TY - JOUR
T1 - First Nations’ interactions with underground storage organs in southwestern Australia, a Mediterranean climate Global Biodiversity Hotspot
AU - Lullfitz, Alison
AU - Knapp, Lynette
AU - Cummings, Shandell
AU - Hopper, Stephen D.
N1 - Funding Information:
While all authors live and work in Miernanger/Menang Country, this research was carried out across all of Noongar Country of southwestern Australia. We are grateful to the many Noongar people who have contributed their knowledge to this research. In particular, we thank Carol Pettersen, Aden Eades, Eliza Woods, Eugene Eades, Averil Dean, Treasy Woods, Noel Nannup, Ron (Doc) Reynolds, Gail Yorkshire, Terry Yorkshire, Larry Blight and Stan Loo, whose knowledge passed to us directly in oral form has been included in Table . We are also grateful to Ursula Rodrigues who assisted in compilation of some historical accounts, to the South African Museum for permission to use image of |xaken-an (Mikki Streep), and to Harrison Rodd-Knapp, Graeme Simpson, Micheal Simpson, Elsie Woods and Steven Woods for assistance in the field. This paper is dedicated to Professor Hans Lambers in acknowledgement of his three decades as Editor of Plant and Soil, as well as his continuing scientific and teaching contributions to exploration of the Southwest Australian flora. SDH acknowledges funding from Kings Park and Botanic Garden, the Royal Botanic Gardens Kew, the University of Western Australia, Great Southern Development Commission and Jack Family Trust. Some of the research was also undertaken while in receipt of grants from the Australian Research Commission (DP180101514, IN200100039, LP150100450, LP160100078) and most recently the Walking Together project, jointly supported by Lotterywest, South Coast NRM, Janet Holmes-a-Court, and a research priorities grant from UWA. Some of the research was undertaken while AL was a recipient of an Australian Government Research Training Program stipend, and funding was also received from the Western Australian Naturalists Club and the UWA Alumni Fund. The authors have no relevant financial or non-financial interests to disclose.
Publisher Copyright:
© 2022, The Author(s).
PY - 2022/7
Y1 - 2022/7
N2 - Aims and background: Underground storage organs (USOs) have long featured prominently in human diets. They are reliable year-round resources, especially valuable in seasonal climates. We review a significant but scattered literature and oral recounts of USOs utilised by Noongar people of the Southwest Australian Floristic Region (SWAFR). USOs are important to First Nations cultures in other geophyte-rich regions with Mediterranean climate, with specialist knowledge employed, and productive parts of the landscape targeted for harvest, with likely ecological interactions and consequences. Methods: We have gathered Noongar knowledge of USOs in the SWAFR to better understand the ecological role of Noongar-USO relationships that have existed for millennia. Results: We estimate that 418 USO taxa across 25 families have Noongar names and/or uses. Additionally, three USO taxa in the SWAFR weed flora are consumed by Noongar people. We found parallels in employment of specific knowledge and targeted ecological disturbance with First Nations’ practice in other geophyte-rich floristic regions. We found that only in 20% of cases could we identify the original source of recorded USO knowledge to an acknowledged Noongar person. Conclusion: This review identified that traditional Noongar access to USOs is taxonomically and geographically extensive, employing specific knowledge and technology to target and maintain resource rich locations. However, we also found a general practice of ‘extractive’ documentation of Noongar plant knowledge. We identify negative implications of such practice for Noongar people and SWAFR conservation outcomes and assert ways to avoid this going forward, reviving Noongar agency to care for traditional Country.
AB - Aims and background: Underground storage organs (USOs) have long featured prominently in human diets. They are reliable year-round resources, especially valuable in seasonal climates. We review a significant but scattered literature and oral recounts of USOs utilised by Noongar people of the Southwest Australian Floristic Region (SWAFR). USOs are important to First Nations cultures in other geophyte-rich regions with Mediterranean climate, with specialist knowledge employed, and productive parts of the landscape targeted for harvest, with likely ecological interactions and consequences. Methods: We have gathered Noongar knowledge of USOs in the SWAFR to better understand the ecological role of Noongar-USO relationships that have existed for millennia. Results: We estimate that 418 USO taxa across 25 families have Noongar names and/or uses. Additionally, three USO taxa in the SWAFR weed flora are consumed by Noongar people. We found parallels in employment of specific knowledge and targeted ecological disturbance with First Nations’ practice in other geophyte-rich floristic regions. We found that only in 20% of cases could we identify the original source of recorded USO knowledge to an acknowledged Noongar person. Conclusion: This review identified that traditional Noongar access to USOs is taxonomically and geographically extensive, employing specific knowledge and technology to target and maintain resource rich locations. However, we also found a general practice of ‘extractive’ documentation of Noongar plant knowledge. We identify negative implications of such practice for Noongar people and SWAFR conservation outcomes and assert ways to avoid this going forward, reviving Noongar agency to care for traditional Country.
KW - Caring for Country
KW - Mediterranean climate region
KW - Noongar
KW - Southwest Australian Floristic Region
KW - Underground storage organ
UR - http://www.scopus.com/inward/record.url?scp=85132743208&partnerID=8YFLogxK
U2 - 10.1007/s11104-022-05524-z
DO - 10.1007/s11104-022-05524-z
M3 - Review article
AN - SCOPUS:85132743208
VL - 476
SP - 589
EP - 625
JO - Plant and Soil: An International Journal on Plant-Soil Relationships
JF - Plant and Soil: An International Journal on Plant-Soil Relationships
SN - 0032-079X
IS - 1-2
ER -