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Sahul (/ s ə ˈ h uː l /), also called Sahul-land, Meganesia, Papualand and Greater Australia, [1] was a paleocontinent that encompassed the modern-day landmasses of mainland Australia, Tasmania, New Guinea, and the Aru Islands.

Sahul, paleocontinent made up of the present-day landmasses of Australia, Tasmania, and New Guinea and the land bridges (which were composed of nearby emergent sea basins) that connected them during the Pleistocene Epoch (2.6 million to 11,700 years ago). Sahul existed from the onset of the Pleistocene Ice Age, which lowered sea levels by about 131 metres (430 feet), to about 18,000 years ago ...

Before the seas came in, Australia and New Guinea were once a single landmass - ‘Sahul’ . It was the home of giant lizards, of wombats the size of rhinos and of bizarre forms, entirely vanished today. ... (42), though no size estimates exist because of the unclear build of this extinct group, it was probably comparable to giant extant ...

Sahul is the name given to the single Pleistocene-era continent which connected Australia with New Guinea and Tasmania. At the time, the sea level was as much as 150 meters (490 feet) lower than it is today; rising sea levels created the separate landmasses we recognize.

How did the researchers discover Sahul? Based on the available data and the reverse engineering of geological and environmental conditions, researchers were able to create a simulation of the landscape of Sahul between 75,000 and 35,000 years ago. The simulation also saw two possible migration routes ancient humans may have taken and also uses ...

The research looks at the vast supercontinent that was known as Sahul, a landmass that was exposed about 70,000 years ago, during the Pleistocene epoch, when Earth was in the midst of the last ice ...

Sahul being a technical name for the continent comprising mainland Australia, Tasmania, New Guinea, Seram, and neighbouring islands At the time, the sea level was as much as 150 meters (490 feet) lower than it is today; rising sea levels created the separate landmasses we recognize. When Sahul was a single continent, many of the … Continue reading Sahul Dreamer Migration

Sahul was in the south-western Pacific Ocean, located approximately north to south between the Equator and the 44th parallel south and west to east between the 112th and the 152nd meridians east. [2] Sahul was separated from Sunda to its west by the Wallacean Archipelago. [2] [7] At its largest, when ocean levels were at their lowest, it was approximately 10,600,000 square kilometres ...

Sahul existed during the ice ages. Sea levels were much lower, exposing the land bridges. It separated into its current landmasses roughly 10,000 years ago. Sahul was home to a diverse range of megafauna. The first human inhabitants are believed to have arrived over 50,000 years ago. Sahul is named after the Sahul Shelf, the submerged landmass.

The discovery of Sahul was made possible through advanced research techniques, including geological data analysis and environmental simulations. By reverse-engineering the conditions that existed between 75,000 and 35,000 years ago, researchers created a model of Sahul's landscape.

A team of archaeologists and earth scientists have recently unveiled insights into the ancient terrains of Sahul, the landmass that during the Ice Age included Australia and New Guinea. Their research, which was published in Quaternary Science Reviews, reveals intriguing details about a lesser-known period in human history.

About Sahul: It can be termed as a supercontinent which stood exposed on the Earth's surface when humans were in the middle of what can be termed as the last ice age.; Since the ice age led to glaciation of water levels on the planet, it ended up exposing parts of land like Sahul which connected to currently known Australia to Papua New Guinea in the north and Tasmania in the south,

Expansion, adaptation and diversification This is the founding period of human habitation in Sahul, itself resulting from the first significant sea crossing by modern humans, across the Arafura Sea. Who were the first humans in Sahul and how did their genomic composition reflect diverse processes of admixture on the Asian mainland? What were the points…

The researchers combined the data from two previously published studies, one that modeled patterns of population movement and growth via a grid-based system and one that charted the probable 'superhighways' of exploration based on landscape features.. Routes and population spread in Sahul. (Bradshaw et al., Quaternary Science Reviews, 2023) As well as extending the prediction for the time it ...

The region was part of the palaeocontinent Sahul, which connected Australia with New Guinea. The drowning of this world may have caused big cultural and demographic shifts in northern Australia.

Map of Sahul showing the extent of the now-submerged continental shelf (dark gray), with the area of the Northwest Shelf demarcated by a dashed black box, and the present-day distribution of the Köppen climate groups (seasonal precipitation and temperature) showing the extent of modern-day Australia and New Guinea.

There is a greater density of archaeological sites for the period 50,000–45,000 years before the present; if humans did arrive 10,000 years or so earlier, they most likely did so in very small numbers. The “how” is a realm of enigma in two senses. First, what route might the first voyagers have taken?

how many people were needed to enter Sahul to survive the rigors of their new environment. First landfall Our two new studies—published in Scientific Reports and Nature Ecology and Evolution ...

Quietly paralleling these developments for a time was the emergence of an argument for a much earlier date. Writing in the mid-1970s, Kershaw [80] suggested that the occupation of Sahul might be marked by certain changes in fossil pollen records indicating the appearance of anthropogenic fire regimes, much like those known ethnographically [76].Singh et al. [122] applied this line of reasoning ...

How did ancient people even know Sahul was beyond the horizon? In which case, the journey looks slightly less daunting. Sea level was 10 metres lower 70,000 years ago than it was 50,000 years ago, which would have further reduced the distances involved. That isn't a major factor in Indonesia's Wallacea islands, with their steep coastlines.