TY - JOUR
T1 - Right-way fire in Australia's spinifex deserts
T2 - An approach for measuring management success when fire activity varies substantially through space and time
AU - Ruscalleda-Alvarez, Jaume
AU - Cliff, Hannah
AU - Catt, Gareth
AU - Holmes, Jarrad
AU - Burrows, Neil
AU - Paltridge, Rachel
AU - Russell-Smith, Jeremy
AU - Schubert, Andrew
AU - See, Peter
AU - Legge, Sarah
N1 - Funding Information:
The project is an initiative of the 10 Deserts Project/Indigenous Desert Alliance. The analysis was funded by the Australian Government's National Environmental Science Program through the Threatened Species Recovery Hub. We acknowledge the dedication to Country of the Kanyirninpa Jukurrpa Jigalong rangers past and present, and the Traditional Owners of Durba Hills. This on-ground work has been supported by National Indigenous Australian Agency , BHP and the 10 Deserts Project, with hands-on support from the WA Department of Biodiversity Conservation and Attractions and Kanyirninpa Jukurrpa field staff. We thank the Remote Sensing and Spatial Analysis division at WA's Department of Biodiversity, Conservation and Attractions who carried out the Western Desert fire mapping over several years and helped develop the approach for identifying the control area used in our study. Thanks also to Chrissy Elmer, Peter Cosier, and the accreditation committee at Accounting for Nature for constructive input to this method.
Funding Information:
The project is an initiative of the 10 Deserts Project/Indigenous Desert Alliance. The analysis was funded by the Australian Government's National Environmental Science Program through the Threatened Species Recovery Hub. We acknowledge the dedication to Country of the Kanyirninpa Jukurrpa Jigalong rangers past and present, and the Traditional Owners of Durba Hills. This on-ground work has been supported by National Indigenous Australian Agency, BHP and the 10 Deserts Project, with hands-on support from the WA Department of Biodiversity Conservation and Attractions and Kanyirninpa Jukurrpa field staff. We thank the Remote Sensing and Spatial Analysis division at WA's Department of Biodiversity, Conservation and Attractions who carried out the Western Desert fire mapping over several years and helped develop the approach for identifying the control area used in our study. Thanks also to Chrissy Elmer, Peter Cosier, and the accreditation committee at Accounting for Nature for constructive input to this method.
Publisher Copyright:
© 2023 The Authors
PY - 2023/4/1
Y1 - 2023/4/1
N2 - Indigenous Australians used fire in spinifex deserts for millennia. These practices mostly ceased following European colonisation, but many contemporary Indigenous groups seek to restore ‘right-way fire’ practices, to meet inter-related social, economic, cultural and biodiversity objectives. However, measuring and reporting on the fire pattern outcomes of management is challenging, because the spatio-temporal patterns of right-way fire are not clearly defined, and because spatio-temporal variability in rainfall makes fire occurrence highly variable in these desert environments. We present an approach for measuring and reporting on fire management outcomes to account for spatio-temporal rainfall variability. The purpose is to support Indigenous groups to assess performance against their management targets, and lay the groundwork for developing an accredited method for valuing combined social, cultural and biodiversity outcomes. We reviewed fire management plans of desert Indigenous groups to identify spatial fire pattern indicators for right-way fire in spinifex deserts. We integrated annual rainfall surfaces with time-since fire mapping (using Landsat imagery) to create a new spatial dataset of accumulated rainfall-since-last-fire, that better represents post-fire vegetation recovery as categorised by local Indigenous people. The fire pattern indicators were merged into a single score using an environmental accounting approach. To strengthen interpretation, we developed an approach for identifying a control area with matching vegetation and fire history, up to the point of management. We applied these methods to a 125,000 ha case study area: Durba Hills, managed by the Martu people of Western Australia. Using a 20-year time series, we show that since right-way fire management at Durba Hills was re-introduced (2009), the fire pattern indicators have improved compared to those in the matched control area, and the composite result is closer to the fine-scaled mosaic of right-way fire pattern targets. Our approach could be used by Indigenous groups to track performance, and inform annual fire management planning. As the indicators are standardised for rainfall variation, results from multiple sites can be aggregated to track changes in performance at larger scales. Finally, our approach could be adapted for other fire-prone areas, both in Australia and internationally with high spatio-temporal rainfall variability, to improve management planning and evaluation.
AB - Indigenous Australians used fire in spinifex deserts for millennia. These practices mostly ceased following European colonisation, but many contemporary Indigenous groups seek to restore ‘right-way fire’ practices, to meet inter-related social, economic, cultural and biodiversity objectives. However, measuring and reporting on the fire pattern outcomes of management is challenging, because the spatio-temporal patterns of right-way fire are not clearly defined, and because spatio-temporal variability in rainfall makes fire occurrence highly variable in these desert environments. We present an approach for measuring and reporting on fire management outcomes to account for spatio-temporal rainfall variability. The purpose is to support Indigenous groups to assess performance against their management targets, and lay the groundwork for developing an accredited method for valuing combined social, cultural and biodiversity outcomes. We reviewed fire management plans of desert Indigenous groups to identify spatial fire pattern indicators for right-way fire in spinifex deserts. We integrated annual rainfall surfaces with time-since fire mapping (using Landsat imagery) to create a new spatial dataset of accumulated rainfall-since-last-fire, that better represents post-fire vegetation recovery as categorised by local Indigenous people. The fire pattern indicators were merged into a single score using an environmental accounting approach. To strengthen interpretation, we developed an approach for identifying a control area with matching vegetation and fire history, up to the point of management. We applied these methods to a 125,000 ha case study area: Durba Hills, managed by the Martu people of Western Australia. Using a 20-year time series, we show that since right-way fire management at Durba Hills was re-introduced (2009), the fire pattern indicators have improved compared to those in the matched control area, and the composite result is closer to the fine-scaled mosaic of right-way fire pattern targets. Our approach could be used by Indigenous groups to track performance, and inform annual fire management planning. As the indicators are standardised for rainfall variation, results from multiple sites can be aggregated to track changes in performance at larger scales. Finally, our approach could be adapted for other fire-prone areas, both in Australia and internationally with high spatio-temporal rainfall variability, to improve management planning and evaluation.
KW - Desert
KW - Environmental accounting
KW - Fire management
KW - Fire patterns
KW - Indigenous management
KW - Traditional fire practices
UR - http://www.scopus.com/inward/record.url?scp=85146281512&partnerID=8YFLogxK
U2 - 10.1016/j.jenvman.2023.117234
DO - 10.1016/j.jenvman.2023.117234
M3 - Article
C2 - 36646040
AN - SCOPUS:85146281512
SN - 0301-4797
VL - 331
SP - 1
EP - 12
JO - Journal of Environmental Management
JF - Journal of Environmental Management
M1 - 117234
ER -