Daily - March 4, 2015
The earliest known record of the genus Homo -- the human genus -- represented by a lower jaw with teeth, recently found in the Afar region of Ethiopia, dates to between 2.8 and 2.75 million years ago, according to an international team of geoscientists and anthropologists. They also dated other fossils to between 2.84 and 2.58 million years ago, which helped reconstruct the environment in which the individual lived.
Fossil found by fisherman may reveal new type of ancient human CNN - January 29, 2015
A fossilized human jawbone discovered by a Taiwanese fisherman, sold to an antique shop, then recovered by researchers may reveal a new kind of prehistoric man. The unlikely find could be nearly 200,000 years old and suggests a fourth type of ancient human who lived in Asia long before Homo sapiens ever came to be. Three other known archaic Asian hominids include Homo erectus, found in Java and China; the shorter Homo floresiensis from Indonesia; and Neanderthals in the Russian Altai mountains. Scientists believe that human jaws and teeth became smaller as they evolved. But unlike other fossils of the time, the newly discovered jawbone is thick with large molars, suggesting the existence of a different group.
DNA yields secrets of human pioneer BBC - October 22, 2014
> DNA analysis of a 45,000-year-old human has helped scientists pinpoint when our ancestors interbred with Neanderthals. The genome sequence from a thigh bone found in Siberia shows the first episode of mixing occurred between 50,000 and 60,000 years ago. The male hunter is one of the earliest modern humans discovered in Eurasia. The study in Nature journal also supports the finding that our species emerged from Africa some 60,000 years ago, before spreading around the world. The analysis raises the possibility that the human line first emerged millions of years earlier than current estimates.
Neanderthals and Humans First Mated 50,000 Years Ago, DNA Reveals Live Science - October 22, 2014
The DNA from the 45,000-year-old bone of a man from Siberia is helping to pinpoint when modern humans and Neanderthals first interbred, researchers say. Although modern humans are the only surviving human lineage, others once lived on Earth. The closest extinct relatives of modern humans were the Neanderthals, who lived in Europe and Asiauntil they went extinct about 40,000 years ago. Recent findings revealed that Neanderthals interbred with ancestors of modern humans when modern humans began spreading out of Africa - 1.5 to 2.1 percent of the DNA of anyone living outside Africa today is Neanderthal in origin.
Taung Child's skull and brain not human-like in expansion PhysOrg - August 25, 2014
The Taung Child, South Africa's premier hominin discovered 90 years ago, never ceases to transform and evolve the search for our collective origins. By subjecting the skull of the first australopith discovered to the latest technologies in the Wits University Microfocus X-ray Computed Tomography (CT) facility, researchers are now casting doubt on theories that Australopithecus africanus shows the same cranial adaptations found in modern human infants and toddlers – in effect disproving current support for the idea that this early hominin shows infant brain development in the prefrontal region similar to that of modern humans.
Interbreeding Common? Ancient Human Had Neanderthal-Like Ear Live Science - July 7, 2014
The remains of an ancient human in China not thought to be Neanderthal has an inner ear much like that of humans' closest extinct relatives, according to a new study. These new findings could be evidence of interbreeding between Neanderthals and other species of archaic humans in China; however, the researchers say human evolution could be more complicated than is often thought, and the implications of the new discovery remain unclear. Although modern humans are the only living members of the human family tree, a number of other human lineages once lived alongside the ancestors of modern humans. These so-called archaic humans included Neanderthals, the closest extinct relatives of modern humans, who lived in Eurasia roughly between 200,000 and 30,000 years ago.
New stratigraphic research makes Little Foot the oldest complete Australopithecus PhysOrg - March 14, 2014
After 13 years of meticulous excavation of the nearly complete skeleton of the Australopithecus fossil named Little Foot, South African and French scientists have now convincingly shown that it is probably around 3 million years old. Thus at Sterkfontein, there existed two species of ape-man, Australopithecus africanus (for example, Mrs Ples) and Australopithecus prometheus, many specimens of which have been identified by Clarke from two deposits at Sterkfontein.
