Damon Mcknight
The oldest human remains found in Australia are known as the Lake Mungo remains, which were discovered in 1968 and 1974. The remains consist of three prominent sets of human remains that are Aboriginal Australian: Lake Mungo 1 (also called Mungo Woman, LM1, and ANU-618), Lake Mungo 3 (also called Mungo Man, Lake Mungo III, and LM3), and Lake Mungo 2 (LM2). The remains designated Mungo Man (LM3) are dated to around 40,000 years old, making them the oldest Homo sapiens remains found on the Australian continent. In addition to human remains, 65,000-year-old plant remains discovered at Madjedbebe suggest that the earliest Australians spent a lot of time cooking and had a diverse diet.
| Characteristics | Values |
|---|---|
| Name of the remains | Lake Mungo remains |
| Location | Lake Mungo, New South Wales, Australia |
| Date of discovery | 1968 (LM1 and LM2) and 1974 (LM3) |
| Age | 40,000 years old (LM3) and 65,000 years old (plant remains) |
| Nature of discovery | One of the world's oldest known cremations (LM1) |
| Nature of discovery | Evidence of ritual burial (LM3) |
| Nature of discovery | Evidence of early human diet (plant remains) |
| Nature of discovery | Evidence of early human technology (plant remains) |
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What You'll Learn
- The oldest human remains found in Australia are 40,000-year-old 'Mungo Man' (LM3)
- The oldest known human cremation in the world is 'Mungo Woman' (LM1)
- The Madjedbebe site contains 65,000-year-old plant remains
- The Mungo layer, deposited 25,000-50,000 years ago, is archaeologically richest
- The oldest human remains outside of Africa were found in Greece
The oldest human remains found in Australia are 40,000-year-old 'Mungo Man' (LM3)
The oldest human remains found in Australia are 40,000-year-old Mungo Man (LM3). The remains were discovered in 1974 by geomorphologist Jim Bowler in the Willandra Lakes Region of New South Wales, 500m east of the LM1 site. LM3 was found near Lake Mungo, a dry lake in the southeast of the continent. The body had been laid out on its back with knees bent and hands positioned at the groin, with the fingers interlocked. The burial site included the remains of a fire and red ochre, indicating a sophisticated and artistic burial ritual. This discovery was significant as it showed that certain cultural traditions in Australia are much older than previously thought.
At the time of LM3's discovery, it was believed that Aboriginal peoples arrived in Australia from Asia around 20,000 years ago. The age of LM3 challenges this assumption and provides valuable insights into the early history of human occupation in the region. The discovery of Mungo Man also highlighted the complex dynamics between scientific investigation and the cultural sensitivities of Indigenous communities.
The age of Mungo Man has been determined through comprehensive ESR and U-series dating studies, yielding an estimate of 62,000+/-6000 years. This age is supported by OSL age estimates on the sediment, which date to 61,000+/-2000 years. Additionally, a U-series age of 81,000+/-21,000 years was obtained for the calcitic matrix found on the bones after burial. While these age estimates vary, they all significantly predate the previously assumed age of LM3.
The discovery of Mungo Man, along with other ancient remains and artefacts in Australia, contributes to our understanding of early human history and the cultural practices of Indigenous populations. These findings underscore the deep roots of human presence in the region and the innovative technologies and dietary practices of the first Australians.
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The oldest known human cremation in the world is 'Mungo Woman' (LM1)
The remains of Mungo Woman (LM1) were discovered in 1968 at Lake Mungo in New South Wales, Australia. They are believed to be one of the world's oldest known cremations, with an estimated age of 40,000 years. This discovery has significant implications as it suggests that complex burial rituals existed in early human societies. The bones of Mungo Woman indicate that after her death, the body was burned, smashed, and then burned a second time before being covered with ochre sourced from a location hundreds of kilometres away.
