Read the original article here
By Karl Gruber • October 19, 2023
Palawa still share their oral stories today, including to tourists as part of the Wukalina Walk, a four-day palawa-owned and operated experience in North East Lutruwita/Tasmania. Image credit – Jillian Mundy/Tourism Tasmania
First Nations people in Lutruwita/Tasmania have been sharing their stories for more than 12,000 years, new research has found.
Storytelling is an ingrained practice in our cultural history, either as a family custom at bedtime or as a way to share knowledge and traditions from years gone by with younger generations.
But for how long can stories be passed down from generation to generation by word of mouth? A few hundred years? Maybe a thousand?
Try 12,000 years! A new study, led by Dr Duane Hamacher from the University of Melbourne, shows that in Lutruwita/Tasmania, Palawa have a rich oral tradition that tells of geological events and astronomical conditions that stretch back more than 10 millennia.
The findings of the study, published in the Journal of Archaeological Science, place these oral traditions among the oldest in the world.
The power of oral tradition
First Nations people have lived in Australia for more than 65,000 years. During this time, they have relied mainly on oral tradition to pass on their knowledge to subsequent generations. However, there has been no real understanding by non-Indigenous people of how long traditions can survive.
To better understand the process, Duane studied oral traditions from Lutruwita that were recorded by early colonisers in the 1830s. The team focused on oral traditions that described natural events that could be dated scientifically. Their thinking was that, if they could date a natural event that occurred millennia ago that was described in a surviving oral tradition, they could estimate a minimum timeline for how long that oral tradition has existed.
Palawa oral traditions speak about an ancient flood that submerged the land connecting Lutruwita to mainland Australia eons ago.
According to George Augustus Robinson, a government-appointed ‘conciliator’ from the 1800s, Palawa people claimed that their ancestors came to Lutruwita by land from the far north, after which the sea (Bass Strait) formed, flooding the land. Another recorded oral tradition described how:
“…long ago there was land to the south of Gippsland [Victoria] where there is now sea, and that at that time some children of the Kurnai, who inhabited the land, in playing about found a turndun [bull-roarer or musical instrument], which they took home to the camp and showed to the women [which was forbidden]. ‘Immediately,’ it is said, ‘the earth crumbled away, and it was all water, and the Kurnai were drowned.”
With this information at hand, Duane and his team analysed bathymetric and topographic data of the land and sea floor in Bass Strait. They found that the land was flooded around 12,000 years ago.
Fig. 1. “Topographic map of the Bass Strait. Map shows the conditions before the Bassian Land Bridge was submerged. The yellow shaded area represents geography of the land bridge, while the broken red line indicated the last vestige of a continuous Bassian Land Bridge between Tasmania and the mainland. The method of calculating approximate ages is shown in the inset.” – Dr Duane Hamacher et al. Image credit: Dr Duane Hamacher et al, reproduced under Creative Commons licence BY-NC-ND 4.0 DEED
Some Palawa stories also talk about the presence of a ‘Great South Star’, which one Elder said never moved. Another Elder explained how:
“The suns [sic] had their first-born, Moinee, a big strong boy whom they placed south of Trowenna [Lutruwita], over the ice cap. He was the Great South Star. Next day a second son was born, gentle Dromerdene, and they placed him halfway between themselves and Moinee.”
The team then analysed astronomical data to determine the positions of these stars in the ancient past, which the team identified as Canopus (Moinee) and Sirius (Dromerdene). These are the two brightest stars in the night sky.
Their analyses showed that the orientation of the Earth’s axis placed the star Canopus (Moinee) close to the South Celestial Pole sometime around 14,000 years ago. According to their study, at that time, Canopus would have hardly moved over the course of a given night, backing the oral traditions.
Article continues…. Read the original article here on the Australian Geographic website