Hunter-gatherer European had blue eyes and dark skin BBC - January 27, 2014
Scientists have shed light on what ancient Europeans looked like. Genetic tests reveal that a hunter-gatherer who lived 7,000 years ago had the unusual combination of dark skin and hair and blue eyes. It has surprised scientists, who thought that the early inhabitants of Europe were fair. Two hunter-gatherer skeletons were discovered in a cave in the mountains of north-west Spain in 2006. The cool, dark conditions meant the remains (called La Brana 1 and 2) were remarkably well preserved. Scientists were able to extract DNA from a tooth of one of the ancient men and sequence his genome. The team found that the early European was most closely genetically related to people in Sweden and Finland. But while his eyes were blue, his genes reveal that his hair was black or brown and his skin was dark. This was a result that was unexpected.
Spanish hunter-gatherer had blue eyes and dark skin PhysOrg - January 27, 2014
La Brana 1, name used to baptize a 7,000 years old individual from the Mesolithic Period, whose remains were recovered at La Brana-Arintero site in Valdelugueros (Leon, Spain) had blue eyes and dark skin. The Mesolithic, a period that lasted from 10,000 to 5,000 years ago (between the Paleolithic and the Neolithic), ends with the advent of agriculture and livestock farming, coming from the Middle-East. The arrival of the Neolithic, with a carbohydrate-based diet and new pathogens transmitted by domesticated animals, entailed metabolic and immunological challenges that were reflected in genetic adaptations of post-Mesolithic populations. Among these is the ability to digest lactose, which La Brana individual could not do.
Biology of early human relative uncovered PhysOrg - January 22, 2014
The partial skeleton of an ancient hominin has been uncovered for the first time in Tanzania, giving a new insight into the species' biology, say scientists. The accidental discovery was made last year when, during an archaeological excavation, scientists uncovered pieces of skull, teeth and limb bones. The bones belong to an early hominin, called Paranthropus boisei, which lived 1.34 million years ago in Eastern Africa and shares an ancestor with humans. Archaeologists had only ever discovered parts of skulls belonging to this species, so until now had no real evidence of its size or how it was adapted to its environment.
Ancient Humans Had Sex with Mystery Relatives, Study Suggests Live Science - December 2, 2013
A new, improved sequencing of ancient human relative genomes reveals that Homo sapiens didn't only have sex with Neanderthals and a little-understood line of humans called Denisovans. A fourth, mystery lineage of humans was in the mix, too.
Blow to multiple human species idea BBC - October 17, 2013
The idea that there were several different human species walking the Earth two million years ago has been dealt a blow. Instead, scientists say early human fossils found in Africa and Eurasia may have been part of the same species.
Dating of Beads Sets New Timeline for Early Humans Science Daily - September 14, 2013
An international team of researchers led by Oxford University have new dating evidence indicating when the earliest fully modern humans arrived in the Near East, the region known as the Middle East today. They have obtained the radiocarbon dates of marine shell beads found at Ksar Akil, a key archaeological site in Lebanon, which allowed them to calculate that the oldest human fossil from the same sequence of archaeological layers is 42,400-41,700 years old. This is significant because the age of the earliest fossils, directly and indirectly dated, of modern humans found in Europe is roughly similar. This latest discovery throws up intriguing new possibilities about the routes taken by the earliest modern humans out of Africa.
Early Humans Lived in China 1.7 Million Years Ago Live Science - August 15, 2013
An extinct species of tool-making humans apparently occupied a vast area in China as early as 1.7 million years ago, researchers say. The human lineage evolved in Africa, with now-extinct species of humans dispersing away from their origin continent more than a million years before modern humans did. Scientists would like to learn more about when and where humans went to better understand what drove human evolution. Researchers investigated the Nihewan Basin, which lies in a mountainous region about 90 miles (150 kilometers) west of Beijing. It holds more than 60 sites from the Stone Age, with thousands of stone tools found there since 1972 - relatively simple types, such as stone flakes altogether known as the Oldowan. Researchers suspect these artifacts belonged to Homo erectus, thought to be ancestral to Homo sapiens.
