4.1 Article

Indigenous fish traps and fish weirs on the Darling (Baaka) River, south-eastern Australia, and their influence on the ecology and morphology of the river and floodplains

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ARCHAEOLOGY IN OCEANIA
卷 58, 期 1, 页码 91-114

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WILEY
DOI: 10.1002/arco.5279

关键词

barkandji; darling baaka river; indigenous fish traps; fish weirs; water and ecological management; Darling Baaka River; Barkandji; pieges a poissons indigenes; fascines a poissons; gestion de l'eau et de l'ecologie

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Fish traps built by Indigenous people in the Barwon-Darling River system are an important aspect of their traditional systems and the authors argue for their involvement in water management based on archaeological evidence and traditional cultural knowledge.
Fish traps and fish weirs built by Indigenous people in the Barwon-Darling River system of the Murray Darling Basin (MDB), south-eastern Australia, are an important component of their traditional social, spiritual and economic systems. The celebrated Brewarrina stone fish traps (Ngunnhu) on the Barwon River are the largest and best documented stone fish traps in the Basin. However, there has been minimal research on the many other stone fish traps in this system. This paper focusses on the in-stream stone fish traps downstream of Brewarrina along the Darling (Baaka) River, some still partly extant, remembered, or documented in historical material. Wooden and earthen bank fish traps and weirs, while not as enduring and archaeologically visible as stone fish traps, were frequently used on the Darling (Baaka) floodplain lakes, swamps and billabongs. Archaeological evidence, traditional cultural knowledge and historical materials are utilised to document the complex social processes and modification of landscapes associated with fish traps and weirs. By demonstrating that Barkandji were active and successful managers of the river and its ecology prior to colonisation, and that much of this cultural knowledge is retained by current generations, the authors make a case for them to renew their custodianship and a decision-making role in water management.

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