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Aboriginal society has preserved memories of Australia’s coastline dating back more than 7,000 years. That’s the conclusion that University of the Sunshine Coast Professor of Geography Patrick Nunn reached in a paper published in Australian Geographer.
The study looks at Aboriginal stories from 21 places around Australia’s coastline, each describing a time when sea levels were significantly lower than today. Professor Nunn said present sea levels in Australia were reached 7,000 years ago and as such any stories about the coastline stretching much further out to sea had to pre-date that time.
“These stories talk about a time when the sea started to come in and cover the land, and the changes this brought about to the way people lived – the changes in landscape, the ecosystem and the disruption this caused to their society,” he said.
“It’s important to note that it’s not just one story that describes this process. There are many stories, all consistent in their narrative, across 21 diverse sites around Australia’s coastline.”
“Anything that goes back thousands of years – nearly 10,000 years in some cases – has to be quite exceptional,” he said.
“It’s a remarkable time period when we consider our own memories and what we can remember even with the aid of books and other information.
“I believe these stories endured that long partly due to the harshness of Australia’s natural environment, which meant that each generation had to pass on knowledge to the next in a systematic way to ensure its survival.”
In the middle of the Victorian Volcanic Plains (South Eastern Australia) there is a vast body of water called Lake Bolac. Lake Bolac was formed around 20,000 years ago through volcanic eruptions. Lava flows dammed the river creating an enormous shallow teardrop shaped depression that filled with water, the shoreline of Lake Bolac is 27 kilometres long.
Eels have migrated along a strange but steady path to reach the waters of Lake Bolac. The life cycle of the numerous eels that inhabit the rivers, streams, lakes, swamps and estuaries of the plains is an epic story.When they reach breeding age, which can be anywhere between five and thirty years, mature eels swim out of the rivers around Australia, including western Victoria and head along the Australian continental shelf to the seas around northern Queensland and Papua New Guinea, several thousand kilometers away, where they breed and die. The young eels, called elvers, are transparent and leaf shaped. They take a couple of years to return to the rivers of the south east coast of Australia, Tasmania and New Zealand. Then, usually in early Autumn, they swim up the rivers and even slide across damp ground to find a home in the still fresh waters of lakes and wetlands, including those on the plains.
From the ocean the eels must cross 100 kilometres of land to reach Lake Bolac. Aboriginal people built a vast aquaculture system from the volcanic stones along the shores of the lake, trapping and harvesting the eels. For at least eight thousand years (most probably a lot longer) in Autumn people gathered for a festival of eels. Mainly to eat them. The organisers of the festival built an enormous stone arrangement in the shape of an eel, the size of a football field, by shifting massive boulders into position. Eels are thought to have been traded widely among Aboriginal groups, forming the basis of a sedentary society.
When Europeans invaded Australia the eel festivities and systems of aquaculture ceased for around 150 years. A highway was built through the middle of the giant stone eel. Eels are still caught and traded now, and exported as far afield as Germany and Korea. The largest eel processing plant in the southern Hemisphere is situated at a small rural town called Skipton, on the Glenelg Highway.The eel festival resumed in 2004 and is organised by a committee of local people of both Aboriginal and European descent. www.kerriepoliness.com...
this is extremely interesting and of course many many more examples can be given. I think there is a a parallel flow of information yet unaccessible to science.
A popular local legend says that, at certain tides, church bells can still be heard from beneath the waves.
On 1 January 1286, a storm surge reached the east edge of the town and destroyed buildings in it. Before that, most recorded damage to Dunwich was loss of land and damage to the harbour.
This was followed by two further surges the next year, the South England flood of February 1287 and St. Lucia's flood in December. A fierce storm in 1328 also swept away the entire village of Newton, a few miles up the coast. Another large storm in 1347 swept some 400 houses into the sea. The Grote Mandrenke around 16 January 1362 finally destroyed much of the remainder of the town.[
But I wish I understood the context and nuance of language in the world's folklore a bit more... I'm not entirely certain anyone alive today can know what was really being said in them all, precisely, either.