Mungo Woman, along with Mungo Man (LM3), are important symbols of Indigenous Australia and the enduring relationship between the nation's First Peoples and the continent. The discovery of their remains during the early 1970s, which were the oldest archaeological traces on the continent at the time, had far-reaching consequences. It doubled the known length of human occupation in Australia, energised the land rights movement, and highlighted the long Aboriginal presence in the region.
Lake Mungo, located in the World Heritage-listed Willandra Lakes Region, is a dry lake that has become an iconic site for both Australia's First Nations and the continent's Ice Age history. The lake is surrounded by distinct layers of sands and soil, with the oldest being the reddish Gol Gol layer formed between 100,000 and 120,000 years ago. The Mungo layer, which is archaeologically the richest, was deposited between 50,000 and 25,000 years ago during the last glacial period.
The discovery of Mungo Woman and Mungo Man has also played a crucial role in the repatriation of ancestral remains to their descendants. In 1992, the bones of Mungo Woman were unconditionally repatriated to the traditional owners, an alliance of three tribal groups: the Paakantji, the Muthi Muthi, and the Ngiyampaa. Mungo Man was returned to his descendants in 2017. The process of repatriating the remains and preserving the landscape has been a collaborative effort between archaeologists, Indigenous groups, and the Australian government.
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The Madjedbebe site contains 65,000-year-old plant remains
The Madjedbebe site, a sandstone rock shelter on Mirarr country in western Arnhem Land, contains 65,000-year-old plant remains. These charred plant remains, including fruit pips, nutshells, peelings, and fibrous parts from tubers, and fragments of palm stems, are the earliest evidence for plant foods consumed by humans outside of Africa and the Middle East.
The plant remains at Madjedbebe suggest that the first Aboriginal people were skilled foragers, using a variety of techniques to eat a diverse range of plant foods. They demonstrate behavioural flexibility and innovation, drawing on the skills and knowledge that allowed successful migration across Island Southeast Asia and into Sahul. The first Australians invested knowledge and labour into the acquisition of plant starches, fats, and proteins, as well as into the production of the technologies required to process them, such as axes and grinding stones.
The Madjedbebe site provides valuable insights into the diet of the earliest known Aboriginal people in Australia. By studying the charred plant remains under a microscope, researchers were able to identify the modern-day plants that were consumed and the cooking techniques used to prepare them. Some foods, such as fruits, required minimal processing, while others, like the man-kindjek or cheeky yam, needed to be cooked, leached, or pounded before consumption.
The identification of the plant remains was made possible through a partnership with the Mirarr people, combining Indigenous and scientific knowledge. The research provides a deeper understanding of the dietary habits and cultural practices of the earliest Aboriginal Australians and their ability to adapt to the new Australian environment.
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The Mungo layer, deposited 25,000-50,000 years ago, is archaeologically richest
The Mungo layer, deposited between 25,000 and 50,000 years ago, is the most archaeologically rich layer of the three distinct layers of sands and soil forming the Walls of China at Lake Mungo. The reddish Gol Gol layer, formed between 100,000 and 120,000 years ago, is the oldest, while the most recent is the pale brown Zanci layer, laid down between 25,000 and 15,000 years ago.
The Mungo layer corresponds with the last glacial period, a time of low rainfall and cooler weather. However, more rainwater ran off the western side of the Great Dividing Range, keeping the lake full and teeming with fish and waterbirds. This abundance of resources supported a significant human population. The lake was also home to many varieties of Australian megafauna.
During the last ice age period, the water level in the lake fell, and it became a salt lake. This made the soil alkaline, which helped preserve the remains left behind. The Mungo layer has yielded important archaeological finds, including the remains of Mungo Man (LM3) and Mungo Woman (LM1), discovered in 1974 and 1968, respectively.
LM3, dated to around 40,000 years ago, is the oldest Homo sapiens (human) remains found on the Australian continent. The remains were laid out in a great ceremony, with the body sprinkled with red ochre, indicating a sophisticated and artistic burial practice. This discovery challenged the previously held belief that Aboriginal peoples arrived in Australia from Asia around 20,000 years ago.