How 2-Million-Year-Old Ancestor Moved: Sediba's Ribcage and Feet Were Not Suitable for Running Science Daily - April 12, 2013
Researchers at Wits University in South Africa, including Peter Schmid from the University of Zurich, have described the anatomy of a single early hominin in six new studies. Australopithecus sediba was discovered near Johannesburg in 2008. The studies in Science demonstrate how our 2-million-year-old ancestor walked, chewed and moved.
Humanity's Closest Ancestor Was Pigeon-Toed, Research Reveals Live Science - April 11, 2013
The most complete investigation of the anatomy of what may be the immediate ancestor of the human lineage is now shedding light on secrets about how it might have behaved, researchers say. For instance, the human ancestors may have moved in an entirely new way, with a somewhat pigeon-toed gait with a twisty trunk, the researchers added. The first specimens of the extinct species Australopithecus sediba were accidentally discovered by the 9-year-old son of a scientist in 2008, in an area in South Africa named the Cradle of Humankind, one of the richest fossil sites in Africa. Australopithecus means "southern ape," while sediba means "fountain" in Sotho, one of the 11 official languages of South Africa, due to how scientists hint the human lineage might spring from this species.
Early Human Ancestor Surprisingly Smart Live Science - March 13, 2013
Early human ancestors needed high-level intelligence to use fire, new research suggests. The study argues that fire use requires long-term planning, group cooperation and inhibition. In combination with evidence for early fire use, the study suggests that the early human ancestor Homo erectus may have been smarter than previously thought.
Fossil human traces line to modern Asians BBC - January 22, 2013
Researchers have been able to trace a line between some of the earliest modern humans to settle in China and people living in the region today. The evidence comes from DNA extracted from a 40,000-year-old leg bone found in a cave near Beijing. Results show that the person it belonged to was related to the ancestors of present-day Asians and Native Americans.
Early human ancestors had more variable diet: Dietary preferences of 3 groups of hominins reconstructed PhysOrg - August 8, 2012
The latest research sheds more light on the diet and home ranges of early hominins belonging to three different genera, notably Australopithecus, Paranthropus and Homo - that were discovered at sites such as Sterkfontein, Swartkrans and Kromdraai in the Cradle of Humankind, about 50 kilometres from Johannesburg. Australopithecus existed before the other two genera evolved about 2 million years ago.
Many human 'prototypes' coexisted in Africa BBC - August 9, 2012
Fossils from Northern Kenya show that a new species of human lived two million years ago, researchers say. The discoveries suggests that at least three distinct species of humans co-existed in Africa. The research adds to a growing body of evidence that runs counter to the popular perception that there was a linear evolution from early primates to modern humans.
New Flat-Faced Human Species Possibly Discovered Live Science - August 8, 2012
New fossils from the dawn of the human lineage suggest our ancestors may have lived alongside a diversity of extinct human species, researchers say. Although modern humans, Homo sapiens, are the only human species alive today, the world has seen a number of human species come and go. Other members perhaps include the recently discovered "hobbit" Homo floresiensis. The human lineage, Homo, evolved in Africa about 2.5 million years ago, coinciding with the first evidence of stone tools. For the first half of the last century, conventional wisdom was that the most primitive member of our lineage was Homo erectus, the direct ancestor of our species. However, just over 50 years ago, scientists discovered an even more primitive species of Homo at Olduvai Gorge in Tanzania they dubbed Homo habilis, which had a smaller brain and a more apelike skeleton.