The scientific study of myth is dominated by a paradigm that recognizes myth as having been viewed as truthful narrative history by past traditional cultures and yet is considered false or otherwise suspect by the modern scholars who study myth. Although virtually all scholars recognize that myth was of critical importance for traditional cultures, the attempt to elicit scientific reasons for this importance has led to many competing theories, few of which place an emphasis on the validity of myths as representing the product of actual observed historical natural events. This paradox may hinder our understanding of the origins of myth and prevent us from fully appreciating a critical aspect of why myth was so highly valued by past cultures. To set the stage for our examination of the possible natural history core of myth, we discuss briefly the history of the western scientific study of myth, with an emphasis on geological sciences. We then explore the cognitive structure of myth and provide working principles about how the historical information contained in these myths can be transmitted faithfully through successive generations and can be elicited by scientific study. Although recognizing the extreme complexity of myth as a cultural product, our data indicate that a science-based natural history approach can lead to important insights regarding the nature of myth.
Abstract
Major natural catastrophes such as floods, fire, darkness, and ‘sky falling down’ are prominently reflected in traditional South American creation myths, cosmology, religion, and worldview. Cosmogonic myths represent a rich and largely untapped data set concerning the most dramatic natural events and processes experienced by cultural groups during the past several thousand years. Observational details regarding specific catastrophes are encoded in myth storylines, typically cast in terms of supernatural characters and actions. Not only are the myths amenable to scientific analysis, some sets of myths encode multiple catastrophes in meaningful relative chronological order. The present study considers 4259 myths, including 284 ‘universal’ (perceived in the narratives to be worldwide) catastrophe myths, from 20 cultural groups east of the Andes. These myths are examined in light of available geological, palaeoenvironmental, archaeological, and documentary evidence. Our analysis reveals three likely major Plinian volcanic eruptions in Columbia and the Gran Chaco. We also identify a set of traditions that are probably linked to the well-known Campo del Cielo iron meteorite impact in northern Argentina around 4000 years ago, along with a separate set of traditions alluding to a possible airburst in the Brazilian Highlands. These impacts apparantly triggered widespread mass fires. There are hints of cosmic impacts in the mythologies for other locations in South America.
We also identify a set of traditions that are probably linked to the well-known Campo del Cielo iron meteorite impact in northern Argentina around 4000 years ago, ...
originally posted by: beansidhe
A fascinating study into indigenous Australian folk stories suggests that some tales could easily be 7000 years old, or more.
Aboriginal society has preserved memories of Australia’s coastline dating back more than 7,000 years. That’s the conclusion that University of the Sunshine Coast Professor of Geography Patrick Nunn reached in a paper published in Australian Geographer.
The study looks at Aboriginal stories from 21 places around Australia’s coastline, each describing a time when sea levels were significantly lower than today. Professor Nunn said present sea levels in Australia were reached 7,000 years ago and as such any stories about the coastline stretching much further out to sea had to pre-date that time.
“These stories talk about a time when the sea started to come in and cover the land, and the changes this brought about to the way people lived – the changes in landscape, the ecosystem and the disruption this caused to their society,” he said.
“It’s important to note that it’s not just one story that describes this process. There are many stories, all consistent in their narrative, across 21 diverse sites around Australia’s coastline.”
originally posted by: Violater1
[I find the map interesting. When we look at the ocean depths between Victoria and Tasmania, centrally, the Bass Strait is about 250 to 300 feet. Toward the Western and Eastern edges, they drop off from around 600 to 1200 feet to 5000 feet in depth! The Northern map view, the boundary would touch the beaches of Papua New Guinea, Papua, and the islands south of Indonesia.
originally posted by: beansidhe
a reply to: Violater1
Hello Violater1, do you know I hadn't really considered that aspect at all? Now you point that out, I can see just how much land - the North in particular -has been lost. We're becoming much more isolated as the seas rise, an obvious point, but one which makes more sense out of ancient cross-cultural contact.
The figures you give there suggest a massive sea rise - many thanks for that info.