LM1, one of the oldest sets of anatomically modern human remains found in Australia, is also one of the world's oldest known cremations. The discovery suggests that complicated burial rituals existed in early human societies.
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The oldest human remains outside of Africa were found in Greece
The discovery of ancient human fossils in Greece has shed light on the early dispersal of Homo sapiens out of Africa and their subsequent migration across Europe. With an estimated age of between 210,000 and 170,000 years old, these fossils represent the oldest known human remains found outside of the African continent. This remarkable find provides valuable insights into the timeline and routes of our species' expansion during the Late Pleistocene epoch.
The fossils were unearthed at the site of Apidima, located in a coastal cave in southern Greece. The analysis of these remains, which include two partial skulls, revealed distinctive features that allowed researchers to attribute them to Homo sapiens. One of the skulls, known as Apidima 1 or "Ape," is estimated to be between 170,000 and 190,000 years old and exhibits a combination of modern and primitive characteristics. The other skull, Apidima 2 or "Hippie," is estimated to be even older, dating back approximately 210,000 years. This specimen displays more primitive features, suggesting an earlier stage of human evolution.
The discovery at Apidima challenges previous assumptions about the timing and route of Homo sapiens' dispersal from Africa. Prior to this find, the earliest known human remains in Europe were dated to around 50,000 years ago, indicating a much later migration during the Upper Paleolithic period. However, the presence of Homo sapiens in Greece during the Late Pleistocene, as evidenced by the Apidima fossils, suggests an earlier and more complex dispersal pattern.
The findings at Apidima have significant implications for our understanding of human evolution and migration patterns. They indicate that Homo sapiens ventured out of Africa much earlier than previously thought and successfully established themselves in Europe, albeit possibly in small numbers and with varying degrees of success. The coastal route taken by these early migrants, as evidenced by the cave site in southern Greece, also highlights the importance of maritime adaptations and the ability to exploit coastal resources.
The Apidima fossils provide a crucial link in the story of human expansion and colonization of new territories. They demonstrate the resilience and adaptability of our species, even during periods of significant climatic and environmental changes, as was the case during the Late Pleistocene. The discovery also underscores the importance of continuing archaeological and paleontological research in shedding light on the complex history of human evolution and dispersal across the globe.
In conclusion, the discovery of ancient human fossils at Apidima, Greece, with an estimated age of up to 210,000 years old, represents a significant milestone in our understanding of Homo sapiens' early history outside of Africa. This find expands our knowledge of migration routes and timelines, providing evidence of our species' early presence in Europe and their ability to adapt and thrive in new environments. The ongoing research and analysis of these remains will undoubtedly continue to yield valuable insights into the complex story of human evolution and our global dispersal.
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Frequently asked questions
The oldest human remains found in Australia are the Lake Mungo remains, which consist of three prominent sets of human remains that are Aboriginal Australian: Lake Mungo 1 (also called Mungo Woman, LM1, and ANU-618), Lake Mungo 3 (also called Mungo Man, Lake Mungo III, and LM3), and Lake Mungo 2 (LM2). The remains of Mungo Man, discovered in 1974, are dated to around 40,000 years old, making them the oldest Homo sapiens (human) remains found on the Australian continent.
The remains were found in the Willandra Lakes Region of New South Wales, Australia. Lake Mungo is a dry lake located in south-eastern Australia, in the south-western portion of New South Wales.
The discovery of the Lake Mungo remains has provided valuable insights into early human societies. For example, the remains of Mungo Woman (LM1) are considered one of the world's oldest known cremations, implying that complicated burial rituals existed in early human societies. The discovery of Mungo Man (LM3) also revealed evidence of ritual burial practices, indicating that certain cultural traditions have existed in Australia for much longer than previously thought.