New Kenyan fossils shed light on early human evolution PhysOrg - August 8, 2012
Exciting new fossils discovered east of Lake Turkana confirm that there were two additional species of our genus - Homo - living alongside our direct human ancestral species, Homo erectus, almost two million years ago. The finds, announced in the prestigious scientific journal Nature on August 9, include a face, a remarkably complete lower jaw, and part of a second lower jaw.
'Earliest' evidence of modern human culture found BBC - August1, 2012
The earliest unambiguous evidence for modern human behavior has been discovered by an international team of researchers in a South African cave. The finds provide early evidence for the origin of modern human behavior 44,000 years ago, over 20,000 years before other findings. The artifacts are near identical to modern-day tools of the indigenous African San bush people.
Oldest Poison Pushes Back Ancient Civilization 20,000 Years Live Science - July 30, 2012
The late Stone Age may have had an earlier start in Africa than previously thought - by some 20,000 years. new analysis of artifacts from a cave in South Africa reveals that the residents were carving bone tools, using pigments, making beads and even using poison 44,000 years ago. These sorts of artifacts had previously been linked to the San culture, which was thought to have emerged around 20,000 years ago. "Our research proves that the Later Stone Age emerged in South Africa far earlier than has been believed and occurred at about the same time as the arrival of modern humans in Europe," study researcher Paola Villa, a curator at the University of Colorado Museum of Natural History, said in a statement.
Later Stone Age Got Earlier Start in South Africa Than Thought Science Daily - July 30, 2012
The Later Stone Age emerged in South Africa more than 20,000 years earlier than previously believed - about the same time humans were migrating from Africa to the European continent, says a new international study led by the University of Colorado Boulder. The study shows the onset of the Later Stone Age in South Africa likely began some 44,000 to 42,000 years ago, said Paola Villa, a curator at the University of Colorado Museum of Natural History and lead study author. The new dates are based on the use of precisely calibrated radiocarbon dates linked to organic artifacts found at Border Cave in the Lebombo Mountains on the border of South Africa and Swaziland containing evidence of hominid occupation going back 200,000 years.
Human Ancestor Fossils Hidden in Plain Sight in Lab Rock Live Science - July 13, 2012
Two years ago, scientists announced they had discovered partial skeletons from a new species of human ancestor in a South African cave. Now, more remains have turned up in a large rock about 3.3 feet (1 meter) in diameter hiding in plain sight in a laboratory at the University of Witwatersrand in South Africa, the university announced today (June 12).
Mystery human fossils put spotlight on China PhysOrg - March 14, 2012
Fossils from two caves in south-west China have revealed a previously unknown Stone Age people and give a rare glimpse of a recent stage of human evolution with startling implications for the early peopling of Asia.
Human fossils hint at new species BBC - March 14, 2012
The remains of what may be a previously unknown human species have been identified in southern China. The bones, which represent at least five individuals, have been dated to between 11,500 and 14,500 years ago. But scientists are calling them simply the Red Deer Cave people, after one of the sites where they were unearthed
Early humans won at running; Neanderthals won at walking PhysOrg - February 7, 2011
New research has compared the performance of the heels of modern-day distance runners to the heels of Neanderthals and ancient Homo sapiens. The results show the Neanderthals' heels were taller than those of modern humans and Homo sapiens, and more adapted to walking than running over long distances, while those of Homo sapiens were more adapted to endurance running.
'Mitochondrial Eve': Mother of All Humans Lived 200,000 Years Ago Science Daily - August 18, 2010
The most robust statistical examination to date of our species' genetic links to "mitochondrial Eve" -- the maternal ancestor of all living humans -- confirms that she lived about 200,000 years ago. The Rice University study was based on a side-by-side comparison of 10 human genetic models that each aim to determine when Eve lived using a very different set of assumptions about the way humans migrated, expanded and spread across Earth. The quest to date mitochondrial Eve (mtEve) is an example of the way scientists probe the genetic past to learn more about mutation, selection and other genetic processes that play key roles in disease.
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